WATER
WATER

WATER

Aquaculture site selection using big data from remote sensing

Big data

WATER uses big data from remote sensing to evaluate multiple criteria such as depth for cage moorings, water temperature, and dissolved oxygen

WATER

AQUACULTURE PLANNING

Map depth, wave height, oxygen, and other parameters in regional seas. Use it to find out how well a particular species will grow in marine waters by analysing suitability. Using Big Data from satellite remote sensing and computer models we evaluate multiple criteria such as depth for cage moorings, water temperature, and dissolved oxygen.

SUITABILITY ASSESSMENT

Select over 50 species from Atlantic salmon or European seabass to check the suitability map scaled from one (bad) to five (highly suitable). The map shows suitability as the result of a Big Data index that combines six different parameters.

CLIMATE CHANGE

Suitable areas for aquaculture are shifting as our environment changes — WATER builds in the capacity to determine how the Blue Economy will be affected by climate change. Climate models that predict shifts in water temperature, oxygen, and other factors are used in WATER to help farmers, managers, and investors understand how business may be affected by such changes.

Aquaculture suitability

WATER reduces the risk and cost of aquaculture suitability assessment for all the major commercial aquaculture species

WATER

Aquaculture suitability

WATER reduces the risk and cost of aquaculture suitability assessment for all the major commercial aquaculture species

WATER
Aquaculture

DISEASE

WATER provides existing and prospective aquaculture farms with an assessment of spatial suitability in different areas. Search for the parameters of interest including depth, current speed, wave height, oxygen and chlorophyll.

Governance

GOVERNANCE

Big data from remote sensing leverages planning of suitable areas for aquaculture based in the exclusive economic zones based on parameters and species of interest. Reduce the due diligence cost and effort of determining which areas are suitable.

Governance

CLIMATE CHANGE

The climate change module models the likely suitability of different species in the future. Predict changes for both moderate and more extreme climate change scenarios, considering a medium-term (mid-century) and long-term (end-of-century) time horizon.

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WATER

WATER