HomeJune 8, 2022 2023-07-17 14:48
3 Things ArcGIS Network Analyst Can Do for You
Professionals across various industries rely on cutting-edge tools to optimize their workflows and make informed decisions. One such tool that has proven indispensable for many is the ArcGIS Network Analyst. Designed to tackle complex spatial problems related to network-based analysis, this extension of the ArcGIS platform offers a range of functionalities that can significantly enhance your analytical capabilities. In this blog post, we’ll explore three key things ArcGIS Network Analyst can do for you.
What ArcGIS Network Analyst Can Do
Here are 3 key things ArcGIS Network Analyst can do for you:
Optimizing route planning
One of the primary strengths of ArcGIS Network Analyst is its ability to streamline route planning and optimization. Whether you’re managing a fleet of vehicles, planning delivery routes, or organizing fieldwork, Network Analyst provides a robust set of tools to find the most efficient paths. With features like the Vehicle Routing Problem (VRP) solver, you can dynamically adjust routes based on real-time data, such as traffic conditions or unexpected road closures. This not only saves time and resources but also ensures that your operations are responsive and adaptable.
Facility location analysis
For businesses and organizations looking to establish new facilities or optimize the locations of existing ones, ArcGIS Network Analyst offers powerful facility location analysis tools. The Location-Allocation solver, for example, helps determine the optimal placement of facilities to minimize travel time or distance for customers or clients. This can be crucial for industries like retail, healthcare, or emergency services where accessibility and proximity play a pivotal role. By leveraging Network Analyst, decision-makers can make data-driven choices that enhance service coverage while minimizing operational costs.
Spatial analysis for network connectivity
Understanding and visualizing connectivity within a network is essential for a variety of applications, from telecommunications to urban planning. ArcGIS Network Analyst excels in providing tools for spatial analysis related to network connectivity. By modeling and analyzing network elements such as junctions, edges, and barriers, you can gain insights into the structure of your network. This can be invaluable for identifying critical points, potential bottlenecks, and areas for improvement. With Network Analyst, you can assess network performance, plan for expansions, and ensure the overall resilience of your infrastructure.
ArcGIS Network Analyst is a versatile and powerful tool that brings a new dimension to spatial analysis within the ArcGIS platform. As the demand for efficient and data-driven solutions continues to grow, ArcGIS Network Analyst stands out as a valuable asset for professionals seeking to unlock the full potential of their geographic information.
How to Leverage ArcGIS for Stunning Maps and Apps
In the world of Geographic Information Systems (GIS), ArcGIS stands as a titan, known for its robust capabilities in mapping, spatial analysis, and application development. ArcGIS has become an essential tool for individuals and organizations seeking to harness the power of geospatial data for a wide range of applications. In this article, we will explore how you can leverage the full potential of ArcGIS to create stunning maps and applications.
Understand the ArcGIS ecosystem
Before diving into map and app development, it’s crucial to have a solid understanding of the ArcGIS ecosystem. ArcGIS is a comprehensive suite of software and tools, consisting of desktop, web, and mobile applications. Familiarize yourself with ArcGIS Online, ArcGIS Desktop (ArcMap and ArcGIS Pro), and ArcGIS Enterprise, as they play a crucial role in map and app development.
How to leverage the power of ArcGIS
Here is how to leverage the power of ArcGIS to create stunning maps and apps:
1. Collect data
At the heart of every map and application is data. ArcGIS provides a wealth of data sources, including basemaps, imagery, and feature layers. However, you can also import your own data or connect to external sources. Ensure your data is accurate, well-organized, and properly structured to create compelling and informative maps and apps.
2. Choose the right map
Selecting the appropriate map type is essential to convey your message effectively. ArcGIS offers a variety of map templates and styles to suit your purpose, such as topographic, street, imagery, or custom styles. Consider your audience and what you want to convey, and choose the map style that best fits your goals.
3. Use smart cartography
The ArcGIS platform provides tools for intelligent cartography. Pay attention to symbolization, color schemes, and labeling to ensure your maps are visually appealing and easy to understand. Experiment with different symbols and labeling options to find the best combination for your data.
4. Customize your Apps
5. Incorporate GIS analysis
ArcGIS is not just for mapping; it’s a robust spatial analysis platform. Use it to uncover hidden patterns, perform geoprocessing, and solve complex spatial problems. Integrating GIS analysis into your applications adds depth and insight, making them more valuable to users.
6. Collaboration and sharing
ArcGIS emphasizes collaboration and sharing. You can easily share your maps and apps with specific users or the public. This is particularly useful for disseminating information, collaborating on projects, or crowdsourcing data. Leverage these capabilities to reach a wider audience and engage with your users.
7. Keep up with training and resources
ArcGIS is a powerful platform with a vast array of features and capabilities. To make the most of it, continuously invest in your knowledge and skills. Esri offers extensive documentation, tutorials, and training resources. Staying updated on the latest features and best practices will help you create increasingly stunning maps and apps.
ArcGIS is an invaluable tool for individuals and organizations looking to harness the power of geospatial data. By understanding the ArcGIS ecosystem, using high-quality data, choosing the right map style, customizing your apps, incorporating GIS analysis, collaborating, and keeping up with training and resources, you can create stunning maps and applications that effectively convey information and empower your users. Unlock the full potential of ArcGIS, and your maps and apps will become a powerful asset in your toolbox. You can also join our training program to explore more.
Maps and Apps Revolutionize Water Management in Arusha City
The Arusha Urban Water Supply and Sanitation Authority (AUWSA), entrusted with the responsibility of overseeing water supply and sewerage services in Arusha City, Tanzania, has embraced technological innovation to enhance operational efficiency. AUWSA’s mission centers around the efficient delivery of quality water and sanitation services using available resources and sustainable technologies.
In 2019, AUWSA embarked on a transformative journey by adopting ArcGIS, Esri’s comprehensive mapping and spatial analytics software. This transition was driven by the need for a robust Geographic Information System (GIS) package that could provide advanced capabilities for mobile data collection, visualization, and data management.
Enhancing nonrevenue water management through GIS
ArcGIS quickly became an indispensable tool for AUWSA, supporting various aspects of their operations, including asset management, customer service, network planning, and leakage repair. This powerful GIS system played a pivotal role in the utility’s quest to reduce nonrevenue water.
Before ArcGIS implementation, leakage data was not tracked in the GIS, and there was no comprehensive information about nonrevenue water. However, ArcGIS Collector was introduced to collect leakage data from the field, empowering plumbers and surveyors with the tools to report and document leakages. This involved comprehensive training, including office-based and field-based instruction. Even engineers embraced the Collector app, reporting leakages while working in the field or at the office.
The visualization capabilities of ArcGIS Dashboards were harnessed to gain insights into the number of leaks and their repair progress. Additionally, AUWSA established district metered areas and conducted network isolations to identify problematic pipes. This led to a strategic pipe rehabilitation plan, resulting in an impressive 83 percent reduction in leakage rates and a 6 percent reduction in nonrevenue water.
ArcGIS also played a crucial role in understanding water consumption patterns. It provided analytical tools to identify anomalies, such as meters reporting zero consumption, facilitating prompt issue resolution.
Mitigating unauthorized water connection
To address illegal connections, AUWSA integrated ArcGIS Workforce and Survey123, streamlining the process of surveying and documenting meter statuses. This initiative involved surveying 3,883 houses, uncovering 545 plots with anomalies. Resolving these issues promises to boost revenue in the area significantly.
ArcGIS Dashboards played a key role in tracking project progress and performance measurements for individual workers. This enhanced transparency and improved management of daily operations. Managers could access dashboards on tablets, and large screens displayed data at the main office.
The expansion of water services into remote areas presented another challenge, but ArcGIS assisted in accurately mapping existing infrastructure and managing network expansion. The introduction of handheld Garmin GPS receivers paired with Collector allowed for precise asset location capture.
Key lessons learned include the need for smart devices for field applications, efficient staff training, clear strategy development with management support, and the establishment of a GIS department to serve all organization departments. AUWSA also has plans to use drones for leak identification and inspection of remote areas.
Delivering water and sanitation services
AUWSA’s adoption of ArcGIS has proven to be a transformative step. It has increased data quality, efficiency, and decision-making capabilities, ultimately supporting the utility’s goal of delivering quality water and sanitation services efficiently and effectively. ArcGIS has not only improved daily operations but also set a path for the utility’s future endeavors.
This story was first published by esri.com, view full story here
Kenyatta University: A Beacon of GIS Excellence in Eastern Africa
In a remarkable transformation, Kenyatta University in Nairobi, Kenya, rapidly evolved into a distinguished center of GIS excellence in Eastern Africa. This profound shift, propelled by an Esri enterprise license agreement under the 100 African Universities program, expanded the use of GIS technology from a limited research tool to a comprehensive multicampus ArcGIS implementation within just two years.
Kenyatta University, initially established as Kenyatta College in 1965, transitioned into a full-fledged university in 1985, bearing the name of Jomo Kenyatta, Kenya’s first president post-independence from Britain in 1963. Today, the university boasts 12 campuses, catering to over 88,000 students.
Simon M. Onywere, an associate professor and lecturer in the School of Environmental Studies, discovered GIS as an undergraduate in the late 1980s. Recognizing its potential, he championed the introduction of GIS across the university. The catalyst for this transformation was the announcement of Esri’s 100 African Universities program in 2011, aimed at fostering sustainable GIS curriculums in African universities.
Esri’s 100 African Universities program
Under this program, participating universities were granted a three-year enterprise license agreement for ArcGIS. However, universities had to meet specific requirements, particularly concerning computer infrastructure. Onywere, the driving force behind Kenyatta University’s endeavor, initiated the application process in 2012. It became evident that the existing server infrastructure was insufficient to support the anticipated use of ArcGIS, necessitating a convincing pitch to the university’s vice chancellor for additional server space.
By September 2013, the entire campus was fully equipped with GIS capabilities, marking a pivotal moment. To facilitate learning, Esri provided abundant online resources, including books, courses, and related materials as part of the program.
Initially, Onywere assumed that the students, being tech-savvy and with access to online educational materials, would swiftly embrace ArcGIS. However, the reality was different, as many students required introductory training to familiarize themselves with the software.
Recognizing this hurdle, Onywere developed an introductory ArcGIS training course that integrated with the existing curricula, making it accessible and relevant to students. This initiative not only boosted their confidence but also laid the foundation for geospatial literacy at Kenyatta University.
To scale up training efforts, Onywere collaborated with the former Institute for Research, Science & Technology, which was partnered with the International Centre of Insect Physiology and Ecology (ICIPE) in Nairobi. Utilizing the GIS capabilities established by the research group, Onywere secured assistance from two interns to expedite training efforts. In just one year, over 1,000 Kenyatta University students had acquired essential ArcGIS skills.
Today, GIS is integrated into more than 15 areas of study across the university, contributing to diverse projects, including tourism resource mapping and the implementation of the University Geographical Data Portal.
Related: Why Teach With GIS?
Charting the future
The Esri enterprise license agreement has a broader objective in preparing Kenyatta University students to support the government’s goals outlined in Kenya Vision 2030, a national redevelopment program launched in 2008. The program seeks to elevate the quality of life, social well-being, and democratic voice of its citizens through economic, social, and political reforms.
Onywere firmly believes that GIS applications have a significant role to play in achieving these goals, spanning environmental management, land reform, agriculture, urban planning, and infrastructure development. The newly acquired GIS skills of Kenyatta University students align perfectly with these areas of study, poised to contribute to the government’s vision for a brighter future.
This story was first published by Jim Baumann. Read full story here
Real-Time Ecological Monitoring Safeguards Kenya’s Endangered Rhinos
Fatu and Najin, the last two northern white rhinos on Earth, reside at Kenya’s Ol Pejeta Conservancy (OPC), living under 24-hour armed protection. Despite their massive size, their existence hangs by a thread, representing the last hope for their critically endangered species, driven to the brink of extinction by habitat loss and poaching. OPC has embarked on innovative measures to protect these iconic creatures, using cutting-edge technology, including Geographic Information Systems (GIS).
To better understand the complex dynamics of wildlife at the conservancy, OPC employs GIS technology. Data analysts utilize GIS to visualize animal movements and relationships among migratory wildlife, enhancing awareness and facilitating informed decision-making. Kennedy Muriithi, senior officer at OPC’s Innovation and Tech Lab, highlights how GIS aids in monitoring wildlife, ecosystem health, addressing human-wildlife conflicts, combatting poaching, and aiding injured wildlife.
Modern environmental monitoring techniques have been integrated into OPC’s field operations. Rangers use GIS data collection tools to record wildlife observations, images, and habitat parameters, enabling real-time synchronization with an online repository and the creation of dashboards for each monitoring program. This transition has streamlined OPC’s workflow, eliminating the cumbersome process of paper-based field notes and manual data entry into spreadsheets, which often led to data inconsistencies and inaccuracies.
Alfred Kibungei, the conservation data analyst at OPC, emphasizes the improved accuracy in reporting wildlife findings with the implementation of GIS technology. The ability to collect geospatial data in real-time ensures precision and timely data delivery, improving management actions.
One of OPC’s flagship species is the critically endangered eastern black rhino. Their numbers have steadily risen at OPC, thanks to conservation efforts and successful breeding programs. OPC employs rhino protection squads and veterinary experts to ensure the well-being of these animals. Additionally, they monitor other endangered species such as elephants, wild dogs, cheetahs, Grevy’s zebras, and Jackson’s hartebeest. Dashboards support 10 key conservation programs, including monitoring pasture conditions, rainfall, and wildlife mortality.
Harnessing technology to care for endangered wildlife
To protect the Jackson’s hartebeest, which is on the decline due to predation by lions, OPC conducts regular monitoring to study population dynamics and habitat utilization. The data-driven maps reveal critical information about the interactions between hartebeest and lions, allowing the conservancy to implement strategies to support hartebeest populations.
Conserving the environment
OPC relies on tourism and agriculture for revenue, aiming to strike a balance between conservation and sustainable land use. The ecological monitoring team assesses pastures quarterly using GIS apps to optimize grazing practices for wildlife and cattle. To mitigate human-wildlife conflicts, OPC records incidents and uses GIS to identify hotspots, enabling faster response times and efficient conflict management.
As human populations expand and habitats shrink due to climate change and development, OPC’s ecological monitoring work has become increasingly crucial. The organization strives to maintain the integrity of habitats, ensure the health of wildlife, and minimize human impacts while protecting endangered species like Fatu, Najin, and the eastern black rhino.
This story was first published by David Gadsden. Read full story here
KenGen’s GIS Portal Fueling a Digital Transformation
Kenya Electricity Generating Company (KenGen), a global leader in sustainable energy production, has undergone a remarkable digital transformation through the implementation of a Geographic Information System (GIS) portal and spatial data store. This transformation was vital as KenGen faced the challenges of rapid expansion in its production facilities and the dynamic landscape of renewable energy.
Traditionally, data management was cumbersome, leading to inefficiencies and duplicated information. Additionally, providing a comprehensive view of plant performance to decision-makers was time-consuming and error-prone. In response to these challenges, KenGen’s geomatics team devised the Integrated Resource Management Information System (IRMIS), a GIS-based solution.
IRMIS empowers KenGen decision-makers by offering real-time insights into their assets, including geothermal wells, buildings, power plants, and hydro dams. It also aids in power distribution management, preventing supply disruptions. This transformation is underpinned by ArcGIS Enterprise, enabling efficient asset tracking and management.
IRMIS comprises seven major sections, including an Executive Dashboard and various portals dedicated to specific asset categories. Users can effortlessly query assets, perform analytics, and generate reports, enhancing operational efficiency. KenGen also integrated this data with its SAP plant management system.
The geomatics team followed a structured process for the implementation, aligning digital goals with the organization’s needs, selecting appropriate technology enablers, and fostering a digital culture among staff.
Related: Powering Data Online
Collaborating with Esri Eastern Africa, KenGen successfully consolidated spatial data, eliminating duplicate and inconsistent information. This transformation has led to cost savings, greater expertise, and streamlined operations. Users can create custom maps, reducing the burden on geomatics staff.
IRMIS facilitates data access for various purposes, from engineering and design to project management, ultimately improving decision-making, reducing errors, and enhancing safety.
To meet the growing demand for this innovative system, KenGen plans to migrate to the cloud for improved scalability and performance. It also intends to expand self-service capabilities, enabling users to create custom maps and analytics. KenGen is actively sharing its success with other power suppliers in the region, thereby enhancing overall power plant efficiency.
In the future, KenGen aims to incorporate drone-captured imagery, 3D asset representations, and the system as a critical component for its digital twin, reinforcing its commitment to innovation and sustainability.
This story was first published by esri.com. Read full story here
GIS Transforms Uganda’s UEDCL, Expanding its Mission
In 2001, Uganda Electricity Distribution Company Limited (UEDCL) emerged as a pivotal player in Uganda’s electricity sector, responsible for managing all distribution assets and overseeing private operator contracts. UEDCL’s mission was clear: to enhance operations for existing electricity consumers and extend access to those still without power.
Challenges faced by the Ugandan electricity sector were many: aging assets, illegal connections, and equipment vandalism resulting in reduced efficiency and financial losses. A substantial portion of the population struggled to pay their electricity bills, with only half the population having access to electricity.
Historically, UEDCL relied on hard-copy records and later spreadsheets to inventory and assess asset conditions, but these methods were found to be inaccurate and lacked locational context. UEDCL lacked essential insights into potential customer locations, future demand, and faced difficulties integrating real-time systems like SCADA due to its dual role as an asset owner and operator.
UEDCL recognized the need for a change. In 2016, a GIS team was formed, selecting ArcGIS Enterprise as their GIS software. They initiated the creation of an asset registry and mapped their network, subsequently migrating data from spreadsheets. They then expanded their data collection capabilities using ArcGIS Field Maps.
The pivotal moment came in 2018 when UEDCL deployed a GIS system based on ArcGIS Enterprise, which included a GIS portal and web apps. Dashboards created with ArcGIS Dashboards improved visibility, operational efficiency, and advanced UEDCL’s mission to connect more customers.
UEDCL’s GIS team harnessed ArcGIS’s spatial analysis capabilities to identify potential customers near the distribution grid, creating a list of low-hanging fruit opportunities and a highly accurate future load forecast. They distinguished between various types of buildings using imagery, facilitating future planning.
UEDCL collaborated with Esri Eastern Africa, and together they developed the system, provided consultation, configurations, training. In addition, UEDCL—in collaboration with the electric utility stakeholders in Uganda—is a member of Energy Sector GIS Working Group Uganda, which is committed to addressing the issues the sector faces, heavily leveraging the capabilities of GIS.
The benefits were significant: efficient records management, unified information access, and data analytics capabilities, enabling better planning for network expansion, theft prevention, and improved customer interactions in the call center.
UEDCL’s future steps include integrating operational systems for optimized workflows and enhanced data capture during field operations. Their long-term goal is to provide affordable electricity to Uganda’s entire population, a mission made achievable through GIS.
This story was first published by esri.com. Read full story here
ArcGIS Tracker: Four Benefits of Location Tracking
The capacity to track assets and monitor activities in real-time has become a vital tool for businesses and organizations of all kinds. Whether you’re managing a fleet of vehicles, conducting field surveys, or overseeing a distributed workforce, efficiently tracking the locations of your assets and personnel at any given moment is essential for operations and decision-making. ArcGIS Tracker, an extension of the ArcGIS platform, helps organizations harness the power of location tracking. In this article, we’ll explore four key benefits of using ArcGIS Tracker for location tracking.
1. Real-time asset monitoring
ArcGIS Tracker provides the means to track the real-time location of assets, vehicles, or field personnel using mobile devices. This real-time tracking capability is invaluable for organizations with mobile workforces. Here’s how it benefits you:
By knowing the precise location of your assets and personnel, you can optimize routes, schedule tasks, and allocate resources more efficiently. This results in reduced fuel costs, faster response times, and improved service delivery
Real-time tracking enables you to monitor the safety of field workers. In case of emergencies or unexpected situations, you can quickly send assistance to their exact location.
Tracker promotes accountability by providing a transparent view of where your personnel are and what they are doing. This is particularly important for organizations in industries such as construction, utilities, or transportation.
2. Historical location analysis
Beyond real-time tracking, ArcGIS Tracker also records historical location data. This information can be invaluable for various purposes:
You can review historical location data to assess the performance of your field operations. It identifies trends, patterns, and areas where improvements are needed.
Compliance and reporting
Many industries require documentation of activities and locations for compliance purposes. Tracker simplifies this process by automatically recording and storing location data.
For organizations involved in legal or dispute situations, historical location data can serve as valuable evidence to support or refute claims.
3. Geofencing and notifications
ArcGIS Tracker supports geofencing, which involves creating virtual boundaries around specific locations or areas. Geofencing has several practical applications:
When a tracked asset or person enters or exits a geofenced area, Tracker can automatically send notifications. This feature is beneficial for monitoring unauthorized entries or departures from designated zones.
Geofencing is used to automate various events or actions. For example, when a delivery vehicle enters a predefined zone, a confirmation message can be sent to the customer.
In high-security environments or construction sites, geofencing helps control access to restricted areas by notifying security personnel of any intrusions.
4. Integration with ArcGIS Platform
One of the key advantages of using ArcGIS Tracker is its seamless integration with the ArcGIS platform. This integration opens up a world of possibilities:
You can combine tracked location data with other GIS layers, enabling you to perform spatial analysis, such as identifying optimal routes or assessing the impact of location patterns.
Tracker can be customized to suit your organization’s unique needs. You can create custom apps and dashboards to visualize and analyze location data according to your requirements.
Location data from Tracker can be easily shared with other team members or stakeholders, fostering better collaboration and decision-making.
By leveraging the benefits of Tracker, you can improve the efficiency and safety of your operations, make data-driven decisions, and enhance overall productivity. Whether you’re in transportation, field services, or asset management, ArcGIS Tracker can help you take location tracking to the next level, turning location data into actionable insights. Explore more here
Three Things ArcGIS Spatial Analyst Can Do for You
ArcGIS Spatial Analyst is an extension for ArcGIS Desktop that provides a wide range of spatial analysis and modeling capabilities. Whether you’re a seasoned GIS professional or just getting started with spatial analysis, ArcGIS Spatial Analyst can offer a host of benefits. In this article, we’ll explore three key things that this software can do for you.
1. Site selection and suitability analysis
One of the primary uses of ArcGIS Spatial Analyst is to perform site selection and suitability analysis. This is invaluable for businesses, government agencies, and environmental organizations looking to make informed decisions about where to locate a new facility, develop a new project, or assess environmental conditions. Here’s how this software helps in this regard:
ArcGIS Spatial Analyst allows you to combine various datasets, such as land use, soil type, slope, proximity to roads, and more, to create a comprehensive suitability model. By assigning different weights to these criteria, you can prioritize factors that are most important for your project and generate suitability maps to identify the best locations.
This tool enables you to calculate the least-cost path or distance between two locations, considering factors like terrain, travel restrictions, and elevation. It’s crucial for determining optimal routes for infrastructure development, like roads or pipelines.
Spatial Analyst also provides tools for identifying hotspots or areas of concentrated activity. This is essential for businesses looking to find the best locations for their services or stores based on consumer behavior and market trends.
2. Terrain analysis and hydrological modeling
ArcGIS Spatial Analyst offers a robust set of tools for terrain analysis and hydrological modeling. These features are vital for a wide range of applications, from flood risk assessment to landscape design. Here’s how they can benefit you:
Slope and aspect analysis
With the Slope and Aspect tools, you can determine the steepness of the terrain and its orientation, which is valuable for land management, agriculture, and urban planning.
You can assess what areas are visible from a specific point, making it useful for tasks such as sighting cell towers, wind turbines, or surveillance cameras.
ArcGIS Spatial Analyst provides tools for watershed delineation, flow accumulation, and stream network analysis. These are essential for understanding water flow patterns, managing water resources, and assessing flood risk.
3. Spatial data transformation and conversion
Another remarkable feature of ArcGIS Spatial Analyst is its ability to transform and convert spatial data into different formats and projections. This functionality is beneficial for professionals dealing with data from various sources and applications. Here’s how it can assist you:
Related: What is Spatial Data?
You can quickly reclassify data to simplify it for your analysis or to make it compatible with other datasets.
Projections and coordinate transformations
ArcGIS Spatial Analyst allows you to reproject data to ensure that all your layers align correctly and share the same coordinate system. This is crucial when working with data from different sources or when integrating GIS with other applications.
You can convert raster data into vector formats, which is essential for tasks like converting satellite imagery into polygons for land cover classification or creating contour lines from elevation data.
By using ArcGIS Spatial Analyst, you can unlock the full potential of your spatial data, gaining insights that will drive better planning, resource management, and decision-making. So, if you haven’t already, explore the vast possibilities that this software has to offer and elevate your spatial analysis projects to a new level. Click here to explore
ArcGIS Solutions: Unlocking the Power of Industry-Specific GIS
In today’s fast-paced and data-rich world, location matters more than ever. Whether you’re managing city infrastructure, optimizing crop yields, delivering healthcare services, or safeguarding the environment, understanding the spatial context of your data is essential. GIS has long been the compass guiding organizations in their quest for location-based insights. However, as technology continues to evolve, GIS has reached new heights, enabling tailored solutions for industry-specific challenges. ArcGIS Solutions takes it a step further by offering industry-specific solutions that cater to the unique needs and challenges of different sectors.
What is ArcGIS Solutions?
ArcGIS Solutions configure industry-specific setups for ArcGIS, designed to fulfill crucial business requirements and facilitate common workflows within your organization. Each solution comprises one or more applications, surveys, maps, feature layers, and ArcGIS Pro projects that you can tailor to your specific needs.
Unlocking the power of industry-specific GIS
Here’s how ArcGIS Solutions unlocks the power of industry-specific GIS:
One of the key advantages of ArcGIS Solutions is its ability to accelerate the deployment of GIS capabilities. Rather than starting from scratch, organizations can leverage pre-configured templates and workflows tailored to their industry. This means quicker implementation and faster results.
Industry best practices
ArcGIS Solutions are built upon industry best practices and insights. They incorporate the knowledge and expertise of GIS professionals and domain specialists who understand the unique needs and challenges of each sector. This ensures that organizations are working with solutions that are tried and tested, helping them achieve better outcomes.
Efficiency is a critical factor in today’s fast-paced world. ArcGIS Solutions streamline workflows by providing ready-made tools and processes that eliminate redundancy and optimize data management. This allows organizations to focus more on analysis and decision-making rather than routine data tasks.
Scalability and flexibility
While ArcGIS Solutions offer ready-to-use templates, they are also highly customizable to suit specific organizational needs. This flexibility allows organizations to adapt and evolve their GIS solutions as their requirements change over time.
Let’s take a closer look at how ArcGIS Solutions are transforming various industries:
In urban planning, ArcGIS Solutions help city officials and planners make informed decisions about land use, zoning, transportation, and infrastructure development. Solutions like the Urban Planning Solution streamline the process of managing and visualizing complex urban data.
For the agriculture industry, ArcGIS Solutions aid in precision farming, crop monitoring, and land management. These solutions provide insights into crop health, soil conditions, and weather patterns, enabling farmers to optimize their operations and maximize yield.
Healthcare organizations utilize GIS to analyze patient data, track disease outbreaks, and plan healthcare facilities’ locations efficiently. ArcGIS Solutions for Healthcare support healthcare providers in making data-driven decisions for improved patient care.
Environmental organizations and agencies rely on GIS to monitor ecosystems, track wildlife, and manage natural resources. With ArcGIS Solutions, they can better understand and protect the environment by analyzing and visualizing complex environmental data.
ArcGIS Solutions is a game-changer for organizations looking to harness the power of GIS for their industry-specific needs. It streamlines the implementation process, offers industry best practices, enhances workflow efficiency, and provides scalability and flexibility. It’s time to embrace the power of industry-specific GIS solutions and transform the way you work. Click here to explore the product.
Get to Know ArcGIS Image for ArcGIS Online
In the world of Geographic Information Systems (GIS), ArcGIS Online is a powerful platform that has revolutionized the way we create, analyze, and share spatial data. It offers a wide range of tools and capabilities for GIS professionals, and one of the exciting features it brings to the table is “ArcGIS Image for ArcGIS Online.” In this blog post, we’ll take a closer look at this remarkable feature and explore how it can enhance your GIS workflows.
Understanding ArcGIS Image for ArcGIS Online
ArcGIS Image for ArcGIS Online is a specialized extension of ArcGIS Online that focuses on managing, analyzing, and sharing imagery and remotely sensed data. Its design enables it to handle massive collections of imagery and offers a user-friendly interface for conducting advanced geospatial analysis.
Key features and benefits
Here are some key features and benefits of this tool:
Easy Data Management
ArcGIS Image simplifies the organization and management of your imagery. You can upload, store, and manage large volumes of imagery and raster data securely in the cloud.
Image Analysis Tools
It offers a suite of image analysis tools that allow you to perform tasks like change detection, land cover classification, and image enhancement. These tools are accessible through a web browser, making advanced image analysis accessible to a broader audience.
Whether you’re working with a small collection of images or vast archives, ArcGIS Image can scale to meet your needs. It’s design enables it to handle the processing and analysis of large datasets efficiently.
Collaboration and Sharing
You can easily share your imagery and analysis results with colleagues, stakeholders, or the public through web maps and apps created in ArcGIS Online. This promotes collaboration and data sharing within your organization and beyond.
Because ArcGIS Image operates in the cloud, you don’t need to worry about hardware and infrastructure management. Esri takes care of the backend, allowing you to focus on your analysis tasks.
ArcGIS Image for ArcGIS Online has a wide range of applications across various industries:
- Agriculture: Monitor crop health, assess soil moisture, and detect crop diseases using satellite imagery and drones.
- Environmental Management: Analyze changes in land cover, track deforestation, and monitor natural disasters like wildfires and floods.
- Urban Planning: Evaluate urban sprawl, traffic patterns, and land use changes using high-resolution aerial imagery.
- Natural Resource Management: Assess forest health, inventory resources, and monitor wildlife habitats.
- Emergency Response: Quickly assess disaster-affected areas and plan response efforts using up-to-date satellite imagery.
To begin using ArcGIS Image for ArcGIS Online, you’ll need an ArcGIS Online subscription. Once you have access, you can start uploading your imagery, perform analysis, and share your findings with others. Esri offers comprehensive documentation and tutorials to assist you in getting started. Additionally, Esri’s user community and support resources are invaluable for troubleshooting and sharing knowledge.
