Streamflow Monitoring, Enhancing Flood Early Warning Services, and High Impact Weather Assessment
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The Climate Change Vulnerability, Impacts and Assessments Service assesses climate change impacts on vulnerable communities, water resources, and ecosystems in order to better address resilience building activities.
The Food Security Vulnerability Information System of Nepal is a completed service that enabled a diverse set of decision makers to share information about food security through a single system using ICT tools and GIS functionalities.
The Land Use Land Cover and Change Mapping Service was designed to provide governments with data, tools, and skills to better understand relevant intervention actions related to land conservation and management, ensuring that land resources can be efficiently monitored and regulated.
The Monitoring Extreme Weather in the Hindu Kush Himalaya (HKH) service provides a customized numerical weather prediction toolkit to assess high impact convective weather events over the HKH region.
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.
The Regional Stream Flow Monitoring and Forecasting Service was designed to provide real-time streamflow forecasts for several watersheds in East Africa and bias-corrected satellite precipitation products to enable the timely prediction and monitoring of extreme events.
The Satellite-Based Water Quality Monitoring Service leverages Earth observing satellite information to assess historical water quality changes of in-land trans-boundary lakes.
Several NASA representatives visited SERVIR-Himalaya at the International Center for Integrated Mountain Development (ICIMOD) last week to discuss current and prospective areas for collaboration with ICIMOD and view demonstrations of several SERVIR-Himalaya online applications.
Forested areas are important to our planet's health because they take in large amounts of carbon and release oxygen. When forests are removed or degraded, less carbon is taken from the atmosphere, and the result is increased carbon emissions, which may hasten climate change and increase its impact.