The winning application supports Project POTICO (Palm Oil, Timber, Carbon Offsets), an initiative of the World Resources Institute designed to preserve endangered rainforests in Indonesia.  Using the Forest Cover Analyzer application, users can compare current and historical satellite imagery of Indonesian forests and monitor changes to the forest cover.  The application can be used by government agencies and nongovernmental organizations to assess whether there is a high risk that primary forests have been lost in areas being considered for investment or oil palm expansion.

Developed with ArcGIS Server and JavaScript API, the new IUCN Red List Mapper is seamlessly integrated with the existing Red List of Threatened Species, which provides detailed information on species’ habitat, population, current threats, and related conservation efforts.  The new Red List Mapper enables users to generate custom maps that show the known and probable range of each species and nearby protected areas.  Using interactive menus, users can view images from content rich ARKive and data for each protected area, including the total area and percentage of the species range encompassed by the protected area.

The IUCN Red List Mapper also provides access to geolocated species information from open data and citizen science initiatives, including the Global Biodiversity Information Facility, iNaturalist, and the Encyclopedia of Life.  Placing these current images and observations of threatened species in a geographic context will help conservationists’ efforts to monitor the status and range of threatened species.  The application was launched at the IUCN SSC Chairs’ Meeting 2012 in Abu Dhabi.

The application, which is part of DPI’s Wisconsin Information System for Education (WISE), was built by Blue Raster using Esri ArcGIS API for Flex.  WISEmaps gives citizens the opportunity to examine Wisconsin education and demographic statistics at the school, district, city or county level.  The data includes more than 5,000 indicators, including statistics regarding enrollment, math and reading assessments, and high school completion rates.

WISEmaps features a split screen function, which makes it easy for users to compare multiple maps, view trends across time, or identify correlations among datasets.  To enhance their maps, users can choose options such as color scheme, layer transparency and map type (street level, topographic, canvas or satellite imagery).  The customized maps can be exported as images or PDF files or shared via Twitter.

To analyze CI’s dataset of more than 11,000 marine species, Blue Raster indexed spatial data using the c-squares system and then aggregated c-square values to a global hexagon layer, which covered the planet in around 200,000 equal-area hexagons.  Each hexagon was analyzed for marine species richness and rarity.  In total the database contained over 230,850,000 rows.

Using ArcGIS Desktop with ArcPy and Esri’s Spatial Analyst Extension, Blue Raster produced a data analysis that allows CI to identify places in the ocean with the highest species richness and areas most threatened by human activities, as well as those that are most pristine.  CI can also use the analysis to map areas with the most endemic species.  These maps will help CI pinpoint locations with the greatest need for designation as a marine protected area.

WildFinder gives users the ability to visualize and investigate the world’s most comprehensive dataset of the geographic distributions of birds, mammals, reptiles and amphibians. Scientists have used WildFinder to conduct research that otherwise would have required a time-consuming search of hundreds of references.  This interactive application provides the ability to search for wildlife by location, species name (common or scientific) and ecoregions.  Users can explore a variety of thematic ecoregion maps such as terrestrial biomes, species endemism and richness, as well as freshwater and terrestrial rarity, providing geographic context to user queries.

New features in this latest version of WildFinder include increased visualization and context for both species and ecoregions through photos from Flickr and Arkive, new thematic maps, details on ecoregions and updated threat status information for species. The application applies the technologies of ESRI ArcGIS Server, Oracle, and Adobe ColdFusion as well as the Flickr and ARKive APIs.

Using the Suitability Mapper, Project POTICO is mapping degraded lands in West Kalimantan, Indonesia, to identify areas with high potential for sustainable oil palm expansion.  This interactive web application produces a customized map of potentially suitable locations based on user inputs and a methodology developed by the WRI and its local partner Sekala.  The custom maps can be used by government officials for land-use planning and zoning decisions and by oil palm companies to prioritize areas for project-specific field assessments. To create these custom maps, the application uses Esri ArcGIS Server Flex API and Pixel Bender for geoprocessing directly in the browser.

