Mapping Soil Fertility in Ecuador
![Digital map of chemical fertility of soils of continental Ecuador. Credit: Alliance Bioversity-CIAT and MAG, 2022.](/sites/default/files/styles/card_flag/public/2023-09/service-amz-Mapping-Soil-Fertility-in-Ecuador-16x9.png.webp?itok=7aWGN0Y0)
The Mapping Soil Fertility in Ecuador service, in collaboration with the Ecuadorian Ministry of Agriculture, generated high-resolution (30 m) digital soil maps of key nutrients for agricultural development.
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The Mapping Soil Fertility in Ecuador service, in collaboration with the Ecuadorian Ministry of Agriculture, generated high-resolution (30 m) digital soil maps of key nutrients for agricultural development.
The Regional Cropland Assessment and Monitoring Service seeks to provide timely information for food security assessments through the development of national and regional crop monitors in East Africa.
This fact sheet highlights how SERVIR is using satellite data to pinpoint breeding locations for locusts so that the pests can be eradicated before they take flight.
To sustainably manage forest landscapes, governments and decision makers need accurate and up-to-date information on the extent of the forests they manage and the ways they are changing.
The United States Agency for International Development (USAID) and the U.S. National Aeronautics and Space Administration (NASA) announced on March 8 a five-year project that will use satellite imagery to address environment and development challenges across the Amazon Basin.
A blog posted by Spatial Informatics Group (SIG) describes ways that the new SERVIR-Amazonia hub will bring geospatial information to assist with sustainable development problems and natural resource protection for the Amazonia region.
This flood monitoring service utilizes Google Earth Engine and the available LandSAT and SENTINEL data collections, spanning from 2014 to the present date, to determine water surface areas within specific date ranges.
The Mapping with Radar in Imbabura service brings Synthetic Aperture Radar (SAR) and other remote sensing resources to map land cover of the province of Imbabura in Ecuador.
A single desert locust can consume its body weight in vegetation in one day. When 40 million of them gather, they can devour as much food as 35,000 people.
One of the major challenges in monitoring forests is identifying forest degradation processes. Recent years have seen advancements in satellite remote sensing technology, which has in turn revealed changed patterns of illegal deforestation activity in the Amazon rainforest.