Urban Development and Cultural Heritage

EO and GNSS are invaluable tools for the transition to smart, connected and climate neutral cities. City authorities, urban planners, real estate agencies, cultural heritage managers and surveyors all use solutions powered by EO and GNSS to perform a wide range of applications.

The Copernicus Sentinel constellation for instance, delivers high-quality free satellite imagery that allows for the estimation of characteristics related to urban structure. Moreover, the Copernicus Atmosphere Monitoring Service generates essential information on air quality in urban environments, measuring particles that might affect the heath of citizens and monitoring greenhouse gas emissions. This is also critical when monitoring cultural heritage sites, whereby the impact of air quality and potential ground subsidence may become catastrophic.

EGNSS-based solutions are also used, in conjunction with EO, to accurately survey and map urban areas and to build advanced 3D models of the built environment.

 

Copernicus for cultural preservation infographic

Urban Development and Cultural Heritage In Action

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Copernicus heatwave

As July brings renewed heatwaves and temperatures above 40 °C in southern Europe, Copernicus Sentinel-3 data show how space-based observations support decisions on extreme heat and climate resilience.

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Helsinki, Finland. Credit: European Union, Copernicus Sentinel-2 imagery

SPACE4Cities is a EUSPA-funded pre-commercial procurement project that aims to use European satellite data to better manage public space, green areas, transport infrastructure and city maintenance. 

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A new report by UNOOSA & EUSPA looks at how Copernicus, Galileo, EGNOS and GOVSATCOM can address such population-related challenges as food security, water management, climate change and the environment.

A new report by the EUSPA and United Nations Office for Outer Space Affairs (UNOOSA) highlight the many ways the EU Space Programme helps balance sustainable development with a rapidly growing population.