Georg H. Engelhard, Chris Bova, M. Natanah C. Gusha, Olivia L. Harrod, Timoteus Kadhila, Alex Kanyimba, Usman Khan, Anja Kreiner, Sandy Nghipangelwa, Elsemi Olwage, John K. Pinnegar, Warren Potts, Nina Rivers, Elize Shakalela, Bernadette Snow, Sirkka Tshiningayamwe, Ursula Unengu, Angelika Veii, Tapiwa V. Warikandwa, Margit R. Wilhelm, Kieran Hyder
{"title":"纳米比亚渔业气候风险评估","authors":"Georg H. Engelhard, Chris Bova, M. Natanah C. Gusha, Olivia L. Harrod, Timoteus Kadhila, Alex Kanyimba, Usman Khan, Anja Kreiner, Sandy Nghipangelwa, Elsemi Olwage, John K. Pinnegar, Warren Potts, Nina Rivers, Elize Shakalela, Bernadette Snow, Sirkka Tshiningayamwe, Ursula Unengu, Angelika Veii, Tapiwa V. Warikandwa, Margit R. Wilhelm, Kieran Hyder","doi":"10.1007/s11160-024-09871-1","DOIUrl":null,"url":null,"abstract":"<p>In Namibia, fisheries are important for food security and protein provisioning, income generation and trade; but they are vulnerable to the impacts of climate change. Not only does climate change impact the marine living resources crucial to fisheries; but changes in weather, currents and storminess are affecting the safety and effectiveness of fishing. Here we ask: What are the key risks from climate change to the eight large-scale fishery sectors of Namibia, and for the recreational and small-scale (artisanal) fisheries? For each fishery sector, we assessed three main risk components: (1) climate hazard exposure; (2) fish species sensitivity; and (3) socio-economic vulnerability. In combination, these three risk components are then used to calculate the overall climate risk for each fishery. Climate hazard exposure was assessed as highest for the small-scale, recreational, and rock lobster fisheries. Species sensitivities were highest for the rock lobster and crab fisheries, followed by monkfish trawlers, hake liners and hake trawlers. Socio-economic vulnerability was highest for the small pelagic fishery (linked to the collapse of pilchard). The overall climate risk emerged as greatest for the rock lobster fishery, followed by the (highly marginalised) small-scale artisanal fishery. The key risks by sector emerging from this assessment, informed five stakeholder workshops held across Namibia in 2023, attended by representatives of each sector and aimed at exploring options for climate adaptation. Based on these, we discuss potential adaptation measures that could reduce risk and minimise consequences, in support of improved climate resilience in Namibian fisheries.</p>","PeriodicalId":21181,"journal":{"name":"Reviews in Fish Biology and Fisheries","volume":"78 2 1","pages":""},"PeriodicalIF":5.9000,"publicationDate":"2024-08-19","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"Climate risk assessment of the fisheries in Namibia\",\"authors\":\"Georg H. Engelhard, Chris Bova, M. Natanah C. Gusha, Olivia L. Harrod, Timoteus Kadhila, Alex Kanyimba, Usman Khan, Anja Kreiner, Sandy Nghipangelwa, Elsemi Olwage, John K. Pinnegar, Warren Potts, Nina Rivers, Elize Shakalela, Bernadette Snow, Sirkka Tshiningayamwe, Ursula Unengu, Angelika Veii, Tapiwa V. Warikandwa, Margit R. 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Climate hazard exposure was assessed as highest for the small-scale, recreational, and rock lobster fisheries. Species sensitivities were highest for the rock lobster and crab fisheries, followed by monkfish trawlers, hake liners and hake trawlers. Socio-economic vulnerability was highest for the small pelagic fishery (linked to the collapse of pilchard). The overall climate risk emerged as greatest for the rock lobster fishery, followed by the (highly marginalised) small-scale artisanal fishery. The key risks by sector emerging from this assessment, informed five stakeholder workshops held across Namibia in 2023, attended by representatives of each sector and aimed at exploring options for climate adaptation. 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Climate risk assessment of the fisheries in Namibia
In Namibia, fisheries are important for food security and protein provisioning, income generation and trade; but they are vulnerable to the impacts of climate change. Not only does climate change impact the marine living resources crucial to fisheries; but changes in weather, currents and storminess are affecting the safety and effectiveness of fishing. Here we ask: What are the key risks from climate change to the eight large-scale fishery sectors of Namibia, and for the recreational and small-scale (artisanal) fisheries? For each fishery sector, we assessed three main risk components: (1) climate hazard exposure; (2) fish species sensitivity; and (3) socio-economic vulnerability. In combination, these three risk components are then used to calculate the overall climate risk for each fishery. Climate hazard exposure was assessed as highest for the small-scale, recreational, and rock lobster fisheries. Species sensitivities were highest for the rock lobster and crab fisheries, followed by monkfish trawlers, hake liners and hake trawlers. Socio-economic vulnerability was highest for the small pelagic fishery (linked to the collapse of pilchard). The overall climate risk emerged as greatest for the rock lobster fishery, followed by the (highly marginalised) small-scale artisanal fishery. The key risks by sector emerging from this assessment, informed five stakeholder workshops held across Namibia in 2023, attended by representatives of each sector and aimed at exploring options for climate adaptation. Based on these, we discuss potential adaptation measures that could reduce risk and minimise consequences, in support of improved climate resilience in Namibian fisheries.
期刊介绍:
The subject matter is focused on include evolutionary biology, zoogeography, taxonomy, including biochemical taxonomy and stock identification, genetics and genetic manipulation, physiology, functional morphology, behaviour, ecology, fisheries assessment, development, exploitation and conservation. however, reviews will be published from any field of fish biology where the emphasis is placed on adaptation, function or exploitation in the whole organism.