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Jellyfish blooms. --- Jellyfishes --- Marine ecology. --- Ecology.

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Jellyfishes. --- Bell-shaped jellies --- Jellies (Cnidaria) --- Jellyfish --- Medusae --- Medusozoa --- Medusozoans --- Nettles, Sea --- Sea jellies --- Sea nettles --- True jellies --- Cnidaria

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Jellyfish are one of the most conspicuous animals in our oceans and are renowned for their propensity to form spectacular blooms. The unique features of the biology and ecology of jellyfish that enable them to bloom also make them successful invasive species and, in a few places around the world, jellyfish have become problematic. As man increasingly populates the world’s coastlines, interactions between humans and jellyfish are rising, often to the detriment of coastal-based industries such as tourism, fishing and power generation.   However we must not lose sight of the fact that jellyfish have been forming blooms in the oceans for at least 500 million years, and are an essential component of normal, healthy ocean ecosystems. Here many of the world’s leading jellyfish experts explore the science behind jellyfish blooms. We examine the unique features of jellyfish biology and ecology that cause populations to ‘bloom and bust’, and, using case studies, we show why jellyfish are important to coastal and ocean ecosystem function. We outline strategies coastal managers can use to mitigate the effects of blooms on coastal industries thereby enabling humans to coexist with these fascinating creatures. Finally we highlight how jellyfish benefit society; providing us with food and one of the most biomedically-important compounds discovered in the 20th century. .

Jellyfish blooms. --- Jellyfishes. --- Bell-shaped jellies --- Jellies (Cnidaria) --- Jellyfish --- Medusae --- Medusozoa --- Medusozoans --- Nettles, Sea --- Sea jellies --- Sea nettles --- True jellies --- Blooms, Jellyfish --- Jelly blooms --- Life sciences. --- Animal ecology. --- Applied ecology. --- Aquatic ecology. --- Invertebrates. --- Environmental management. --- Life Sciences. --- Freshwater & Marine Ecology. --- Animal Ecology. --- Environmental Management. --- Applied Ecology. --- Cnidaria --- Plankton blooms --- Aquatic biology. --- Ecology --- Environmental protection --- Nature conservation --- Environmental stewardship --- Stewardship, Environmental --- Environmental sciences --- Management --- Invertebrata --- Animals --- Zoology --- Hydrobiology --- Water biology --- Aquatic sciences --- Biology --- Aquatic ecology . --- Aquatic biology

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Analytical biochemistry --- Green fluorescent protein --- Zooplancton --- Zooplankton --- Protéine --- proteins --- Fluorescence --- Aequorea aequorea --- 577.112 --- 591.148 --- 58.035 --- #WSCH:MODS --- GFP (Protein) --- Green jellyfish protein --- Fluorescent polymers --- Proteins --- Luminescence (bioluminescence) --- Emitted and absorbed light. Luminescence (bioluminescence) --- Green fluorescent protein. --- 58.035 Emitted and absorbed light. Luminescence (bioluminescence) --- 591.148 Luminescence (bioluminescence) --- 577.112 Proteins --- Zooplankton. --- Jellyfish --- Meduse

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Jellyfish generally are considered to be nuisances because they interfere with human activities by stinging swimmers, clogging power plant intakes and nets of fishermen, killing fish in aquaculture pens, and being both predators and competitors of fish. There is concern that environmental changes such as global warming, eutrophication, over-fishing, and coastal construction may benefit jellyfish populations. During this past decade following the first Jellyfish Blooms volume, some species have bloomed more frequently, expanded their range, and caused more problems for humans. Mnemiopsis leidyi, the ctenophore that invaded the Black Sea in the 1980s and damaged fisheries, now also blooms in the North, Baltic, and Mediterranean seas. Nemopilema nomurai, a giant Asian jellyfish, has bloomed frequently during this decade, causing severe damage to the Japanese fishing industry. Jellyfish Blooms: Interactions with Humans and Fisheries is the fourth volume in this series. Syntheses and original research articles address the question if jellyfish have increased globally and what factors may have contributed to the abundance of jellyfish. This volume is the most extensive to date, containing papers from all continents (except Antarctica) on scyphozoans, hydrozoans, cubozoans, staurozoans, and ctenophores, and on the fate of jellyfish blooms. This is a key reference for students and professional marine biologists, oceanographers, and fishery scientists and managers.Previously published in Hydrobiologia, vol. 690, 2012 Previously published in Hydrobiologia, vol. 690, 2012.

Aquatic biology. --- Life sciences. --- Marine Sciences. --- Oceanography. --- Jellyfishes --- Zoology --- Earth & Environmental Sciences --- Health & Biological Sciences --- Ecology --- Invertebrates & Protozoa --- Jellyfish blooms. --- Jellyfishes. --- Marine ecology. --- Ecology. --- Blooms, Jellyfish --- Jelly blooms --- Biological oceanography --- Marine ecosystems --- Ocean --- Bell-shaped jellies --- Jellies (Cnidaria) --- Jellyfish --- Medusae --- Medusozoa --- Medusozoans --- Nettles, Sea --- Sea jellies --- Sea nettles --- True jellies --- Aquatic ecology. --- Marine sciences. --- Freshwater. --- Life Sciences. --- Freshwater & Marine Ecology. --- Marine & Freshwater Sciences. --- Plankton blooms --- Cnidaria --- Aquatic ecology --- Oceanography, Physical --- Oceanology --- Physical oceanography --- Thalassography --- Earth sciences --- Marine sciences --- Ocean sciences --- Aquatic sciences --- Hydrobiology --- Water biology --- Biology --- Aquatic ecology . --- Fresh waters --- Freshwater --- Freshwaters --- Inland water --- Inland waters --- Water --- Aquatic biology --- Fresh water.