Abstract
Since 1998 the Copernicus programme has included the collection, processing and provision of earth observation data in order to investigate environmental and safety-related questions concerning the status of the earth. The Copernicus observation infrastructure is made up of a satellite and in situ component, as well as a service component.This observation infrastructure is characterised by longterm planning, a sustainable operation and reliable supply. The aim is to ensure that the Copernicus data and services provide maximum benefit to the user. In order to test interfaces between Copernicus and environmental monitoring, it was discussed and verified to what extent the indicator system of the German Strategy for Adaptation to Climate Change (DAS) may be further developed by means of satellite data. The cross-departmental coordinated DAS indicators system currently includes 102 indicators covering all DAS action fields and cross-sectional issues and represents the basis for regular reporting on the DAS implementation. The results of the interface testing are concrete proposals for additional and further-development of the DAS indicators as well as approaches for prospective further developments. Significant potential of the Copernicus programme for the DAS system of indicators lies in the general accessibility of the Copernicus services, as well as in the use and development of value adding services, which allow for better analyses that are more specifically focused on the issues of the DAS.