To create a more accurate understanding of land cover with Dynamic World, our partners at WRI identified the nine most critical land cover types we wanted to classify: water, flooded vegetation, built-up areas, trees, crops, bare ground, grass, shrub/scrub, and snow/ice. While you might see lots of buildings, you’ll also see trees or even snow on the ground from a recent storm. So current datasets might classify a satellite image of a city as ‘built-up,’ but visit any city and you’ll see our world is far more dynamic. With this information, people - like scientists and policymakers - can monitor and understand land and ecosystems so they can make more accurate predictions and effective plans to protect our planet in the future.Ī more detailed understanding of earth’s land than ever beforeĬurrently, most existing datasets assign a single land cover type to an area of land - like trees, built-up, crops or snow - based on what’s most prominent in a satellite image combined with an expert’s determination of the land cover. Powered by Google Earth Engine and AI Platform, Dynamic World provides global, near real-time land cover data at a ten-meter resolution, giving an unprecedented level of detail about what's on the land and how it's being used - whether it’s forests in the Amazon, agriculture in Asia, urban development in Europe or seasonal water resources in North America. To help turn satellite imagery into more useful information for quantifying change, we worked with the World Resources Institute (WRI) to create Dynamic World. Historically, it’s been difficult to access detailed, up-to-date land cover data which documents how much of a region is covered with different land and water types such as wetlands, forests, agricultural crops, trees, urban development and more. Detailed information about these changes and their impact on people, the climate, and ecosystems can help governments and researchers develop helpful solutions and minimize their effects on issues like climate change, food insecurity and loss of biodiversity. These changes are in part because of climate change amplifying environmental disturbances, like wildfires and floods, and human activity, like deforestation and urban development. Powered by ARCore and Google Maps Platform and integrated into Unity and Adobe Aero Geospatial Pre-release, Geospatial Creator lets you load Photorealistic 3D Tiles in the location of your choice to help anchor AR objects to the real-world.Our planet is changing dramatically in ways that are visible even from space. Or they could iterate on ideas for real-world AR experiences using tools like the Geospatial Creator. Gaming companies can use 3D Tiles to develop a real world model for branded and themed AR experiences. And a news organization can re-engage their audience with immersive 3D storytelling about past or future events to build a better spatial understanding of the situation. A construction company can better evaluate staging plans for developments through a customizable 3D map. A city planning agency can better communicate proposed land use changes to their constituents. With a 3D map, travelers can make more informed decisions about navigating a new city through viewing spatial arrangements of buildings and visual landmarks not afforded by 2D maps. Photorealistic 3D Tiles enable more realistic map visualizations of the world. Video of CARTO 3D Tiles demo Create next-gen experiences for a wide range of use cases
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |