The Chlorophyll sandbox has a particular focus on analyzing the spatio-temporal patterns of the chlorophyll-A fronts. If you are an environmental scientist, an MPA manager or a policy maker with interest in marine conservation, climate change, fisheries or aquaculture, you have access here to key knowledge. All analyses are delivered in reports in near real time which you can upload and share. A BINDER virtual lab offers advanced users the possibility of exploring the Chlorophyll sandbox's functionalities to create new and personalized analytical flows.
The Chlorophyll sandbox is an analytical framework dedicated to the study of the Chlorophyll-A patterns . It leverages the scalability of an Elasticsearch cluster: 20 years of satellite MODIS Chl-a and Chl-a fronts data at the global scale, more than 25 billion measurements, are available to deliver insights for any region of interest.
The Chlorophyll sandbox has a particular focus on analyzing the spatio-temporal patterns of the chlorophyll-A fronts. If you are an environmental scientist, an MPA manager or a policy maker with interest in marine conservation, climate change, fisheries or aquaculture, you have access here to key knowledge. All analyses are delivered in reports in near real time which you can upload and share. A BINDER virtual lab offers advanced users the possibility of exploring the Chlorophyll sandbox's functionalities to create new and personalized analytical flows.
Key outpouts:
  • Chlorophyll-a trends, anomalies and climatologies
  • Chlorophyll-a gradients (i.e.: fronts)
  • Chlorophyll-a gradients clustering analysis
20-03-2023: We are experiencing too many concurrent users and access to data seems to be time to time unstable. Please accept our apologies. This Chl-a Sandbox is an experimental framework, please leave a message in the feedback form below if you are facing problems and would like to express your interest in this tool. We could consider allocating more resources to support more users.
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