Our Mission
WaddenSee is dedicated to providing policymakers with the most accurate and up-to-date information related to biodiversity. Through our innovative use of satellite data and deep learning models, we are able to create predictive maps that offer insights into the current state of biodiversity and anticipate potential changes in the future. Our mission is to empower decision-makers with the tools they need to make informed choices for the preservation and protection of the natural world.
Why is Biodiversity important?
Biodiversity, encompassing all life forms, from minuscule microorganisms to majestic animals and plants, is the cornerstone of Earth's delicate equilibrium. It fosters adaptation, enabling species to thrive amid changing environments through evolution. However, the rapid environmental transformations have left biodiversity struggling to adapt, with numerous species already extinct and many more on the brink.
Using Satellite data is a powerful way to gain insights and safeguare the Wadden Sea's fragile ecosystem. With the ability to monitor water quality, sediment transport, and even wildlife movements from space, these technological advancements enable us to gain unprecedented insights into this UNESCO World Heritage site. By providing critical information on environmental changes, such as sea level rise and human impact, satellite data equips policymakers and conservationists with the knowledge needed to make informed decisions and take proactive measures to protect and restore the Wadden Sea, ensuring the continued survival of its diverse flora and fauna.
From the Skies to the Sea
What maps can you create?
Rasterdata consists of pixels, divided by rows and columns. These pixels make up a dataset which gives us insight on ecological systems like the Wadden Sea. It helps us to interpret, visualize and give advice on the state of biodiversity.
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The salinityraster illustrates the quantity of dissolved salt within the Wadden Sea. Organisms within the Wadden Sea all have their own range of salinity in which they thrive. By including the salinity within the model it could be possible to determine habitatzones for marine species within the Wadden Sea.