ArcGIS Image for ArcGIS Online is a valuable tool that expands the capabilities of ArcGIS Online, making it easier to work with imagery and remotely sensed data. Whether you’re a GIS professional, researcher, or enthusiast, this feature can enhance your geospatial analysis and open up new possibilities for understanding our world through the lens of imagery. Explore its capabilities and see how it can benefit your specific projects and workflows. Learn more here
ArcGIS Drone2Map: Do More with Your Drone Imagery
Drones have revolutionized the way we capture and analyze geographic information. These versatile aerial vehicles provide a wealth of data, from stunning high-resolution imagery to detailed 3D models of landscapes. However, to truly unlock the potential of drone imagery, you need the right tools. That’s where ArcGIS Drone2Map comes in. In this article, we’ll explore how this powerful software can help you do more with your drone imagery.
How ArcGIS Drone2Map can help you do more
Here is how ArcGIS Drone2Map ca help you do more with your drone imagery:
Transform imagery into actionable information
This software is designed to turn raw drone imagery into actionable information. Whether you’re in agriculture, construction, environmental monitoring, or any other industry, it can help you extract valuable insights from your data. You can create orthomosaics, 3D point clouds, and digital surface models with ease.
Streamline data processing
Processing drone imagery can be a daunting task, especially when dealing with large datasets. ArcGIS Drone2Map simplifies this process by providing an intuitive interface for data processing. It allows you to stitch together hundreds or even thousands of images into seamless maps and models. With automated workflows, you can save time and resources while still achieving high-quality results.
Accurate and detailed mapping
One of the key advantages of using this software is its ability to generate highly accurate maps and models. This precision is crucial for tasks like land surveying, crop monitoring, and infrastructure inspection. You can trust that the data you collect with your drone will be transformed into reliable and detailed information for better decision-making.
Integration with ArcGIS ecosystem
This software seamlessly integrates with the broader ArcGIS ecosystem. This means you can combine drone data with other spatial information, such as GIS layers, demographic data, and environmental factors. The ability to overlay and analyze multiple data sources empowers you to make informed decisions and gain deeper insights.
Collaboration is often essential in today’s projects. ArcGIS Drone2Map enables teams to work together efficiently by sharing and collaborating on drone data and maps. This collaborative environment fosters better communication and helps organizations maximize the value of their drone imagery.
Versatile output formats
ArcGIS Drone2Map supports various output formats, making it compatible with a wide range of applications. You can export your data in formats like GeoTIFF, LAS, and 3D PDF, ensuring that your data can be used in your preferred GIS software or shared with stakeholders easily.
Incorporating drone imagery into your workflows can lead to more informed decision-making. Whether you’re assessing the health of crops, planning construction projects, or monitoring environmental changes, having access to accurate and up-to-date drone data can be a game-changer.
ArcGIS Drone2Map empowers professionals across industries to harness the full potential of their drone imagery. From accurate mapping to streamlined data processing and collaborative workflows, this software offers a comprehensive solution for turning drone data into actionable insights. Explore its capabilities and take your drone imagery to new heights. Click here to learn more.
From Field to Map: Collecting and Analyzing Data with ArcGIS
In the realm of Geographic Information Systems (GIS), the journey from field data collection to the creation of informative maps has been revolutionized ArcGIS platform. This powerful toolset enables organizations, from environmental agencies to utility companies, to efficiently collect, analyze, and visualize geospatial data. In this article, we’ll explore how ArcGIS facilitates the seamless transition of data from the field to the map, providing valuable insights for decision-makers across various industries.
ArcGIS in Data Collection and Analysis
ArcGIS is a comprehensive GIS platform that encompasses a suite of software, apps, and tools designed to work together seamlessly. One of its key strengths lies in its ability to bridge the gap between data collection in the field and the creation of meaningful maps and spatial analyses.
Data Collection with ArcGIS
- Mobile Data Collection: ArcGIS offers mobile apps like Collector for ArcGIS and Survey123, which allow field personnel to collect data using smartphones and tablets. Users can capture location-based information, attach photos, and fill out customized forms in real-time, ensuring accurate and up-to-date data.
- Integration with GPS Technology: ArcGIS integrates with Global Positioning System (GPS) devices, enabling precise location data capture. This is invaluable for tasks like asset management, wildlife tracking, and surveying.
- Offline Data Collection: Fieldwork often takes place in remote areas with limited or no internet connectivity. ArcGIS provides the ability to collect data offline, ensuring that critical information is not lost in areas with poor network coverage.
Data Analysis with ArcGIS
- Spatial Analysis: ArcGIS offers a wide array of spatial analysis tools to extract meaningful insights from collected data. This includes proximity analysis, density mapping, and spatial statistics, which help organizations identify patterns, trends, and correlations.
- Geoprocessing: Geoprocessing tools in ArcGIS allow users to automate complex spatial analyses and data transformations. This streamlines repetitive tasks and ensures consistency in data processing.
- Visualization: Creating compelling maps and visualizations is a hallmark of ArcGIS. It provides tools to generate professional-quality maps, 3D scenes, and dashboards to communicate data effectively to stakeholders.
- Decision Support: ArcGIS’s analytical capabilities empower decision-makers by providing them with a data-driven foundation. Whether it’s optimizing logistics, planning urban development, or managing natural resources, ArcGIS aids in making informed choices.
Benefits of ArcGIS in Data Collection and Analysis
- Efficiency: ArcGIS streamlines data collection and analysis workflows, reducing manual data entry and processing time. This leads to more efficient operations and quicker decision-making.
- Data Quality: The real-time data validation features in ArcGIS apps help maintain data accuracy. Field personnel can receive immediate feedback on data quality, ensuring high-quality data collection.
- Cost Savings: By optimizing fieldwork and resource allocation, organizations can reduce operational costs. ArcGIS helps identify cost-effective solutions and improve overall resource management.
- Informed Decision-Making: The ability to analyze and visualize data in ArcGIS empowers organizations to make informed decisions. This is invaluable in a variety of sectors, from agriculture to emergency management.
ArcGIS has transformed the way organizations collect and analyze geospatial data, ushering in a new era of efficiency, accuracy, and data-driven decision-making. The ability to seamlessly transition data from the field to informative maps and spatial analyses has far-reaching implications across industries. Whether it’s improving environmental conservation efforts, enhancing public infrastructure, or optimizing business operations, ArcGIS is at the forefront of facilitating the journey from field data to actionable insights. As we continue to advance in the realm of geospatial technology, ArcGIS will undoubtedly remain a cornerstone in turning data into knowledge and maps into informed decisions.
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ArcGIS Image: An Easier Way to Work with Imagery and Raster Data
In today’s data-driven world, geographic information systems (GIS) play a pivotal role in helping us make sense of complex spatial information. Among the many tools available, ArcGIS stands out as one of the most comprehensive and widely used GIS platforms. Within the ArcGIS ecosystem, there’s a powerful tool known as ArcGIS Image that makes working with imagery and raster data a breeze. In this article, we’ll explore what ArcGIS Image is and how it simplifies the process of handling imagery and raster data.
Understanding ArcGIS Image
ArcGIS Image is an extension of ArcGIS that specializes in handling and analyzing imagery and raster data. Raster data is a type of spatial data that is represented as a grid of cells, where each cell contains a value or attribute. Imagery, such as satellite or aerial photos, is often stored as raster data. ArcGIS Image provides tools and workflows to effectively manage, process, and analyze these types of data, unlocking valuable insights for a wide range of applications, including agriculture, urban planning, environmental monitoring, and more.
Key Features of ArcGIS Image
Here are some key features of ArcGIS Image:
Advance image processing
ArcGIS Image offers a suite of advanced image processing tools, making it easy to enhance and manipulate imagery. You can perform tasks like image classification, change detection, and object detection to extract valuable information from your imagery.
Ensuring the accuracy of spatial data is critical in GIS, and ArcGIS Image excels in this aspect. It allows you to orthorectify imagery, correcting distortions caused by terrain variations and sensor characteristics, resulting in highly accurate georeferenced images.
Handling multiple images or datasets is a common requirement in GIS projects. ArcGIS Image provides mosaic datasets, a powerful tool for managing and organizing large collections of imagery. Mosaic datasets allow you to efficiently store, display, and analyze vast amounts of data seamlessly.
Deep learning integration
In recent years, deep learning has revolutionized image analysis. ArcGIS Image integrates with deep learning frameworks, allowing you to train and deploy custom deep learning models for tasks like image classification and object detection, enhancing your analysis capabilities.
With the growing popularity of cloud computing, ArcGIS Image is designed to work seamlessly with cloud platforms such as Microsoft Azure and Amazon Web Services (AWS). This means you can leverage the scalability and storage capabilities of the cloud to handle large imagery datasets.
Benefits of Using ArcGIS Image
Here are some benefits of ArcGIS Image:
ArcGIS Image provides a user-friendly interface that simplifies complex image processing tasks. This enables GIS professionals to be more productive and reduces the learning curve for newcomers to the field.
By harnessing the power of imagery and raster data, ArcGIS Image enables organizations to make data-driven decisions with confidence. Whether it’s assessing crop health, monitoring deforestation, or analyzing urban expansion, the insights gained from imagery can inform more effective policies and strategies.
ArcGIS Image seamlessly integrates with other ArcGIS tools and extensions, creating a holistic GIS environment. This interoperability ensures that your imagery and raster data can be easily incorporated into larger GIS projects.
As data volumes continue to grow, ArcGIS Image’s cloud integration ensures that your GIS infrastructure can scale to meet your needs without the burden of costly hardware investments.
ArcGIS Image is a game-changer for GIS professionals and organizations that rely on imagery and raster data for decision-making and analysis. Its advanced tools, cloud integration, and user-friendly interface make it easier than ever to work with these complex data types. Whether you’re in agriculture, urban planning, environmental management, or any other field that relies on spatial data, ArcGIS Image can help you unlock the potential of your imagery and raster data, paving the way for more informed and impactful decisions. So, if you’re looking for an easier way to work with imagery and raster data, ArcGIS Image is definitely worth exploring.
From Novice to Pro: Build Your Geospatial Skills with ArcGIS
Geospatial technology plays a crucial role in analyzing and visualizing spatial data for a wide range of industries and applications. ArcGIS is one of the most widely used geographic information system (GIS) software platforms available today. Whether you’re a beginner or an aspiring GIS professional, ArcGIS offers a comprehensive set of tools and resources to help you build your geospatial skills and unlock the full potential of spatial analysis. In this article, we will explore a roadmap to take you from a novice to a pro in ArcGIS.
Roadmap to take you from novice to pro
Here is a roadmap to help you become proficient in GIS:
Understanding the basics: Getting started with ArcGIS
Before diving into the advanced features of this software, it’s essential to understand the basics. Familiarize yourself with the its interface, explore the different components such as the Catalog, Map, and Geoprocessing windows, and learn how to navigate through the software. Start by creating and managing projects, loading data, and exploring the different types of spatial data formats supported by ArcGIS.
Exploring data and cartography: Mastering the art of map creation
One of the primary strengths of ArcGIS is its ability to create visually appealing and informative maps. Learn about cartography principles, including map design, symbolization, labeling, and color schemes. Understand how to work with different types of data, such as points, lines, polygons, and rasters, and explore the various tools available in the software for data exploration, visualization, and querying.
Spatial analysis: Unleashing the power of GIS
Spatial analysis forms the core of GIS, enabling you to derive meaningful insights from spatial data. Dive into the world of spatial analysis in ArcGIS, starting with basic operations like overlaying, buffering, and proximity analysis. As you progress, explore more advanced techniques such as spatial interpolation, network analysis, geostatistics, and spatial modeling. Gain hands-on experience by working on real-world projects and practice combining multiple analysis techniques to solve complex geospatial problems.
Related: What is Spatial Data?
Geodatabases and data management: Organizing and managing your data
Efficient data management is crucial when working with geospatial data. Learn about geodatabases, the spatial data storage format used by ArcGIS, and understand how to create, import, export, and manage geodatabases. Explore different types of data relationships, such as topologies and networks, and learn how to maintain data integrity, update attribute information, and handle data versioning in multi-user environments.
Python scripting and automation: Extending ArcGIS capabilities
Python scripting is a powerful tool for automating tasks, extending ArcGIS functionality, and creating custom tools. Familiarize yourself with the basics of Python programming and understand how to utilize ArcPy, the Python library for ArcGIS. Start by writing simple scripts to automate repetitive tasks, and gradually progress to developing more advanced scripts that integrate with other Python libraries and perform complex geoprocessing workflows.
Web mapping and ArcGIS Online: Sharing and collaboration
AGOL is a cloud-based platform that allows you to create, share, and collaborate on web maps and applications. Learn how to create interactive web maps using AGOL, publish your maps and data, and explore the different ways to share your work with others. Understand the principles of web mapping, including configuring pop-ups, creating custom symbology, and embedding maps into websites and applications.
Specialized applications: Exploring industry-specific extensions
ArcGIS offers a range of industry-specific extensions and applications tailored to different sectors, such as environmental management, urban planning, emergency response, and agriculture. Explore the available extensions relevant to your field of interest and gain expertise in utilizing their specialized tools and workflows.
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Five Tips to Improve Your ArcGIS Dashboards
ArcGIS Dashboards is a powerful tool that allows users to create interactive and visually appealing data visualizations. Whether you’re presenting information to stakeholders, monitoring real-time data, or analyzing spatial patterns, optimizing your ArcGIS Dashboards can significantly enhance the impact and usability of your visualizations. In this article, we’ll explore five tips to improve your ArcGIS Dashboards and take your data presentations to the next level.
Tips to improve your ArcGIS Dashboards
Here are 5 tips to improve your ArcGIS Dashboards:
Define clear objectives and target audience
Before diving into the design and configuration of your ArcGIS Dashboard, it’s crucial to define clear objectives and identify your target audience. Determine the key messages you want to convey and the specific insights you want your audience to gain from the dashboard. This understanding will guide your design choices and ensure that your dashboard effectively communicates the desired information to the intended recipients.
Streamline your layout
A well-organized and visually appealing layout is essential for an effective dashboard. Consider the following tips to streamline your layout:
a. Use a grid-based system: Aligning elements to a grid creates a consistent and structured layout.
b. Keep it simple: Avoid cluttering the dashboard with unnecessary elements. Focus on presenting the most critical information.
c. Utilize white space: Give elements room to breathe by incorporating ample white space, which helps improve readability and overall aesthetics.
Choose Appropriate Visualizations
Selecting the right visualizations is crucial for effectively conveying information. Consider the following factors when choosing visualizations for your ArcGIS Dashboard:
a. Data types: Different data types require specific visualizations. For example, use bar charts or pie charts for categorical data and line charts for temporal trends.
b. Audience comprehension: Consider your audience’s familiarity with different visualization types. Opt for visualizations that are easily interpretable by your intended audience.
c. Interactivity: Leverage the interactivity features of ArcGIS Dashboards, such as filtering and drill-down options, to allow users to explore the data in a more dynamic and engaging way.
Incorporate strategic interactivity
ArcGIS Dashboards offer various interactive features that can significantly enhance user engagement and data exploration. Here are some tips to incorporate strategic interactivity:
a. Utilize filters: Add interactive filters to enable users to interactively explore subsets of the data based on specific criteria or variables.
b. Drill-down capabilities: Allow users to drill down into specific areas or data points to reveal more detailed information.
c. Use actions and URL parameters: Link different components within your dashboard or external webpages to create seamless navigation and provide additional context.
Regularly review and update
Lastly, it’s essential to regularly review and update your ArcGIS Dashboards to ensure they remain relevant and effective. Consider the following practices:
a. Collect feedback: Seek feedback from your audience and stakeholders to understand their needs and identify areas for improvement.
b. Monitor data sources: Continuously monitor the data sources feeding your dashboards. Ensure that data is accurate, up-to-date, and reflects the most recent insights.
c. Iterative improvement: Implement a cycle of iteration and improvement based on feedback, changing requirements, and emerging trends. Regularly evaluate your dashboards’ performance and refine them accordingly.
With these best practices in mind, you’ll be well on your way to presenting data in a more engaging and informative manner, empowering your audience to make better-informed decisions.
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Three Things ArcGIS Workforce Can Do for You
In today’s fast-paced world, efficient management of resources, tasks, and personnel is crucial for organizations across various industries. ArcGIS Workforce, a powerful workforce management solution helps streamline and optimize field operations. This provides organizations with the tools they need to effectively coordinate and manage their workforce. In this article, we explore three key benefits of ArcGIS Workforce and how it can enhance operational efficiency and productivity.
Related: 3 Things ArcGIS Pro Can Do for You
Three key benefits of ArcGIS Workforce
Here are 3 key benefits of ArcGIS Workforce:
Efficient workforce coordination
ArcGIS Workforce offers organizations a comprehensive platform to manage and coordinate their workforce effectively. It enables dispatchers to assign tasks and monitor their progress in real-time, ensuring efficient allocation of field personnel based on their skills, proximity, and availability. With a user-friendly interface, dispatchers can easily create and assign tasks, set deadlines, and track progress, allowing for optimal resource allocation and reducing the risk of duplication or miscommunication.
Furthermore, field workers can access task details, navigate to work locations using integrated maps, and provide updates on their progress directly through the mobile app. This seamless communication and coordination fostered by ArcGIS Workforce result in streamlined workflows, reduced response times, and improved customer satisfaction.
Enhanced field data collection and integration
ArcGIS Workforce empowers organizations to capture, manage, and integrate field data seamlessly. Field workers can collect and update data using the mobile app, including capturing photos, recording measurements, and documenting observations. This real-time data collection eliminates the need for manual data entry, reducing errors and improving data accuracy.
The collected data can be instantly synchronized with the central database, allowing dispatchers and managers to access up-to-date information and make informed decisions promptly. Integration with other ArcGIS solutions enables the seamless flow of data between different workflows, such as field data collection, asset management, and spatial analysis. This integration enhances data-driven decision-making, facilitates better resource planning, and supports overall operational efficiency.
Real-time monitoring and analytics
ArcGIS Workforce offers real-time monitoring and analytics capabilities that enable organizations to gain valuable insights into their field operations. Dispatchers and managers can track the status of tasks, monitor worker locations, and receive notifications on task completion or delays. This real-time visibility into field activities allows for proactive decision-making, enabling managers to address any emerging issues promptly.
In addition, ArcGIS Workforce provides advanced analytics tools that allow organizations to analyze workforce performance, identify trends, and generate comprehensive reports. You can use these insights to optimize workflows, identify bottlenecks, and allocate resources more effectively. By leveraging data-driven analytics, organizations can continuously improve their operations, reduce costs, and enhance overall productivity.
By leveraging ArcGIS Workforce, organizations can allocate resources effectively, improve communication and collaboration between dispatchers and field personnel, and make data-driven decisions. Ultimately, this results in streamlined workflows, reduced response times, and improved customer satisfaction. Whether in utilities, public safety, or any other industry that relies on field operations, ArcGIS Workforce can provide significant benefits and contribute to the success of organizations in today’s dynamic business landscape.
Smarter field workforce coordination at your fingertips! Click here to explore this product.
A Holistic Approach to Protecting Africa’s Wildlife
Africa’s breathtaking landscapes, teeming with diverse wildlife, have long been a source of wonder and fascination for people around the world. However, the very existence of these incredible natural treasures is under threat from various factors including poaching, habitat destruction, and climate change. To combat these challenges and ensure survival of Africa’s protected areas and wildlife, a holistic strategy is essential. Space for Giants, a conservation organization, exemplifies this holistic approach, leveraging GIS technology to protect and preserve Africa’s natural heritage.
Leveraging GIS technology
Since its inception in 2011, Space for Giants has been at the forefront of using GIS to gain crucial insights into elephant behavior, track poaching activities, and protect key elephant corridors. This technology allows them to collect and analyze data from various sources, including satellites and GPS tracking collars. By mapping out elephant movements and identifying areas of high poaching activity, Space for Giants can strategically deploy resources to safeguard these magnificent creatures.
Mitigating impacts of climate change
Furthermore, Space for Giants recognizes the pressing need to address climate change, which poses a significant threat to Africa’s ecosystems. Leveraging their monitoring expertise, they are now channeling their efforts into generating carbon credits. This innovative approach helps mitigate the impacts of climate change and provides essential financial support for ongoing conservation efforts.
Related: Climate Change is a Spatial Issue
Providing evidence for wildlife trafficking prosecution
One of the most significant challenges in wildlife conservation is bringing perpetrators of wildlife crimes to justice. Space for Giants’ wildlife law and justice program plays a pivotal role in this arena. They use GIS technology to gather and present critical evidence in wildlife trafficking cases. By mapping out the movement of illegally traded wildlife and identifying trafficking routes, they empower prosecutors with the data they need to build strong cases against wildlife criminals.
Protecting Africa’s protected areas and wildlife demands a multifaceted approach that considers the ecological, social, and economic aspects of conservation. Space for Giants exemplifies this holistic strategy by leveraging GIS technology to gain insights, protect habitats, combat climate change, and bring wildlife criminals to justice. Their tireless efforts serve as a beacon of hope for preserving Africa’s natural heritage for generations to come.
This story was first published by David Gadsden. View full story here
Harnessing the Power of ArcGIS for Efficient Asset Management
Effective asset management is crucial for businesses and organizations of all sizes in the first-paced world of today. Whether you’re managing infrastructure, utilities, or facilities, the capacity to monitor, maintain, and optimize assets can have a substantial impact on operational effectiveness and cost-effectiveness. ArcGIS provides a potent toolkit for effective asset management that goes above and beyond conventional approaches. This article explores how utilizing ArcGIS’s capability can transform asset management procedures and produce real results.
Understanding asset management
Asset management involves tracking, analyzing, and maintaining physical assets to ensure optimal performance throughout their lifecycle. This includes everything from equipment and machinery to facilities, pipelines, and utilities. Efficient asset management minimizes downtime, extends asset lifespan, reduces costs, and enhances overall productivity.
The ArcGIS advantage
ArcGIS provides a geospatial foundation for asset management the integrates location-based information with attributes and real-time data. This spatial context enriches asset information, enabling better decision-making and streamlined workflows.
Here is how ArcGIS enables efficient asset management:
Data centralization and visualization
ArcGIS allows users to create comprehensive asset inventories by storing asset information in a centralized database. Geospatial data visualizations provide a clear overview of asset locations, conditions, and relationships. Maps and dashboards help stakeholders understand asset distribution and status at a glance.
Data analysis and insights
ArcGIS offers advanced spatial analysis tools that go beyond tabular data. Users can perform proximity analysis, identify asset clusters, and assess environmental impacts. By overlaying assets with geographic data such as land use and demographics, organizations gain insights that inform planning and resource allocation.
Real-time monitoring and predictive maintenance
ArcGIS integrates with Internet of Things (IoT) devices, enabling real-time asset monitoring. Sensors placed on assets can transmit data on performance, temperature, and other critical parameters. This data can be analyzed using ArcGIS tools to predict maintenance needs, preventing costly breakdowns.
Reporting and compliance
ArcGIS streamlines reporting for regulatory compliance. Organizations can generate custom reports and visualize data trends, making it easier to demonstrate compliance with environmental standards, safety regulations, and other requirements.
Mobile data collection
ArcGIS enables field workers to collect data directly in the field using mobile devices. They can update asset information, track maintenance activities, and submit reports in real time. This minimizes paperwork, reduces errors, and ensures accurate and up-to-date records.
Related: ArcGIS Field Apps
Risk assessment and decision support
By analyzing asset data in the context of geographical factors such as terrain and proximity to hazards, ArcGIS facilitates risk assessment. This helps organizations make informed decisions about asset placement, emergency response planning, and disaster recovery.
Collaboration and stakeholder engagement
ArcGIS Online allows for easy data sharing and collaboration among stakeholders. Whether it’s internal teams, regulatory agencies, or the public, sharing geospatial data fosters transparency, improves communication, and aligns efforts.
Are you ready to revolutionize the way you manage your assets? Visit our online store to explore a wide range of ArcGIS products tailored for your needs.
ArcGIS Pro Review: 15 Reasons to Map Like a Pro
Mapping has become an essential tool for various industries, from urban planning and environmental management to business analytics and disaster response. Among the many software options available, ArcGIS Pro stands out as a powerful and versatile solution. ArcGIS Pro offers a wide range of capabilities for mapping and spatial analysis. In this blog post, we will explore 15 reasons why you should consider using ArcGIS Pro to map like a pro.
Related: 3 Things ArcGIS Pro Can Do for You
Why ArcGIS Pro?
Here are 15 reasons why you should consider using ArcGIS Pro to map like a pro:
Modern and intuitive interface
ArcGIS Pro presents a sleek and modern user interface that is easy to navigate. Its ribbon-style menu organizes tools and functions logically, ensuring a smooth learning curve for new users.
3D mapping and visualization
ArcGIS Pro allows you to create stunning 3D visualizations, enabling you to explore and analyze your data in new ways. With support for advanced rendering techniques and realistic shading, you can bring your maps to life.
Extensive geoprocessing toolbox
ArcGIS Pro offers a comprehensive set of geoprocessing tools, allowing you to perform complex spatial analyses. From basic operations like buffering and overlaying to advanced modeling and machine learning, the toolbox has you covered.
Integration with ArcGIS Online
With seamless integration with ArcGIS Online, ArcGIS Pro enables you to leverage a wealth of web-based maps, data, and analysis tools. You can easily access your organization’s content, collaborate with colleagues, and share your work with the wider community.
Enhanced data management
ArcGIS Pro provides robust data management capabilities, allowing you to handle large datasets efficiently. You can easily organize, query, and edit your spatial data, ensuring data integrity and accuracy.
Advanced cartographic tools
Creating visually appealing and informative maps is a breeze with ArcGIS Pro. The software offers a wide range of cartographic tools and symbol libraries, enabling you to customize map elements and create professional-looking layouts.
Spatial analysis and modeling
ArcGIS Pro excels in spatial analysis and modeling. Whether you need to perform network analysis, spatial statistics, or site suitability modeling, the software offers an array of powerful tools to support your decision-making processes.
Python scripting and automation
For users with programming skills, ArcGIS Pro provides extensive support for Python scripting. You can automate repetitive tasks, build custom tools, and extend the software’s functionality using the ArcPy library.
Real-time data integration
ArcGIS Pro enables you to incorporate real-time data feeds into your maps and analysis workflows. By visualizing and analyzing live data streams, you can gain valuable insights and make informed decisions in dynamic situations.
Mobile mapping and field data collection
With ArcGIS Pro, you can extend your mapping capabilities to the field. The software seamlessly integrates with mobile devices, enabling you to collect data, update maps, and collaborate with team members in real-time, even in offline environments.
Lidar data processing
ArcGIS Pro provides robust support for processing and analyzing Lidar data. You can derive elevation models, extract features, and conduct terrain analysis with ease, opening new possibilities for applications such as forestry, urban planning, and flood modeling.
For analyzing temporal data, ArcGIS Pro offers powerful time-series analysis tools. You can explore trends, detect patterns, and perform change detection over time, empowering you to understand the dynamics of your spatial data.
Enhanced 3D editing
When it comes to editing 3D data, ArcGIS Pro delivers a seamless experience. You can edit features in 3D space, align and adjust geometries, and create accurate 3D models, streamlining your editing workflows.
Advanced symbology options
With ArcGIS Pro, you can choose from a wide variety of advanced symbology options to represent your data in visually appealing and informative ways.
Extensive data support
ArcGIS Pro supports a wide range of data formats, including shapefiles, geodatabases, CAD files, raster datasets, and more. You can easily import, visualize, and analyze various types of spatial data.
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The Cloud-Based Solution for Geospatial Collaboration
In a world driven by data, location intelligence plays a pivotal role in decision-making across various industries. GIS technology has revolutionized the way we understand and interact with spatial data, offering powerful tools for analysis, visualization, and collaboration. ArcGIS Online, Esri’s cloud-based GIS platform, stands out as a versatile and accessible solution that empowers organizations to harness the full potential of geospatial data while fostering collaboration among teams.
Unleashing the power of cloud-based GIS
ArcGIS Online represents a paradigm shift in GIS technology, offering a wide array of benefits for organizations and individuals alike:
Accessibility and scalability
One of the primary advantages of ArcGIS Online is its accessibility. With just an internet connection, users can access geospatial data and applications from anywhere at any time. This level of flexibility is particularly valuable for organizations with distributed teams or those working remotely. Furthermore, ArcGIS Online’s scalability ensures that it can meet the needs of both small businesses and large enterprises, making it an inclusive solution for all.
Collaboration and data sharing
ArcGIS Online excels in facilitating collaboration and data sharing. Users can create, share, and collaborate on maps, apps, and datasets with ease. This feature is invaluable for teams working on projects that require geospatial data, allowing for real-time collaboration, feedback, and decision-making. Whether it’s urban planning, disaster response, or environmental conservation, ArcGIS Online streamlines teamwork.
Map creation and storytelling
Creating compelling maps and stories is a breeze with ArcGIS Online. The platform provides user-friendly tools for designing maps and configuring applications, making it accessible to users of all skill levels. These maps can be used for a variety of purposes, from presenting data to telling engaging stories that drive understanding and action.
Real-time data and analytics
ArcGIS Online integrates seamlessly with real-time data sources, ensuring that users have access to the most up-to-date information. Additionally, the platform offers robust analytics tools for performing spatial analysis, helping organizations make informed decisions based on geographic data.
Security and compliance
Esri places a strong emphasis on security and compliance with ArcGIS Online. Organizations can rest assured that their geospatial data is protected and compliant with industry standards and regulations.
ArcGIS Online has found its way into numerous industries, transforming the way organizations operate:
- Urban planning: City governments use ArcGIS Online to manage land use, infrastructure, and zoning, facilitating informed urban development.
- Environmental conservation: Conservationists use the platform to track wildlife, monitor deforestation, and protect natural habitats.
- Emergency response: During disasters, ArcGIS Online aids emergency responders in coordinating efforts, visualizing impacted areas, and providing real-time information to affected communities.
- Business intelligence: Retailers and businesses leverage location analytics to optimize site selection, marketing strategies, and supply chain management.
- Education: ArcGIS Online is used in educational institutions to teach students about geography, spatial analysis, and data visualization.
ArcGIS Online is more than just a cloud-based GIS platform; it’s a transformative tool that empowers organizations to collaborate, make data-driven decisions, and create meaningful maps and applications. Whether it’s improving urban planning, conserving the environment, or responding to emergencies, ArcGIS Online provides the foundation for unlocking the true potential of geospatial data in the modern world. With its user-friendly interface and robust capabilities, it’s a game-changer for geospatial collaboration and analysis.
