Environmental Regulation, Technological Innovation and Development of Marine Fisheries—Evidence from Ten Coastal Regions in China

Li, Yutong; Jiao-jiao, Kong; Ji, Jianyue

doi:10.3390/fishes7010020

Cited by 12 publications

(8 citation statements)

References 29 publications

(9 reference statements)

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“…Fisheries output increases by 0.07% for FEOLS, 0.08% for FMOLS, and 0.37% for DOLS for every 1% increase in IP rights. This result is consistent with the statements made by Karagiannis and Metaxas (2023), Nogueira et al (2022), Li et al (2022), and Fu et al (2022) that the protection of intellectual property rights increases the productivity of fisheries in developing nations. The empirical data explain an inverse connection between market size and fisheries output in EU13 developing nations.…”

Section: Resultssupporting

confidence: 92%

“…It would better use systems thinking to optimize trade-offs and synergies between competing domains to achieve fisheries and conservation. Li et al (2022) and Fu et al (2022) investigated the growth of marine fisheries' technical innovations and intellectual property rights in 10 coastal areas of China, concluding that property rights are essential to fostering this development.…”

Section: Literature Reviewmentioning

confidence: 99%

“…It would better use systems thinking to optimize trade‐offs and synergies between competing domains to achieve fisheries and conservation. Li et al (2022) and Fu et al (2022) investigated the growth of marine fisheries' technical innovations and intellectual property rights in 10 coastal areas of China, concluding that property rights are essential to fostering this development. From a different angle, numerous studies, including those by Wang and Wang (2022), Albasri and Sammut (2022), Ramos and Drakeford (2021), and Pathak et al (2022) confirmed that increased investment in enhancing intellectual property rights could potentially counterbalance, at least in part, the effects of decommissioning in the fisheries.…”

Section: Literature Reviewmentioning

confidence: 99%

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Nature of property rights and motivation for blue growth: An empirical evidence from the fisheries industry

Alsaleh,

Abdul‐Rahim,

Liu

et al. 2023

Natural Resources Forum

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If unauthorized resource use is prevented, managing marine resources by allocating property rights may match economic and environmental conservation incentives. However, because of the developing exploitation of marine resources and accompanying pollution, species' living conditions in Europe's waters are changing more quickly than before. By considering the roles of fisheries productivity, intellectual property rights, intellectual capital rights, market size, governance, and economic growth from 1990 to 2022, this paper aims to investigate the dynamic effect of property rights factors on the sustainability of the fisheries industry in 27 European countries. At higher quantiles, the findings showed a significant positive association between governance and fisheries sustainability adopting a new method, the MMQR with fixed effects, the Method of Moments Quantile Regression. In addition, in EU27 nations, the impact of intellectual property rights was favorable and statistically significant from the first to ninth quantiles. The findings show that the EU14 developed nations have more excellent governance and intellectual capital rights than the EU13 developing countries, significantly benefiting fisheries sustainability. In the same way that market size and economic growth condense fisheries sustainability in EU14 developed and EU13 developing countries, it has been discovered that intellectual property rights do the same across all quantiles, supporting the growth hypothesis for fisheries‐producing countries. The findings specifically show that the beneficial solid impact of intellectual property rights, market size, and economic development on the sustainability of fisheries is more significant in EU13 developing nations than in EU14 developed countries. These results provide policymakers with helpful information for promoting property rights aspects in EU14 and EU13 nations via effective green technologies in the fisheries sector to meet sustainable development objectives.

