Features images from 2 ESA satellites capturing land surfaces accross 13 spectral bands every five days or less.

Comprehensive global reanalysis dataset showcasing past weather and climate offering global hourly data at 0.25 degrees resolution.

Incorporates data from measurement stations and terrain elevation models to observe short- and long-term climate patterns. 

Includes History on Demand (HoD) gridded Current on Demand (gCoD) data layers.

Contains layers from the Level-1C product. Pixel values correspond to top of atmosphere (TOA) reflectances.

Evaluates wildfire risk and prioritize dual management across vast landscapes, calculated jointly by the USDA Forest Service and USGS.

Offers fire danger indexes for dead fuel extracted from individual weather stations and interpolated to a spatial grid.

Provides data layers for seasonal forecasts across the globe.

Data set includes level 1 products that provide top-of-atmosphere (TOAS) reflectance. 

Provides global weather analysis from the National Oceanic and Atmospheric Administration (NOAA) Climate Prediction Center (CPC).

Shows global soil properties at 250 m resolution, including soil profile information from 0 to 200 cm.

Includes maps of soil properties for the entire globe at medium spatial resolution of 250 m.

Consists of distinct global climate models and considers the impact of socioeconomic conditions on greenhouse gas emissions. 

Provides global elevation data with a vertical accuracy of 5 meters (1 standard deviation).

Provides global elevation data from the Shuttle Radar Topography Mission (SRTM).

Provides raster land elevation data for the United States, including territorial islands, for earth science studies and mapping applications. 

Offers global elevation model with statistics derrived from various input data sources, including mean, minimum, and maximum values. 

IBM computed climatological patterns using ERA5 data from 1991 to 2020, which mirrors the ERA-interim climatology methodology. 

Generates location-specific values using forecast models encompassing radar, satellite, lightning, and short-term forecasts. Delivers an hourly, gridded Currents on Demand (gCoD) dataset.

Summarizes the gCoD data set in local time, and can be mathematically averaged, along with minimum, maximum and average values.

Creates grids of values for historical analysis with hourly data. The data set contains Reference Evapotranspiration (ET0) and Global Horizontal Irradiance (GHI) layers.

Summarizes the AGE data set in local time, and can be mathematically averaged, along with minimum, maximum and average values.

Provides hourly weather forecasts, starting with the current day and going 15 days into the future, for a total of 360 periods.

Scope 1 emissions include comfort heating, fuel combustion in stationary combustion sources, leaks of GHG from refrigeration or AC units and fleet fuel consumption.

Scope 2 emissions are from electricity grids. The data shows organizations their energy and emissions hotspots in the supply chain from resources and entry risks in the chain.

Scope 3 emissions are from business-related employee travel, employee commutes and freight transport.

Includes essential APIs such as current weather conditions, forecasts, and radar and satellite data, plus current and time series observations and daily or intraday forecast data.

Offers one of the highest-resolution networks in the field, plus Currents on Demand, a data set that covers the globe at a 4 km resolution.

Delivers the most cutting-edge model forecasting at 500-squaremeter resolution globally, updated every 15 minutes, with hour-by-hour details available up to 15 days out.

Helps you use weather events and biological interactions to better serve customers, patients and members.