ArcGIS Hub: Empowering Collaborative Decision Making and Citizen Engagement
The power of data and technology is changing how communities, organizations, and governments collaborate and make choices. Thanks to ArcGIS Hub, organizations can now communicate, collaborate, and engage efficiently. In this article, we explore ArcGIS Hub’s transformative capabilities, highlighting how it supports active citizen participation in community planning and enables group decision-making processes.
What is ArcGIS Hub?
ArcGIS Hub is a robust platform for collaboration, knowledge management, citizen engagement, and program execution. It’s a cloud-based service designed to help organizations make informed decisions by leveraging crowd sourced inputs from citizens, businesses and governments that reside in multiple geographies across the globe. Organizations of any type and any size, including government agencies, nonprofit groups, and academia, can maximize engagement, communication, collaboration, and data sharing using the ArcGIS Hub initiative-based approach.
Transformative capabilities of ArcGIS Hub
Some transformative capabilities of this software include:
A unified hub for data, collaboration, and engagement
It serves as a centralized platform that brings together data, maps, apps, and people. It acts as a hub of information exchange, connecting stakeholders across various sectors – government agencies, non-profit organizations, businesses, and citizens – in a shared digital environment. The platform facilitates the creation of “hubs” or collaborative spaces, each with its own unique focus and objectives.
Promotes citizen engagement
One of its standout features is the ability to promote citizen engagement. Informed citizens are vital to a vibrant democracy, and ArcGIS Hub empowers individuals to actively participate in shaping their communities. Through the platform, citizens can access interactive maps, dashboards, and surveys that provide insights into local issues, policies, and initiatives. This transparent and accessible information fosters meaningful discussions and informed decision-making processes.
Enables storytelling with data
ArcGIS Hub goes beyond presenting raw data – it enables users to tell compelling stories using data-driven narratives. These stories can shed light on important topics, challenges, and successes within a community. By combining data, maps, images, and text, stakeholders can create narratives that resonate with citizens and drive positive change. This storytelling approach is an effective way to communicate complex issues and solutions in an easily understandable format.
Open data sharing and collaboration
Transparency is key to building trust between government institutions and the public. This software facilitates open data sharing by providing a platform for government agencies to publish datasets, making them accessible to citizens, researchers, and businesses. This open exchange of information encourages collaboration, sparks innovation, and enables data-driven decision-making processes that benefit stakeholders.
Builds stronger communities through collaboration
ArcGIS Hub encourages collaboration not only between citizens and government but also across different organizations and sectors. By creating collaborative initiatives, communities can address challenges collectively, leverage each other’s expertise, and pool resources for more efficient problem-solving. This collaborative ecosystem fosters a sense of ownership and responsibility among stakeholders, resulting in more sustainable and impactful outcomes.
ArcGIS Hub is a catalyst for change in the way we engage with our communities, make decisions, and drive positive outcomes. By providing a platform for collaborative decision-making and citizen management, ArcGIS Hub empowers individuals and organizations to actively shape the places they live and work.
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Smart Workplaces, Efficient Operations
In an age where technology is rapidly transforming the way we work and interact with our environment, businesses are constantly seeking innovative solutions to optimize their operations. One such solution that has emerged as a game-changer for modern workplaces is ArcGIS Indoors. By seamlessly integrating indoor mapping, navigation, and data analytics, ArcGIS Indoors is revolutionizing how businesses manage their physical spaces, streamline operations, and enhance the overall employee experience.
The evolution of workplace management
Traditionally, workplace management was confined to floor plans and static layouts. However, the rise of smart buildings and the Internet of Things (IoT) has ushered in a new era of possibilities. ArcGIS Indoors takes this evolution a step further by providing dynamic, interactive indoor maps that enable businesses to gain insights into how their spaces are used and optimize them for maximum efficiency.
How ArcGIS Indoors is enabling smart workplaces
Here is how ArcGIS Indoors is enabling smart workplaces for efficient operations:
Efficient space utilization
ArcGIS Indoors allows businesses to understand how their spaces are utilized in real-time. With accurate indoor maps, companies can track the movement of employees, equipment, and assets throughout the workplace. This data-driven approach enables organizations to identify underutilized areas, optimize office layouts, and allocate resources more effectively. By eliminating wasted space, businesses can reduce overhead costs and create a more agile and responsive environment.
Enhance employee experience
A well-designed workspace not only improves operational efficiency but also contributes to employee satisfaction and productivity. ArcGIS Indoors empowers employees with tools to navigate complex office layouts, find meeting rooms, locate colleagues, and access essential facilities seamlessly. This reduces the time spent on wayfinding and enhances overall workplace satisfaction. Moreover, businesses can use indoor maps to create more engaging and comfortable environments, promoting a positive work culture.
Facility management and maintenance
Maintaining a large business facility can be challenging, especially when it comes to regular inspections, repairs, and maintenance. ArcGIS Indoors simplifies this process by providing facility managers with a visual representation of the building’s infrastructure. This makes it easier to identify maintenance needs, plan repairs, and ensure that equipment is functioning optimally. With improved maintenance planning, businesses can prevent downtime, reduce costs, and extend the lifespan of their assets.
Data-driven decision making
One of the most valuable aspects of ArcGIS Indoors is its data analytics capabilities. By collecting and analyzing data on foot traffic, space usage, and resource allocation, businesses can make informed decisions to improve operations. For example, understanding peak usage times and traffic patterns can lead to better staffing decisions, optimized space allocation, and more efficient customer service.
In the digital age, businesses are constantly seeking ways to stay competitive and agile. ArcGIS Indoors offers a comprehensive solution for smart workplace management, enabling businesses to harness the power of indoor mapping, navigation, and data analytics. As the technology continues to evolve, ArcGIS Indoors is poised to play a pivotal role in shaping the future of efficient workplace operations for businesses around the world. Learn more about ArcGIS here.
Maximizing Efficiency with ArcGIS Field Apps and Mobile Data Collection
In today’s fast-paced world, organizations across various industries are recognizing the transformative power of mobile technology for data collection and field operations. As geospatial professionals, we always want to be as efficient as possible. There are many ways to get information pertaining to our project and its needs in the field most efficiently. One way is by harnessing the power of ArcGIS Field Apps – a suite of cutting-edge mobile tools that enable efficient data collection, real-time collaboration, and informed decision-making, all while harnessing the power of location intelligence. In this article, we explore how these field apps can revolutionize your operations, streamline workflows, and maximize efficiency.
How field apps revolutionize operations
Here is how apps can revolutionize your operations:
Empowering field work
Gone are the days of tiresome paper forms and manual data entry. ArcGIS Field Apps bring the digital revolution to the field, empowering your workforce with tools that fit right in their pockets. This Apps include:
ArcGIS Field Maps: Helps fieldworkers to perform mobile data collection and editing, find assets and information, and report their real-time locations.
ArcGIS Collector: Collector enables workers to gather data with precision and accuracy, capturing everything from asset conditions to environmental observations. The best part? It integrates data into your GIS platform, providing insights back at the office in real time.
ArcGIS Survey123: With ArcGIS Survey123, you can create customized surveys that meet your specific data needs. This tool enables you to collect information effortlessly via mobile devices, tablets, or even web browsers, all while maintaining data integrity and consistency.
ArcGIS Workforce: Workforce streamlines fieldwork coordination, ensuring that tasks are assigned to the right personnel at the right time. Work orders, inspections, and assignments are managed seamlessly, boosting productivity, and minimizing delays.
ArcGIS Tracker: Tracker provides a real-time view of field operations by tracking the location of field workers and assets. This not only enhances safety and security but also enables proactive decision-making based on live location data.
ArcGIS Quickcapture: ArcGIS Quickcapture is the quickest method for gathering field observations. With the help of this app, you can easily collect field observations when travelling and scouting potential places, doing aerial surveys, or evaluating damage. It also helps you eliminate the need for manual note-processing time by sending data back to the office for analysis in real time.
Related: ArcGIS Quickcapture
The integration of ArcGIS Field Apps into your workflow has the potential to transform the way you operate. This Apps ensure:
Improved accuracy: ArcGIS Field Apps ensure data is captured correctly and uniformly, reducing chances of costly mistakes down the line.
Faster decision-making: Real-time data availability means faster decision-making. Whether it’s adjusting routes for delivery trucks or responding to emergencies, you’re equipped with up-to-the-minute information.
Enhanced collaboration: ArcGIS Field Apps foster collaboration between field teams and office staff. Field workers can instantly communicate changes, report issues, and seek guidance, enhancing overall team efficiency.
Streamlined processes: By eliminating paper-based processes, you cut down on manual paperwork, administrative overhead, and redundant tasks. His translates to more time spent on meaningful work.
A world of possibilities
From utilities and public works to environmental agencies and beyond, ArcGIS Field Apps are versatile tools that cater to a wide range of industries:
Utilities: Streamline maintenance tasks, monitor assets, and respond to outages swiftly.
Construction: Track progress, manage resources, and ensure projects stay on schedule.
Environmental management: Monitor natural resources, conduct surveys, and assess habitat conditions.
Emergency response: Coordinate response efforts, allocate resources, and assess damage in real time.
Ready to experience the game-changing benefits of ArcGIS Field Apps? Visit our website to explore the suite of apps tailored to your needs and industry. Revolutionize your field operations, streamline your workflows, and unlock a new level of efficiency through the power of location intelligence.
Empowering Communities Through GIS #RIC2023
Every year, the Regional Center for Mapping of Resources for Development (RCMRD) hosts a conference. The conference brings together thousands of participants and provides an excellent platform of how geo-science can effectively be used to inform policy. This year’s event spanned from 8th to 10th August with the theme “NEXT LEVEL: Space to Community,” which aimed to bridge the gap between space-based technologies and the communities they serve, reflecting the growing synergy between cutting-edge technology and grassroot impacts.
Esri’s presence at the conference was marked by a series of enlightening presentations that showcased the organization’s commitment to utilizing GIS for the betterment of society. Olivier, one of Esri’s seasoned experts, took the podium and passionately discussed disaster risk management (DRM). He emphasized the critical part that GIS plays in proactive catastrophe management with a mesmerizing blend of images and practical examples. His presentation shed light on the revolutionary potential of using spatial data to anticipate, plan for, and lessen the effects of natural disasters.
Pauline Okeyo’s presentation revealed a wealth of free resources, instruction, and tools offered by the Africa Geoportal. Her explanation of these resources excited the African User Community, who were eager to use this wealth of knowledge to advance their own initiatives and endeavors.
The integration of ArcGIS into the post-2020 UN Global Biodiversity Framework (GBF) was a major topic of David Gadsden’s presentation. His insights into how this potent tool could be used to track and monitor progress towards the ambitious goals established by the United Nations to protect our planet’s biodiversity enthralled the audience. David’s talk emphasized how technology may close the gap between international agreements and local implementation, fostering hope for a more sustainable future.
Lorien Innes took the stage to shed light on the intricate intersection of space data, GIS technology, and agricultural subsidy management. The difficulties experienced by farmers in Africa because of conflicts and climate change were eloquently depicted in Lorien’s presentation. She outlined how GIS technology may enable agricultural communities to manage subsidies and inputs effectively, promoting food security even in the face of adversity, with eloquence and precision.
The Esri team left an indelible mark on the minds of attendees. Their presentations weren’t just technical demonstrations; rather, they were potent tales that showed the way to a future that is more resilient, connected, and sustainable. The participation of Esri team at the RCMRD conference served as a shining example of how cutting-edge technology and the quest for a better world can exist harmoniously, supporting the conference’s overarching theme of “NEXT LEVEL: Space to Community” in every way.
Insights from Our Interns at Esri Eastern Africa
At Esri Eastern Africa, we believe in the power of learning, growth, and collaboration. Our commitment to fostering young talent is a cornerstone of our mission, and we are proud to provide internship opportunities that open doors to new horizons. As we embark on a journey of continuous innovation and exploration, we take immense pride in presenting the voices of our interns—bright minds who have experienced firsthand the dynamic environment and boundless opportunities that Esri Eastern Africa has to offer.
Every quarter, we welcome a cohort of passionate and driven individuals into our fold, offering them a platform to immerse themselves in the world of geospatial technologies, solutions, and innovations. These young minds bring fresh perspectives and a thirst for knowledge that invigorates our workspace and pushes the boundaries of what’s possible.
Here is what Kelvin Karanja had to say…
Why were you interested in an internship at Esri EA?
I was interested in interning at Esri EA because I had the privilege of training with the organization before. This prior experience provided me with insights into the exceptional learning opportunities, industry expertise, and innovative use of geospatial technology at Esri EA. The chance to further develop my skills, contribute to real-world projects, and learn from the talented professionals within the company greatly motivated me. Additionally, the positive work environment and collaborative culture at Esri EA made it a highly appealing choice for my internship.
Can you tell us about a project or accomplishment you’re proud of and why?
During my internship at Esri EA, I had the privilege of collaborating with a talented partner on a project-the development of a flood early warning system. Together, we utilized GIS technologies to analyze data, create a predictive model, and integrate communication platforms for sending SMS alerts to the community when River Nyando water level reached a specific threshold. This experience emphasized the significance of teamwork and effective communication. I take pride in the successful outcome of the project and the opportunity to contribute to enhancing community safety through our efforts.
How would you define our company culture?
Esri Eastern Africa has a culture of innovation, collaboration, and a strong passion for geospatial technology. They value teamwork, effective communication, and a customer-centric approach. The company strives for excellence, continuously improving their products and services to deliver innovative geospatial solutions.
Would you recommend this internship to others?
Yes. Esri EA offers opportunities for hands-on learning, and places a strong focus on cooperation and creativity. The organization also offers the opportunity to learn from business experts, gain exposure to cutting-edge technologies, and gain useful experience.
If you were to work in any department, which one and why?
The Solution Engineering department seems appealing. The chance to contribute to developing spatial solutions aligns with my expertise in GIS understanding and knowledge representation, supporting the practical application of geospatial technology to address client challenges.
Are you ready to start an exciting journey of learning and development in the field of GIS and geospatial technology? We invite passionate and motivated individuals to join our team as interns and be part of Esri Eastern Africa’s dynamic environment.
Send your CV to firstname.lastname@example.org to take the first step towards an enriching internship experience.
Geospatial Networking at its Finest
Monday 10 July 2023, Esri Eastern Africa, the region’s leading geospatial solutions provider, set the stage for an unforgettable experience as it hosted an exclusive Esri User Conference watch party. The event took place at the prestigious Cinemax VIP room in Sarit Center, Nairobi, where participants, including users, partners, and staff gathered to engage with the latest advancements in geospatial technology.
Related: Esri User Conference
The Esri User Conference is an annual global gathering organized by Esri, the pioneer in geographic information system (GIS) technology, to share innovative solutions, cutting-edge developments, and best practices in the geospatial industry.
With the primary conference taking place in California, USA, attendees in Eastern Africa could participate virtually and gain insights into the latest trends and innovations through live streams. Esri Eastern Africa took the initiative to organize the watch party to facilitate knowledge exchange, and networking among local geospatial professionals who share a passion for Esri’s GIS solutions.
The Cinemax VIP room at Sarit Center provided an upscale and immersive setting for the watch party. Attendees were treated to a state-of-the-art audiovisual experience, with giant LED screen displaying the conference content in real-time. The room also offered comfortable seating, and participants were welcomed with refreshments to ensure a delightful and engaging experience.
The event concluded with a networking session, where attendees had the chance to forge new connections, exchange ideas, and explore potential collaborations within the geospatial community of Eastern Africa.
By bringing together GIS enthusiasts and industry leaders, the event undoubtedly strengthened the geospatial ecosystem in the region and set the stage for even greater advancements in the future.
Esri Eastern Africa and Masinde Muliro University Form Strategic Alliance
January 2023, Esri Eastern Africa signed a Memorandum of Understanding with Masinde Muliro University (MMUST). This collaboration is a crucial step towards advancing geospatial excellence and supporting academic innovation.
As part of this strategic alliance, Esri Eastern Africa will provide Masinde Muliro University with full access to its cutting-edge GIS tools such as ArcGIS. This software suite will allow students and professors to experiment with geospatial analysis, visualization, and decision-making, creating a collaborative framework for geospatial technology integration, research, and capacity building.
Esri Eastern Africa will also provide training programs and workshops in addition to software to empower faculty members and students with important geospatial abilities. These capacity-building activities will enable MMUST to provide high-quality geospatial education and research, establishing the institution as a regional center of excellence.
The collaboration between Esri Eastern Africa and Masinde Muliro University represents a significant stride towards bridging the gap between academia and industry in geospatial technology. This will foster a vibrant ecosystem that encourages collaboration, innovation, and the exchange of ideas among students, researchers, and industry professionals.
About Esri Eastern Africa
Esri Eastern Africa is the leading provider of GIS solutions and services in the Eastern Africa region. With a rich history of empowering organizations and individuals with geospatial technology, Esri Eastern Africa is committed to advancing the understanding and application of GIS across industries and sectors.
About Masinde Muliro University
Masinde Muliro University is a distinguished institution of higher learning situated in Kenya. With a focus on excellence in teaching, research, and innovation, the university strives to nurture talent, creativity, and foster a culture of academic excellence.
Getting Started with ArcGIS: A Beginner’s Guide to Mastering Geospatial Analysis
Geospatial analysis is a powerful tool that allows us to understand the world around us in a whole new way. With ArcGIS, a leading Geographic Information System (GIS) software, you can unlock the potential of geospatial data and delve into the fascinating realm of geospatial analysis. Whether you’re a student, a professional in the field, or simply curious about GIS, this beginner’s guide will help you embark on your journey to mastering geospatial analysis with ArcGIS.
- Familiarize yourself with the interface: As a beginner, start by exploring the ArcGIS interface. Get acquainted with the different windows, tools, and menus available. Take your time to understand the layout and how the various components work together.
- Learn the basics of spatial data: Geospatial analysis revolves around spatial data. Familiarize yourself with the different types of spatial data, such as points, lines, polygons, and raster data. Understand coordinate systems, map projections, and spatial references, as they play a crucial role in accurate geospatial analysis.
- Acquire geospatial data: To perform geospatial analysis, you need data. ArcGIS provides various ways to acquire geospatial data, including online sources, data providers, and even creating your own data using GPS or other data collection techniques. Start by exploring freely available data and gradually move towards more specialized datasets.
- Explore data management: Effective data management is essential for successful geospatial analysis. Learn how to organize, store, and manage your geospatial data within ArcGIS. Understand file formats, databases, and best practices for data organization. Master the art of data cleaning and preparation, as it forms the foundation of accurate analysis.
- Perform basic geospatial analysis: Begin with simple geospatial analysis techniques, such as spatial queries, buffering, and overlays. These techniques allow you to explore relationships between different spatial features and analyze their intersections and overlaps. Experiment with these tools and gain hands-on experience.
- Dive into advanced analysis techniques: Once you’ve mastered the basics, it’s time to expand your skills. ArcGIS offers a wide range of advanced geospatial analysis tools, including spatial statistics, interpolation, network analysis, and 3D analysis. Explore these techniques to uncover deeper insights and tackle complex spatial problems.
- Visualize your findings: A picture is worth a thousand words, and data visualization is key to effective communication. ArcGIS provides numerous options to create visually stunning maps, charts, and graphs to present your geospatial analysis results. Learn how to use symbology, labeling, and layout techniques to create compelling visualizations.
- Leverage online resources: ArcGIS has a vibrant online community, offering a wealth of resources. Take advantage of tutorials, forums, and user groups to expand your knowledge and troubleshoot issues. Esri Eastern Africa has extensive documentation, webinars, and training courses to enhance your learning experience.
- Practice, practice, practice: Geospatial analysis is a skill that improves with practice. Undertake projects that align with your interests or professional goals. Work on real-world datasets and solve spatial problems relevant to your domain. The more you practice, the more confident and proficient you’ll become in ArcGIS.
- Embrace lifelong learning: GIS technology is constantly evolving, and there’s always something new to learn. Stay up to date with the latest developments in ArcGIS and geospatial analysis. Explore emerging trends like remote sensing, spatial data science, and artificial intelligence in GIS. Continuously seek opportunities to expand your skills and knowledge.
Remember, becoming proficient in geospatial analysis with ArcGIS is a journey. So embrace the journey, explore the vast capabilities of ArcGIS, and let your passion for geospatial analysis guide you as you unlock the world of spatial data and its endless possibilities. You can also sign up for our training courses here.
ArcGIS Python Automation: Streamlining Workflows for GIS Professionals
In the field of Geographic Information Systems (GIS), efficiency and productivity are key. GIS professionals are constantly seeking ways to streamline their workflows, automate repetitive tasks, and focus more on analysis and decision-making. ArcGIS, a leading platform in the GIS industry, offers a powerful tool for achieving these goals: Python automation. In this article, we will explore how ArcGIS Python automation can revolutionize workflows for GIS professionals.
Introduction to ArcGIS Python Automation
Python is a versatile programming language widely used in various domains, including GIS. ArcGIS provides a comprehensive Python API that allows GIS professionals to automate tasks, create scripts, and develop custom tools tailored to their specific needs. By leveraging the power of Python automation, GIS professionals can save time, improve accuracy, and increase efficiency in their daily workflows.
How ArcGIS Python automation revolutionizes workflows
Here is how ArcGIS Python automation can revolutionize workflows for GIS professionals:
Automating data management
One of the primary benefits of ArcGIS Python automation is its ability to automate data management tasks. With Python scripts, GIS professionals can perform batch processing, automate data conversions, update attribute tables, and manage spatial datasets efficiently. By automating these repetitive tasks, professionals can focus more on analysis and visualization, enhancing their productivity.
Custom geoprocessing tools
Python automation in ArcGIS enables the creation of custom geoprocessing tools. These tools encapsulate specific GIS workflows and functionalities, allowing GIS professionals to streamline complex processes into a single, user-friendly interface. With custom geoprocessing tools, repetitive or intricate tasks can be simplified and made accessible to users with minimal GIS expertise, enhancing collaboration and usability.
Integration with external libraries and APIs
Python’s strength lies in its extensive library ecosystem. ArcGIS Python automation allows GIS professionals to leverage these libraries and integrate them seamlessly into their workflows. Whether it’s data manipulation with Pandas, spatial analysis with GeoPandas, or machine learning with sci-kit-learn, Python automation in ArcGIS empowers professionals to combine GIS capabilities with the broader Python ecosystem for advanced analysis and decision-making.
Task scheduling and batch processing
ArcGIS Python automation provides the ability to schedule tasks and execute batch processes, even in unattended mode. This feature is particularly useful for running routine workflows, data updates, or analyses at specific times or intervals. GIS professionals can set up automated scripts to run overnight or during non-peak hours, ensuring that critical processes are executed without manual intervention.
Collaboration and reproducibility
Python scripts can be easily shared and version-controlled using popular collaboration tools like Git, allowing teams to work together efficiently. Furthermore, Python scripts document the steps involved in a workflow, making it easier to reproduce and share analysis results, ensuring transparency and enabling reproducibility.
Extensibility and customization
This automation offers extensive customization options. GIS professionals can extend the functionality of ArcGIS by developing custom Python add-ins, scripts, or libraries tailored to their specific requirements. This flexibility allows professionals to adapt ArcGIS to their unique workflows and integrate it seamlessly with existing systems and processes.
ArcGIS Python automation is a game-changer for GIS professionals, providing a powerful toolkit to streamline workflows, automate repetitive tasks, and enhance productivity. By leveraging the capabilities of Python, GIS professionals can develop custom tools, integrate external libraries, schedule tasks, and collaborate effectively. With ArcGIS Python automation, the focus can shift from mundane administrative tasks to more strategic analysis and decision-making, ultimately driving efficiency and innovation in the field of GIS.
If you’re looking to embrace this ArcGIS Python automation, click here to explore your options!
ArcGIS Online: Collaborative Mapping and Storytelling for GIS Professionals
In today’s interconnected world, collaboration and effective communication are key to successfully leveraging geographic information. Therefore, GIS professionals need tools that not only allow them to analyze and visualize spatial data but also enable them to share their insights and tell compelling stories. ArcGIS Online, a web-based mapping platform developed by Esri, provides a powerful solution for collaborative mapping and storytelling. In this article, we will explore how ArcGIS Online empowers GIS professionals to collaborate, create interactive maps, and communicate their findings effectively.
How ArcGIS Online empowers GIS professionals to collaborate and create maps
Here is how ArcGIS Online (AGOL) empowers GIS professionals to collaborate, create interactive maps, and communicate their findings effectively:
AGOL serves as a centralized hub where GIS professionals can access, share, and collaborate on spatial data and maps. With its intuitive interface and cloud-based infrastructure, it enables teams to work together seamlessly, regardless of their physical location. Multiple users can contribute to a map simultaneously, making it easier to gather and incorporate diverse perspectives. Through shared data, web layers, and hosted feature services, GIS professionals can collaborate on projects, update information in real-time, and ensure that everyone is working with the most up-to-date data.
Web map creation
ArcGIS Online provides a user-friendly environment for creating interactive web maps without the need for advanced programming skills. GIS professionals can bring their data to life by adding layers, symbology, and pop-ups to the map. They can also incorporate basemaps, such as imagery, topographic maps, or street maps, to provide context and enhance visualizations. It offers a wide range of tools to customize maps, including measurement tools, drawing tools, and filtering options, enabling GIS professionals to tailor their maps to specific needs and create informative and engaging visualizations.
Storytelling with maps
One of the standout features of ArcGIS Online is the ability to create story maps, which combine maps, multimedia content, and narrative text to tell a compelling story. GIS professionals can use story maps to communicate their findings, present data-driven narratives, and engage a wider audience. With a variety of story map templates available, including Cascade, Journal, and Swipe, GIS professionals can choose the format that best suits their storytelling needs. They can incorporate images, videos, charts, and text to provide context, present analysis, and guide viewers through the map-based narrative.
Data sharing and publishing
ArcGIS Online facilitates easy data sharing and publishing, allowing GIS professionals to disseminate their work to a broader audience. With just a few clicks, users can share maps, apps, and data with colleagues, stakeholders, and the public. This software provides options to control access and permissions, ensuring that sensitive data remains secure. GIS professionals can also publish their maps as web services, making them accessible to other GIS applications and enabling integration with other platforms. This seamless data sharing and publishing process foster collaboration and promote the use of spatial information across different domains.
Integration with other Esri tools
AGOL seamlessly integrates with other Esri tools, expanding its capabilities and providing a comprehensive GIS ecosystem. Users can leverage ArcGIS Online’s web maps and data in applications like ArcGIS Pro, ArcGIS Collector, and ArcGIS Explorer, enabling smooth data transfer and synchronization. This integration allows GIS professionals to work seamlessly across different platforms, leverage the strengths of each tool, and enhance their analysis and data management workflows.
In conclusion, AGOLserves as a powerful platform for GIS professionals to collaborate, create interactive maps, and communicate their findings effectively. Its collaborative mapping features, web map creation capabilities, storytelling tools, data sharing options, and integration with other Esri tools make it a versatile and essential tool for GIS professionals. By harnessing the power of ArcGIS Online, GIS professionals can foster collaboration, engage stakeholders, and unlock the true potential of spatial information in their organizations.
If you’re looking to purchase AGOL, click here!
Geocoding and Geoprocessing: Enhancing GIS Analysis with ArcGIS Tools and APIs
Geographic Information Systems (GIS) have revolutionized the way we analyze and interpret spatial data. Geocoding and geoprocessing are two fundamental techniques that enhance GIS analysis, enabling us to extract valuable insights and make informed decisions. ArcGIS provides a robust set of tools and APIs for geocoding and geoprocessing, empowering GIS professionals to perform advanced spatial analysis with ease. In this article, we will explore how these tools and APIs enhance GIS analysis and support data-driven decision-making.
Geocoding: transforming addresses into spatial data
Geocoding is the process of converting addresses or place names into geographic coordinates, such as latitude and longitude. It enables GIS professionals to map and analyze address-based data, such as customer locations, store networks, or service areas. ArcGIS offers geocoding capabilities through its Geocoding API and tools like ArcGIS Geocoding Services. These tools provide accurate and efficient geocoding services, allowing users to batch geocode large datasets or perform real-time geocoding to map and visualize address-based data. Geocoding enhances GIS analysis by enabling spatial exploration, proximity analysis, and spatial data integration, resulting in more accurate and meaningful insights.
Geoprocessing: analyzing spatial relationships and patterns
Geoprocessing involves analyzing spatial relationships and patterns to derive valuable insights from spatial data. ArcGIS provides a comprehensive suite of geoprocessing tools and APIs that enable GIS professionals to perform advanced spatial analysis. These tools include spatial overlay operations, proximity analysis, terrain analysis, spatial statistics, and much more. With these capabilities, GIS professionals can perform buffer analysis, identify hotspots, calculate distances, perform raster analysis, and model complex spatial processes. Geoprocessing in ArcGIS empowers users to uncover hidden patterns, quantify spatial relationships, and derive meaningful information from spatial data, enabling informed decision-making.
Related: What is Spatial Data?
ArcGIS tools and APIs: a powerful combination
ArcGIS offers a range of tools and APIs that extend the capabilities of geocoding and geoprocessing, enhancing GIS analysis. These tools and APIs can be used to integrate geocoding and geoprocessing functionalities into custom applications, workflows, or automation scripts. They provide developers with the flexibility to tailor geocoding and geoprocessing workflows to specific requirements and create powerful spatial analysis applications. The ArcPy Python library, ArcGIS REST API, and ArcGIS Runtime SDKs are examples of tools and APIs that allow GIS professionals to leverage geocoding and geoprocessing capabilities within their custom applications.
By combining the power of ArcGIS tools and APIs with geocoding and geoprocessing, GIS professionals can unlock the full potential of their spatial analysis workflows. They can geocode large datasets, visualize address-based data, analyze spatial relationships, perform complex geoprocessing operations, and create custom applications that leverage geocoding and geoprocessing functionalities. This integration facilitates data-driven decision-making, supports efficient resource allocation, and empowers organizations to derive valuable insights from their spatial data.
In conclusion, geocoding and geoprocessing are essential techniques that enhance GIS analysis and enable informed decision-making. This combination empowers users to extract meaningful insights from spatial data, create custom applications, and unlock the full potential of GIS analysis. By leveraging geocoding and geoprocessing with ArcGIS, GIS professionals can transform their spatial data into actionable information and drive impactful change in their organizations.
