EMBEDEARTH / SEARCH API
Waterfall Search API
Find waterfalls using waterways, trails, viewpoints, road access, terrain, protected areas, and nearby towns.
Search Waterfalls by Area, Radius, or Map View
Build waterfall locator workflows that understand location from the start. Search waterfalls inside a city, polygon, corridor, or visible map extent, then refine by category or application data. The result is structured geographic data that can immediately feed maps, routing, compute, or downstream APIs.
Measure Waterfalls with Built-In Geocompute
Treat waterfalls as analytical geometry, not just search results. EDK Compute can measure access distance and nearby recreation density and combine that with rivers, trails, or your own private data. The output stays structured and reusable across APIs, maps, and agent workflows.
Work with Real Waterfalls Geometry and Boundaries
Many waterfalls are areas or networks, not points. Preserve polygons, lines, extents, and boundaries so applications can test containment, overlap, area, adjacency, and distance correctly. waterfall locator becomes far more useful when the underlying geometry can be computed against instead of reduced to a centroid.
Use Waterfalls in Environmental Screening
Intersect project footprints, parcels, corridors, or buffers with waterfalls and surrounding environmental layers. EDK can combine geometry search with distance and overlap calculations, making waterfall API useful for early due diligence, permitting workflows, conservation analysis, and field planning.
Find Practical Access to Waterfalls
Use roads, trailheads, parking, entrances, towns, or other access features to understand how people actually reach waterfalls. EDK can pair feature search with route planning and nearby infrastructure so outdoor and field applications do not confuse the geographic feature itself with the point where access begins.
Waterfalls Use Cases from Search to Analysis
Applications for waterfalls range from recreation and trip planning to habitat research, environmental due diligence, and conservation mapping. EDK supports both sides: route-aware access for people and geometry-based analysis for professionals.
Render Large Waterfalls Layers without Giant GeoJSON Files
Large waterfalls datasets should not require one oversized GeoJSON download. Serve waterfall map data as vector tiles, request only the current zoom and viewport, and keep feature properties available for interaction. This is useful when the product has to move smoothly from street detail to regional context.
Give AI Agents Real Waterfalls Tools
Expose waterfall API, routing, map, and compute operations through MCP so an AI agent can perform geographic work instead of approximating it in language. The model can find waterfalls, compare them with rivers and trails, calculate proximity or access, and return structured results.
ONE GEOGRAPHIC WORKFLOW
Search, map, route, and compute with EDK.
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