GIS and mapping

Destructive landslides are more likely to occur after wildfires, but how does the hazard change as vegetation regrows? Scientists are improving prediction methods to reduce costly unnecessary warnings

Sea level rise driven by climate change is increasingly threatening coastal cities worldwide through flooding, ocean acidification, and erosion, highlighting the urgent need for adaptation and resilience strategies.

This paper analyses drought severity across Mexican regions between 2000 and 2025 using satellite-based indicators of vegetation health and surface moisture.

This analytical study aims to identify strategic land restoration opportunities and inform policy and investment planning for resilient landscape management in Turkmenistan.

This study captures how households in Delhi experience heat, combining high-resolution climate and remote-sensing data with a primary household survey to estimate impacts on health, productivity, and coping capacity based on appliance ownership.

This report presents the findings from the first of two activities conducted with the primary aim of gaining insights into the increasing threats posed by wildfire outbreaks to both forests and local communities in Thailand.

Researchers led by the Technical University of Munich (TUM) have created the first global atlas of the influence of tides on coastal rivers.

Researchers in South Dakota State University's Geospatial Sciences Center of Excellence utilized satellite data to better understand how destructive wildfires swept through Los Angeles in January 2025.