Harnessing the Power of Remote Sensing with ArcGIS
Remote sensing, the science of acquiring information about the Earth’s surface without direct physical contact, has revolutionized our understanding of the planet. It allows us to gather valuable data from a distance, using sensors mounted on aircraft, satellites, or even drones. This technology has found its applications in various fields such as environmental monitoring, urban planning, agriculture, and disaster management. When combined with advanced Geographic Information System (GIS) tools like ArcGIS, remote sensing becomes a powerful tool for analysis and decision-making.
ArcGIS provides a comprehensive suite of tools for managing, analyzing, and visualizing geographic data. With its integrated remote sensing capabilities, ArcGIS enables users to process and interpret remotely sensed imagery to extract valuable information. Here, we explore some advanced techniques in remote sensing that can be harnessed using ArcGIS.
Related: Imagery Analysis in ArcGIS Pro
Advanced techniques in ArcGIS
Here are some advanced techniques in remote sensing that can be harnessed using ArcGIS:
Image classification is the process of categorizing pixels in a remotely sensed image into different classes based on their spectral properties. This technique allows you to map land cover types, monitor vegetation health, detect changes over time, and identify various features on the Earth’s surface. ArcGIS provides advanced classification algorithms, such as maximum likelihood, support vector machines, and random trees, which can be applied to multispectral or hyperspectral imagery. These algorithms utilize spectral signatures and statistical methods to assign pixels to specific classes, creating accurate and detailed land cover maps.
Change detection techniques enable us to identify and quantify the differences between multiple images acquired at different times. It’s particularly useful for monitoring land use changes, urban growth, deforestation, and natural disasters. ArcGIS offers powerful change detection tools that leverage pixel-based or object-based approaches. By comparing spectral, spatial, or temporal characteristics of the images, these tools highlight areas of change, allowing users to understand the dynamics of the landscape and make informed decisions.
Remote sensing data can be used to derive valuable terrain information, such as digital elevation models (DEMs), slope, aspect, and surface roughness. ArcGIS provides robust tools for processing and analyzing elevation data obtained from remote sensing sources like Light Detection and Ranging (LiDAR) or stereo imagery. These tools enable users to perform terrain classification, identify potential landslide zones, assess drainage patterns, and model hydrological processes. By combining remote sensing data with GIS-based terrain analysis, researchers and planners can gain valuable insights into the Earth’s topography and better understand the interactions between terrain and various phenomena.
Related: Raster Analysis Using ArcGIS Pro
Object-based image analysis (OBIA)
Object-based image analysis is an approach that groups pixels into meaningful objects based on their spectral, spatial, and contextual characteristics. It allows for more accurate and detailed extraction of information from remotely sensed imagery. ArcGIS incorporates OBIA tools that enable users to segment images into objects and extract relevant features. This technique is particularly beneficial for urban mapping, precision agriculture, and natural resource management. By considering the spatial relationships and contextual information of objects, analysts can extract valuable information such as building footprints, tree canopies, or agricultural parcels.
Hyperspectral imaging involves acquiring imagery across a wide range of narrow and contiguous spectral bands. This technique provides a more detailed spectral signature of the Earth’s surface, allowing for the identification and characterization of materials with high precision. ArcGIS supports hyperspectral data analysis, enabling users to explore and analyze hyperspectral imagery. With advanced techniques like spectral unmixing, endmember extraction, and feature extraction, researchers can identify specific materials, detect subtle changes, and assess environmental conditions more accurately.
In conclusion, the integration of remote sensing techniques with ArcGIS unlocks a world of possibilities for understanding our planet and making informed decisions. With ArcGIS’s advanced tools and capabilities, we can delve into the intricate details of remotely sensed imagery, extract valuable information, and gain deeper insights into our environment. Whether it’s classifying land cover, detecting changes, analyzing terrain, performing object-based analysis, or exploring hyperspectral data, ArcGIS empowers GIS professionals to harness the power of remote sensing to its fullest potential.
Advanced Techniques Every GIS Professional Should Know
Geographic Information System (GIS) technology has transformed the way we analyze and interpret spatial data. As GIS professionals, we have the power to unlock valuable insights and make informed decisions by harnessing the advanced techniques of spatial analysis. By leveraging the full potential of spatial analysis, we can uncover hidden patterns, reveal meaningful relationships, and gain a deeper understanding of the world around us. In this article, we will explore some advanced techniques that every GIS professional should know to unleash the power of spatial analysis.
Advanced techniques every GIS professional should know
Here are some advance techniques every GIS professional should know to unleash the power of spatial analysis:
Spatial interpolation is a technique used to estimate values at unknown locations based on the values observed at known locations. It’s particularly useful when dealing with incomplete or irregularly distributed data. With spatial interpolation, GIS professionals can generate continuous surfaces or maps that represent the spatial distribution of a specific phenomenon, such as temperature, pollution levels, or population density. Popular interpolation methods include inverse distance weighting, kriging, and spline interpolation.
Network analysis allows GIS professionals to model and analyze complex networks, such as road networks, utility networks, or transportation systems. By considering the connectivity and relationships between network elements, we can solve a variety of spatial problems, including route optimization, facility location, and service area delineation. Network analysis techniques, such as shortest path analysis, network allocation, and network-based spatial clustering, enable us to make informed decisions that optimize resource allocation and enhance efficiency.
Geostatistics is a powerful set of techniques for analyzing spatial variability and understanding the patterns of spatial data. It combines statistical analysis with spatial relationships to model and predict values at unsampled locations. GIS professionals can use geostatistical techniques, such as variogram analysis, kriging, and co-kriging, to quantify spatial autocorrelation, map spatial uncertainty, and generate accurate predictions. Geostatistics is widely applied in fields like environmental monitoring, natural resource management, and precision agriculture.
Hotspot analysis, also known as spatial clustering analysis, helps identify areas with significantly high or low values of a particular phenomenon. By analyzing the spatial distribution of data, GIS professionals can identify clusters or hotspots of events, patterns, or anomalies. Hotspot analysis techniques, such as Getis-Ord Gi* statistic and kernel density estimation, allow us to uncover spatial patterns that may not be apparent briefly. This knowledge is crucial for understanding crime patterns, disease outbreaks, urban development, and resource allocation.
Multicriteria decision analysis
Multicriteria Decision Analysis (MCDA) combines multiple criteria or factors to support decision-making processes. GIS professionals can use MCDA techniques to evaluate and compare alternative scenarios or locations based on various criteria, such as accessibility, suitability, or environmental impact. By assigning weights to different criteria and performing spatial overlay analysis, we can generate decision surfaces or maps that help prioritize and optimize spatial decisions. MCDA is widely used in urban planning, site selection, and environmental impact assessment.
With the advent of 3D GIS technology, GIS professionals can now perform advanced 3D analysis and visualization. By incorporating elevation data, building models, and terrain information, we can analyze and simulate real-world scenarios in three dimensions. 3D analysis techniques, such as viewshed analysis, volumetric analysis, and 3D network analysis, provide valuable insights for urban planning, line-of-sight analysis, flood modeling, and infrastructure design. The ability to analyze data in three dimensions adds an extra dimension of realism and accuracy to spatial analysis.
In conclusion, spatial analysis is a fundamental component of GIS that empowers professionals to extract meaningful information from spatial data. By mastering advanced techniques, you can unleash the power of spatial analysis.
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ArcGIS Insights: A Comprehensive Data Analysis Tool for GIS Professionals
In the realm of Geographic Information Systems (GIS), the ability to analyze and derive meaningful insights from spatial data is paramount. ArcGIS Insights, a powerful data analysis tool from Esri, empowers GIS professionals to explore, analyze, and visualize data in a comprehensive and intuitive manner. With its user-friendly interface, advanced analytics capabilities, and seamless integration with other Esri products, ArcGIS Insights has become an indispensable tool for GIS professionals. In this article, we will delve into the features and benefits of ArcGIS Insights, highlighting its significance in data analysis for GIS professionals.
Significance of ArcGIS Insights in data analysis
Significance of ArcGIS Insights in data analysis involves:
Data exploration and visualization
ArcGIS Insights provides a dynamic platform for exploring and visualizing spatial and non-spatial data. The tool offers a range of visualization options, including charts, maps, tables, and infographics, allowing users to represent data in a visually appealing and easily understandable format. Through interactive dashboards, GIS professionals can uncover patterns, trends, and relationships within their data, enabling better decision-making and communication.
ArcGIS Insights empowers GIS professionals to conduct advanced analytics without the need for complex coding or scripting. With a vast library of statistical, spatial, and data science tools, users can perform a wide range of analytical tasks. From spatial clustering and hotspot analysis to regression modeling and geostatistics, this software provides the necessary tools to uncover valuable insights from diverse datasets. This enables GIS professionals to gain a deeper understanding of spatial patterns, make informed predictions, and support evidence-based decision-making.
Integration and data collaboration
ArcGIS Insights seamlessly integrates with other Esri products, enabling GIS professionals to leverage data from various sources. It allows for the integration of both spatial and non-spatial data, such as demographic information, sensor data, or business data, providing a holistic view of the analyzed phenomena. Moreover, it supports data collaboration, facilitating teamwork and knowledge sharing among GIS professionals. Multiple users can work collaboratively on projects, share analyses, and create interactive reports, enhancing productivity and fostering a data-driven culture within organizations.
Automation and workflows
This software streamlines data analysis workflows through its automation capabilities. Users can create reusable models and scripts to automate repetitive tasks, saving time and ensuring consistency in analyses. With the ability to build workflows using a drag-and-drop interface, GIS professionals can create complex analysis chains without the need for programming expertise. This empowers users to focus more on data exploration and interpretation rather than spending excessive time on manual processes.
Web and mobile accessibility
ArcGIS Insights is accessible via web browsers and mobile devices, providing flexibility and convenience for GIS professionals. Users can access their data and analyses anytime, anywhere, making it ideal for fieldwork or presenting insights on the go. The web and mobile accessibility of this software enables real-time collaboration and decision-making, ensuring that GIS professionals have the necessary information at their fingertips to respond promptly to dynamic situations.
ArcGIS Insights has emerged as an indispensable tool for GIS professionals, revolutionizing the way data is analyzed and visualized. With its user-friendly interface, advanced analytics capabilities, and seamless integration with other Esri products, this software empowers GIS professionals to explore, analyze, and derive meaningful insights from spatial and non-spatial data.
Embrace ArcGIS Insights and unlock the full potential of your GIS analyses, propelling your organization towards data-driven success.
ArcGIS for Forest Monitoring: An Essential Tool for Environmental Conservation
Forests are vital ecosystems that provide numerous benefits, including carbon sequestration, biodiversity conservation, and resource sustainability. However, with increasing deforestation rates and the pressing need for effective environmental conservation, monitoring and managing forests have become paramount. ArcGIS offers comprehensive tools and capabilities to monitor forests, assess their health, and support sustainable management practices. In this article, we explore how ArcGIS is transforming forest monitoring and enabling environmental conservation efforts worldwide.
How ArcGIS is transforming forest monitoring
Here is how ArcGIS is transforming forest monitoring and environmental conservation:
Mapping and visualization
ArcGIS enables the creation of detailed maps that accurately depict forest cover, land use, and land cover changes over time. Thanks to high-resolution satellite imagery and ariel photographs, GIS professionals can generate precise maps that provide a comprehensive overview of forest ecosystems. These maps serve as a baseline for monitoring changes in forest extent, identifying deforestation hotspots, and evaluating the effectiveness of conservation interventions.
Deforestation detection and analysis
ArcGIS provides advanced spatial analysis tools that help identify and monitor deforestation activities. Through the integration of remote sensing data and historical imagery, GIS specialists can detect changes in forest cover, track deforestation rates, and quantify the extent of forest loss. By analyzing these data, policymakers, conservation organizations, and researchers can identify the drivers of deforestation, implement targeted interventions, and enforce environmental regulations to mitigate further forest degradation.
Related: Climate Change is a Spatial Issue
Conserving biodiversity within forest ecosystems is crucial for maintaining ecological balance. ArcGIS facilitates the integration of biodiversity data, such as species distribution, habitat suitability, and ecological corridors, with forest monitoring efforts. By overlaying forest cover data with biodiversity information, conservationists can identify areas of high biodiversity value and prioritize them for protection. GIS tools also enable the identification of habitat fragmentation and assist in designing effective conservation strategies to maintain the integrity of forest ecosystems.
Forest health monitoring
Monitoring the health of forests is essential for early detection of disease outbreaks, pest infestations, and climate change impacts. ArcGIS allows for the integration of various data sources, such as remote sensing data, climate data, and ground observations, to monitor forest health indicators. By analyzing these data, forest managers can assess the vulnerability of forests, identify areas at risk, and implement timely measures to mitigate potential threats. Proactive monitoring using ArcGIS can lead to improved forest resilience and adaptive management practices.
Community engagement and participatory mapping
ArcGIS offers tools for community engagement and participatory mapping, involving local communities in forest monitoring and conservation efforts. By empowering local stakeholders to contribute data, knowledge, and observations, ArcGIS enables a more inclusive and collaborative approach to forest management. Participatory mapping allows communities to identify and report forest encroachments, illegal logging activities, or other environmental concerns, fostering a sense of ownership and enhancing the effectiveness of conservation initiatives.
ArcGIS has revolutionized forest monitoring by providing a comprehensive suite of tools to assess and manage forests effectively. As we face escalating challenges of deforestation and environmental degradation, harnessing the power of ArcGIS is crucial in preserving our forests for future generations and achieving global sustainability goals.
Embrace ArcGIS for forest monitoring and contribute to the vital mission of environmental conservation. Together, let’s safeguard our forests and preserve the incredible biodiversity they hold.
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ArcGIS Business Analyst: A Powerful Tool for Market Analysis and Planning
In today’s competitive business landscape, making informed decisions is crucial for success. Market analysis and strategic planning play a vital role in understanding customer behavior, identifying growth opportunities, and optimizing business operations. This is where ArcGIS Business Analyst, a robust geospatial tool, comes into the picture. With its comprehensive features and advanced analytics capabilities, ArcGIS Business Analyst empowers businesses to gain valuable insights, make data-driven decisions, and stay ahead of the competition. Let’s explore how this powerful tool can revolutionize your market analysis and planning efforts.
Related: Maps for Marketers
How ArcGIS Business Analyst can revolutionize market analysis
Here are ways ArcGIS Business Analyst can revolutionize your market analysis and planning:
Uncover customer insights with location intelligence
ArcGIS Business Analyst leverages location intelligence to unlock a wealth of customer insights. By combining demographic data, consumer spending patterns, and lifestyle information, you can gain a deep understanding of your target market. Visualize and analyze customer profiles, such as age, income, education, and interests, on interactive maps. Identify key market segments, their preferences, and behaviors to tailor your marketing strategies and maximize customer engagement.
Analyze market potential and competition
Understanding market potential and competitive landscape is crucial for business growth. ArcGIS Business Analyst enables you to assess market saturation, identify gaps, and evaluate market potential. Conduct site suitability analysis to determine the best locations for new stores, branches, or distribution centers based on factors like proximity to target customers, competitors, and transportation networks. Gain insights into competitor locations, market share, and customer overlap to devise effective market entry strategies.
Optimize sales territories and expansion plans
ArcGIS Business Analyst allows businesses to optimize sales territories and expansion plans for enhanced efficiency and profitability. Using data-driven techniques, you can define territories based on customer density, sales potential, and other relevant factors. Balance workload across your sales teams, allocate resources effectively, and ensure adequate coverage of high-potential areas. Moreover, the tool enables you to evaluate expansion opportunities by analyzing market dynamics, customer behavior, and growth projections.
Forecast demand and plan marketing campaigns
Accurate demand forecasting and targeted marketing campaigns are essential for driving sales and revenue growth. With ArcGIS Business Analyst, you can analyze historical sales data, market trends, and external factors to forecast future demand. Identify growth areas, anticipate customer needs, and align your inventory and production accordingly. Furthermore, leverage the tool’s segmentation capabilities to personalize marketing campaigns, identify the most effective channels, and optimize promotional strategies.
Enhance site selection and real estate analysis
For businesses in retail, hospitality, and real estate, selecting the right site is critical. ArcGIS Business Analyst offers powerful tools for site selection and real estate analysis. Evaluate potential locations based on factors like demographics, traffic patterns, accessibility, and proximity to amenities. Conduct spatial analysis to identify areas with untapped market potential or areas experiencing rapid growth. Streamline real estate decision-making, reduce risks, and maximize return on investment.
ArcGIS Business Analyst provides businesses with a comprehensive suite of tools to conduct market analysis and strategic planning. By harnessing the power of location intelligence and advanced analytics, you can gain valuable insights into customer behavior, evaluate market potential, optimize sales territories, and drive business growth. In today’s data-driven world, utilizing a tool like ArcGIS Business Analyst is crucial to staying ahead of the competition and making informed decisions that lead to success. Embrace the power of geospatial technology and unlock the full potential of your business!
Ready to take your market analysis and planning to the next level? Explore ArcGIS Business Analyst and revolutionize your business strategy today!
ArcGIS for Schools: Empowering the Next Generation of GIS Professionals
Geographic Information System (GIS) technology has become an essential tool in various industries, from urban planning to environmental management. Recognizing the importance of introducing GIS to students at an early age, Esri developed ArcGIS for Schools—a powerful platform designed to empower the next generation of GIS professionals. In this article, we explore the capabilities and benefits of ArcGIS for Schools and how it’s revolutionizing education by fostering spatial thinking and problem-solving skills among students.
Benefits of ArcGIS for Schools
Here are benefits of ArcGIS for Schools:
Enhancing spatial literacy
ArcGIS for Schools provides students with the opportunity to develop spatial literacy—a fundamental skill in today’s data-driven world. The platform offers a user-friendly interface that enables students to explore, visualize, and analyze spatial data, such as maps, satellite imagery, and demographic information. By engaging with real-world data, students can gain a deeper understanding of the spatial relationships between objects and phenomena, leading to enhanced critical thinking and problem-solving abilities.
Access to comprehensive tools and resources
ArcGIS for Schools offers a wide range of tools and resources to support students in their GIS learning journey. The platform provides access to ArcGIS Online, a cloud-based GIS platform that offers a suite of powerful mapping and analysis tools. Students can create their own maps, perform spatial analysis, and share their findings with their peers and teachers. Additionally, ArcGIS for Schools offers ready-to-use educational resources, including lessons, tutorials, and sample datasets, that can be seamlessly integrated into the classroom curriculum. These resources help educators incorporate GIS into various subjects, such as geography, science, mathematics, and social studies, fostering interdisciplinary learning and promoting spatial thinking across disciplines.
Collaborative learning and citizen science
ArcGIS for Schools promotes collaborative learning by enabling students to work together on GIS projects. The platform allows students to share maps, data, and analysis results, facilitating collaboration within the classroom and beyond. Students can engage in group projects, peer review each other’s work, and learn from one another’s insights and perspectives. This collaborative approach encourages teamwork, communication, and problem-solving skills, mirroring real-world scenarios where GIS professionals often work in interdisciplinary teams.
Furthermore, ArcGIS for Schools encourages students to participate in citizen science initiatives. Through the platform, students can contribute to real-world research projects by collecting and analyzing spatial data. Whether it’s mapping biodiversity, monitoring water quality, or studying urban patterns, students can actively engage in scientific inquiry and contribute to their communities while gaining valuable GIS skills.
Career readiness and future opportunities
By using ArcGIS for Schools, students develop a valuable skill set that aligns with the growing demand for GIS professionals in various industries. The platform equips students with the technical expertise to work with GIS software, analyze spatial data, and communicate their findings effectively. These skills are highly transferable and can open doors to future academic and career opportunities in fields such as urban planning, environmental management, geospatial analysis, and data science.
Moreover, ArcGIS for Schools provides a pathway for students to continue their GIS education beyond the classroom. Esri offers educational licenses and resources for students and educators, allowing them to further explore GIS concepts and techniques. This continuity in learning ensures that students have the tools and knowledge to continue their GIS journey into higher education and beyond.
Do you want to ensure your students have hands-on exploration of real-world data? Unlock the power of GIS by clicking here!
Announcement of an Acting CEO at Esri Eastern Africa
The board of directors would like to announce the Appointment of an Acting CEO of Esri Eastern Africa. We request that you all join us in welcoming Mr. Samuel Kimani in our midst as of 2nd June 2023. Mr. Kimani will take on the position of an Acting. CEO, Esri Eastern Africa, replacing Mr. Clifford Okembo who has resigned to pursue other progressive career opportunities. The company thanks him for his contribution and support to both the business and our customers across the region.
Mr. Kimani has been with the company since 2013 and has served in the senior executive role supporting the sales business. He has a Bachelor of Technology Degree in Geo-information Science and a National Diploma in Environmental Resources Management. Prior to Joining Esri EA, Mr. Kimani work for the Government Ministry of Environment at Kenya Forestry Research Institute for 7 years as a GIS Analyst. He has experience in use of GIS and Remote sensing, specializing in Natural Resources Management and has participated in developing various roadmap for GIS implementation. He takes leadership role in Business development, Sales, Marketing, and overall Sales growth of the company.
Mr. Kimani will be available in the company Nairobi Office, KUSCCO Center, Upperhill, Kenya.
We request you to give him complete cooperation so that he can deliver the best of his services for the benefit of the company and our customers.
Board of Directors
ArcGIS for Electric Utilities; optimizing grid performance & maintenance
The electricity grid is the backbone of modern society, powering homes, businesses, and industries. Ensuring the reliable and efficient operation of this critical infrastructure is of utmost importance for electric utilities. Geographic Information Systems (GIS) have emerged as a valuable tool for optimizing grid performance and maintenance. Esri’s ArcGIS platform, specifically tailored for electric utilities, provides a comprehensive solution to manage, analyze, and visualize geospatial data, enabling utilities to make informed decisions and enhance their operations.
What is ArcGIS for Electric Utilities?
ArcGIS for Electric Utilities is a specialized suite of tools and applications that leverage the power of GIS technology to address the unique challenges faced by electric utilities. By integrating geospatial data with operational systems, ArcGIS enables utilities to gain insights into their infrastructure, streamline workflows, and improve asset management.
How ArcGIS empowers electric utilities to optimize grid performance
Here are some keyways in which ArcGIS empowers electric utilities to optimize grid performance and maintenance:
ArcGIS for electric utilities ensures accurate asset management
Electric utilities manage a vast network of assets, including power lines, substations, transformers, and meters. ArcGIS allows utilities to create a detailed and accurate inventory of these assets by capturing their locations, attributes, and condition data on a digital map. This geospatial representation of assets provides a comprehensive view of the entire infrastructure, making it easier to assess the health of assets, plan maintenance activities, and make informed decisions regarding repairs or replacements.
Enhanced network analysis
ArcGIS provides powerful network analysis capabilities that enable electric utilities to perform complex calculations and simulations related to their electrical network. Utilities can model power flows, analyze fault scenarios, and assess the impact of changes or upgrades to the grid. This helps utilities identify potential bottlenecks, optimize network performance, and plan for future growth or load changes. By leveraging GIS-based network analysis, utilities can make data-driven decisions to enhance grid reliability and efficiency.
Timely information is critical for efficient grid management. ArcGIS enables electric utilities to integrate real-time data from various sources, such as sensors, smart meters, and SCADA systems, into their GIS platform. This integration provides utilities with a comprehensive view of the grid’s status, including power outages, load conditions, and equipment performance. By visualizing this real-time data on a map, utilities can quickly identify and respond to issues, minimize downtime, and improve service restoration times.
Effective workforce management
ArcGIS offers tools for efficient workforce management, enabling electric utilities to optimize field operations and maintenance activities. By integrating GIS with mobile devices, field crews can access real-time information, including work orders, asset locations, and historical data, while in the field. This ensures that field teams have accurate and up-to-date information, reducing response times and improving the efficiency of maintenance tasks. GIS-based workforce management also facilitates better coordination between field crews and office personnel, streamlining communication and minimizing errors.
ArcGIS enables electric utilities to move from reactive to proactive maintenance strategies. By analyzing historical data, sensor readings, and asset condition information, utilities can identify patterns and indicators of potential equipment failures. This allows utilities to implement predictive maintenance programs, scheduling repairs or replacements before a failure occurs. Predictive maintenance helps utilities minimize downtime, extend the lifespan of assets, and optimize maintenance budgets by focusing resources on critical areas.
Spatial analysis and planning
GIS-based spatial analysis tools provided by ArcGIS enable electric utilities to analyze various factors that affect grid performance. Utilities can assess environmental impact, evaluate land use changes, and identify optimal locations for new infrastructure based on factors like population density, load requirements, and accessibility. This spatial analysis aids in long-term planning, ensuring that the grid is resilient, adaptable, and capable of meeting future demand.
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ArcGIS Workflow Manager: Streamlining GIS Workflows for Greater Efficiency
Geographic Information Systems (GIS) have become an indispensable tool for organizations and industries that deal with spatial data. From urban planning and environmental management to logistics and emergency response, GIS helps professionals analyze and visualize geospatial information effectively. However, managing GIS workflows efficiently can be a complex task, especially when a process involves multiple team members. That’s where ArcGIS Workflow Manager comes into play, providing a comprehensive solution for streamlining GIS workflows and boosting productivity.
What is ArcGIS Workflow Manager?
ArcGIS Workflow Manager is a powerful extension of Esri’s ArcGIS platform that enables organizations to define, manage, and execute complex GIS workflows. It offers a centralized framework to coordinate and automate tasks, reducing manual effort, eliminating redundancy, and ensuring seamless collaboration among team members. By integrating this tool into their workflows, organizations can achieve greater efficiency, accuracy, and productivity in their GIS operations.
How ArcGIS Workflow Manager enables organizations to streamline GIS workflows
Here is how ArcGIS Workflow Managers enables organizations to streamline GIS workflows:
Ability to design and configure workflows tailored to a specific need
One of the key features of ArcGIS Workflow Manager is its ability to design and configure workflows tailored to specific organizational needs. With an intuitive graphical interface, users can define the sequence of tasks, dependencies, and decision points within a workflow. This flexibility allows organizations to standardize their GIS processes, ensuring consistency across projects and reducing the chances of errors or omissions. Whether it’s data collection, analysis, map production, or any other GIS task, Workflow Manager provides a structured approach to guide users through each step, ensuring that nothing falls through the cracks.
Collaboration lies at the heart of efficient GIS workflows, and ArcGIS Workflow Manager excels in enabling seamless teamwork. It offers a centralized repository for data, tools, and documentation, ensuring that everyone involved has access to the necessary resources. Team members can be assigned specific roles and responsibilities within workflows, and the tool provides real-time visibility into the status and progress of each task. This transparency fosters effective communication and coordination, allowing team members to work together more efficiently and address any bottlenecks or issues promptly.
Automates repetitive and time-consuming tasks
By automating repetitive or time-consuming tasks, organizations can save valuable resources and increase productivity. The tool allows users to define rules and triggers that automate the execution of tasks based on predefined conditions or events. For example, once data is collected in the field and synchronized with the central database, Workflow Manager can automatically initiate subsequent tasks such as data processing, analysis, and reporting. This automation streamlines the workflow, reduces manual intervention, and accelerates the overall process.
Comprehensive reporting and analytics capabilities
Tracking and monitoring the progress of GIS workflows is crucial for organizations to identify bottlenecks, measure performance, and optimize their operations. ArcGIS Workflow Manager provides comprehensive reporting and analytics capabilities to monitor key metrics and generate insightful reports. Managers can gain visibility into the time taken for each task, identify areas of improvement, and make informed decisions to optimize resource allocation. This data-driven approach enables organizations to continuously refine their workflows, enhance efficiency, and meet project deadlines with ease.
Seamless integration with ArcGIS platform
ArcGIS Workflow Manager integrates seamlessly with other components of the ArcGIS platform, extending its capabilities and maximizing the value of GIS investments. It can easily integrate with ArcGIS Pro, Esri’s desktop GIS software, allowing users to execute tasks directly within their familiar GIS environment. Furthermore, the integration with ArcGIS Enterprise enables organizations to leverage enterprise-level infrastructure, security, and scalability for their workflow management needs. This integration ensures a smooth transition between different stages of the GIS workflow and eliminates the need for manual data transfers or redundant processes.
ArcGIS Workflow Manager is a game-changer for organizations seeking to streamline their GIS workflows and enhance productivity. By providing a centralized framework for defining, managing, and automating GIS tasks, it ensures consistency, collaboration, and efficiency throughout the workflow.
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ArcGIS Navigator: The Ultimate GPS Navigation Solution
In today’s fast-paced world, where time is of the essence and efficiency is paramount, having a reliable GPS navigation solution is a must. Whether you’re a delivery driver trying to optimize your route, a field worker navigating unfamiliar terrain, or a traveler exploring new destinations, you need a tool that can guide you with precision and accuracy. That’s where ArcGIS Navigator comes into play – the ultimate GPS navigation solution designed to help you navigate the world with ease.
What is ArcGIS Navigator?
ArcGIS Navigator is a powerful mobile app that leverages the capabilities of the ArcGIS platform to provide robust and intuitive navigation tools. Built on the foundation of geographic information system (GIS) technology, ArcGIS Navigator goes beyond traditional navigation apps by incorporating rich spatial data and advanced routing algorithms.
One of the key strengths of ArcGIS Navigator is its ability to seamlessly integrate with ArcGIS Online or ArcGIS Enterprise. This means you can access authoritative and up-to-date map data, including streets, landmarks, points of interest, and more. With ArcGIS Navigator, you can confidently navigate even the most complex road networks, ensuring you reach your destination efficiently.
Key features and benefits of ArcGIS Navigator
Let’s take a closer look at some of the key features and benefits of ArcGIS Navigator:
ArcGIS Navigator offers intelligent routing capabilities that consider factors such as traffic conditions, road closures, and vehicle restrictions. It helps you find the optimal route to your destination, saving you time and reducing unnecessary detours.
Customizable navigation profiles
The app allows you to create and customize navigation profiles based on your specific needs. Whether you’re driving a truck, operating heavy machinery, or walking, you can configure the app to provide turn-by-turn directions tailored to your vehicle or mode of transportation.
Connectivity issues or remote locations shouldn’t hinder your navigation experience. ArcGIS Navigator enables you to download maps and data in advance, ensuring you can navigate even when offline. This is especially useful in areas with limited or no network coverage.
ArcGIS Navigator provides real-time tracking, allowing you to monitor your location and progress on the map as you navigate. This feature is valuable for fleet management, field coordination, and ensuring safety during operations.
Integration with Workflows
ArcGIS Navigator seamlessly integrates with other Esri apps and workflows, enabling you to streamline your operations. For example, you can use Navigator in conjunction with Collector for ArcGIS to efficiently collect data while navigating a specific route.
