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Remote sensing in development cooperation

Background

Freely available satellite data from the European earth observation programme Copernicus or the US space agency NASA, growing data archives, cloud computing, free remote sensing software – the rapid developments in the past few years have enormously increased the potential of remote sensing for development cooperation. Digital technologies such as artificial intelligence (AI), open source and cloud computing are playing an increasingly important role.

Both the processing as well as the analysis of the huge amount of heterogeneous remote sensing data are representative of the future challenges of the digital society. Innovative ideas and concepts are required to process the data and convert it into meaningful information. If this can be successfully achieved, remote sensing data have the potential to solve various tasks in a wide range of different development cooperation applications more efficiently than before, which also makes it relevant for a number of different sectors.

The German development cooperation is already actively using remote sensing. The environment is extremely dynamic and the current applications extremely diverse: agriculture, forestry, bodies of water, crisis and risk management. However, the potential of remote sensing – for example, for implementing the Agenda 2030 or the Sendai Framework for Disaster Risk Reduction – has not yet been fully realised.

The “Remote sensing in development cooperation” page therefore gives you an initial overview of the principles of remote sensing, its potential, applications and specific recommendations for action.

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Picture 2/6: Sentinel-2 Aufnahme zeigt Weizenfelder und andere Anbaukulturen in Beauce (Frankreich). Die unterschiedlichen Farben deuten auf unterschiedliche Wachstumsstadien der verschie-denen Anbaukulturen hin. Mit Fernerkundung lassen sich Aussagen zur Art und zum Zustand von Anbaukulturen treffen.
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Picture 4/6: Auf diesem am 20. Juli 2019 aufgenommenen Bild sind die Streifen, Wirbel und Wirbel der spätsommerlichen Algenblüten deutlich sichtbar. Ohne Messungen vor Ort ist es schwierig, die Algenart zu unterscheiden, die das Meer bedeckt, da in diesen Gewässern viele ver-schiedene Algenarten wachsen. Die höchsten Konzentrationen von Algenblüten sollen in der zentralen Ostsee und um die Insel Gotland herum auftreten, die im Bild links zu sehen sind
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Gain an initial overview of potential applications, inspirational projects and applications of remote sensing in the following topic areas:

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