Monitoring of Mangroves in Ecuador
The Spatio-temporal monitoring of the mangrove ecosystem, in collaboration with the CIIFEN, generated a Google Earth Engine code to support the monitoring of mangrove change.
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The Spatio-temporal monitoring of the mangrove ecosystem, in collaboration with the CIIFEN, generated a Google Earth Engine code to support the monitoring of mangrove change.
The Spatio-temporal monitoring of soil water erosion service, in collaboration with the Ecuadorian Ministry of Agriculture and Livestock (MAG), will generate a Google Earth Engine app to support the monitoring of soil water erosion and the analysis of its impact in the Ecuadorian Amazon basin.
The Monitoring Forest Dynamics to Enable Biodiversity Conservation in the Amazon service - now completed - helped introduce "TerraBio," a monitoring tool to assess the impact of private sector engagement on biodiversity conservation in the Amazon.
Collect Earth Online is a custom built, open-source, satellite image viewing and interpretation system developed by SERVIR, FAO, and other partners as a tool for use in projects that require land cover and/or land use data.
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 FRTC, which is under the jurisdiction of Nepal’s Ministry of Forests and Environment, is the government-sanctioned organization that is responsible for forestry research and survey activities at the national level.
SERVIR-HKH has developed land cover monitoring systems with a modular architecture built on the Google Earth Engine (GEE) computational platform.
The Resilient Forest Management in Nepal is designed to assess the current state of forest ecosystems, identify the drivers of change, and explore suitable adaptation and mitigation measures.
This service improves air quality monitoring through a web-based dashboard that was developed that utilizes publicly available observation data, satellite-based remote sensing products, and atmospheric models.
The Charcoal Production Site Monitoring Service is a web-based platform for visualizing the spatial distribution of charcoal production sites, thereby facilitating forest degradation monitoring in the study areas.