Heat action plans and stakeholder workshops
Planning teams use the interactive maps in workshops to align departments, discuss priorities with citizens, and build consensus on where to invest.
Most cities know heat is a growing risk, but lack the building-level evidence to decide where to act first. UrbanSens closes that gap with satellite-derived heat data, population context, and cooling analysis in one workflow.
How It Works
Each layer answers a different planning question. Together they form the evidence base for targeted heat adaptation.
Satellite-derived surface temperatures reveal where heat accumulates at building level. Hotspot classifications and the surface urban heat island (SUHI) effect make patterns comparable across districts and time periods.
Identify the hottest streets, building clusters, and districts at a glance.
Deliverables
A browser-based tool for your team to explore all layers, zoom to individual buildings, and compare districts without GIS software.
Print-ready maps with every building classified by heat burden, formatted for council presentations, planning documents, and public reports.
Pre-formatted layer exports for climate adaptation plans, funding applications (e.g. KfW, EU programs), and stakeholder communication.
In Practice
Planning teams use the interactive maps in workshops to align departments, discuss priorities with citizens, and build consensus on where to invest.
Landscape planners identify corridors where shade, water features, and vegetation create connected cooling paths through the hottest parts of the city.
Facility managers and building departments use the exposure data to prioritize which schools, nurseries, and care homes need structural heat protection or operational measures first.
See It Live
The UrbanSens Lens demo shows all three layers for Würzburg. Walk through heat burden, exposure, and cooling potential in a single interface.