Data security is crucial, especially when it comes to navigation solutions used in enterprise settings. ArcGIS Navigator ensures the confidentiality and integrity of your data, providing enterprise-level security features and encryption protocols.
Whether you’re using an iOS or Android device, ArcGIS Navigator is available on both platforms, ensuring compatibility with a wide range of mobile devices. This flexibility allows users to leverage the app regardless of their preferred operating system.
ArcGIS Navigator is revolutionizing the way organizations and individuals navigate the world. By combining the power of GIS technology with a user-friendly interface, it empowers users to make informed decisions, optimize routes, and enhance productivity.
So, whether you’re embarking on a cross-country trip, delivering packages across a busy city, or conducting field surveys in remote areas, ArcGIS Navigator is the go-to solution for all your navigation needs. Download the app today and experience the power of precise and reliable GPS navigation.
Click here to purchase ArcGIS Products online.
Exploring ArcGIS ModelBuilder for GIS Professionals
Spatial modeling plays a crucial role in Geographic Information Systems (GIS) by enabling professionals to automate complex geoprocessing tasks, streamline workflows, and extract meaningful insights from spatial data. With ArcGIS ModelBuilder, a visual programming tool, GIS professionals can create and execute spatial models without writing complex code. In this article, we delve into the power of ArcGIS ModelBuilder and how it simplifies spatial modeling, making it accessible to GIS professionals of all skill levels.
How ArcGIS ModelBuilder simplifies spatial modeling
Here is how ArcGIS ModelBuilder simplifies spatial modeling:
Visual interface for intuitive model creation
ArcGIS ModelBuilder provides a user-friendly, drag-and-drop interface that allows GIS professionals to build spatial models through a visual representation of their workflows. Instead of writing code, users can select tools from an extensive library and connect them together to define the data processing steps. This visual interface makes it easy to conceptualize, design, and modify models, even for those with limited programming experience. By eliminating the need for manual coding, ArcGIS ModelBuilder empowers GIS professionals to focus on the logic and structure of their models.
Streamlined workflow automation
GIS professionals often need to perform repetitive and time-consuming geoprocessing tasks. ArcGIS ModelBuilder excels at streamlining these workflows by automating complex processes. By stringing together, a series of tools and operations, users can create models that automate data conversion, spatial analysis, data integration, and more. This automation not only saves time and effort but also minimizes errors that may occur during manual execution. With ArcGIS ModelBuilder, GIS professionals can execute complex workflows with a single click, allowing them to focus on higher-level analysis and decision-making.
Integration and reproducibility
ArcGIS ModelBuilder integrates seamlessly with other components of the ArcGIS platform, enabling GIS professionals to leverage the power of different tools and extensions within their models. Whether it’s incorporating Python scripts, custom geoprocessing tools, or extensions like Spatial Analyst or 3D Analyst, ModelBuilder provides a unified environment for integration and customization. Additionally, the models created in ArcGIS ModelBuilder are highly reproducible. Users can save and share their models, allowing others to reproduce the same analysis, ensuring consistency, and facilitating collaboration among GIS professionals.
Iterative model development and documentation
ArcGIS ModelBuilder supports iterative model development, enabling GIS professionals to refine and enhance their models over time. As requirements change or new data becomes available, users can easily modify existing models without starting from scratch. This iterative approach facilitates model optimization and allows professionals to fine-tune their workflows for improved efficiency and accuracy. Additionally, ArcGIS ModelBuilder automatically generates model documentation, providing a clear record of the model’s purpose, inputs, outputs, and steps. This documentation aids in understanding, sharing, and maintaining the models, ensuring their longevity and usefulness.
Whether you’re a seasoned GIS expert or a beginner, ArcGIS ModelBuilder opens a world of possibilities for spatial modeling, making it accessible and efficient for GIS professionals of all skill levels.
You can now buy it online!
Spatial Data Science: Extract Insights and Make Data-Driven Decisions
In today’s digital age, vast amounts of data are being generated every second from various sources, ranging from sensors and satellites to social media and online platforms. The challenge lies in extracting meaningful insights from this wealth of information to inform critical decisions and solve complex problems. This is where the field of spatial data science comes into play, utilizing the power of ArcGIS to analyze, model, and visualize spatial data. In this article, we explore how ArcGIS empowers users to extract insights from spatial data and leverage them for making strategic choices.
How ArcGIS empowers users to extract insights and make data-driven decisions
Here is how ArcGIS empowers users to extract insights from spatial data and leverage them for making strategic choices:
Seamless integration of geospatial and non-spatial data
ArcGIS provides a comprehensive platform for integrating geospatial and non-spatial data seamlessly. It allows organizations to uncover relationships, patterns, and correlations that were previously hidden by combining diverse datasets. Spatial Data Science in ArcGIS allows users to overlay demographic, environmental, and economic data onto spatial layers, enabling a holistic analysis and a deeper understanding of complex systems. This integration lays the foundation for making data-driven decisions that consider spatial context.
Advanced spatial analysis and modeling
ArcGIS offers a wide range of advanced spatial analysis and modeling tools that enable users to extract meaningful insights from spatial data. With tools like spatial clustering, hot spot analysis, network analysis, and spatial regression, users can uncover patterns, trends, and spatial relationships within their datasets. By leveraging these capabilities, organizations can gain valuable insights into market dynamics, resource allocation, transportation networks, risk assessment, and more. Spatial Data Science in ArcGIS enables the development of sophisticated models that support decision-making processes and drive strategic planning.
Interactive visualization and storytelling
One of the strengths of ArcGIS is its ability to visually communicate complex spatial information. Through interactive maps, data visualizations, and storytelling techniques, users can effectively communicate insights and engage stakeholders. ArcGIS provides a user-friendly interface for creating compelling visualizations, allowing users to present their findings in a visually appealing and accessible manner. By visualizing data on maps, users can effectively convey spatial patterns, identify outliers, and communicate trends, fostering a deeper understanding among decision-makers and facilitating data-driven decision-making processes.
Collaboration and sharing of spatial data
ArcGIS offers robust collaboration and sharing features, allowing users to collaborate on projects, share data, and disseminate findings easily. Spatial Data Science in ArcGIS enables teams to work together on analyzing and interpreting spatial data, facilitating knowledge exchange, and fostering collaborative decision-making. The platform provides options for sharing interactive maps, geospatial datasets, and analytical workflows, enabling stakeholders to access and explore the insights generated by the Spatial Data Science processes.
Spatial Data Science, empowered by ArcGIS, is revolutionizing the way organizations leverage spatial data to make data-driven decisions. It provides organizations with the tools they need to extract valuable insights, gain a competitive edge, and make informed decisions that drive success in a spatially interconnected world.
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Five Powerful Capabilities of ArcGIS 3D Analyst
ArcGIS 3D Analyst is a comprehensive extension of the popular ArcGIS platform that enables users to visualize, analyze, and model spatial data in a three-dimensional environment. With its robust set of tools and functionalities, ArcGIS 3D Analyst empowers professionals across various industries to extract valuable insights from their data. In this article, we will explore five key capabilities of ArcGIS 3D Analyst that can revolutionize the way you work with spatial data.
Related: 3 Things ArcGIS Pro Can Do for You
Capabilities of ArcGIS 3D Analyst
Here are the five powerful capabilities of ArcGIS 3D Analyst:
Create and analyze 3D terrain
ArcGIS 3D Analyst provides a suite of tools to create and analyze 3D terrain, enabling users to understand the topography of a given area. You can generate elevation models from various sources, such as LiDAR data or contour lines, and create visually stunning representations of landscapes. This capability is particularly useful for applications like urban planning, flood modeling, and terrain analysis for infrastructure development.
Visualize and navigate in 3D
With ArcGIS 3D Analyst, you can seamlessly explore and navigate your spatial data in a three-dimensional environment. Whether you are examining a cityscape, inspecting a construction site, or visualizing underground utilities, the software enables you to interactively view and analyze data from any angle or perspective. This capability enhances spatial understanding and aids in effective decision-making.
Perform 3D spatial analysis
ArcGIS 3D Analyst offers a rich suite of spatial analysis tools designed specifically for three-dimensional data. You can conduct advanced analyses such as viewshed analysis, line-of-sight analysis, volumetric analysis, and surface interpolation. These analyses help in assessing visibility, identifying optimal locations, estimating volumes, and modeling various scenarios. The ability to perform these analyses in a 3D environment enhances accuracy and provides deeper insights into complex spatial relationships.
Conduct 3D network analysis
ArcGIS 3D Analyst allows users to perform network analysis in three dimensions. You can model and analyze transportation networks, utility networks, and other network systems in a 3D space. By considering the elevation and vertical connectivity, you can better understand how features interact with each other in a network, optimize routing decisions, and identify potential issues such as clearance constraints or obstructed views.
Create dynamic 3D visualizations
ArcGIS 3D Analyst enables you to create dynamic and interactive 3D visualizations that effectively communicate complex spatial information. You can produce flythroughs, animated tours, and interactive scenes to present your data in a compelling manner. These visualizations are invaluable for sharing insights with stakeholders, showcasing project proposals, or enhancing public engagement.
Whether you’re an urban planner, environmental scientist, infrastructure engineer, or GIS professional, ArcGIS 3D Analyst can revolutionize the way you work with spatial data, unlocking new possibilities for understanding and visualizing the world around us.
Click here to buy ArcGIS Products online.
Aegir Consult Awarded Esri’s System Ready Specialty
Aegir Consult is a technology firm that deals in geo-informatics, information systems, system integration and geospatial technologies to improve business efficacy and management operations. In December 2022, Aegir Consult was officially recognized as part of the ArcGIS System Ready Specialty. This accreditation is given to Esri partners who regularly adopt and incorporate new ArcGIS software releases into their solutions, services, or content. “This marks an important turning point in our partnership with Esri and highlights our continued commitment to staying current with Esri technology to provide industry-efficient digital transformations that will improve business efficacy and management operations,” said Victor Wahome the founder and CEO of Aegir Consult.
As a Bronze Tier Esri partner, Aegir Consult utilizes Esri’s ArcGIS solutions to increase business efficiency, promote innovation and drive the business decision support process. From Management reporting using ArcGIS Dashboards to edge computing using Field Maps and custom mobile apps, Esri’s technologies are central to our digital transformation agenda and the success of our customers in the East African region.
One of our flagship program is the Infrastructure Location Intelligence System (ILIS) which is a geospatial enterprise-ready system solution that digitizes and automates utility infrastructure management processes including engineering design, wayleave acquisition and management, engineering construction, and many other related processes. Speaking during the launch of Infrastructure Location Intelligence System (ILIS), Victor said that Esri technology was at the forefront in helping Aegir Consult implement their ILIS platform which looks to engineer efficiency for every business process. Mr Wahome said that Aegir Consult’s focus area for this year shall be to deploy BIM-embedded solutions for one of it’s key business verticals in real estate management. “We intend to leverage key Esri technologies to achieve this goals and extend our services by integrating them into some of our existing workflows and ArcGIS Marketplace Solutions such as (ILIS).”
Read more: Infrastructure Location Intelligence System
Esri offers businesses an unrivalled GIS experience to manage their data, streamline their business processes making work more efficient and ensuring business growth through insights drawn from location intelligence. Thanks to the new product and service offerings from Esri’s ArcGIS Marketplace, Aegir Consult Limited is a leading provider of technology solutions for clients not only in sub-Saharan Africa but to the World. We believe that this recognition will enhance our company’s reputation and credibility in the GIS and infrastructure management industry. Aegir consult intends to exploit these successes to broaden its influence.
Contact us to find out more about Aegir Consult’s Esri ArcGIS System Ready Partnership, and lets help you make your projects a reality.
Top Ten Reasons Why Professionals Should Get GIS Training
In today’s data-driven world, professionals across a wide range of industries need to be able to analyze and interpret spatial data to make informed decisions. This is where ArcGIS, a powerful geographic information system (GIS) software, comes into play. ArcGIS has become an essential tool for professionals in fields such as environmental science, urban planning, public health, business, and many more. However, to fully utilize the capabilities of ArcGIS, professionals need proper training. In this blog, we will explore the top 10 reasons why professionals need GIS training in Kenya. Whether you are an experienced GIS user or a novice, this article will provide insights into how ArcGIS training can benefit your career and help you gain a competitive edge in today’s job market.
1. Enhanced data analysis
GIS training equips professionals with the knowledge and skills needed to analyze and interpret spatial data. By mastering ArcGIS, professionals can conduct spatial analyses and generate actionable insights that can be used to make informed decisions.
2. Better decision making
ArcGIS training can help professionals make better decisions by providing them with a better understanding of the geographical context of their work. By visualizing data on a map, professionals can identify patterns and trends that might otherwise be missed.
3. Improved efficiency
With ArcGIS, professionals can automate many of their data management and analysis tasks, which can save time and improve efficiency. Training can also help professionals learn how to use the software to its full potential and streamline their workflows.
4. Increased collaboration
ArcGIS is widely used in many industries, so professionals who are trained in its use can collaborate more easily with colleagues and clients. They can share maps and data, work together on projects, and communicate more effectively using common terminology.
ArcGIS is a versatile software that can be used for a wide range of applications. Professionals who are trained in ArcGIS can apply their knowledge to a variety of industries, including environmental science, urban planning, business, and public health.
6. Competitive advantage
By enrolling for training, professionals can gain a competitive advantage in their field. Employers value professionals who have experience and expertise in using the latest tools and technologies, therefore, training can help professionals stand out in a crowded job market.
7. Cost savings
GIS training can help professionals save money by improving their data management and analysis skills. By using ArcGIS to automate tasks and generate insights, professionals can reduce the amount of time and money spent on data analysis.
8. Career advancement
By gaining expertise in a high-demand technology, professionals can advance their careers and take on new roles with more responsibility and higher salaries.
9. Improved mapping skills
Training can help professionals improve their mapping skills and create more accurate and informative maps. By learning how to use ArcGIS, professionals can produce high-quality maps that are visually appealing and convey complex information in a clear and concise manner.
10. Personal development
GIS training can also be personally rewarding for professionals. Learning new skills and gaining expertise in a cutting-edge technology can be a fulfilling experience, and can help professionals feel more confident and capable in their work.
In conclusion, ArcGIS training is essential for professionals who want to stay ahead in today’s data-driven world. By mastering the software, professionals can analyze and interpret spatial data, make better decisions, and collaborate more effectively with colleagues and clients. From enhanced data analysis to personal development, the benefits of ArcGIS training are numerous and significant. If you are a professional looking to gain a competitive edge and stay up to date with the latest technology in your field, ArcGIS training is an investment you won’t regret.
Click here to join our training program.
3 Things ArcGIS Pro Can Do for You
ArcGIS Pro has a modern and intuitive user interface that allows users to work more efficiently with maps, data, and tools. It supports 2D and 3D visualization and analysis, allowing users to create and manipulate data in a three-dimensional space.
Some of the key features of ArcGIS Pro include the ability to work with a variety of data types, including raster, vector, and tabular data, the ability to perform advanced spatial analysis using geoprocessing tools, the ability to create and publish web maps and applications, and the ability to collaborate with others by sharing maps and data through the ArcGIS Online platform.
ArcGIS Pro is used by various organizations and individuals, including government agencies, environmental organizations, public utilities, and private businesses, for various purposes such as land use planning, emergency management, environmental monitoring, and natural resource management. It’s a powerful geographic information system (GIS) software application that can perform various tasks and operations.
Capabilities of ArcGIS Pro
Here are three things that ArcGIS Pro can do for you:
Create and edit maps
ArcGIS Pro allows you to create and edit maps with ease, using a range of data sources, such as satellite imagery, digital elevation models, and other geospatial data. You can add layers, adjust symbiology, and visualize data in 2D and 3D formats to better understand patterns and relationships.
Conduct spatial analysis
ArcGIS Pro provides a comprehensive set of tools for spatial analysis, allowing you to measure distances, calculate areas, and perform complex spatial modeling. This can help you gain insights into spatial patterns, trends, and relationships that need to be visible with basic analysis tools. For instance, you can use ArcGIS Pro to model flood zones, identify areas prone to landslides, or analyze transportation routes.
Collaborate and share data
ArcGIS Pro allows you to collaborate with others and share data in various formats, such as maps, apps, and web services. You can create web maps and apps that can be shared with stakeholders, including your team members, clients, or the public. This can help you make better decisions by gathering feedback and insights from various sources.
Overall, ArcGIS Pro provides a wide range of features and capabilities that can help you easily create, analyze, and share geospatial data. Whether you’re a GIS professional or just starting to explore the world of geospatial data, ArcGIS Pro is a powerful tool that can help you achieve your goals.
You can now ArcGIS Pro online. Click here to buy.
Helping farmers see the bigger picture.
Any farmer knows that their success or failure can hinge on a single good season. But how often do they see the big picture before planting their seed? Think of your local farm as a small slice of the world. Before GPS, farmers relied on a map to tell them where they were, but not where they needed to be. That’s changing now that we have the power of GIS so we can actually see our farms from above. It helps farmers see their farms in an aerial view, which can help them identify issues that need immediate attention like crop yield or potential customers for their products.
GIS technology allows farmers to collect, store and analyze data about their fields in the following ways:
GIS can be used to collect data from various sources such as satellite imagery, aerial photographs, and weather sensors. This data can be used to create detailed maps of fields, including information on soil quality, crop growth, and weather patterns.
GIS software can store he collected data in a central location allowing farmers to easily access and manage the information. This data can be stored in a database or a GIS software allowing farmers to query, sort and analyze the data.
GIS software includes tools to perform advanced spatial analysis on the data. Farmers can use GIS to analyze data to identify patterns, trends, and relationships, such as the correlation between weather patterns and crop growth. This can help farmers make informed decisions about planting, irrigation, and fertilization.
GIS can create detailed maps of fields, allowing farmers to visualize their land and resources. These maps can be used to plan and optimize operations, such as identifying areas of poor crop growth, or identifying potential problems with soil quality.
GIS technology allows farmers to gain a deeper understanding of their land and resources, and make more informed decisions that can improve crop yields, reduce costs, and increase efficiency.
You can now buy ArcGIS products online. Click here to buy.
Bringing Together the Power of GIS
Friday 16th September 2022, Esri Eastern Africa and GIS limited entered a Memorandum of Understanding. With this MoU, the two organizations to partner share knowledge and expertise pertaining to GIS knowledge and collaboration in developing and delivering relevant GIS based solutions and applications. This MoU is a bona fide intent of the Parties and sets forth a general understanding of the Parties in respect of the collaboration considered.
Speaking at the signing ceremony, Esri Eastern Africa CEO Mr. Clifford Okembo said, “It is now more crucial than ever to cooperate with the brightest minds and coordinate our efforts considering the current economic crisis facing our country to create research projects that consider the interests of all our stakeholder groups.”
The signing ceremony was done at Esri Eastern Africa Headquarters offices by Joakim Nyarangi, Technical Director GIS Ltd, and Clifford Okembo Chief Executive Officer, Esri Eastern Africa. Also present at the signing were Samuel Kimani, Chief sales Officer, Byron Anangwe Business Development Manager, Evelyn Lelei, Solutions Manager and Thylyn Kiptoo, Industry Lead Natural Resources from Esri Eastern Africa. GIS Ltd.’s Project Administrator James Nyaga was also present.
About Esri EA
Esri Eastern Africa is a professional geospatial solutions company which inspires, educates, and enables our customers with working GIS solutions in partnership with world leading geo-technologies from Esri Inc, Trimble, CHCNAV, Harris Corporation and Airbus.
About GIS LTD
GIS LTD is a consultancy company in Nairobi, Kenya that offers professional solutions in Land Management; Environmental and Socio-Economic Impact Assessment; Digital Mapping and other allied GIS applications with a vision to be a globally reliable professional planning, GIS and Environmental and Development consultancy company.
Esri Eastern Africa and Fahari Aviation Take to the Skies
Wednesday 27 July 2022, Esri Eastern Africa, and Fahari Aviation (FAV) entered a Memorandum of Understanding (MoU) towards closer collaboration. The MoU binds the collaboration between the two organizations on sharing knowledge and expertise on applied GIS knowledge and Aviation Technologies.
The development of Geo-spatial solutions and application of aviation technologies such as Unmanned Aircraft Systems (UAS) will extend human potential and allow the execution of dangerous or difficult tasks safely and efficiently, saving time and money. The Kenya Civil Aviation Authority (KCAA) approved the use of Unmanned Aircraft Systems (UAS) in the Kenyan airspace in March 2020. UAS will also play an important role in the economic growth of Eastern Africa. Applied use of UAS platforms is evident in photography, delivery of high value packages, precision agriculture, wildlife management, surveillance, and aerial mapping.
Speaking at the signing ceremony, which was held at Esri Eastern Africa Headquarter offices, Hawkins Musili, Managing Director at Fahari Aviation noted that the use of UAS will play an important role in the economic growth of the region as capabilities of the technology are limitless.
Clifford Okembo, Chief Executive Officer at Esri Eastern Africa also acknowledged that there is a need for better decision making driven by location intelligence. The collaboration will enable customers to get the most value from their data.
Also present at the signing were Samuel Kimani, Chief sales Officer, Byron Anangwe Business Development Manager, Gerald Yegon, Sales Manager and Evelyn Lelei, Solutions Manager from Esri Eastern Africa. FAV’s Operation Engineer, Naima Sheikhan and Business Development Officer, Eunice Chepkemboi were also present.
Harness the power of spatial analytics
Imagine a world in which companies could improve their execution processes by dynamically calculating, assessing, and refining the way they dispatch their sales staff based on spatial location. Sounds like you’re reading the future or something, right?
It’s a reality that is already happening in the world of e-commerce. Amazon is one of the leaders in this technology, with more than 100 million active customers worldwide. In fact, they have been able to do so much with this technology because they have access to real-time data about customer preferences and intent at every point of sale – across all channels – across thousands of products.
So, if you are an e-commerce company and you want to leverage more efficiency in your operations process – here are five ways you can use this technology:
1. Identify hidden costs and optimize your supply chain
Spatial analytics technology can help you identify where products are stored, how much inventory is left, and how long it will take to restock a product. This information will allow you to determine how long it takes to restock an item and how much money your company will save by not having to buy more inventory.
2. Optimize delivery routes and minimize delivery times
If you have a warehouse in more than one city, you might need to determine the best route for delivering goods from your warehouse to customers’ doorstep. Spatial analytics technology can help you determine which cities are most efficient for delivering products within a specific time, whether that’s daily, weekly, or monthly.
3. Improve customer experience with real-time tracking data
Your customers expect that they can track their orders throughout the entire process – from when they place an order until when they receive their package at their home or office. With spatial analytics technology, you can use data points such as location or device type to track where your customers are always located so that you can send them notifications when their package is picking up from the post office or has arrived at their doorsteps
4. Increase customer satisfaction
The average consumer spends around $100 on online shopping every year, and they expect their online shopping experience to be seamless and efficient. Using spatial analytics technology, retailers will be able to understand how customers move through the store and where they spend more time or linger longer after making purchases. This information can be used to tailor the store layout and product display so that it appeals to the most popular customer demographics.
5. Lower operating costs
Spatial analytics technology helps retailers identify operational inefficiencies across all departments within their stores or offices, including transportation, storage, inventory management, order fulfillment, etc., which allows them to identify opportunities for cost savings that can be passed on to customers in the form of lower prices or service fees.
Spatial analytics technology is not just for the customer oriented, revenue generating functions within a company. It’s also for those who are looking to improve the way their company operates on a day-to-day basis. No longer should operational needs be overlooked in the very important push to gain customer loyalty through innovative customer service, attaining more targeted marketing appeals, and streamlined customer interaction and experience.
At Esri Eastern Africa, we provide clients with working GIS solutions. You can now buy ArcGIS products online.
Know your options when it comes to GIS data formats
Since you’re reading this, it’s safe to assume that you’re interested in implementing geographical information systems (GIS) within your organization. If you’re like most people, that means you have a large amount of data and want to know how to organize it within your software and use it effectively. There are several ways you can do this; some formats are better suited than others for specific tasks. This article will get you started by teaching you about several commonly used GIS file formats for vector data and raster data formats to help you choose the correct GIS data set format.
File formats include:
Vector GIS file formats
Vector data is not made up of pixel grids. Instead, vertices and pathways make up vector graphics. Points, lines, and polygons are the three fundamental forms of symbols for vector data.
Vector GIS file formats include:
- Shapefiles: These are the most widely used GIS file format. They allow you to store point, line, and polygon data on one sheet of paper. You can view them in various mapping tools, but these tools require special software to view them.
- Geography Markup Language (GML): GML allows for using geographic coordinates extension of XML. And eXtensible Markup Language (XML) is both human-readable and machine-readable.
- Google Keyhole Markup Language (KML/KMZ): KML stands for Keyhole Markup Language. This GIS format is XML-based and is primarily used for Google Earth.
Raster GIS file formats
Each pixel in raster data is a raster (also called grid cell). Raster formats can be square or regularly spaced. Rasters have pixels with a value (continuous) or class attached to them (discrete). Examples of these file formats may include:
- ASCII Data Files: ASCII uses numbers (including floats) between 0 and 255 for information storage and processing. They also contain header information with a set of keywords.
- PCI Geomatics Database File (PCIDSK): PIX files are raster storage layers developed by PCI Geomatics. It’s a flexible file type that stores all images and auxiliary data called “segments” in a self-contained file. For example, segments can include image channels, training sites, and histogram information.
- Esri Grid: Grid files are a proprietary format developed by Esri. Grids have no extension and are unique because they can hold attribute data in a raster file. But the catch is that you can only add attributes to integer grids.
Before downloading GIS data, it’s essential to understand the type of data format the specific dataset is available in. Some formats are more common than others and offer features that allow easier data manipulation once you download them.
Esri Eastern Africa offers training programs to help you choose the suitable GIS data format. Click here to explore our training options.
Simplify your data collection efforts with ArcGIS Survey 123
Simplify and integrate your data collection efforts by using easy-to-use online resources, cutting-edge tools and technology platforms. Our data management services provide a turnkey solution that enables agencies to improve their methods of data collection and management.
ArcGIS Survey 123 is a fast and easy way to gather outdoor survey data. Survey123 helps you collect data in the field—on the run with your mobile phone or tablet—with minimal equipment and training. With this mobile application, you can use pre-built or custom dialogues to quickly collect satellite imagery, aerial imagery, street level photo mosaics, and time lapse photography. ArcGIS Survey123 leverages the power of both mobile technology and cloud computing through a single solution that fits into your existing field bill.
This app provides a variety of tools that are designed to make data gathering simple. For example, it allows users to create surveys with just a simple click and save them as templates so they can be used over and over again in different surveying situations
ArcGIS Survey 123 helps you collect point locations, feature attribute descriptions and their attributes on topographic shape layer or ellipsoid shape layer in a single survey. It also helps you create surveys that link up with other data you might have.
ArcGIS Survey 123 is a powerful tool to help you gather data, perform analysis and visualize the results. With it you can create field surveys and compile survey results quickly, through a point layer or on a 2D raster map. It is compatible with many other GIS software programs such as ESRI GPS Navigator, HP ArcView, MapInfo, QGIS, Oracle Spatial and more.
If you are seeking a user-friendly, self-service, data collection app for exploring and collecting data on your next ArcGIS field collection project, Survey 123 is the obvious choice. Click here to buy this app online.
How GIS can be used to better plan your next camping trip
Whether you’re a parent or a camper, one thing’s for sure: your next camping trip is going to be amazing! You’ll want to make sure the trip is as relaxing and spontaneous-free as possible, with no unnecessary stress. Which is why you should get as much information about the area in advance so that you can target the camping experience just right. GIS can be your best friend when planning an outdoor adventure. This article will point out how it’s possible to use geographic information systems (GIS) to plan your next camping trip and get more accurate results than any other option available right now.
To help you plan your next outdoor adventure, we’ve put together some tips for how geospatial technology can be used to better plan your next camping trip:
1. Use online maps to find local hiking trails and destinations
Maps can point out places of interest and provide you with insights on what to expect. Studying these maps, allows you to spatially orientate yourself to the surrounding environments, making it possible to navigate your way through different types of terrain.
2. Plan your route beforehand and take notes on what you need to bring
GIS maps include satellite imagery of the area enabling you to see exactly what it looks like without having to drive there first. This can help you plan your route beforehand.
3. Find out which stores sell what you need before you head out
You’ll be able to see how far away any landmarks, water sources or stores are from your campsite, which means that you won’t have to waste time looking for them before setting up camp.
4. Locate your friends
With GIS, you’re able to locate where your friends in case you get separated during a hike.
In the end, it all comes down to one thing: would you plan your next camping trip any differently if you had access to GIS data? If the answer is yes, then consider getting a hold of our ArcGIS products from Esri Online Store. It doesn’t matter how much you don’t know about GIS—all that matters is that you can plan with it in mind. And when it comes to planning for future trips, knowledge of what’s going on around you before and after your trip matters more than ever.
Become a successful GIS analyst
As a GIS analyst, you’re at a unique point in your career. It’s exciting, challenging, and as vital to the successful operation of your organization as it is exciting. You want to ensure that every decision or action you take will improve the GIS workflow and make life easier for others who work with GIS. Here are seven tips that can help you become a successful GIS analyst:
- Be a student of geography and geospatial information systems (GIS)
As a student of geography, you learn a lot about GIS. This can help you understand how GIS works because then when some questions or problems need solving, they will be easier for you to understand because of your knowledge of how the software works behind the scenes!
- Be curious about how technology works and how it can be used
Curiosity allows you to get involved. Getting involved will help you become more familiar with GIS and its applications. It will also help you meet other people with similar interests, which can be a great way to learn more about the field and make new friends.
- Be patient. It takes time to learn new software and develop your expertise.
- Build a strong foundation of theory and practice in GIS, including spatial analysis, cartography, database design, geoprocessing, and programming.
- Learn how to use ESRI products like ArcGIS (desktop or mobile), ArcMap (desktop or mobile), Esri Connect (online), or ArcGIS Online (web-based).
- Master data management skills in the form of ETL processes such as database design, data cleansing, data transformation, and data integration with other systems such as point cloud processing or 3D laser scanning systems for building models from LiDAR data sets. The thing about GIS is that it’s not just about analyzing data but also about managing it too!
- Learn how to create maps using various tools.
Every job is different, and no one method is right for everyone. It’s important to stay current with the latest technologies and software, participate in online communities and groups, or volunteer to take on projects outside of your comfort zone. You can also compete in Kaggle competitions, find mentors or leaders in the GIS field to help you along your journey, and pursue opportunities outside of your day-to-day regular job.
Join our training program to gain a solid grounding in GIS, data manipulation and analysis.