Blue Raster also developed the Forest Cover Analyzer, which supports Project POTICO’s efforts to monitor changes to the forest cover.  Using this application, government agencies and nongovernmental organizations can compare current and historic satellite imagery of Indonesian forests, and determine if oil palm companies are using degraded lands and meeting the standards of the Roundtable on Sustainable Palm Oil.  In addition to using Esri ArcGIS Server Flex API, the application uses the Flickr API, allowing users to explore over 190 field points and panoramic images collected to verify maps.

The beta versions of these two websites were presented at the Roundtable on Sustainable Palm Oil conference in Malaysia November 2011 and feedback collected from this event will be used to inform revisions to the public website to be launched in 2012.  For more information on the project please contact beth.gingold@wri.org.

Blue Raster upgraded HealthLandscape from a legacy server system (ArcIMS) to ArcGIS Server and Flex API to provide users with more dynamic applications and greater functionality.  Most notably, HealthLandscape’s anthology of health-related tools can now be combined, enabling the user to use them all in one mapping viewer.  Users can turn tools on and off depending on their data needs and display layers from multiple tools on the map at the same time.

The new version also makes it easier for healthcare professionals and advocates to combine their own data with existing health maps and public sources of health, socio-economic and environmental information.  Using the new QuickGeocodes tool, users can upload data from Excel spreadsheets to create instant health maps.  They can also use the new QuickThemes tool to upload state, county or zip code-level data to create thematic maps that show how health information varies from region to region.

Visit HealthLandscape and see for yourself how it conveniently brings together and communicates critical health information and trends with compelling custom maps.

This interactive application, built using ArcGIS Server, helps companies to quantify and map water risks on a local scale and project future water use and availability.  The current mapviewer includes the Yellow River basin in China.  In the future, the Water Risk Atlas will analyze risk for a wide range of sectors and river basins including the Murray-Darling, Orange-Senqu, and Colorado River basins.

Using the Water Risk Atlas, users can generate detailed, multi-variable maps by adjusting the weight and priority of various factors, including risks related to water scarcity, deteriorating quality, increasing prices, poor water governance, or increasing competition for water resources.  The Atlas can be used to model what-if scenarios, identify risks and opportunities , and share water risk information.  To learn more, visit the water risk mapping platform at http://insights.wri.org/aqueduct/atlas.

Within the past 50 years, eutrophication—the over-enrichment of water by nutrients such as nitrogen phosphorus—has emerged as one of the leading causes of water quality impairment.  Eutrophication can result in hypoxia (or oxygen depletion), which can destroy aquatic life and create dead zones in coastal regions. “Until now, a lack of information and monitoring has been a major impediment to understanding the extent and impacts of ‘dead zones’ and eutrophication in coastal ecosystems,” said Mindy Selman, senior water quality analyst at WRI.  “This website is an important step forward because it compiles the current information into a central location to raise awareness and offer solutions for controlling nutrient pollution.”

Blue Raster developed the user-friendly application using ArcGIS Server and Flex API to create a comprehensive look at historical and recent eutrophic and hypoxic events around the world.  The interactive map allows users to investigate 762 coastal areas around the globe that have been affected by eutrophication and hypoxia. The data, which was compiled by analysts at WRI and the Virginia Institute of Marine Science, includes 479 sites identified as experiencing hypoxia, 55 sites that once experienced hypoxia but are now improving, and 228 sites that experience other symptoms of eutrophication, including algal blooms, species loss, and impacts to coral reef assemblages.

Using Flickr, YouTube and Delicious, Blue Raster provided users with the ability to access and share other resources on eutrophication and hypoxia, including publications, photographs, and video.  The site also allows users to provide updates to the maps and databases based on their knowledge of local coastal water conditions. To learn more about nutrient pollution in coastal waters please visit http://www.wri.org/project/eutrophication/map.