Global Map ToolsAddress search · Map pick · Reverse geocode · WGS84
Or click anywhere on the map below to get coordinates and address.
This MapFirst search finds restaurants, cafes, hotels and similar places near the address or map point you selected—handy for dining and lodging.
The box is prefilled from your current place so you can search food and stays nearby. Results use the current map view; the map does not auto-zoom (use Fit results if needed). Clicks open MapFirst / partner links.
Search an address, pick a popular place, click the map, or enter longitude/latitude and look up. After a place is selected, use Nearby places (MapFirst) to search restaurants, cafes and hotels near that address. Copy address, coordinates, elevation and share a link when needed.
Turns global addresses into WGS84 coordinates and reverse-geocodes map points into structured place details for navigation, GIS and travel planning—including nearby dining and lodging discovery via MapFirst.
Geocoding: LocationIQ with Nominatim (OpenStreetMap) fallback. Nearby places: MapFirst partner listings. Elevation: local 1 km DEM. Weather (when shown): WeatherAPI.com. Basemap: MapFirst via MapLibre.
Try a clearer street-level address, add city and country, or click the map near the place. Informal nicknames may not exist in OSM-based geocoders.
Typical results include formatted address, street, city/region, country, country code, WGS84 lat/lng, DEM elevation estimate and geocode provider attribution.
After you geocode or click the map, the Nearby search box is filled with your place address so you can look up restaurants, cafes, hotels and similar venues around that location. It is meant for dining and lodging discovery; results and outbound links come from MapFirst / partners.
No. Once a place is selected, we prefill a query like “restaurants near …” using that address. You can edit the keyword (e.g. hotels, cafes) and search the current map view.
No. Elevation is an estimate from a global ~1 km DEM and is not a surveyed measurement.
Yes. The tool is built for worldwide WGS84 lookups. Coverage quality depends on OpenStreetMap and provider data density.