ArcGIS Maritime Extension – making marine data accessible!
ArcGIS Maritime is a complete system for managing and producing maritime data and products compliant with the International Hydrographic Organization’s (IHO) S-57 and S-4 standards, as well as MIL-PRF-89023 performance specification for Digital Nautical Charts (DNC). It provides tools that allow to ingest S-57 data into the Esri platform.
ArcGIS for maritime consists of two module which include: Bathymetry and Charting
|ArcGIS for maritime: Bathymetry:||ArcGIS for maritime: Charting|
|Deals with underground water study i.e., depths||Focus on navigable water surface.|
|Store, discover, model and manage bathymetric data.||Create, maintain and publish charts for navigational and marine purposes.|
ArcGIS for Maritime: Bathymetry.
Bathymetry is the study of under water depth of ocean floors or lake floors. It is equivalent to hypsometry and topography. Some of the data collection methods include using SONAR (Sound navigation ranging) devices, LIDAR (Light Detection and Ranging) Technologies.
ArcGIS Bathymetry GIS enables bathymetric data management by providing an easy-to-use, scalable solution that leverages the power of ArcGIS. Its ability to support a broad range of data types, combined with the visualization and analysis tools in ArcGIS, increases the value of your bathymetry data. Bathymetry offers intuitive user interfaces and geoprocessing tools that are suitable for novice and advanced GIS users. Customized metadata streamlines data access and enables quick generation of custom bathymetric surfaces through targeted data selection and prioritization. Information can be extracted quickly, eliminating unnecessary duplication.
Uses of bathymetric data
- Nautical Charts: These charts are used to guide mariners so having accurate information about the depth of water and potential underwater hazards is essential for safe maritime transportation, especially for large ships.
- Studying coastline changes: Scientist use this data to study effects climate change and to monitor beach erosion, sea level rise and land sinking.
- Hydrodynamic models: It is used to create models that can calculate currents, tides, water temperature, and salinity in an area. These models can also be used to predict tides and currents, as well as hazards like coastal flooding and rip tides.
- Studying marine life: It is used to study the habitats of benthic (bottom-dwelling) organisms. Bathymetric maps can help scientists determine where fish and other marine life feed, live, and breed. Bathymetric data is also used to create maps of coral habitats to assist in conservation and monitoring.
ArcGIS for Maritime Charting.
ArcGIS for Maritime: Charting is a complete system for managing maritime data and products can be used in the production of IENC, ENC etc. It can be used for the creation and maintenance of traditional standards-based nautical products, such as electronic and paper charts, as well as to generate innovative products that enable groups of people inside and outside your organization to mine the rich content available in maritime data. Data is stored in Nautical Information system. ArcGIS Maritime is a system of recording where you store and manage bathymetric and nautical assets while ArcGIS maritime server is a system of engagement where you share products and services to many users.
Industries that make use of this data include:
- Hydrological departments- during the production of nautical charts or navigational charts.
- Oil & Gas-During mining
- Defense-Submarine deployment.
- Other industries include coastal engineering, ports, Survey company, marine sciences, habitat mapping, coast, and marine spatial planning etc.
You can purchase ArcGIS Maritime Extension online. Click here to make your purchase.
Five tips to get started in GIS
GIS is a fast-growing field and is set to continue its growth with projected job growth at between 20% and 30% over the next five years. Preparing for a geographic information systems (GIS) career can be difficult, especially if you don’t have any experience in using a map application. Even if you have previous experience using digital maps and applications, there are additional aspects that come into play when working with GIS data. Here are five tips that can help you get started in Geographic Information System (GIS).
1. Know your software
The GIS software out there seem endless with examples such as Esri ArcGIS, Google Earth Pro, BatchGeo, Google Maps API and many more. Understanding the software that best suits your needs can help you set your foot in the right direction. There are two basic categories of GIS software: commercial and open-source. Commercial GIS software involves a paid license, either through subscription or a one-time perpetual license. Open-source GIS software is free for anyone to use.
2. Understand the basics
It’s important that you understand the basics of GIS before you dive into the world of mapmaking. This includes knowing what your data looks like and how to work with it in a way that makes sense for your needs. If you want to create maps or visualizations, it’s important that you understand how all of these things fit together as well as how they relate to each other.
3. Get familiar with tools
In order to make use of your data, it’s important that you have an understanding of some basic tools and programs available to you. You’ll need some kind of software package or program that can help you manipulate your data so that it will serve your needs. You’ll also want to know how different layers interact within these programs so that everything is properly connected together (and so that everything is properly connected together!).
4. Invest time, money, and effort
Be prepared to invest time, money, and effort into learning new software. Understand the basics of GIS, including spatial analysis and mapping. Use open-source tools to work with your data, as this will save your time and money.
5. Use open-source tools
Using open-source tools, or free technology, can be a great way to create maps or data visualizations. This option is good if you have limited funds and skills to create your own program. Open-source technologies like Java and Python give you the freedom to do anything, but it can be hard to work with others on data and maps as well as harder for people to find and use your project if you choose this route.
GIS can be a very powerful tool for researchers and has the potential to impact humanity in more ways than you might think. It’s time for you to give GIS a try. You may not master it overnight, but at least you will know that you have taken your first step towards better understanding our amazing planet. And sometimes all it takes is a little push to get started. So, what are you waiting for?
Propelling organizations to greater heights
How good is your location? Is it time to kick your agency into high gear? With Geospatial Intelligence, you can uncover significant business opportunities and improve your customer experience across channels. GIS is the modern way to create reliable and compelling location intelligence that can help you reach higher levels with a wide range of benefits for your agency.
Here are ways in which location intelligence can help an organization:
- Location intelligence can help organizations increase revenue by providing accurate information about demand and supply for a specific product or service. By knowing how many customers are available for a particular store or restaurant, it is possible to determine if an additional location should be opened or if current locations should be expanded.
- Location intelligence can also help an organization make better decisions about how to spend its resources. For example, if customers are visiting a particular store but not buying anything, it may be wise to place more employees there and improve customer service so that customers will feel comfortable spending money at that store. Location intelligence can also be used by insurance companies so they can determine which area has the most accidents and therefore need more car insurance coverage in that area.
- It enables organizations to deliver better customer service by knowing exactly where their customers are located and helps them make better decisions about where to open new stores.
- Location intelligence can also be used to help governments respond to crises, such as natural disasters or terrorist attacks. Organizations like the United Nations have used location analytics to help deliver aid in areas where there is poor infrastructure or communication networks, such as remote areas of Africa or South America.
- Location intelligence is also useful for businesses that want to keep track of their employees’ whereabouts during the day. For example, if an employee’s morning commute takes longer than expected, it’s possible that she has been stuck in traffic on her way into work — something that can be easily monitored using location analytics tools.
The ability to track how people use products or services has become an important part of how companies market them. As companies look for ways to connect with consumers in new ways through digital channels, they are leveraging location intelligence to provide insights into consumer behavior at a granular level—providing valuable information about what drives purchase decisions so that brands can develop more targeted ads, offers and promotions.
You can purchase ArcGIS products online from our E-store. Click here to make a purchase.
Talk to us about your experience with using ArcGIS products in your organization in the comment section below.
And the Special Achievement Award in GIS Goes To…GSE!
Geological Survey of Ethiopia (GSE) was awarded the 2022 Special Achievement Award in GIS during the Esri User Conference in San Diego on 11th July 2022. Jack Dangermond president, and founder of Esri announced the SAG award during a plenary session. This award is given to users around the world to recognize outstanding work with GIS technology.
The Geological Survey of Ethiopia (GSE) is an autonomous institution, with accountability to the MOMP. It is responsible for carrying out basic geological mapping, mineral exploration, and related geological activities. The GSE also provides services such as data dissemination, and drilling and laboratory analysis.
GSE uses GIS technologies to produce high-quality geoscience data and make it available to all interested parties. Geological mapping and mineral exploration are used to collect geoscience data. These activities allow for a thorough understanding of the quantity and distribution of geo resource potential (such as mineral and geothermal energy). For pre-field base map preparation, geological mapping, map harmonization tasks, geodata digitization, modification, and analysis, GSE uses GIS programs. GSE launched its new ArcGIS business site last year, and it’s now utilizing web GIS technologies to make the data easily accessible to the stakeholders.
GSE implemented ArcGIS Pro, ArcGIS desktop (Arc map), and ArcGIS Enterprise to solve the following problems:
- The quality and quantity of geosciences data production has improved
- Better data handling, storage, and management
- Easily accessibility of data to the stake holders promoting investment
In attendance at the Esri User Conference in San Diego were Clifford Okembo, Esri Eastern Africa’s CEO and Samuel Kimani, Chief Sales Officer at Esri EA and they received the award on behalf of GSE.
Powering Data Online
In the energy sector, it’s essential to maintain a precise asset inventory that includes accurately mapped electric utility assets such as poles, transformers, cable lines, and substations. GIS makes it more simpler to handle asset data and gives you access to infrastructure insight. With this technology, members of the Energy Sector GIS Working Group in Uganda now have the perfect collaboration and geographic data sharing platform. Staff members can now readily access their own data across the organization and access data from other constituent organizations which form the group. What’s more, members of the public too can readily access basic GIS datasets that the group has published.
The Energy Sector GIS Working Group in Uganda brings together GIS professionals working in the energy sector in Uganda with membership drawn from the Ministry of Energy & Mineral Development, Renewable Energy Association, Uganda Electricity Transmission Company, UMEME, Uganda Electricity Generation Company, Electricity Regulatory Authority, and the German International Development Agency. Prior to the formation of the group, each of these organizations managed its own GIS datasets separately.
However, the separate management of data led to a series of challenges which included:
- Difficulties in data sharing arising from incompatibility occasioned by dissimilar formats and coordinate systems.
- Limited collaboration in projects because of difficulties in data sharing.
- Low accessibility and discoverability of basic but useful GIS datasets by the public.
- Duplication of effort in data collection.
How did GIS help?
Members of the group used Esri technology to create an ArcGIS Online organizational account where geographic data from respective organizations is standardized, organized, and curated and made accessible to users in the organizations and the public. “Setting up ArcGIS Online for the group was easy. Setting up user accounts and generating the first web map took less than a day and proficiency scaled up with time. “Said Martin Kretschmer, a member of the group. They set up an Open Data site on ArcGIS Online through which they easily share their GIS data with the public. Furthermore, they adopted the ready-to-use ArcGIS Online Apps, namely Operations Dashboard App to monitor, track and report real-time data feeds of field activities and Collector for ArcGIS App to collect and update data in the field.
Why use ArcGIS Online?
ArcGIS Online is a collaborative web GIS engineered as a system for your entire organization. It allows you to collaborate with others in your organization, quickly create interactive maps and other geographic content then publish and share them in Esri’s secure cloud. It comes with ready to use Apps and content.
Here is why ArcGIS Online is important:
- Collaboration made easy: Members of the working group set up private and public groups enabling interaction with their organizational data and sharing standardized content related to common activities. This helped them control access and increasingly gain common operating picture on projects and events.
- Supporting business functions: In UMEME for instance, GIS data is used in many of the core business functions such as customer service, billing, network planning, monitoring, and reporting. ArcGIS Online has enabled them to easily create and share maps throughout the organization supporting multiple functions.
- Significant time savings: Geographic data and map users cross the groups organizations are no longer tied up with the time-consuming tasks of searching and cleaning up data because key data sets that are often used are being made available on ArcGIS Online where they can be easily discovered.
- Decision support: Investors, government, and other agencies interested in the energy sector in Uganda are using GIS data made available through the open data site to plan new projects, develop feasibility studies, and monitor investments.
- Maximizing field workforce efficiency: Collector for ArcGIS and Operations Dashboard Apps are enabling organizations in the working group to improve coordination between field and office, improving management and productivity of their field crews.
Kenyatta University Launches a GIS Lab
Kenyatta University is amongst the first African university to benefit from Esri 100 African Universities initiative which encourages the study of GIS among students at 100 African Universities. The support enables the universities to integrate GIS into their functions and tuition in most departments to enhance teaching and learning.
With the provision of the license from Esri, Kenyatta University launched a GIS lab to promote knowledge of GIS and Remote Sensing and help students and employees learn its application and have a better understanding of it. The university installed ArcGIS licenses in several computer laboratories to provide students who might not have access to their own computers with training opportunities and a classroom atmosphere for instruction and research.
The lab will also enable students to use maps, statistics, reports, and charts to visualize in a variety of ways that highlight links, patterns, and trends, enhancing students’ awareness and understanding of the world and the processes that shape it.
Discover how GIS is expanding education and career opportunities
With COVI9-19 accelerating the digitization of customer and supply chain interactions, digitally enabled products are being embraced by many. To stay competitive in this new business and economic environment, requires new strategies and practices. Therefore on April 19, 2022, Esri Eastern Africa launched its online store which allows ArcGIS customers across the region to enjoy easy access to Esri’s products including core GIS, apps, and extensions.
Speaking at the launch, Clifford Okembo, the Chief executive officer of Esri Eastern Africa said “We noticed that most consumers have gone online to buy things, from groceries to electronics. This was accelerated by the COVID 19 pandemic when most professionals worked from home. We have added an online store for our customers to find it easier to buy our products and solutions. This shall bring about efficiency and convenience in the buying process.”
Estore provides consumers with the fastest and easiest way to purchase ArcGIS products for personal or organizational use.
Latimar Amukohe from the Digital Sales had this to say, “Estore simplifies the sales process, people don’t necessarily have to wait for the licenses to be ordered and sent to them. If a customer has ArcGIS Creator license, and requires an extension, for instance, ArcGIS insight, there is no point for the consumer to go back to the salesperson to start the sales process again, the customer can simply purchase the extension from the online store, and it will be added to ArcGIS Creator since he/she is already an existing user.”
Have you checked out our online store yet? What are you waiting for? Click here to learn more about our online store and make your purchase.
A pillar of research!
Kenyatta University one of the top public universities in Kenya. The University has a population of approximately 30,000 students and more than 5000 academic and support staff distributed across its 13 campuses distributed across the Eastern Africa region. The University embraced use of GIS in teaching and Research in 2012 and has successfully become a GIS lighthouse within the Eastern Africa region.
Enhancing the campus experience
To help the university management and administrators, the University has used the Esri ArcGIS online Platform to map utilities and show directions to various locations with the vast university grounds.
Esri 100 African University and Kenyatta University
Thanks to the Esri 100 African Universities programme which is a 10- million dollars initiative launched by Esri to support and enhance the study of Geographic Information System (GIS) among students in 100 African Universities, Kenyatta University received an Education Site License in May 2013 entitling it to unlimited access to Esri technology. Prior to this the university only had a 31-license Educational Teaching and Research Lab Pak and 4 Educational Teaching and Research Lab Kits. The support enables the universities to integrate GIS into their functions and tuition in most departments to enhance teaching and learning. The initiative is made possible by an Esri Site License. The site license provides the university with unlimited access to Esri Desktop, Mobile, Server, Online and Developer technology as well as access to ENVI Remote Sensing software, Trimble GPS’, Esri Press Books, training and education, and technical support. One of the recipients and a shining torch of the Esri Site License is Kenyatta University
From Paper to Empowerment
Prior to the implementation of the site license there was very limited use of GIS in research by students and faculty and hardly were maps featured in academic project reports. Though GIS featured prominently in many of the degree program curriculums’, much of it was taught theoretically with very limited hands-on training. Thus, majority of the students graduated without demonstrable skills in GIS putting them at a great disadvantage in the job market. Overall, there was a dearth of competent ArcGIS users across the university and only 15 computers in the entire university had ArcGIS software installed on them.
Implementation of the site license has totally turned around the situation and the profile of GIS has risen and gained support the university management. Availability and accessibility of ArcGIS software has grown markedly with the number of users growing from 15 computers to 548 computers spread in computers labs across the university including the main library and on student laptops. Teaching of and with GIS has grown from the initial two departments (Geography and Environmental Planning and Management) to Engineering, ICT, Agriculture, Public Health, Hospitality & Tourism, Environmental Studies & Community Development, and Recreation Management & Exercise Science. The university is now a regional and sub-Saharan education site license reference account providing a real case study on how to successfully implement a site license.
Find out how GIS is expanding education and career opportunities
Esri EA exhibits at the non-revenue water management symposium
On May 9th and 10th, Kenya Water Institute (KEWI) with support of partners held the Non-Revenue Water Management Symposium in PrideInn Flamingo Beach in Mombasa. The theme was “Closing the last mile to SGD6 (Sustainable Goal Development).” Esri Eastern Africa was among the attendees of the symposium.
The symposium brought together managers of water service providers (WSPs), scholars, technology experts, policy makers, development partners, water utilities, institutions of higher learning, water associations, civil society, private sector, and investors to share experiences on the globally accepted standards for the water management of NRW.
What is NRW?
You may be reading this, and asking yourself what is NRW? Well, Non-revenue water (NRW) is water that is pumped and then lost or unaccounted for. In developing countries, approximately 45 million cubic meters of water are lost daily, with an annual economic value of more than US$3 billion.
Water is central to economic and social development. It is necessary for maintaining health, growing food, generating energy, managing the environment, and creating jobs. Water availability and management have an impact on whether poor girls are educated, cities are healthy places to live, and growing industries or poor villages can withstand the effects of floods or droughts.
How GIS helps
Intelligent water management begins with GIS. Location is critical in the water industry, from the plant to the tank to the tap and back to the plant for treatment and discharge. GIS enables the integration, coordination, and analysis of disparate hardware and software, workers and processes, departments, and datasets, across space and time. GIS serves as the foundation for digital water transformation by managing the entire water cycle
Esri EA’s main goal for attending the symposium was to create awareness about GIS and educate people on the importance of increasing the efficiency of their organization by implementing digital solutions that provide insight to decision-makers.
Water resource managers can use GIS technology to visualize and analyze topographic, hydrographic and hydrogenic data for assessing water quality, estimating water availability, planning flood prevention, understanding the natural environment, and managing water resources.
Access to safe, dependable water is critical. Water is critical to national and local economic well-being as well as the protection of life and property. Effective management of our most valuable resource is critical for long-term sustainability.
Discover how GIS is transforming the future of natural resources
A contemporary strategy for public health readiness
In an increasingly dangerous world, geospatial information systems for public health can help communities make decisions about where to locate and build hospitals, clinics, and care centers. GIS also is an integral tool for disaster response and recovery planning, as well as increasing access to information from government databases such as health care funding requests and waiting list data.
GIS can help public health departments assess their readiness for pandemics and other events by providing them with tools to provide better situational awareness and analyze the data from their data systems. This allows agencies to be able to quickly identify new areas of concern, as well as taking immediate action where necessary.
This technology uses advanced data mining techniques to help health sector manage public health problems. This approach has helped countries reduce their disease burden by improving population-level surveillance and ensuring that it is used to improve individual health outcomes.
GIS helps with public health preparedness by:
- Providing geographic references that are specific to the location of the people who need healthcare, thereby allowing for accurate planning and analysis. For example, a company may need to prepare for an evacuation from its facilities or between regions. The first step is to identify where all stakeholders will be when the event occurs and determine the emergency services that should be able to help keep them alive during an event like a flood or earthquake.
- Allowing a state or city to create maps with the potential to visualize hazards within its boundaries. This could help prevent large scale outbreaks of disease and monitor where individuals are at risk. GIS can also be used during storms to ensure that important infrastructure is protected and will not be damaged by flooding.
- Provides ways to monitor changing patterns of disease, which can be used in forecasting, planning and response. Moreover, GIS allows health professionals to make decisions by integrating information from many sources and present it in ways that are readily accessible and understandable.
GIS tools can help public health agencies to identify patterns in environmental data, characterize land use and improve the quality of information used for planning. These models allow local health departments to better prepare for a variety of public health events such as seasonal flu outbreaks or earthquakes.
If you are a health professional looking for a modern approach to health preparedness you can now purchase GIS solutions online.
ArcGIS Desktop Migration
May 31st marks the end of ArcGIS Desktop distribution. ArcGIS will no longer be available from the Esri online Store effective June 1, 2022. In the beginning of 2022, Esri started transitioning customers from the ArcGIS Desktop products to ArcGIS Pro which was and still is available through ArcGIS GIS Professional User Type (Basic, Standard, Advanced) subscriptions for ArcGIS Online or ArcGIS Enterprise. Customers are also able to purchase the ArcGIS Pro app as an add on subscription for Creator User Types.
Why you should consider the migration
Below are reasons why you should consider migrating:
Enables you to work faster
ArcGIS Pro is intended to make your work easier. The ribbon along the top of the ArcGIS Pro interface is contextual, which means it only shows you the tools you need when you need them. This eliminates the need to toggle toolbars on and off and hunt for tools, resulting in a workflow-driven user experience.
Easy migration of your work
ArcGIS Pro uses the styles or style files already developed on ArcMap. For example, in ArcGIS Pro, there is no need to recreate maps and layouts- you can simply import your map documents (.mxd), scenes (.sxd), and globes (.3DD), they will look just as they did in ArcMap with the same layouts and symbology.
Easy access to resources
ArcGIS Pro is tightly integrated with ArcGIS Enterprise, ArcGIS online, and the rest of the ArcGIS platform, allowing for powerful cross-platform workflows and easy access to resources from ArcGIS online or your portal.
Enables authoring large web scenes and editing in 3D
ArcGIS Ppr now supports 3Dstorytelling with animation that can make use of range and time data. 3D drawing enhancements which include feature drawings by camera distance and improved lighting of 3D objects. It utilizes new navigation controls to explore 3D landscapes. With embeddable, interactive, and customized charts, layouts become more useful and powerful. Data visualization in charts helps in the discovery of patterns, trends, relationships, and structure in data.
New Geoprocessing are tools available only on ArcGIS Pro
ArcGIS Pro includes innovations not found in any other desktop GIS. It has the new geoprocessing tools and works with views of 2D maps, 3D maps and tables and sync them so that changes in one are reflected on the other.
Esri is developing new ArcGIS Pro innovations that are only possible with the connected desktop and the architecture services. Each ArcGIS Pro release includes the features and capabilities that you’ve requested.
It’s time to upgrade to ArcGIS Pro!
Find out how you can analyze raster data using ArcGIS Pro
Uganda Bureau of Statistics Bags a GIS Award
The Uganda Bureau of Statistics (UBOS) was awarded the 2022 Special Achievement Award in GIS during the Esri User Conference in San Diego on 11th July 2022. Jack Dangermond, president, and founder of Esri, announced the SAG award during a plenary session. This award is given to users worldwide to recognize outstanding work with GIS technology.
The Uganda Bureau of Statistics is incharge of developing and maintaining a National Statistical System (NSS) to ensure the collection, analysis, and publication of integrated, relevant, reliable, and timely statistical information.
UBOS procured the Esri Modernization Program for Official Statistics, a package that provides tools to create accurate and timely data to inform policy and guide decision-makers. This program includes several perpetual licenses for the Esri products and is availed for four years from the date of order. Through the Esri Modernization Program for Official Statistics, Esri EA supported the Uganda Bureau of Statistics in developing two portals, the Gender-based violence portal, and the National Census Management Portal.
The Gender-based violence portal entails an online interactive portal used to capture, manage, process, and disseminate gender-based violence data from various stakeholders, including the Ministry of Gender Labor and Social Development Ministry, Uganda Police, and the Uganda Bureau of Statistics. The developed interactive portal disseminates information, enables analysis at a Parish Level, and displays different indicators that aid in strategic decision-making.
The National Census Management portal entailed the development of a household mapping and facility mapping application currently being used to map the household and facilities to create enumeration areas.
The award was handed to Dr. Chris Mukiza, Executive Director UBOS and Dr, Winnie Beatrice Nyemera Head of GIS in UBOS during the Uganda User Conference which was held on 29th October.
Find out how GIS benefits different sectors.
Connected Summit 2022!
At the beginning of Q2, Esri Eastern Africa participated in the Connected Summit 2022, which was held Diani from 11th to 14th April 2022. The Connected Kenya Summit is an ICT thought leadership gathering that brings together over 1,000 regional and ICT industry thought leaders, key policy makers, high profile industry champions and executives, financiers, and ICT innovators for a series of high-level discussions geared towards nurturing innovative ideas, investments, and partnerships that spur the realization of Kenya’s development agenda on technology.
ICT is the broadest enabler of GIS. Today, traditional, manual or automated cartography procedures are far less versatile than the process of creating maps with GIS. You don’t necessarily need to be tied to a paper map or a globe to assess a given location. Thanks to ICT, existing paper maps can be digitized, and computer-readable data can be entered into the GIS platforms.
EsriEA’s main goal for participating in the summit was to:
- Take networking opportunities to gain new partnerships and talk to prospective customers.
- Exhibit at the conference, targeting specific audience to showcase who we are and what we do as a company.
- Create business development opportunities.
- Hear about the latest in the ICT world.
- Present in a panel discussion about Open Data.
GIS is becoming a particularly powerful technological tool. It allows geographers to combine their data and methodologies in ways that support both classic forms of geographical research, such as map overlay analysis, and novel sorts of analysis and modeling that are not possible with manual approaches.
Esri EA attends Kenya Institute of Planners 1st Regional Conference
On March 31st and April 1st, 2022, Esri EA, attended the first Kenya Planners Regional (KIP) Conference in Nakuru. KIP is the premiere umbrella body representing professional planners in Kenya. The Institute brings together Urban and Regional Planners, Economic Planners, Development Planners, Transportation, and Infrastructure Planners, Social and Community Planners, Environmental Planners and Urban Designers in Kenya.
This first conference brought together over 100 attendees from various institutions and organization including Hon. Farida Karoney the cabinet secretary, Lands Housing and Physical Planning, County Executive Committee Members (CECMs) in charge of public works and infrastructure, state departments and Esri EA was also in attendance to:
- present on our different solutions for urban and regional planning
- create business development on our training offers
- determine how clients are using our software in their various industries
- learn from all the other attendees to determine gaps where we can plug regarding the solutions we offer.
In attendance was KURA who presented on Intelligent Transport Systems (ITS) that they’re working on and explained about the e-police system that will be integrated to the ITS. Expressing that ITS is part of smart city components.
Kisii Municipality was also present, FSE Kenya and Ministry of Lands State Department for Housing and Urban development made presentations around resilience strategies for cities. They introduced an upcoming program known as the Kenya Integrated Devolution and Urban Program. This would replace the Kenya Urban Support Program (KUSP).
Hon. Barnabas Ng’eno, the CECM from Kericho County presented on the need for coordinated land use planning. Madam Sarah Masaki, the CECM for Lands at Muranga County, presented on the laws for planning. Dr Kibugi from UON presented on the challenges facing the use of the current laws governing planning.
A presentation was also made by the team from Ardhi Sasa, showcasing the platform. The CS for Lands, Madam Farida Karoney implored the planners to register on the Ardhi Sasa platform.
GIS helps planners in decision making process. If you’re a planner looking for GIS solutions, Esri Eastern Africa has GIS solutions for you. Discover how GIS helps in decision making.
Meet Our Q3 Interns
Every Quarter Esri Eastern Africa offers internship and attachment opportunities to students and graduates, from different Eastern Africa countries that it serves. Meet this year’s Q3 interns and what some of them had to say about their 3 months stay at Esri Eastern Africa.
Mukaluvusha Edith – Uganda
A graduate of Makerere University with a bachelor’s degree in Land Surveying and Geomatics.
She is one of the Q3 Esri Eastern Africa interns from Kampala, Uganda and she is humbled to have been part of the great program.
She hopes to apply these skills as a way of finding solutions to daily life problems faced by societies in Uganda and the world at large.
Quinto Juma – Kenya
A member of the Institution of Surveyors of Kenya, under the GIS chapter. Graduate of the University of Nairobi, Department of Geospatial Engineering.
Quinto is a self-motivated geospatial engineer with remarkable academic and technical qualifications. He is also an entrepreneur with an artistic mind.
He is passionate about Remote Sensing and GIS technologies in problem-solving initiatives and knowledge building.
Wendy Kibiego – Kenya
Final year Geospatial engineering student at the University of Nairobi.
She is engrossed in the potential GIS offers to enhance agriculture sustainability through integrating the spatial dimension of agriculture into agricultural policies.
Wendy also loves providing care to children and enjoys being around them!
Calvins Jones – Tanzania
He is currently a second-year student at Ardhi University, Tanzania taking a Bachelor of Science in GIS and Remote Sensing.
He appreciates being part of the ESRI Eastern African internship team.
He is excited to use his knowledge of GIS and Remote Sensing to solve community problems as well as impacting the knowledge to Tanzanians and the rest of the world.
Lynette Wangari – Kenya
She’s a graduate of the University of Nairobi with a degree in Urban Planning.
She’s passionate about how GIS technology helps Urban Planners in solving problems in land development, sustainability, and community development.
At the end of her internship, she hopes to have a better understanding of how GIS can be incorporated into solving spatial and non-spatial issues in the world.
Tani Eric Ceaser – Uganda
A recent graduate from Makerere University with a Bachelor of Science Degree in Land Surveying and Geomatics.
He is a GIS analyst and a drone pilot. Eric loves volunteering and working for the greater good of the community. He also loves to travel and is a big fan of STEM subjects.
Tani aspires to make a difference in society by leveraging GIS technology to solve problems.
Makomola Rehema – Tanzania
She is currently a third-year student at Ardhi University and taking a Bachelor of Science in Geographical Information Systems and Remote Sensing.
Her passion in the field is to integrate GIS with other principles to come up with optimal solutions for various sector problems.
Outside her field, she is interested in public speaking.
Erick Abuor – Kenya
A finalist at the University of Nairobi pursuing a bachelor’s degree in Geospatial Engineering and Space Technology.
He is currently honing his skills in developing spatial analysis algorithms in Jupyter environment, GEE and GeoPython with a leaning toward SDGs 7, 13, 14 & 15.
He hopes to become a GIS developer in the field of Geoconservation.
Brenda Moses – Tanzania
She has a bachelor’s degree in Geoinformatics. She is passionate about community development and humanitarian work.
She hopes her skills in Geospatial science will aid her in solving various community issues.
Throughout her internship, she has learned independent skills and earned confidence in reaching her goals and ambitions.
Ryan Kibet – Kenya
A student from The University of Nairobi currently pursuing a degree in Geospatial Engineering.
He is passionate about applying GIS to provide solutions to world spatial problems.
He has enjoyed his attachment at Esri EA and has learned a lot that will help him as he journeys on his course and has also gained new skills that are imperative in his course.
Mwakinyuke Dominic – Tanzania
A second-year student from Ardhi University, Tanzania pursuing a Bachelor of Science in GIS & RS.
