These eerily beautiful images show animals born at Europe鈥檚 largest jelly-fish breeding facility: Jellyfish Farm, in K眉nzell, Germany 鈥� hundreds of kilometres from any ocean.
Photographers used macro lenses and studio flashes to capture the images, but they were most concerned with the positioning of the jellyfish, which sink to the bottom of a normal aquarium and thus wouldn鈥檛 be photographable. The animals needed a 鈥渏ellyfish kreisel鈥�, or gyroscope, to create water movement, without which they can鈥檛 swim or feed.
Jellyfish drift 鈥渂etween being an environmental threat and a source of sustainable innovation鈥�, say the Kochs as part of their project. The number of blooms is increasing as oceans heat up and pollution and overfishing increase, with dire consequences for ecosystems and economies.
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But jellyfish also present great opportunities: as animal feed, fertilisers or human superfoods, thanks to the anti-inflammatory and immunologically important biochemicals they contain. Their mucus can also create a biofilter to stop plastics from reaching the sea.
Pacific compass jellyfish (Chrysaora fuscescens) are shown in the main picture. They will be shipped to zoos, aquariums and research institutions. Below this, a gyroscope provides an ocean-like vortex for moon jellyfish (Aurelia aurita). Pictured above, a pipette contains mangrove jellyfish (Cassiopea xamachana).
As adults, they will live on the seafloor, their tentacles pointing to sunlight, helping single-celled algae there conduct photosynthesis. The image above shows jellyfish specimens being checked before dispatch.
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