Imagery classification
Through imagery classification, you can create thematic classified rasters that can be used to better understand changes on the physical landscape. Train, classify, and assess accuracy to then create data for decision-making.
Optimize your planning with GIS
Planning for a census or data collection activity is key to the success of the overall effort. Understanding where to count and how to conduct a count in a short, defined time frame requires careful planning. Mapping is generally recognized as one of the most crucial activities in the generic statistical business process model, playing a critical role in providing the geographic basis of information used during the actual process of enumeration. An authoritative and up-to-date basemap is essential to success. The use of artificial intelligence (AI) and deep learning (DL) with GIS, referred to as GeoAI, is rapidly changing the way we can update our basemaps and plan our work.
Through imagery classification, you can create thematic classified rasters that can be used to better understand changes on the physical landscape. Train, classify, and assess accuracy to then create data for decision-making.
Feature extraction and image analysis continue to improve the ability to rapidly extract key geospatial information needed to perform a modern national census.
Change detection is critical to understand differences on the landscape. Comparing imagery from different time periods lets enumeration planners focus efforts based on areas that have had the most change.
Statistical organizations facing many new challenges can use GIS to integrate administrative data and other nontraditional sources.
Examples of administrative data that can be integrated with ArcGIS include the following:
In any large census operation, map production is a key task. Statistical organizations often need printed or PDF maps or mobile map packages for use in computer-assisted personal interview (CAPI) work in the field. ArcGIS provides tools that automate the production process from beginning to end. This includes tools for producing high-quality cartographic production and Web GIS integration.
Setting up well-balanced enumeration areas is a key activity in any census. Using ArcGIS tools, you can optimize, edit, and validate enumeration areas (EAs). Using a rules-based approach, ArcGIS allows you to select either custom boundaries or utilize geographic layers of the built environment, including features such as roads or rivers, to create barriers or help define EA boundaries.
CENSUS
Learn how the US Census Bureau modernized its entire census process with GIS.
AUTOMATION
The National Statistical Institute (NSI) in Tunisia automates its census work with web, mobile, and enterprise GIS.
CENSUS
How Zambia enabled 1,000 mobile workers to capture over 2 million structures for the 2020 national census using ArcGIS.
ENUMERATION
Learn how Jordan ran a census at a national level for the first time using a digital system, reducing a two-year process to just two months.
ENUMERATION
Nepal conducted its first economic census to count all entrepreneurial units in the country, using ArcGIS.
CENSUS
GIS has helped streamline common workflows, allowing staff more time to collect, verify, and share data.
Build your foundation with the software that started it all—ArcGIS Enterprise, the complete system for all your geospatial needs.
ArcGIS Pro supports data visualization, advanced analysis, and authoritative data maintenance in both 2D and 3D.
ArcGIS Image Analyst provides tools for advanced image interpretation, exploitation, and geospatial analysis on an array of imagery modalities.
The ArcGIS Data Interoperability extension provides a simple solution for complex integrations.
ArcGIS Production Mapping is a configurable extension that optimizes GIS production and tailors it to the way your organization works.
Statistics touches many parts of your life. From policy and decision-making to electoral boundaries, public safety, and sustainability, official statistics and GIS are making communities smarter.