Intermap Technologies announced it will provide high-resolution digital terrain models (DTM) for flood hazard modeling for a World Bank project in the Greater Lomé region in Togo. Intermap is working with its partner, Twinn by Royal HaskoningDHV, to support this critical flood modeling project and strengthen the community?s flood resilience and risk management. Intermap?s NEXTMap® DTM provides critical terrain information for flood hazard modeling.

The Greater Lomé region, situated along the Gulf of Guinea in West Africa, experiences frequent flooding during the rainy season and has endured devastating floods due to heavy rainfall. Accurate terrain data and flood maps for the city and surrounding area are essential for evaluating flood risk and implementing strategic mitigation measures to safeguard the community and its critical infrastructure. Intermap has completed numerous projects for the World Bank, including an ongoing precision data project for Colombia as well as a mapping project for the Commonwealth of Dominica and flood mitigation work in Central Europe, Surinam and Azerbaijan.

Intermap?s NEXTMap digital terrain data reinforces Twinn?s technology to support better decision making for flood and climate risk management around the globe. Twinn provides climate risk intelligence across 19 hazards, including flooding, drought, wildfires, earthquakes and volcanoes.