Javascript must be enabled to continue!
The economic impacts of ocean acidification on shellfish fisheries and aquaculture in the United Kingdom
View through CrossRef
Ocean acidification may pose a major threat to commercial fisheries, especially those for calcifying shellfish species. This study was undertaken to estimate the potential economic costs resulting from ocean acidification on UK wild capture and aquaculture shellfish production. Applying the net present value (NPV) and partial equilibrium (PE) models, we estimate both direct and economy-wide economic losses of shellfish production by 2100. Estimates using the NPV method show that the direct potential losses due to reduced shellfish production range from 14% to 28% of fishery NPV. This equates to annual economic losses of between ö3 and ö6 billion of the UK’s GDP in 2013, for medium and high emission scenarios. Results using the PE model showed the total loss to the UK economy from shellfish production and consumption ranging from ö23–ö88 million. The results from both the direct valuation and predicted estimate for the economic losses on shellfish harvest indicate that there are regional variations due to different patterns of shellfish wild-capture and aquaculture, and the exploitation of species with differing sensitivities to ocean acidification. These results suggest that the potential economic losses vary depending on the chosen valuation method. This analysis is also partial as it did not include a wider group of species in early-life-stages or predator-prey effects. Nevertheless, findings show that the economic losses to the UK and its devolved administrations due to ocean acidification could be substantial. We conclude that addressing ocean acidification with the aim of preserving commercially valuable shellfish resources will require regional, national or international solutions using a combined approach to reduce atmospheric CO2 emissions and shift in focus to exploit species that are less vulnerable to ocean acidification.
Title: The economic impacts of ocean acidification on shellfish fisheries and aquaculture in the United Kingdom
Description:
Ocean acidification may pose a major threat to commercial fisheries, especially those for calcifying shellfish species.
This study was undertaken to estimate the potential economic costs resulting from ocean acidification on UK wild capture and aquaculture shellfish production.
Applying the net present value (NPV) and partial equilibrium (PE) models, we estimate both direct and economy-wide economic losses of shellfish production by 2100.
Estimates using the NPV method show that the direct potential losses due to reduced shellfish production range from 14% to 28% of fishery NPV.
This equates to annual economic losses of between ö3 and ö6 billion of the UK’s GDP in 2013, for medium and high emission scenarios.
Results using the PE model showed the total loss to the UK economy from shellfish production and consumption ranging from ö23–ö88 million.
The results from both the direct valuation and predicted estimate for the economic losses on shellfish harvest indicate that there are regional variations due to different patterns of shellfish wild-capture and aquaculture, and the exploitation of species with differing sensitivities to ocean acidification.
These results suggest that the potential economic losses vary depending on the chosen valuation method.
This analysis is also partial as it did not include a wider group of species in early-life-stages or predator-prey effects.
Nevertheless, findings show that the economic losses to the UK and its devolved administrations due to ocean acidification could be substantial.
We conclude that addressing ocean acidification with the aim of preserving commercially valuable shellfish resources will require regional, national or international solutions using a combined approach to reduce atmospheric CO2 emissions and shift in focus to exploit species that are less vulnerable to ocean acidification.
Related Results
Washington Shellfish Aquaculture: Assessment of the Current Regulatory Frameworks
Washington Shellfish Aquaculture: Assessment of the Current Regulatory Frameworks
The Washington shellfish aquaculture regulatory framework is a complex instrument with numerous permits and high agency involvement. Shellfish business owners, industry officials a...
Visioning the future of Aquaculture in Hawai‘i
Visioning the future of Aquaculture in Hawai‘i
The University of Hawai‘i Aquaculture Program and the National Oceanic and Atmospheric
Administration’s (NOAA) Hawaiian Islands Humpback Whale National Marine San...
Impact of Ocean Acidification on the Intestinal Microflora of Sinonovacula constricta
Impact of Ocean Acidification on the Intestinal Microflora of Sinonovacula constricta
The intestinal microflora, which is vital for nutrient absorption and immune regulation, can experience dysbiosis under environmental stress, potentially enhancing host susceptibil...
Ocean Acidification Effects on Larval Development and Survival in Commercially Important Shellfish
Ocean Acidification Effects on Larval Development and Survival in Commercially Important Shellfish
This paper studies the consequences of ocean acidification (OA) on the growth and survival of the larvae of commercially significant shellfish species such as oysters, mussels, and...
Environmental Impacts of Wastes and Contaminants from Aquaculture and Their Remediation Techniques
Environmental Impacts of Wastes and Contaminants from Aquaculture and Their Remediation Techniques
World food production needs to increase as the human population is increasing too steadily over the years. On the other hand, global food production sectors are being compromised a...
Response of plankton communities to ocean warming and acidification in the NW Mediterranean Sea
Response of plankton communities to ocean warming and acidification in the NW Mediterranean Sea
Réponse de communautés planctoniques au réchauffement et à l'acidification de l'océan en Méditerranée du Nord-Ouest
Le plancton a un rôle crucial dans le cycle du c...
Inventory of Pests and Parasites in the Cultivation of Hotate Shellfish (<i>Patinopecten yessoensis</i>) in Funka Bay, Hokkaido, Japan
Inventory of Pests and Parasites in the Cultivation of Hotate Shellfish (<i>Patinopecten yessoensis</i>) in Funka Bay, Hokkaido, Japan
Hotate Shellfish Cultivation is the largest shellfish cultivation in the world, but many pests and parasites are found. This research aims to inventory the types of pests and paras...
Satellite observed rapid inland aquaculture expansion in Jianghan Plain, China from 2016 to 2022
Satellite observed rapid inland aquaculture expansion in Jianghan Plain, China from 2016 to 2022
Inland freshwater aquaculture which includes a new crop-aquaculture system accounts for 77 % of aquaculture production worldwide and contributed significantly to the global demand ...