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Section: Resultssupporting

confidence: 92%

Section: Literature Reviewmentioning

confidence: 99%

Section: Literature Reviewmentioning

confidence: 99%

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Nature of property rights and motivation for blue growth: An empirical evidence from the fisheries industry

Alsaleh,

Abdul‐Rahim,

Liu

et al. 2023

Natural Resources Forum

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show abstract

“…Similarly, Colina et al (2021) investigated how fish populations affected carbon flows in benthic and pelagic environments and the benthic zone, significantly affecting marine CO 2 and CH 4 net emissions. Furthermore, using the double logit model, McArley et al (2021) and Li et al (2022) investigated the relationship between marine pollution and the development of China's marine fisheries. The results indicate that environmental regulations have a “U‐shaped” impact on the environment of China's marine fisheries.…”

Section: Literature Reviewmentioning

confidence: 99%

Toward marine sustainability: Unveiling the effect of the fishery industry on blue carbon sequestration

Alsaleh

Wang

Zhang

2023

Sustainable Development

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The fishing fleet of European Union (EU) nations gets billions in tax benefits each year, and the combustion of that fuel results in millions of tons of carbon emissions each year—and quantity of carbon dioxide equal to what Malta's entire fishing fleet emits each year. By considering the function of fishing output, fossil fuel usage, economic development, and population density (PD) from 1990 to 2022, this study examines the dynamic impact of the fishery sector on blue carbon in 27 European nations. The findings revealed a significant positive correlation and showed a significant positive association between fishing output as well as carbon sink decline at most quantiles by adopting an innovative methodology which is the method of moments quantile regression method which has a fixed factor. From the first to the ninth quantiles, fishery output greatly accelerates the decline of blue carbon storage, with a more substantial impact at the highest and a lesser influence at the lowest quantile. The findings also show that the EU14 developed countries experience a more meaningful, beneficial effect of fishing output on carbon sink deterioration than the EU13 developing nations. Economic development in EU14 created and EU13 developing nations were found to compress carbon sink degradation across all quantiles, supporting the growth theory for countries that produce fisheries. Fossil fuel usage was found to boost carbon sink degradation. In EU14 developed countries, the impact of PD was significantly negative from the first to the seventh quantiles. In contrast, in EU13 developing countries, this has a significant positive effect across all quantiles. With the help of diverse and green energy sources like the tide and wave energy, lawmakers can reduce the deterioration of blue carbon in the EU14 and EU13 nations.

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“…However, this has also led to the problems of scattered fishery resource layout, depletion of high-quality fish resources, and low technology. In summary, the development of marine fisheries in China's coastal regions is almost always constrained by problems such as resource depletion and environmental degradation [29].…”

Section: Introductionmentioning

confidence: 99%

Evaluation of Marine Fisheries Vulnerability in China and Its Spatial Effects: Evidence from Coastal Regions

2022

Agriculture

Self Cite

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Based on data from 10 coastal regions in China, this study establishes an evaluation index system for marine fisheries using the theoretical framework of the DPSR model. The entropy method is used to calculate the degree of marine fisheries vulnerability in each region of China from 2009 to 2018. The spatial Durbin model (SDM) is also used to analyze the influencing factors and spatial spillover effects of marine fisheries vulnerability from four perspectives of economic efficiency, industrial structure, environmental regulation, and ecological pollution. The results show significant positive direct effects between the economic efficiency, ecological pollution, and vulnerability of marine fisheries. At the same time, there are significant negative effects between the industrial structure, environmental regulation, and vulnerability of marine fisheries. In terms of spatial spillover effects, economic efficiency, environmental regulation, and ecological pollution show positive spatial spillover effects, while the industrial structure shows negative spatial spillover effects. These findings provide a theoretical basis for the sustainable development of marine fisheries in China.

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Environmental Regulation, Technological Innovation and Development of Marine Fisheries—Evidence from Ten Coastal Regions in China

Cited by 12 publications

References 29 publications

Nature of property rights and motivation for blue growth: An empirical evidence from the fisheries industry

Nature of property rights and motivation for blue growth: An empirical evidence from the fisheries industry

Toward marine sustainability: Unveiling the effect of the fishery industry on blue carbon sequestration

Evaluation of Marine Fisheries Vulnerability in China and Its Spatial Effects: Evidence from Coastal Regions

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