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Copernicus Browser Teacher Guide

Brief description

The goal of this guide is to help teachers navigate the main tools of the Copernicus Browser and demonstrate how to use them with their students in the classroom. To showcase its utility, we will delve into and analyse a case study, the focus will be on an extreme drought event in 2015 at Lake Poopó, the second biggest lake in Bolivia, which completely dried out for an extended period.

Satellite imagery, provided in a user-friendly way from the Copernicus Browser, is a powerful tool for researchers, decision makers and the general public, but it can also be a powerful tool for educators, touching on very interdisciplinary matters of our modern societies, such as climate change and sustainability, which require the combination of subjects like language, social sciences, physics and more.

 

Subject Biology, Geography, Physics, Environmental Sciences

Outcome

The case study will be used to:

  • demonstrate the complexity of climate change and the impact of extreme climatic events over time
  • initiate discussions surrounding climate change, incorporating political narratives by using EO data
  • guide the student on the first steps of how to conduct online research on a subject matter
Resource available in:
English, Norwegian
Keywords:
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Download activity - EN

Did you know?

The Copernicus Browser primarily uses data from the Copernicus Programme, a collaborative initiative between the European Space Agency and the European Commission that collects and shares information about our planet. This programme provides free and open access to satellite images and measurements, allowing users to study everything from urban growth to environmental changes.

Helping to manage water

Discover how satellites can help collecting information on water resources at over large areas.

Satellites observe the Earth

Satellites observe the Earth using a range of wavelengths on the electromagnetic spectrum. Discover how we can build a more complete picture of Earth’s climate by sampling the electromagnetic spectrum at multiple wavelengths.

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