Jellyfish in coastal ecosystems: advances in our understanding of population drivers, role in biogeochemical cycling, and socio-economic impacts
Jellyfish in coastal ecosystems: advances in our understanding of population drivers, role in biogeochemical cycling, and socio-economic impacts
Jellyfish (herein, cnidarians and ctenophores) are natural members of marine ecosystems, and are widely distributed in the coastal zone. Flexibility in their physiology, trophic ecology and life history enable several species to form population outbreaks or blooms. Because of the potential impacts blooms have on ecosystem structure and function and human activities, research focuses on understanding their causes and consequences. A brief introduction to jellyfish research from the last 20 years is followed by three areas of recent research: 1) In the complex metagenic life cycle of scyphozoans, which life-stages(s) are the key determinants of population fluctuation? 2) What is the role of jellyfish in nutrient cycling and ecosystem productivity? 3) How are jellyfish detrimental and beneficial to human activity?
Gelatinous zooplankton, jellyfish, Jellyfish Blooms, Life cycles, biogeochemical cycle, nitrification, biodiversity, ecosystem services, Food webs, microbiome
474-495
Lucas, Cathy H.
521743e3-b250-4c6b-b084-780af697d6bf
Loveridge, Alexandra
7c2ba4b2-905f-4ec5-8daa-3ad3202d62fa
Hubot, Nathan D.
9582a5e3-d738-4506-9047-a1eb3b0f44e6
22 March 2024
Lucas, Cathy H.
521743e3-b250-4c6b-b084-780af697d6bf
Loveridge, Alexandra
7c2ba4b2-905f-4ec5-8daa-3ad3202d62fa
Hubot, Nathan D.
9582a5e3-d738-4506-9047-a1eb3b0f44e6
Lucas, Cathy H., Loveridge, Alexandra and Hubot, Nathan D.
(2024)
Jellyfish in coastal ecosystems: advances in our understanding of population drivers, role in biogeochemical cycling, and socio-economic impacts.
In,
Baird, Daniel and Elliott, Michael
(eds.)
Treatise on Estuarine and Coastal Science.
2 ed.
Elsevier Inc., .
(doi:10.1016/B978-0-323-90798-9.00110-4).
Record type:
Book Section
Abstract
Jellyfish (herein, cnidarians and ctenophores) are natural members of marine ecosystems, and are widely distributed in the coastal zone. Flexibility in their physiology, trophic ecology and life history enable several species to form population outbreaks or blooms. Because of the potential impacts blooms have on ecosystem structure and function and human activities, research focuses on understanding their causes and consequences. A brief introduction to jellyfish research from the last 20 years is followed by three areas of recent research: 1) In the complex metagenic life cycle of scyphozoans, which life-stages(s) are the key determinants of population fluctuation? 2) What is the role of jellyfish in nutrient cycling and ecosystem productivity? 3) How are jellyfish detrimental and beneficial to human activity?
Text
Lucas et al 2024 Treatise 3-s2.0-B9780323907989001104-main
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e-pub ahead of print date: 22 March 2024
Published date: 22 March 2024
Keywords:
Gelatinous zooplankton, jellyfish, Jellyfish Blooms, Life cycles, biogeochemical cycle, nitrification, biodiversity, ecosystem services, Food webs, microbiome
Identifiers
Local EPrints ID: 489040
URI: http://eprints.soton.ac.uk/id/eprint/489040
PURE UUID: 08693a74-6e31-4028-b9b2-e6f39bac71b0
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Date deposited: 11 Apr 2024 16:52
Last modified: 06 Jun 2024 01:34
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Contributors
Author:
Alexandra Loveridge
Editor:
Daniel Baird
Editor:
Michael Elliott
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