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The underwater lab consists of 12 underwater basins with experimental underwater gardens, in the Eastern Scheldt, at the doorstep of NIOZ in Yerseke. Scientists and students will be conducting research into how human structures such as dyke coverings and embankments behave below the water line and what influence they have on ecological soil communities.
  
The underwater lab consists of 12 underwater basins with experimental underwater gardens, in the Eastern Scheldt, at the doorstep of NIOZ in Yerseke. Scientists and students will be conducting research into how human structures such as dyke coverings and embankments behave below the water line and what influence they have on ecological soil communities.
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[[Bestand:190925 NIOZ opening onderwaterlab-125.jpg|miniatuur|Students & professionals observing subtidal environment in underwater laboratory facility.]]
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=== Innovative monitoring ===
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The UnderwaterLab provides an excellent facility to test innovative measurement techniques of the subtidal environment due to its easy access and vicinity to lab analysis facilities. Within the scope of LCHT, three innovative monitoring techniques were tested:
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# In-situ fluorescence
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# Macrobenthos vacuum
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# Orthomosaic monitoring of sessile flora and fauna
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Below a presentation is provided summarising the techniques and the key results of the monitoring:
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{{Cite|resource=Bestand:FinalPres InternshipInTheUnderwaterLab 24.06.2021.pdf|name=Innovative monitoring of subtidal environment in the UnderwaterLab|dialog=process-file-dialog}}
   
 
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Huidige versie van 13 jul 2021 om 16:22

Because sea levels are rising, many dikes in the Netherlands are being modified. How to design these dikes in such a way that water safety can be combined with a wealth of underwater nature, biodiversity and high productivity for fishing? That question can now be answered with the help of a unique underwater laboratory. 

The underwater lab consists of 12 underwater basins with experimental underwater gardens, in the Eastern Scheldt, at the doorstep of NIOZ in Yerseke. Scientists and students will be conducting research into how human structures such as dyke coverings and embankments behave below the water line and what influence they have on ecological soil communities.

Students & professionals observing subtidal environment in underwater laboratory facility.

Innovative monitoring

The UnderwaterLab provides an excellent facility to test innovative measurement techniques of the subtidal environment due to its easy access and vicinity to lab analysis facilities. Within the scope of LCHT, three innovative monitoring techniques were tested:

  1. In-situ fluorescence
  2. Macrobenthos vacuum
  3. Orthomosaic monitoring of sessile flora and fauna

Below a presentation is provided summarising the techniques and the key results of the monitoring:

Innovative monitoring of subtidal environment in the UnderwaterLab























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