His passions are in developing prototypes from various spatial analyses with the aim of providing solutions for community problems.
Currently, he is involved in providing solutions for Parcel Information Systems for Unplanned Settlement
Shaban Magawila – Tanzania
Member of Youth Mappers since 2017. Graduate of the Institute of Rural Development Planning – Dodoma, Bachelor’s Degree in Urban Development and Environmental Management.
He is self-motivated, using GIS and Remote Sensing to help Urban, Marine, and Environmental planners to have better planning.
He is excited to work with the community and other stakeholders to ensure an improved quality of life for both rural and urban residents.
Jovin Andrea – Tanzania
Graduated from the University of Dodoma-Tanzania with a Bachelor of Science in Geoinformatics.
He is passionate about ArcGIS applications for utilities and solving community problems using GIS.
He hopes to put his internship knowledge and skill into practice, in the delivery of a sound solution.
If you’re a GIS enthusiast and are interested in joining our internship program, contact us at https://www.esriea.com/careers/ You can also join our training program to learn more about ArcGIS products.
Climate change is a spatial issue
Climate change is one of the biggest environmental concerns of the 21st century. Anyone who has spent any time digital mapping knows that the intersection of geography and all other issues is a great place to start when it comes to gaining insight. Nearly every aspect of climate change has a spatial component. Virtually every climate change related issue can be visualized on a map, which makes it easy to wrap our brains around.
Spatial analytics gives you the power to unlock insights at scale. Coupling these insights with geospatial technology, you can leverage the power of locations, shape and time for adaptive planning, efficient infrastructure delivery and smart services. The Geo-spatial Information System combines geospatial data and meteorological observations to determine the affected areas of climate change. This computer technology organizes and displays the data in geographic format.
Below are ways in which geographers and geoscientists can offer solutions to climate change using GIS:
- Developing new technologies to research climate change impacts and provide solutions
Geographic Information System (GIS) provide emerging technologies to research climate change impacts and improve government’s ability to take action. Geo Infrastructure supports the concept of blending elements of traditional GIS, as well as using modern spatial-based analytical techniques to integrate geospatial data into other areas of science, such as climate change.
- Mapping possible impacts of climate change
GIS can be used to map out possible impacts of climate change and plan for those changes in advance. For example, a GIS tool could show where water will become scarce, where wildfires are likely to start, or where hurricanes will make landfall. Due to the accuracy and precision of GIS technology, we can determine riskier areas, analyze data sets and predict future effects. With better use of GIS in conjunction with climate data we have been able to identify areas that are most vulnerable to the impacts of climate change such as extinction of species, sea level rise and changing rainfall patterns.
- Examining possible benefits of mitigation efforts such as better conservation of natural resources
GIS provides a method for analyzing natural resource emissions, landscape characteristics, and land use data to create reports on how we can conserve our environment. Mitigation efforts such as better conservation of natural resources, protection of endangered species and improvements in forest conditions can help limit climate change. GIS has the potential to strengthen conservation efforts by providing the opportunity to compare similar areas of the world.
- Combining data to allow for better understanding of the climate system
GIS allows digitization of physical and environmental data, combined with advances in computer science, to offer a tremendous opportunity for researchers to better understand the climate system. Analysis of underlying physical processes such as El Niño and other modes of climate variability can be enhanced by linking data from multiple sources.
The web-based GIS application empowers decision makers with information about vulnerabilities, environmental impacts and climate change in their local communities. The app is designed to promote an open communication process between stakeholders and public agencies during the decision-making phase of climate change planning and mitigation efforts.
Our planet is in trouble. From climate change, to the growing list of extreme weather events, to the extinction of species and the degradation of our planet’s ecosystems. We are all affected, so let’s come together, embrace GIS and act on behalf of our shared future: our communities, our families, and this beautiful world we want to leave behind for our children.
Discover how GIS is digitally transforming the future of natural resources
You can also purchase ArcGIS products online
How has GIS been of help to you? Share your experience in the comment section below!
Maps for Marketers
Geographic Information System (GIS) may sound foreign to many marketers in the Eastern Africa region because of its prevalent use in other technical industries. In this article Esri EA Marketing Coordinator Victor Mutua shares how vital geography is in marketing activities.
Every year companies spend a huge chunk of their money in marketing activities such as exhibitions promotions and advertising without much results. But, knowing where and when to spend would save companies a lot. This is where GIS comes in. Maps allow you to visualize where exactly your customers and competition are located. These maps can be further enriched with demographic and psychographic information of customers so that you have a complete picture of their purchasing and spending characteristics.
Using geography is helping marketers worldwide see the bigger picture, become more agile, seize new market opportunities, and stay ahead of the competition. A good case in point is Esri’s geotrigger service which is used by retailers. Having this app enables retailers to send messages to customers’ mobile phones whenever they visit a location (geofence) the retailer specifies. It could be inside the store or outside when they are passing by.
For instance, in the United States players of a free virtual racing game received tips and tricks of winning the game whenever they bought and scanned cans of AMP Energy – an energy drink owned by Pepsi Co – whenever they passed a 7-Eleven store.
The result: the campaign drove sales distribution of AMP Energy Orange up 70% and total sales up by 5% at participating 7- Eleven stores during the promotion.
The benefits of the geotrigger service include:
- Cost Effectiveness: The geotrigger service is not as costly as having billboards and TV/radio ads.
- Targeting: Most marketing efforts by firms are not targeted to the right people. Firms operate on a hit or miss basis. The Geotrigger service ensures that only those who visit the pre-defined buffer zone/boundary receive the message.
- Market Research: The Geotrigger service operates on an opt in basis. You can be able to pinpoint loyal customers and quickly gather business intelligence such as where people are and the exact time the app is used.
This information is helpful in making marketing decisions.
If you’re a marketer, its time to embrace GIS in your marketing approach. Get in touch with email@example.com to see how your organization can benefit. You can also purchase our ArcGIS Products online.
Promoting Sustainable Agriculture
Globally, agricultural practices have evolved over time, and the use of GIS has enabled farmers to better understand their fields and environments especially in relation to precision agriculture and acquisition of data on other objects in space. GIS offers an incredible array of benefits to agriculture because it uses modern technology to produce accurate maps, a better understanding of the environment, and better management decisions regarding water conservation and infrastructure. With GIS we can see where conflicts are developing between landowners (who are increasingly looking for a solution), local farmers (who need reliable information about their resources) and the government (who needs to manage its vast land holdings in the most efficient way possible).
This technology is useful in collecting huge amounts of data from satellite images, by quantifying landscape changes and taking advantage of the “tomorrow’s sun” perspective, which offers a real-time look into the changing environment. The technology has also helped in agricultural forecasting and drought prediction, modelling urban growth and other smaller tasks with which it can be used for making better agricultural decisions.
This article outlines how GIS is promoting sustainable agriculture.
Precision Agriculture (PA) stands for concentration of small inputs on the specific location to achieve high-level crop productivity. This is done by managing several fields to get best results. GIS has helped PA by analyzing and presenting data in an organized way. GIS, with the help of (GPS, or Global Positioning System), has allowed field service crews to track growth and produce yields in real time. This allows farmers to design more precise fields, able to meet growing consumer demand.
GIS helps smart irrigation in agriculture by helping one to know the exact time, location and amount of water required for irrigation. It also helps to create a detailed GIS map that can be used for planning purposes. This technology provides information about soil types, surface water and groundwater reservoirs, land use, and topography. It also allows presentation of useful information for farmers such as crop yields of different crops, storage capacity of groundwater reservoirs, maximum stream flow velocity and its relation to area irrigated.
In agriculture, plant health is the state of a plant or crop. GIS has helped in providing various applications pertaining to agriculture. GIS technology, which works remotely from a central location, helps plant health professionals identify disease conditions and monitor the movement of diseases and pests into different countries. Furthermore, it allows you to know where diseased crops are and how much time it will take for them to recover.
GIS has been a key technology for supporting food security in agriculture. The use of GIS gives farmers access to information which helps them plan their farms better, leads to more efficient usage of resources and ensure that they get maximum yield from their crops. It helps identify the distribution of crops and their pests, conditions for yields, locations for food production and potential productivity enhancement. By using this technology, farmers can find out where to deploy technologies such as irrigation or fertilizer as well as know where to detect diseases. This helps reduce crop loss during times of failure and increase yields instead.
GIS is a fast-growing, exciting, and inexhaustible field. With access to the best maps, GIS can help improve productivity by using technology to manage mappings, remotely identify farm boundary overlaps and overlaps with conservation areas, detect points of interest on farms and help optimize efficiency of farming activities.
Are you a farmer looking for better ways to optimize efficiency in your farming activities? Esri Eastern Africa has a solution for you.
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Smarter Solutions for a Smarter Future
For thousands of years, maps have helped us comprehend our location, from hand-written parchments to navigational apps. Today’s high-tech maps can help us with much more, from managing supply chains to detecting pandemics, controlling wildfires, and even creating new businesses. Maps help us make smart decisions that may follow through to future generations.
By analyzing and combining location data streams and visualizing concepts for everyone, GIS mapping creates billions of complex maps, fusing big data, AI, and an ecosystem of apps to offer a place-based perspective to the world’s most challenging issues.
With this technology, we can understand how different locations affect businesses or how insurance companies can help manage claims and determine risks. So how is this smart technology ensuring a smarter future? Read on to find out how
Safe public practices
By consolidating all relevant data in one location, GIS can simplify overall risk management – even across different government agencies. This facilitates the timely and economic decision-making of officials using data. GIS technology enables law enforcement to map criminality. By compiling information on crime hotspots, GIS may identify hotspots on municipal maps, allowing law enforcement to more effectively halt or prevent crimes from occurring in the first place.
Prepares for infrastructural upgrades
GIS can provide cities with a fast overview of traffic and insight into the modifications that need to be made to the traffic infrastructure. Data from collisions can be mapped to show where safety precautions should be taken. GIS applications can enable real-time updates on road conditions and alerts to various transportation-related problems. In the case of an accident or road closure, GIS sensors will even instruct the software to direct the rerouting and rescheduling of all private and public vehicles.
Promotes economic expansion
A city must promote economic growth if it wants to advance. Planning for infrastructure and services can assist towns in identifying regions of economic underdevelopment. GIS can provide entrepreneurs with the resources they need to comprehend local demographics and decide where to locate their company and how much advertising to spend.
Constructs better cities
City planners and local advocacy groups are using GIS to prioritize and identify the play areas that require the most funding. To determine the greatest need, you can use GIS to conduct a sustainability analysis, considering neighborhood walkability, socioeconomic data, and already-existing open spaces.
Ensures smart utilities
GIS may enhance services by assuring a constant supply of electricity, gas, water, and other utilities. GIS software can help in grid extension, repair, and construction by overlaying city maps with pertinent data on property lines and public rights of way using real-time satellite imagery. By calculating the order of jobs to be completed and informing adjacent professionals of the grid area that needs to be fixed, GIS can even automate the process of performing maintenance and repairs.
GIS offers solutions to many urgent problems that will improve our quality of life. GIS software assumes unique significance by making it possible for, among many other things, more sophisticated urban planning, increased public safety, and more interactive administrative management.
Discover how GIS is digitally transforming the future of natural resources.
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ArcGIS Geostatistical Analyst Extension
ArcGIS Geostatistical Analyst lets you make accurate predictions about an area based on sample data points. You can explore spatial correlations and patterns in your data, build interpolation models based on those patterns, compare alternate scenarios, cross-validate your results, and then use the best models as a basis for your decisions. These tools help you explore spatial data, assess risk, and accurately predict values within your study area, even in places where you’re missing reliable sample data.
It provides the capability for surface modelling using deterministic and geostatistical methods. The tools it provides are fully integrated with the GIS modelling environments and allow GIS professionals to generate interpolation models and assess their quality before using them in any further analysis. The tools provided in the extension are grouped into three categories:
- Geostatistical analyst toolbar: It gives access to a series of Exploratory Spatial Data Analysis (ESDA) graphs.
- Geostatistical Wizard; Its accessed through toolbar and leads analysts through the process of creating and evaluating an interpolation model.
- Geoprocessing tools (Geostatistical analyst Tool): Designed to work with the outputs of the models and extend the capabilities of the Geostatistical wizard.
The Geostatistical Analyst contains unique tools that can be used to address a wide range of different application areas. These tools are Exploratory spatial data analysis, Semi variogram modelling and ordinary kriging, Surface prediction and error modelling, Threshold mapping, model validation and diagnostics, surface prediction using cokriging.
Sectors that can utilize Geostatistical analyst extension include:
- Agriculture-predict resource yields at various sites (determining soil fertility of large acre of farm, determining soil hydraulic properties of a large farm to effectively manage irrigation water management)
- Disaster risk department- used to model disaster risk like environmental pollution exposure in urban areas.
- Commercial-Plan business growth.
- Urban Planning-Urban expansion.
- Population prediction.
- Transport-Forecasting traffic.
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You can also share your story of how Geostatistical Analyst has helped you in the comment section below!
Location – Driven Market Insights: A Roadmap to Intelligent Business Development!
Our world is changing quickly, especially for businesses. It’s important to remember that in just one generation, businesses have had to adjust to completely new marketing channels (web and social media), choose how to invest, use new technologies, and compete on a global scale—things that were hardly even conceivable to our parents’ and grandparents’ generations. Business is a challenging and constantly evolving industry. Every day you are faced with challenges and risks that are largely out of your control from economic uncertainty, market volatility, shifting industry priorities, loss of a major employer, political changes, competition, new regulations to defending and maintaining your key customers.
Whether you’re one of the many business owners juggling multiple tasks and doing everything on your own, facing daunting challenges of finding the right location and the right customers at the most opportune time or if you’re a consultant assisting such business owners in fields outside of their area of expertise Esri Eastern Africa has a GIS solution to help you out!
How does location intelligence work?
Location Intelligence (LI) is the methodology of deriving insights from location data to answer spatial questions. LI goes beyond simple data visualization on maps, to analyzing location data as an integral part of a business or societal problem.
Location intelligence involves the people and technology used to visualize spatial data, identifying trends and relationships that result in actionable information. It builds on geographical information system (GIS) tools to provide data-driven insights that span myriads of uses.
GIS provides you a process and a framework for not only creating knowledge but also applying it widely. With GIS, you can measure, visualize, analyze, plan and design. Understanding and seeing the world in a 4-dimension perspective can enable you expand your market share. GIS users are linking science and rational thinking and the best analytics to action and seeing what others can’t.
Location intelligence comes from visualizing and analyzing volumes of location technology and is used to empower holistic planning, prediction and problem solving. Seeing all relevant information in the context of location—on a smart map, app, or dashboard—provides unique insights. In this way, insights gained from location technology can reveal hidden relationships, patterns, and trends, delivering a competitive advantage.
Location data is big data that uses information about a person or group of people’s movement or behavior and this information an be used to understand wider trends and patterns. Location based advertising and marketing uses this data to fine-tune marketing efforts, generate better engagement and get valuable insights into customer behavior.
Ultimately, location provides opportunities for businesses to understand patterns and trends and reveal insights and GIS plays an important role through organizing our world’s geographic knowledge. It’s creating building blocks of shared understanding through data models that organize it, through analytic process models and interpretive models, through maps and how we visualize our world, through the stories that we tell enhanced with digital story maps, through the reports, the infographics, the dashboards that we create, and, of course, the workflows themselves.
Learn more about location-driven market insights here https://youtu.be/1e_FcLHwFnY
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Talk to us about how GIS has helped you in your industry in the comment section below!
Raster Analysis Using ArcGIS Pro
Have you ever been stack and stressed out when using more than one software in processing, analyzing and visualizing raster data? This not only wastes time but also affects the speed of your processor with hardware having more than one software which obviously takes up space in your RAM.
ArcGIS Pro is the best GIS desktop software that you can utilize in analyzing vector and raster data. Our product imagery specialists have come in handy to add different tools and extensions in this software. With this software, you may run custom algorithms on big collections of raster data by applying basic raster processing tools and functions, creating new tools and functions, and combining several tools and functions into raster processing chains. Results are archived, automatically published, and distributed.
Because it’s a fast-loading imagery software that enable you to visualize the capabilities from wind/ocean current data to imagery and aerial data from satellite imagery to drone imagery. ArcGIS Pro enables you to fulfill strict project deadlines and constrained budget requirements because of its flexibility in processing and storage capacity.
Let’s not forget on the capabilities of raster analysis in 2D and 3D by utilizing raster functions pane. Some of the functions include but are not limited to NDVI Calculation, change detection ,image classification techniques and the newborn ArcGIS Drone2Map functionality.
For instance, if you are interested in land use or land coverage, ArcGIS Pro has many tools that classify imagery. You can choose to classify image pixels or segmented objects using parametric or machine learning classifiers or deploy python raster functions in the python window.
Don’t be left out, try out this software!!
For more info you may contact Esri Eastern Africa products department: firstname.lastname@example.org
At Esri Eastern Africa, we provide customers with GIS solutions. Visit our online store https://ea-store.esri.com/en-ke/store/overview to make a purchase
A Spatial Perspective for Resilient, Contemporary and Sustainable Infrastructure
One unappreciated advantage of digital transformation is its ability to connect data, merging knowledge that might otherwise languish in isolation. Combining datasets frequently results in knowledge that directly affects the integrity and safety of important infrastructure projects.
Using GIS technology, volumes of data, such as energy and transit networks, historical and projected usage, photography, sensor inputs, weather patterns, demographics, animal migration patterns, and native plant populations, can be layered on a smart map or dashboard and updated in real time.
When information is visualized on a map, people understand it better. A modern GIS enables enterprises to identify the precise location and specifics of every aspect of infrastructure, whether it’s above or below the ground or inside or outside of facilities. By using GIS technology to design, plan, visualize, and collaborate in real time through maps, dashboards, and applications, public and private infrastructure expenditures can be improved and optimized, preventing waste and inefficiency.
With spatial perspective already being used by decision-makers, and advanced geospatial technology, such as digital twins, sensors, and analytics, being incorporated into infrastructure systems, the future of infrastructure will be intelligent, data-centric, and dynamic.
GIS is also the best technology for setting goals and evaluating outcomes for sustainability, resilience, equity, safety, and efficiency since it offers a comprehensive and realistic view, down to hyperlocal details.
Importance of spatial perspective in ensuring a resilient and sustainable infrastructure
Here’s why tackling the life cycle of infrastructure initiatives requires a spatial approach:
- By using GIS-based modeling during the planning stage and geospatial analysis of imagery data throughout the building phase, new infrastructure can be delivered on time and within budget. You can count on the correct positioning of your assets to avoid needless drilling or digging to access subsurface infrastructure. Using a shared map to visualize cost and time calculations enables stakeholders to monitor and foresee the effects of changes and make necessary adjustments.
- Using GIS and building information modeling (BIM) as a single integrated system, helps you plan, construct, and manage infrastructure assets and projects during their full life cycle. GIS also improves data accuracy, by giving employees the ability to update information in real time through connected apps, doing away with paper-based processes or numerous systems. Using a location-enabled digital twin can help you predict maintenance and expansion of the infrastructure. GIS dashboards with important data and integrated analytics, visualized on a smart map, and findings that can be readily shared, can help AEC experts to find patterns and trends.
- Reduces carbon emissions by facilitating effective routes for vehicles, personnel, and goods in your logistics operations. Real-time awareness of a worker’s location can also reduce labor expenses for inspections and maintenance as well. Using GIS helps you gather, manage, and exchange information on a project or asset, then safely store it in the cloud to capture institutional knowledge about that asset or project.
- By employing predictive location analytics to fortify susceptible networks and plan expansion, you can deal with difficulties brought on by climate change, such as extreme weather, rising sea levels, and population migrations.
- Using a location-based system to gather data and comply with regulations, can help you manage dangers to people, property, and the environment. Infrastructure projects benefit from accurate maps and location analytics of performance and operations because they speed up repairs during service outages, save money because problems are addressed early on, enhance customer service, and keep employees safe.
- Using location intelligence can help you decide where to extend broadband or transit, how to safeguard neighborhoods from fire or flood, and when to update aged water systems. This will help you build important infrastructure equitably. Smart maps can be used by managers to find service coverage gaps, and spatial analysis can be used to rank upgrade priorities.
- Using GIS tools for automated inspection and maintenance can help you prioritize repair work and anticipate problems before they arise. You can use drones that can take pictures to assess hard-to-reach infrastructure while simultaneously teaching artificial intelligence (AI) and machine learning to spot problems that need to be fixed. GIS automates operations thus saving time during construction and continuing tasks, such as the ingestion and analysis of sensor and imagery data to a common map.
Are you looking for GIS solutions for your next project?
Digitally Transforming the Future Natural Resources
Just as the rest of the world is now beginning to understand the importance of paying more attention to the effects of development, dependence on natural resources, climate change, and how even the tiniest species may alter an entire ecosystem. Professionals in the fields of the environment and natural resources are inherently passionate about creating a sustainable future.
Experts in the fields of environmental science and natural resources were among the early users of geographic information system (GIS) technology. They underwent their first digital transition while mapping resources, examining impacts, and presenting results as part of the conservation movement. Thanks to GIS, professionals in natural resources have made progress towards a more robust way of thinking. GIS has also made it easier for them to inform the public about how daily decisions influence the environment and natural resources.
So, the question remains, “how is GIS digitally transforming the future of natural resources, and to what extend is the utilization of upcoming GIS trends beneficial?” This article provides you with answers to this question, keep reading!
Bringing the office and field crews together to work as one
Most GIS work has been done in the office, instead of being done in the field. With the current GIS developments, there is more potential for integrating and automating field and back-office activities. This is a significant departure from the manual processes of a clipboard and a pen.
GIS offers the resources you require to boost operational effectiveness and coordination while saving you time and money. Using mobile devices, you may now carry out your work in the field, including asset inventories, inspections, field notes, and work orders. To complement your analysis, crews can automatically gather reliable information from the field and feed it right into your back-office systems. By doing this, you can make sure that everyone in your company is using the same reliable information, which reduces the possibility of mistakes.
Real-Time management of natural resources
With the help of technological advancements, we now have access to a wider variety of information with real-world context, such as imagery, data from air quality and stream gauge sensors, field notes gathered on the scene, and crowdsourced information from citizens, providing stakeholders with plenty of opportunities to make better-informed decisions. The foundation provided by modern GIS enables enterprises to fully utilize real-time data as it is gathered. Dashboards offer thorough perspectives for actively managing and monitoring present situations, as well as course correction as necessary. For instance, foresters can monitor the condition of the vegetation and investigate invasive species, experts in water quality can measure stream levels, and ecologists can monitor endangered species.
Empower citizen scientists and educate the community through public-Facing Apps
It has always been difficult to enlighten the public and engage them in meaningful ways. In the past, residents have not had easy access to information on the possible effects of infrastructure changes and other development-related changes on the environment. In todays always-connected environment, people expect the same level of open communication with their government agencies as they do with their personal networks. With the expansion of citizen participation, corporations must become more transparent as it replaces outdated communication strategies.
With GIS, you may release applications and dashboards that educate the public and offer a two-way data exchange between you, (natural resource professional) and the public. Agency executives and decision-makers can be informed about the potential effects of initiatives taking place in the area via mobile maps and apps, and stakeholders and constituents can provide feedback.
Powerful analysis made simple, you can now find the answers in your data
To analyze and forecast the effects of both naturally occurring and man-made activities on our natural resources, such as human encroachment on species and vegetation, hurricanes and other harmful weather phenomena, and real estate development, analysts and scientists working on environmental analysis, fish, wildlife, and forestry management have long used computer modeling. GIS has played a significant part in modeling our world, providing us with opportunity to act, create new legislation, change how we approach conservation, or stop problems in their tracks.
Making powerful analyses is undergoing a significant transition, much like so many other GIS-related domains. With the help of the new framework, you may access a variety of data sources that advance modeling by enabling you to undertake sophisticated spatial analysis and obtain insights into these disruptive actions and their impacts on ecosystems. With the help of these tools, you may explore both geographic and non-spatial data simultaneously using a straightforward drag-and-drop approach. You can find patterns, trends, correlations, and linkages by working in a setting where visualization and analysis take place simultaneously, which enables you to find answers to questions you didn’t even know to ask. Advanced analysis techniques including regression, variable prediction, density, and aggregate calculation can now be approached simply.
Are you looking for ArcGIS products for your natural resources project? At Esri EA we enable customers with working GIS solutions. Click here to purchase ArcGIS products online.
Why Teach with GIS?
GIS is more than just a collection of maps; it uses technology to reveal trends, correlations, and patterns. People can make smarter decisions, come up with innovative solutions, and take meaningful action while using GIS. The purpose of teaching with GIS is not just to make maps, but the intention is to promote understanding and perspective.
GIS technology has played a significant role in exploration, invention, and global knowledge for many years. It produces spectacular visualizations and has established itself as a crucial tool for problem-solving and well-informed decision-making by integrating real-time data, potent analytical tools, interactive maps, field gathering tools, an API, and applications.
As the world struggles with complicated issues such as famine, drought, population growth and COVID-19, higher education institutions must keep coming up with innovative methods to equip students to be future leaders and problem solvers.
Embracing GIS as a teaching tool can help get the next generation ready for a more complicated environment. GIS will help students comprehend the benefit of using geography to understand the world. Instructors who use GIS technology as a teaching tool will help students interact with the material better and develop important skills including spatial thinking, global awareness, flexibility, communication, and technical proficiency.
Benefits of using GIS as a teaching tool
The benefits of using GIS as a teaching tool include:
- Increases data fluency and field experience
Students can gain fluency in the GIS environment by being exposed to a variety of data kinds, sizes, and themes that promote lifelong learning. Additionally, fluency can only improve with practice. Going outside gives students the opportunity to develop and create field surveys, collect field data, and map findings while also fostering an earth ethic about places and people and helping them grasp how the world is changing.
- Enhances scientific and geographic inquiry skills
GIS has always been primarily a tool for thinking. Students are inspired to create insightful questions by an excellent map that cut across disciplinary, geographic, and political scales.
- Adds expertise in the subject of study and helps in identification of potential career paths
Business, data science, energy, engineering, health care, urban planning, natural resources, transportation, and social science are just a few of the industries that GIS is quickly expanding into. Students can spot gaps in their knowledge and expertise as they investigate issues in these disciplines. Students will be encouraged to pursue potential career choices that interest them at the same time.
- Encourages students to become community leaders and change agents
Students can gain a comprehensive awareness of local and social concerns by being taught with GIS. They become positive change agents on their campuses, in their jobs, and in their communities as they investigate the wider picture and develop confidence in their understanding of the world. Their knowledge of GIS can help individuals around them overcome obstacles and solve problems in the real world.
- Encourages more analytical thinking when tackling problems.
When students use GIS, they take place and space into account; they think regionally and spatially about problems and possible solutions. This entails considering several cycles, such as the hydrologic or carbon cycles. They consider how the lithosphere, biosphere, cryosphere, hydrosphere, atmosphere, and anthroposphere interact with one another. By doing this, students are engaging in critical thinking and thoughtfully evaluating the sources of the data, the dates, the authors, and the scale, as well as the symbology and analytical tools they choose. When GIS is used in real-world contexts, problem-based learning (PBL) is enriched; students learn how to frame, visualize, and wrestle with issues to consider potential outcomes and develop solutions.
If you’re interested in setting your students towards the right direction with this digital mapping technology, you can purchase ArcGIS products online. Click here https://ea-store.esri.com/en-ke/store/overview.
Automation of Dynamic Data Updates from Google Spreadsheets
In a world where automation is gradually taking over so many business processes. Companies in a variety of industries still rely on the time-consuming process of employees entering information from forms into computer systems. Moving to automated data capture will put businesses on a much more secure footing, allowing them to grow and thrive in a data-rich future. Automation of data is a rising trend in the GIS industry to reduce workflow processes.
Thanks to our Q2 interns you can now automate dynamic data updates for your customers from Google sheets using a python script tool for ArcGIS, which feeds into feature service on ArcGIS Online.
Remember the panic when the first case of COVID-19 was announced and then the nationwide spread within weeks, we watched the existing data systems collapse because they were not dynamic enough to keep up with how fast the virus was spreading. Health workers had to divide their time between administering treatment and compiling reports. This made it hard to make decisions because most data was incomplete, inaccessible, or irregular existing only on paper instead of central database in most health facilities.
This project aims at answering one question; what if the Ministry of Health had an automated end to end system in all health facilities that handled data, cleaned it, and worked on it to extract necessary information and produce key insights with little human intervention?
Objectives of the project
The project aims at providing a solution with the need to update and gain insights from dynamically created data. It also aims at:
- Automating dynamic earthquake data updates, processing, and display from google sheets
- Converting csv file and creating an online feature service
- Cleaning of the data to remove duplicates, null values, and erroneous information
- Updating the online feature layer with new data
- Creating a dashboard, displaying real time data
The project is important because:
With this project, businesses and health ministry can achieve the following:
- Faster response time – Data is uploaded autonomously. A computer can open and execute tools in a much faster sequence than you can by pointing and clicking allowing health professionals to attend to areas in dire need of treatment.
- Reduced human resource costs – This algorithm allows you to free personnel from manual data entry as it can fully run and update information as needed without human intervention.
- Lower error risks – Automation improves work accuracy. There is always the possibility of error when performing a manual task on a computer. The likelihood increases with the number and complexity of steps in your analysis, as well as the fatigue caused by repeatedly performing the task. In contrast, once an automated task is configured, a computer can be relied on to repeat the same sequence of steps for an indefinite number of cycles.
- Replicability – The script is simple and can be used across various industries and sectors to help in a fast, automated, and coordinated response.
This script will benefit the health industry in coordinating COVID-19 data coaction, analysis, and response. However, it can also be used to work on famine relief, supply chain monitoring and other fields.
Pushing the Boundaries of Geography
Geography asks major questions like “Where? How? Why?” and “What if?” GIS offers you the perspective to answer these questions with cutting-edge technology and a thorough understanding of the world we live in. The increasing need for the application of advanced digitization solutions facilitate a collaborative workflow across all sectors and GIS is making it easier to understand the impact of infrastructural development on natural resources. “GIS is waking up the world to the power of geography, this science of integration has the framework for creating a better future.” ~ Jack Dangermond, 2015 Esri User Conference
While Geography gives you a deeper understanding of today’s most challenging issues such as health, natural resources, climate, and population. GIS allows you to visualize, understand, question, and interpret data in many ways that deliver insights in form of maps. GIS technology uses maps to connect stories to actual locations on earth. The software lets you move beyond the traditional idea of a map, combining narrative text, images, videos, and other content to effectively tell your story.
