Project gallery @home edition 2020

Climate Detectives @home is an ESA education project that challenges, students aged 12 – 18 years, and families to monitor our planet from home by looking from above.

From their vantage point in space, astronauts and satellites can see both the beauty and the fragility of our planet. You can also observe Earth from home and work like a real Earth scientist!

Participants were asked to choose an Earth observation image, using the EO Browser online tool, the ESA Earth Observation Image of the week gallery or the ESA astronauts’ Flickr accounts. In addition to the image, participants had to provide a short description linking the image to a climate problem.

 

Project title: The green “Kauno marios”

Category: Oceans and water bodies

Author: Carlos Viscasillas VĂĄzquez Student’s age: 12 years old

Image source: EO Browser

Description:

In this time-lapse by Sentinel-2 you can see the Kaunas Reservoir (lit. Kauno marios) in Lithuania. It is the largest artificial water body in Lithuania. This is a place where we often go swimming. The lagoon and its shores belong to the Kaunas Lagoon Regional Park. This beautiful park is rich in water birds listed in the Lithuanian Red Data Book, breeds various fish, and has unique and valuable plant communities. The length of the lagoon is 80 kilometers.

Water blooms are observed every year as a sign of eutrophication, making the water unsuitable for swimming. This could be due to a variety of chemicals entering the water that are changing the ecosystem. The chemicals are various detergents, washing powders, various cleaning products – they are full of phosphorus compounds, which, when entering water bodies, promote the growth of algae. This process is usually cyclical and can be repeated in spring, summer, autumn. Each year, depending on weather conditions and the amount of nutrients entering the water, the intensity of flowering varies, affecting the processes that adversely affect the water ecosystem, could be classified as pollution. We try to find when and where the problem originates, thanks to the Sentinel-2 images. In a time lapse of last year we tried to locate the focus where the algae proliferate and the exact starting date. Our aim is to investigate this going back in time, to find out the year in which it originated, relating it to human activities in the same area.

Images and descriptions are submitted by the teams/individuals and they take the full responsibility of the shared data.

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