The Relationship between Bryde’s Whales in Northern China and the Development of Xieyang Island in Beibu Gulf

The study explores the environmental risk to Bryde's whales in the Beibu Gulf because of habitat degradation, noise pollution, and poor population monitoring. These have led to a decline in the number of the whales. The research fills significant gaps in the conservation of marine mammals and focuses on Bryde's whale, which has previously not been adequately dealt with worldwide. Using satellite monitoring to monitor migration and foraging behavior, noise monitoring to evaluate the impact of noise pollution, and community-recollected data to promote stakeholder engagement, the study uses scientifically collected information from governments, as well as conservation communities on a local basis, to monitor the effectiveness of Marine Protected Areas (MPAs). Reinforcement and enforcement of MPAs. It will manage the noise pollution and stimulate population involvement, which is critical for the survival of Bryde's whales. They not only address the issue of habitat destruction but also promote a sustainable future for the species. The research contributes importantly to global marine conservation and provides a demonstration of bringing scientific research into alliance with community-based conservation practice.

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Publication Details

Journal
Highlights in Science Engineering and Technology
Published
2025-05-23
DOI
https://doi.org/10.54097/kq1efq52
Primary Topic
Marine animal studies overview
Type
article
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article

The Relationship between Bryde’s Whales in Northern China and the Development of Xieyang Island in Beibu Gulf

Lianfu Mei
Highlights in Science Engineering and Technology
Marine animal studies overview
article

The Relationship between Bryde’s Whales in Northern China and the Development of Xieyang Island in Beibu Gulf

Lianfu Mei
article en

Abstract

The study explores the environmental risk to Bryde's whales in the Beibu Gulf because of habitat degradation, noise pollution, and poor population monitoring. These have led to a decline in the number of the whales. The research fills significant gaps in the conservation of marine mammals and focuses on Bryde's whale, which has previously not been adequately dealt with worldwide. Using satellite monitoring to monitor migration and foraging behavior, noise monitoring to evaluate the impact of noise pollution, and community-recollected data to promote stakeholder engagement, the study uses scientifically collected information from governments, as well as conservation communities on a local basis, to monitor the effectiveness of Marine Protected Areas (MPAs). Reinforcement and enforcement of MPAs. It will manage the noise pollution and stimulate population involvement, which is critical for the survival of Bryde's whales. They not only address the issue of habitat destruction but also promote a sustainable future for the species. The research contributes importantly to global marine conservation and provides a demonstration of bringing scientific research into alliance with community-based conservation practice.

Highlights in Science Engineering and TechnologyVol. 141
Wuyi University (CN)
Openalex Percentile: Top 88%
Marine animal studies overview
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