Geography focuses on the evolving character and the organization of the Earth’s surface on the ways in which the interaction between human and physical phenomena creates distinctive places and regions and the influence these places have on natural resources. It’s required to maintain a steady stream of accurate, timely, and valuable information about the rest of the globe, but it’s more than just a database of geographic information. Geography raises questions like; how and why do commodities, money, information, and power flow from one place to another? What attributes of a location make it more economically successful than another? What activities should be made to boost economic development at the national, regional, and local levels? What is the relationship between global economic and environmental change?
GIS identifies these questions, visualizes them, and connects present-day environmental inequalities to redlining policies. In today’s competitive market, effective businesses pay attention to and comprehend what matters most to their customers and GIS technology can help with this.
For example, geography gives you a general overview of your client’s location, GIS allows you to analyze, appraise, and comprehend your marketing and promotions in more depth. Analyze demographic, psychographic, purchasing, and spending factors to accurately segment your clients and find more like them. Improve marketing outreach, campaign performance, and brand interaction to optimize your retail network and increase sales from every outlet. Location analytics is critical to the creation, evolution, and expansion of all sectors of business.
Geography publishes natural resource information on research findings in the fields of geography, economics, and population. It covers a wide range of geographical aspects related to solving major economic problems, with a particular emphasis on regional nature management and environmental protection. GIS is confronting natural resource issues like floods, drought, earthquakes, perform forecasting, and monitor change. For instance, biologists use GIS to track animal migration patterns or understand the bird population. By analyzing soil erosion and soil health, GIS also helps farmers to understand when and where to plant certain crops.
This technology is helping push the boundaries of geography in unimaginable ways. Visit our online store https://ea-store.esri.com/en-ke/store/overview to make a purchase of ArcGIS products.
What is Spatial Data?
If you’re a consistent reader of our blog posts, you might have come across the term “spatial/geospatial data” in most of our content. So, what is this spatial data?
Spatial data, or geospatial data is any piece of information that specifically refers to a particular geographic region or location. Geospatial data are details on things, occasions, or other features that have a location on or close to the earth’s surface. Geospatial data typically combines location information (usually coordinates on the earth) and attribute information (the characteristics of the object, event or phenomena concerned) with temporal information (the time or life span at which the location and attributes exist). Geospatial data typically combines large sets of spatial data gathered from numerous sources in a variety of form.
Types of spatial data
There are two types, raster, and vector formats.
- Vector data
Graphical representations of the real world are called vectors. Vector data primarily consists of three different types: points, lines, and polygons. The points aid in forming lines, and the enclosing lines or polygons are produced by the connecting lines. The generalization of features or items on a planet’s surface is frequently represented using vectors. Shapefiles, often known as.shp files, are typically used to store vector data.
2. Raster data
Information displayed in a grid or pixels is represented by raster. Raster data is pixelated or gridded cells which are identified according to row and column. Raster data creates imagery that’s substantially more complex, such as photographs and satellite images.
Examples of geospatial data
Geospatial data examples include:
- Attributes and vectors: Location-specific details, such as points, lines, and polygons
- A point cloud: A group of co-located charted points that can be retextured to create 3D models is known as a point cloud.
- Satellite and raster imagery: high-resolution aerial photographs of our planet
- Census data: released census information for the analysis of community patterns in specific geographic locations
- Data from mobile devices: Calls are forwarded by satellite based on GPS coordinates.
- Drawn images: CAD renderings of buildings or other structures that provide both architectural and geographic data
- Social media data: Posts on social media that data scientists can examine to spot new trends
- Meteorological data: Data consisting of physical parameters that are measured directly by instrumentation
Benefits of using spatial data in your organization
- Cautions in advance
Geospatial data can alert firms to impending changes that could have an impact on their business through data anomalies.
- Greater comprehension
Organizations can use geographic data to show why and how some analytics solutions are successful while others are not.
- Increased effectiveness
Organizations can increase the general effectiveness of business processes by utilizing the numerical accuracy offered by geographical data.
Esri Eastern Africa provides you with working GIS solutions, visit our online store https://ea-store.esri.com/en-ke/store/overview to purchase ArcGIS products.
Unleashing Data’s Potential in Banking
With the drastic developments in the banking industry, it’s only fair for the banking sector to look for greater resources to provide them a competitive advantage. Using high-quality geospatial software, and taking advantage of the many capabilities and benefits it can provide is one way to accomplish this goal.
In today’s connected world, banks must be both market-driven and market-responsive. They must be able to anticipate consumer needs and wants and provide such services. GIS enables banks and other financial institutions to take snapshots of their personnel’ whereabouts, facility configurations, and asset locations. In this article, we focus on how GIS data is helping the banking industry.
Benefits of unleashing GIS data in banking
Here are examples of how GIS data is helping transform the banking industry.
- Customer Analysis and Management
Customer analysis can be used to identify customer traits, such as describing market segmentation of geographic areas. GIS can assist in converting a postal address into a location reference, such as the point on a map where it corresponds. It is possible to draw the branches’ catchment area and readily identify the places that are not covered. With GIS data, you can show a customer’s location in relation to a bank branch on a map.
- Execute strategic analysis
Financial organizations already face a challenging process of strategic planning. Banks may obtain the data they need to make informed strategic planning decisions with the help of geospatial data. Through “what-if” analysis, geospatial information aids in the strategic planning process. With the help of computer technology, banks can investigate how various geographic elements, such as infrastructure and economic development, may impact the viability of an enterprise and offers a projected estimate of the outcomes.
- Branch closure assessment
With the aid of GIS, a bank can evaluate the attractiveness of the markets in which its branches operate and determine whether to cut its presence there. However, GIS-based analysis of closure opportunities is particularly useful for forecasting the customer loss that would occur from closing a particular branch. GIS also provides the possibility to capture customer retention through transferring businesses to surrounding branches when one branch closes.
- Make better location set-up decisions
A bank’s expansion demands careful preparation. The location of the new branch or ATM must have sufficient demand and profit potential. A thorough understanding of your network distribution is necessary to pinpoint these areas because building there involves a large investment. Having evidence to justify an expansion can help management understand the need and geospatial data can help with that.
- Determine and monitor rivals’ activity
Geospatial software benefits banks by keeping track of the precise locations of both clients and competitors. Such information enables banks to visualize the market penetration of their rivals and spot performance trends. Does a rival perform especially well in a specific ZIP code, age group, or income level? The responses to these queries are extremely helpful since they shed light on the causes of a competitor’s current success.
- Carry out market penetration analyses
With geospatial software, market penetration research may be more effective. Using location-based data, banks can get market penetration information for the whole financial services sector and contextualize that information geographically. Market penetration analyses can help banks in identifying underdeveloped markets when compared against competition data. With the information gathered, a bank can decide to start a marketing campaign in areas where they would otherwise have disregarded.
- Enhance customer service
For financial institutions, providing excellent customer service is a major concern in the modern banking industry. Customers now want their demands to be satisfied and their questions to be resolved promptly in the new digital age. The demand has allowed banks to modernize their equipment, but GIS technology can help them provide even better customer service. By planning and positioning their branches in the optimal locations to reach the largest number of customers, banks can connect with their customers more effectively thanks to location-based data and technology. To better serve the local population and increase convenience, the department can provide the necessary services by using GIS technologies to evaluate the demographics surrounding each branch and identify the requirements of the community.
The financial sector benefits from geospatial data, which gives banks a variety of advantages not achievable with other data sources. Financial firms can track their competition and assess client engagement using this type of customer data. At Esri Eastern Africa, we provide customers with working GIS solutions.
Click here to purchase ArcGIS products online.
Let us know how GIS is helping you today, talk to us in the comment section!
GIS Career Suggestions to Help you Land Your Dream Job
You’re fascinated by data, and you want a fulfilling career that addresses pressing real world problems, therefore you pursued a career in GIS. Although landing your first job in any career can be nerve wrecking, there are certain skills and practices you can consider when applying for a job that can help you stand out from other candidates with similar professional and educational experience. But if you’re having problems getting your foot in the door for a GIS job, we have some career suggestions to help you out.
Let’s dive in!
Plan out your career in GIS while still in school
It’s never too early to start making plans for your GIS future. Integrate GIS into class projects if you are a GIS ninja. Starting early ensures that you gain experience for your future in GIS. Nothing distinguishes a prospective candidate more than having a portfolio of their previous work. Compile a collection of maps. For interviews, highlight the most attractive maps and projects. Be ready to discuss them. This not only demonstrates your ability to map, but it also demonstrates your organization skills and independence. Adding your class projects on your resume demonstrates your desire to study GIS independently, which is what employers want to see.
Explore every possibility
Your GIS career will probably begin with an entry-level role. To be clear, entry-level GIS positions are part-time, frequently geared toward recent graduates, and do not come with benefits. Apply for everything when you first start out because finding a GIS job is not simple. But if there aren’t any entry-level GIS employment or internships available, what should you do? – You can decide to volunteer and gain experience in return.
Join your local GIS user group
Any GIS community relies on its user groups to survive. GIS user groups are typically quite active, and they are YOUR community and YOUR opportunity to genuinely connect with your peers. According to the Federal Reserve Bank of New York, the best way to find a job nowadays is through personal recommendations from friends who work for companies that have openings.
This means, as terrible as it may sound, that it’s more important who you know than what you know. How can you interact with GIS influencers who are nearby, then? Joining your local GIS user group is one suggestion. Even while some communities are small and close-knit, they may give volunteer opportunities or scholarships to students at conferences.
Relocate to where GIS jobs are
The fact is that you might not always get jobs. For some of us, this indicates that there has never been a better time to pave the way for your next GIS job opportunity. Some areas have surplus job opportunities while others have less or none. Although not many people are open to moving, the question is, would you accept a job offer from a different city? Your flexibility and adaptability can help you land your dream job.
Understand that you’re not only a GIS specialist
These days, GIS is being used in novel ways across practically all industries. There are literally thousands of GIS apps in use right now. GIS is dispersed across all sectors within the workforce. For instance, GIS is used for decision-making in the environmental, natural resource, and government sector. You can boost your career in this expanding technology by learning GIS. Different sectors are screaming out for GIS, and this can help in building a business case for GIS in your company.
Considering that you are more than a GIS technician. By becoming knowledgeable in allied subjects like data science, you improve your chances.
If you’re considering a training program to boost your chances, Esri EA offers a training, click on the link https://www.esriea.com/training-capacity-building/
GIS is a booming career, follow the above steps and boost your chances for success. What are some of the ways that have helped boost your chances of landing a job? Talk to us in the comment section below.
Managing, Processing and Analysis of Drone Imagery with Site Scan for ArcGIS
Site Scan for ArcGIS is an end-to-end cloud-based drone mapping tool created to revolutionize the gathering, processing, and analysis of visual data. It includes two applications: an iPad app called Site Scan Flight for ArcGIS, which allows drone pilots to capture imagery, and a web app called Site Scan Manager for ArcGIS, which is used to manage drone fleets, securely process imagery in a scalable cloud environment, and quickly share high-quality 2D and 3D imagery products with internal and external users.
With the growing need for imagery with high spatial and spectral resolution – along with temporal resolution, drones fill a critical gap in imagery capture needs. Remote sensing enables users and organizations to capture clear imagery quickly- that is recent enough to accurately define details.
Although remote sensing includes the use of satellites, aircrafts, and drones, using drones significantly reduces the cost of acquisition for imagery and lets you capture high-resolution imagery more quickly and more frequently. Drones also provide a way to capture imagery in a more cost-effective manner.
At Esri Eastern Africa, we provide customers with two drone solutions:
- ArcGIS Drone2Map – It’s a Desktop based drone imagery processing that analyzes and process your data and publish it on ArcGIS Online and Enterprise. The advantage is you can also be able to utilize ArcGIS Drone2Map offline.
- Site Scan for ArcGIS – Its cloud-based, meaning you can log in from any device wherever you are. It allows you to manage drone fleet, visualize, analyze, and process data on web, and then share, collaborate, and publish to ArcGIS Online and Enterprise.
Imagery products you can create with Site Scan for ArcGIS
Here are examples of imagery products you can create with Site Scan for ArcGIS:
It’s a mosaic of orthorectified imagery with minimized distortion from elevation or sensor sources, used as base map for measuring 2D features such as building footprints.
- Elevation Data
A representation of the elevation surface. The value of each pixel corresponds to the elevation above ground. In Site Scan for ArcGIS, you have the option of choosing a DEM or DTM for visualization and analysis.
A DEM (digital elevation model) is a surface that represents the highest point at any x,y location, including man-made or artificial surfaces.
A DTM (digital terrain model) is a surface which represents the bar earth. Man-made features are filtered out.
Elevation layers are used as the base elevation surface for 3D maps, or for calculating slope and aspect for site selection or hydrological applications.
- Point Cloud
A point cloud is a set of points with x, y, and z coordinates placed in a 3D scene. The color of each point is the true color of the object. The resolution of the visualization is relatively coarse compared to orthomosaics or 3D mesh. In Site Scan for ArcGIS, the point cloud is used to measure 3D angles, distances, and heights. Elevation profiles can also be measured from the point cloud in Site Scan.
- 3D Mesh
It’s a continuous 3D surface created from a collection of photos. The 3D mesh is used primarily for visualization purposes such as fly-throughs. In Site Scan for ArcGIS, you can visualize the 3D mesh using virtual reality equipment.
To learn more about managing, processing and analysis of drone imagery with Site Scan for ArcGIS, watch the webinar https://www.youtube.com/watch?v=K8ALOT4a5wM&t=134s
You can also visit our https://ea-store.esri.com/en-ke/store/overview online store to purchase ArcGIS products.
Discover the Digital Mapping Industry: GIS
Despite being unknown, GIS technology is frequently used in our everyday lives. We’re all curious about where things are. Real-time location-based services are something that we all take for granted today. For instance, we can see the location of the closest gas station, where our food will be delivered, and how to go around a traffic jam. Most of us use Google Maps for all these activities. But Google Maps are a result of the default backdrop map information that is shown on our phones behind the interesting event. All the work done in the lesser-known field known as Geographic Information Systems is what creates the foundation for these services. It is a sector that is expected to double in size in the years to come and is constantly expanding.
So why should you be interested in this digital mapping industry? Well, this technology allows you to analyze and visualize any data you gather. GIS connects data to a map and combines all kinds of descriptive data with location data (where things are) and (what things are like there). This offers a basis for mapping and analysis, which can be applied in science and practically every sector of the economy.
The linking of a database to a map is the fundamental concept of GIS. The database may contain information on crime rates, property ownership, weather, wildfires, endangered species, traffic, and other topics because everything is connected by this sector. Therefore, it is highly possible that you will gather and archive data in whatever subject you are learning. Additionally, you might visualize it on a digital map rather than just tabular summaries. The map, for instance, will show you areas where things are functioning exceptionally well, averagely, or need immediate attention.
Using GIS technology allows you to dig deep into a particular location using a variety of information to represent the spatial information on a digital map. Although GIS is widely used and not well known, this industry is revolutionizing how we see things.
Esri Eastern Africa enables customers with working GIS solutions. Visit our online store https://ea-store.esri.com/en-ke/store/overview to purchase ArcGIS products.
What Does a GIS Analyst Do?
GIS has grown to become a global need. This mapping technology has become increasingly prevalent. Businesses are depending more on location intelligence to help them make smarter decisions, medical practitioners are leveraging the technology to map the spread of diseases and biologists are using GIS to map the pattern of animal migration – just to name a few. Therefore, GIS professionals are qualified for jobs in a wide range of industries because they possess data visualization and spatial analytic skills. If you’ve ever been highly interested in this highly sought-after profession, now is your time to explore. Get to learn what GIS analysts do and their roles.
What is a GIS Analyst?
A GIS analyst is a hybrid career combining data analysis, cartography (the creation of maps), and programming. In other words, a GIS Analyst is a mapmaker who uses technology to develop digital representations of spatial and geographic data to compile data and produce digital maps. In actuality, the information an environmental GIS Analyst gathers is used for everything from figuring out delivery routes to observing wildlife behavior.
Roles and Responsibilities of a GIS Analyst
- utilizing mapping software to analyze geographical data and design digital maps
- using spatial data mapping to find patterns and trends
- creating digital maps using geographic information and other sources of data
- layering external data over topographical maps to create “shapefiles” that combine the two types of data
- creating maps that demonstrate the spatial distribution of different types of data, such as hospital sites and crime statistics
- creating mapping software and tools
- creating digital versions of actual maps for use on computers
- transforming data into the desired form, do data cleaning
- creating reports using data visualizations for geographic data
- managing a digital collection of different file kinds of maps
Skills for GIS Analyst
GIS analysts should possess the following skills:
- Detail oriented and masterful to solving problems.
- Strong interpersonal skills and effective written and verbal communication are required when working with colleagues from other fields.
- Organization skills. The workload of GIS analysts also greatly depends on organization. They frequently have the responsibility of managing a “geographical library,” where maps are saved, prepared as resources for reports, transformed into other forms, or sent as data across systems.
- Creative. Analysts create web applications and solutions to enhance information streams and be used on websites for corporate clients.
To learn more about this and other GIS careers, sign up for our training program https://www.esriea.com/training-capacity-building/
Turning Drone Imagery to Geospatial Intelligence
Drones are changing how we work in practically every aspect, and the possibilities for their use are only limited by our creativity. They have proven to be helpful tools in a variety of industries, but so are phones and computers and all the other inventions that happen every day. So, what makes drones so unique from all the other inventions? This article provides insights on turning drone imagery to geospatial intelligence.
But first, what is geospatial intelligence?
Geospatial intelligence is information derived from an examination of pictures and data connected to a specific place. Geospatial intelligence employs imagery to examine and evaluate human behavior and physical geography anywhere on Earth. In other words, it is used to address spatial issues.
With the adoption of drone technology in different fields, GIS is leveraging drone imagery in creating contemporary GIS applications and for keeping GIS data current by capturing high resolution imagery.
Why are drones important?
- Different industries have used drone technology to capture high spatial/spectral resolution and current (temporal) data
- Drones have decreased the high cost of gathering geospatial data
- Drones have made it easier to capture imagery in hazardous environments
Who uses drones?
Drones can be used in all industries from AEC/infrastructure, governments, and mining to public safety. Below are a few examples of how different industries are turning drone imagery to geospatial intelligence:
Forestry and Agriculture
More farmers are embracing technology and practices to lower costs, boost yields, and eventually raise their return on investment (ROI). With drones, farmers now have the ease of inspecting crops from fresh angles and with regularity that was impossible before. They’re able to pinpoint problems and diseases in the field and correct these diseases and flaws before they become expensive. In forestry, drones can be used in forest mapping and biodiversity, 3D mapping for carbon storage, and forest security.
AEC (Architecture, Engineering and Construction)/ infrastructure
The use of drones for surveying is one practical advantage of their use in architecture. A drone is the best instrument for getting to regions that are challenging to get because of its small size and simple agility. Drone aerial photography enables an architect and a client to envision what the finished result will look like. In engineering drones help in project management and project monitoring. You don’t need to be physically present; a drone may check on and keep track of a building project’s progress.
Drones have already been successful in search and rescue operations, according to several success stories. Drones mostly serve the purpose of surveillance in law enforcement. They serve as the eyes for keeping a watch on the system and hunting down criminals.
ArcGIS Drone Solutions
Esri provides you with two main ArcGIS Drone solutions
It’s a Desktop based drone imagery processing solution which allows you to process the drone images that have been captured and do quick analysis on the imagery. It allows you to turn raw still imagery from drones into valuable information products in ArcGIS.
It also allows you to share the information on ArcGIS Online and ArcGIS Enterprise account.
ArcGIS Site Scan
It’s an end-to-end cloud-based drone imagery processing solution that allows you to process your images, do analysis and management in the cloud. Site Scan provides drone flight planning, fleet management, image processing and analysis capabilities as Software as a Service (SaaS).
It consists of two components:
- Site Scan Flight planning and control application
- Site Scan Manager
To learn more about turning drone imagery to geospatial intelligence, watch our webinar https://youtu.be/zzfZlklVIpc
You can also purchase ArcGIS products online https://ea-store.esri.com/en-ke/store/overview
Modern Technology Developing the Ancient World
Maps have revolutionized how we view the world, how we think, and how we conceptualize location. They facilitate our travel from point A to B and they are crucial in the decision-making process. Additionally, they are becoming more integrated into our daily life.
The history of this fascinating technology dates to 1854 when John Snow, a British doctor, started documenting the locations of cholera outbreaks in London. However, the advancement of multiple technologies has contributed to improvements in GIS. The use of databases, computer mapping, remote sensing, programming, geography, mathematics, computer-aided design, and computer science play a key role in the development of this technology.
Today, GIS has developed from static paper maps that were used in the past, to dynamic digital ones. We now move from straightforward analysis to trickier problem-solving. When you compare John Snow in the past, to the present technology-savvy John Snow, you must ask yourself one question: How has GIS developed into its current state and how has it developed the world?
GIS modifies our thinking and behavior. It changes things. It incorporates spatial science into all we do, including the methods used for measurement, analysis, prediction, planning, design, evaluation, and, ultimately, long-term management. The world is already understanding more thanks to GIS. It offers a framework for changing the world through various endeavors.
Today, geographic information can be included into an organization’s intricate network design, optimization, planning, and maintenance processes, GIS data can also be used to identify accident location, urban planning, transportation planning, agricultural applications, banking, taxation, food damage estimation, natural resource management and many more.
Given the tremendous problems our world is currently facing, it is obvious that GIS is required if we are to jointly build a better future. We must make the most of our brightest minds, creative abilities, design skills, technological advancements, and scientific knowledge. It’s a sizable task—and a spatial challenge by definition—that calls for a lot of GIS expertise.
Click here to purchase ArcGIS products online.
Imagery Analysis in ArcGIS Pro
You can manage, analyze, visualize, and share your raster data using ArcGIS Pro. The options offered by ArcGIS Pro are contextual, which means they are dependent on the type of data you have picked. When working with numerous photos or mosaic datasets, the ribbon options will only affect the layers you’ve selected in the Contents window. When you pick an image in the Contents window, the Appearance and Data tabs appear under the Raster Layer contextual tab on the ribbon. In this article, you will get more insights on what Imagery Analysis in ArcGIS Pro entails and an option to register for the course.
Imagery analysis is a 3-day course that not only focuses on the analysis but also in interpretation by extracting information from imagery. For instance, if you are interested in land use or land coverage, ArcGIS Pro has many tools that classify imagery. You can choose to classify image pixels or segmented objects using parametric or machine learning classifiers.
Now you can use one software in analyzing vector and raster data. Our remote sensing experts have come in handy to add different tools and extensions in ArcGIS Pro.
In this course, some of insights are:
- Introduction to Raster in ArcGIS Pro
- Raster Functions in ArcGIS Pro
- Change detection using raster functions
- Image classification techniques
- Classification workflows
- Training the classifier
- Classification evaluation
At the end of this course, you will be able to:
- improve picture display and change detection, using dynamic raster functions.
- perform supervised, object-based picture categorization and evaluate the findings’ accuracy.
- work with digital elevation models and other derived information items.
Although this course is designed for GIS professionals and imagery analysts, other sectors including natural resources, health, and government agencies who need to extract useful information from satellite imagery, data obtained by unmanned aerial vehicles (UAVs), and other imagery formats can train for this course. Common examples of imagery use include damage assessment, disaster recovery, and a forest canopy evaluation.
The course covers the fundamentals of remote sensing and imagery, as well as how to visualize and analyze imagery with ArcGIS Pro and the ArcGIS Image Analyst extension. You will get hands-on experience working with a range of visual data in realistic circumstances. The training prepares participants to use acceptable methodologies and recommended workflows to provide meaningful information that supports mission planning and tactical operations.
The course also offers beginners, intermediate and advanced students in GIS and Remote sensing an opportunity to enroll. All you need are the basic skills of ArcGIS pro / ArcMap, and you are good to go.
Our different clients and partners have utilized this spatial imagery analysis tool in meeting their needs in different imagery related workflows.
You can be able to sign up for physical or virtual course here; (website imagery analysis details) here.
Rachael Mutuli (Content Marketing Writer)
Lydiah Biri (Product Engineer)
Add GIS Skills to Your Portfolio
Maps have been intriguing and valuable sources of knowledge for thousands of years. The best of visualization and technology are combined in GIS. Today’s maps are more than simply reference tools; they’re also dynamic, allowing you to tailor them to your specific needs or problems. A career in which GIS is an integral part of your daily routine allows you to immerse yourself in a subject where you may continue to study and grow in a lifetime learning environment.
Whether you are new to ArcGIS or a seasoned GIS professional looking to learn the latest technology, we provide materials for you to help you achieve your goals. At Esri Eastern Africa, we offer a variety of training options that can be tailored to meet your specific requirements. These training options include:
Our virtual meetings are through Zoom. Virtual classes from Esri Eastern Africa provides you with a compelling, cost-effective, and result-oriented option. They allow you to take advantage of traditional classroom training from the convenience of your own home or office. It makes use of the Internet and web conferencing software to provide real-time, online content to your computer.
This type of training takes place in our classrooms at our offices. Our Authorized Learning Centers (ALC) in Nairobi, Kenya, and Arusha, Tanzania, offer instructor-led courses. Our content delivery technique emphasizes interaction and skill application to ensure that learners gain knowledge and skills that are immediately useful in the job. Our instructor-led training is an interactive session, allowing you to ask questions. It also involves demonstration of ideas making your learning experience much more enjoyable.
Course customization services
We can tailor our courses and programs to your organization’s specific requirements. Each program we create is unique to your company, its industry, and its requirements. Our Professional Services team has carefully built it to match your individual aims and objectives.
Industry specific courses
Industry-specific courses emphasize on suggested workflows and providing hands-on experience with real-world examples and data. The training is meant for both decision makers and technical workers within the chosen industry/sector.
We also have a loyalty program where we reward our loyal customers, with merchandise ranging from custom water bottles to various GIS books.
If you’re looking to start a career in GIS or advance your skills in the field of GI, Esri Eastern Africa is your steppingstone for your career progression. Click here to register and explore courses https://www.esriea.com/training-capacity-building/
Evaluating Urban Development Plans with ArcGIS GeoPlanner
Cities are understood to provide a variety of purposes in all societies. They serve as a breeding ground for poverty, inequality, environmental dangers, and communicable diseases while also being at the center of technical advancement and economic prosperity in many countries. Numerous issues arise when big populations gather in cities. Today, it’s estimated that almost 55% of the World’s population lives in urban areas, and this trend is expected to rise within the coming years. The speed at which the urban population is growing will lead to severe challenges.
How does ArcGIS GeoPlanner come into play?
ArcGIS GeoPlanner is a web-based app for informed evidence and performance-based planning and design. It provides a design framework for professionals to leverage geographic information and offers a collaborative set of tools for use in scenario planning. It’s a Geo design tool that helps in creating, analyzing, and reporting planning alternatives.
Due to limited land resources, development demands, and intricate planning procedures, planning authorities have substantial obstacles in protecting key places from rapid growth and development. ArcGIS GeoPlanner for geodesign and scenario planning constantly monitors the environmental impact of new and current designs. It helps in communicating design purpose while addressing environmental constraints through geographical context and visual storytelling.
It can be a useful tool for professional engaged in but not limited to:
- Urban planning
- Forestry management
- Conservation planning
- Green infrastructure planning
This application enables you to:
- Explore existing conditions
- Design and sketch with ease
- Evaluate impacts and compare alternatives
- Leverage on the built-in metrics and dashboards to help you track, evaluate and report on the impact of your design
- Use iterative scenario planning with ease
This allows you to inform your design with powerful analytics.
This web-based app is integrated across ArcGIS platform. Projects in ArcGIS GeoPlanner can also be used in other applications across the ArcGIS Platform. Scenarios created on ArcGIS GeoPlanner can be used in ArcGIS Pro to conduct further analysis on the data used, creating master plans in City Engine, and on ArcGIS Hub to gather feedback and collect input from communities, stakeholders, and other decision makers within projects. The result of the projects created can be visualized on the Dashboards to better understand the KPIs and how they are met within the different scenarios.
Licensing Model and Setting up ArcGIS GeoPlanner
ArcGIS GeoPlanner is a premium application that is hosted within ArcGIS Online and therefore, it requires you to have an organizational account and a named user license. You cannot use a public or a personal use account for GeoPlanner.
Click here https://youtu.be/WpRrgDQW0wM to learn how you can evaluate and share a project design in ArcGIS GeoPlanner.
You can also purchase ArcGIS GeoPlanner and other ArcGIS products from our online store.
Leveraging GIS for Sustainable African Cities
With a population pegged at over 1 billion, African cities will house over 2 billion people by 2050, according to recent UN forecasts. The bulk of this growth will occur as people move from rural areas to contemporary urban centres.
Like the rest of the world, the rapid growth in population has caught many African cities unprepared. Key sectors like transportation, energy, sanitation, housing and food systems struggle to sustain the ever-increasing populations.
This makes the need to support sustainable African urbanisation urgent, and it should be a priority for all stakeholders within these cities. Leveraging GIS technology in African cities can help monitor infrastructure and urban planning programs.
The capacity to better identify existing demands for a city and then design it to meet those needs is one of the reasons GIS is significant in urban development. Urban planners, Architects Engineers and Construction managers (AEC) industry and policy makers are able to obtain a thorough understanding of the land and infrastructure. They can do this by by using some of the geo-enabled applications in ArcGIS that allow them to have 3D visualization of the ecosystems they’re building in.
The significance of GIS rests in its capacity to compile the enormous volumes of data required to balance conflicting agendas and resolve challenging issues, such as optimizing the location of new buildings or determining the viability of a waste disposal site.
ArcGIS Solutions (GeoPlanner, ArcGIS GeoBIM and ArcGIS Urban)
ArcGIS is able to provide solutions that will help build resilient communities and cities. These solutions allow you to:
- Identify areas that are vulnerable and can easily be impacted by climate change within our cities
- Use maps, models and 3D visualizations to measure design impact
- Measure, monitor and report on progress of the different development being taken in our cities
- Collaborate amongst teas, stakeholders and also gather perspective of the public during the different development phases of the city
- Create proactive response plans for dealing with hazards and natural calamities
Urban planners, AEC professionals and policy makers are empowered by GIS technology’s greater data visibility. They track changes over time, assess the viability of new initiatives, and foresee how they may affect the environment.
At Esri Eastern Africa we provide you with working ArcGIS. Visit our online store to purchase these products.
By Latimar Amukohe and Rachael Mutuli <