Citizen Science | Environment

Jellyfish Forecast

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Jellyfish Forecast

AMBER lab at UoH has been studying jellyfish swarming patterns since 2008. In 2011, we launched the Meduzot project - a website and app dedicated to collecting Citizen Science jellyfish observations along the Israeli Mediterranean coast. Our novel forecasting service, developed with Hidromod as part of the EU Iliad project, features a jellyfish dashboard with three main components: 1. a real-time map of expert-validated observations (publicly available), 2. A novel forecasting tool, based on the mapped geolocation of jellyfish from the Meduzot web app for initiating swarm trajectory. A Copernicus (Cmems) ocean current model enables us to produce a three-day forecast of swarm arrival to track swarm trajectory to a given beach, or power and desalination plant intake locations. 3. A historical swarming trend analysis, exploring impacts of metocean parameters such as sea temperatures and Chlorophyll a concentrations on jellyfish swarms and past intake clogging events. We present this data as a Jellyfish Swarm Index (JSI), an established standard allowing a long-term analysis of jellyfish blooms. Check out the forecast and prediction tool in This Link.

We also built and collaborated with a vibrant network of 13 jellyfish observation initiatives across Southern European Seas including initiatives from Portugal, Spain, France, Tunisia, Malta, Italy, Croatia, Turkey, and Israel. Together we seek to improve data standardization and increase our scientific understanding of swarming patterns in time and space.

Jellyfish swarm forecast and analysis  

Additional Details

Type: Data Sets, Web Applications

Theme: Citizen Science, Environment, Oceanography, Research

Dataset sources: www.meduzot.co.il (Citizen Science), EMODnet/Cmems/Copernicus (Ocean currents, Chl.a, SST)

Language(s): Hebrew, English

Contact Information:

Dori Edelist

Dr.

University of Haifa

blackreefs@gmail.com

Screenshots

Real-time jellyfish map
Jellyfish forecasting system, based on expert-validated observations and an ocean current drift model.
Long term data series of jellyfish swarms in the Israeli Mediterranean coast, Sea Surface Temperature and ocean productivity

Parameters

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