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Crop yield, soil data, pest surveillance, livestock, food composition, precision farming
17,905 datasets
Guinea sub-national vegetation health is tracked via dekadal NDVI indicators derived from NASA MODIS collection 6.1 satellite data. Produced by the World Food Programme, the data includes 10-day averages, long-term averages, and percentage anomalies. The records are aggregated by administrative units using WFP-standardized Pcode references.
Kazakhstan vegetation health is tracked via dekadal NDVI indicators derived from NASA MODIS collection 6.1 satellite data. Produced by the World Food Programme (WFP), the data aggregates 10-day observations into sub-national administrative units to monitor agricultural conditions.
Namibia vegetation health data aggregated by sub-national units from NASA MODIS Collection 6.1 satellite imagery. Maintained by the World Food Programme, the dataset tracks 10-day NDVI values, long-term averages, and anomalies. It provides standardized environmental indicators for administrative regions using WFP Pcode references.
Liberia's sub-national vegetation health is tracked through dekadal NDVI indicators derived from NASA MODIS collection 6.1 satellite data. Maintained by the World Food Programme, the data aggregates 10-day observations into administrative units to monitor agricultural conditions and drought. The records include long-term averages and percentage anomalies for every sub-national region.
Egypt sub-national NDVI indicators derived from NASA MODIS collection 6.1 satellite data, provided by the World Food Programme. The data includes 10-day (dekadal) vegetation indices and anomalies aggregated by administrative units using WFP Pcode references.
Supplying dekadal NDVI indicators for Guatemala aggregated by sub-national administrative units using NASA MODIS collection 6.1 satellite data. Produced by the World Food Programme, it tracks vegetation health through 10-day indices, historical averages, and percentage anomalies updated as recently as March 2026.
Giving access to dekadal (10-day) Normalized Difference Vegetation Index (NDVI) indicators for China's sub-national administrative units, derived from NASA MODIS satellite imagery. Produced by the World Food Programme (WFP), the data includes current vegetation health metrics, long-term averages, and percentage anomalies. The records are aggregated from NASA's Moderate Resolution Imaging Spectroradiometer (MODIS) collection 6.1 from both Aqua and Terra satellites.
Giving access to dekadal (10-day) Normalized Difference Vegetation Index (NDVI) indicators for Bulgaria, aggregated by sub-national administrative units using NASA MODIS collection 6.1 satellite data. Produced by the World Food Programme, the records track vegetation health through current values, long-term averages, and percentage anomalies. The data is updated through March 2026 and utilizes WFP-standardized administrative boundaries.
Dekadal (10-day) Normalized Difference Vegetation Index (NDVI) indicators for Uruguay are provided here, aggregated by sub-national administrative units using NASA MODIS collection 6.1 satellite data. Produced by the World Food Programme (WFP), the data tracks vegetation health through current values, long-term averages, and percentage anomalies.
Delivering dekadal (10-day) Normalized Difference Vegetation Index (NDVI) indicators for Morocco, aggregated by sub-national administrative units using NASA MODIS collection 6.1 satellite data. Produced by the World Food Programme (WFP), the records track vegetation health through 10-day values, long-term averages, and percentage anomalies. The data is updated as of March 2026 and utilizes WFP-standardized administrative boundaries.
Yemen sub-national NDVI indicators derived from NASA MODIS collection 6.1 satellite data provide 10-day vegetation health metrics. Produced by the World Food Programme, the records are aggregated by administrative units and include historical averages and anomalies for monitoring environmental conditions.
Dekadal NDVI indicators for Ukraine are aggregated by sub-national administrative units using NASA MODIS collection 6.1 satellite data. Produced by the World Food Programme (WFP), the dataset provides 10-day vegetation health metrics and anomalies, with the most recent update recorded in March 2026.
Tanzania dekadal NDVI indicators aggregated by sub-national administrative units from NASA MODIS collection 6.1. Produced by the World Food Programme (WFP), the data tracks vegetation health through 10-day intervals including current indices, long-term averages, and percentage anomalies. The records are updated as of March 2026.
Dekadal NDVI indicators for Seychelles aggregated by sub-national administrative units, derived from NASA's MODIS collection 6.1 satellite imagery. Produced by the World Food Programme (WFP), the data tracks vegetation health and anomalies through March 2026.
Supplying dekadal (10-day) Normalized Difference Vegetation Index (NDVI) indicators for Ethiopia, aggregated by sub-national administrative units using NASA MODIS collection 6.1 satellite data. Produced by the World Food Programme (WFP), the records track vegetation health through current values, long-term averages, and percentage anomalies. The data is current as of March 2026 and utilizes WFP-standardized administrative boundaries.
Dekadal NDVI (Normalized Difference Vegetation Index) indicators for Vanuatu, aggregated by sub-national administrative units using NASA MODIS collection 6.1 satellite data. Produced by the World Food Programme (WFP), the records track vegetation health through 10-day measurements and long-term averages. The data is current as of March 2026.
Supplying dekadal vegetation health indicators for Niger, produced by the World Food Programme (WFP) using NASA MODIS collection 6.1 satellite imagery. It tracks Normalized Difference Vegetation Index (NDVI) values and anomalies aggregated by sub-national administrative units to monitor environmental conditions.
The World Food Programme provides this dataset of dekadal NDVI indicators for Sudan, derived from NASA MODIS collection 6.1 satellite imagery. It tracks vegetation health across sub-national administrative units using 10-day intervals, including historical averages and percentage anomalies. The data is aggregated from Aqua and Terra satellite sensors and mapped to specific WFP administrative boundaries.
Lebanon sub-national NDVI indicators aggregated every 10 days from NASA MODIS collection 6.1 satellite data. Produced by the World Food Programme, the data tracks vegetation health across administrative units using Pcode references. The records include current vegetation indices, historical averages, and percentage anomalies.
WFP provides dekadal NDVI indicators for Kenya's sub-national administrative units derived from NASA MODIS collection 6.1 satellite imagery. The data tracks vegetation health through 10-day intervals, comparing current observations against long-term averages to identify anomalies.