Getting to know the consumer: Toward mitigation of illegal whale meat consumption in South Korea

Tatar, Bradley; Jung, Changkuk

doi:10.1016/j.marpol.2017.12.024

Cited by 3 publications

(1 citation statement)

References 20 publications

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“…However, recent (Dec 2018) announcements by the Japanese government disclosed their intention to leave the IWC and begin whaling in Japanese jurisdictional waters, whilst ceasing to hunt in Antarctic waters. Additionally, 'bycatch' minke whales are being commercialised in South Korea (MacMillan & Han 2011, Tatar & Jung 2018.…”

Section: Brief Historical Overview Of Competitive Interactions Betweementioning

confidence: 99%

Competition between marine mammals and fisheries in contemporary harvested marine ecosystems

Saavedra

Kuparinen²

2019

Mar. Ecol. Prog. Ser.

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Competitive interactions between marine mammals and fisheries represents one of the most complex challenges in marine resource management worldwide. The development of commercial fisheries and recovering marine mammal populations have contributed to decreasing of fish availability. Whilst ecosystem-based fisheries management (EBFM) can counteract this decrease, achieving the EBFM objectives faces certain major obstacles including insufficient or unreliable data, inapplicable assessment models as well as inadequate management decisions that do not account for fisheriesinduced morphological alterations (FIMA) and marine mammal management. Despite a body of evidence addressing various aspects of marine mammal-fisheries competition, little is known about the effects of marine mammal-fisheries biological interactions affecting the fish viability and food web stability. Here, we review the research done on marine mammal-fisheries competitive biological interactions (hereafter as 'biological competition') by focussing on: (1) the prerequisites for marine mammal-fisheries biological competition and the relevant methodologies to explore them and (2) recent studies revealing the implications of FIMA and trophic interactions for the biological competition. We also discuss on the implications of FIMA, eco-evolutionary feedback and preypredator dynamics for EBFM implementation in contemporary harvested ecosystems. Our main findings reveal a lack of data about marine mammals' prey choice and selectivity, the need for better representation of marine mammals in modelling approaches and lastly, the necessity for additional research linking FIMA, trophic interactions and the EBFM objectives. To conclude, interdisciplinary approaches may serve to link all of the efforts needed to effectively and holistically support the implementation of EBFM.

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Section: Brief Historical Overview Of Competitive Interactions Betweementioning

confidence: 99%

Competition between marine mammals and fisheries in contemporary harvested marine ecosystems

Saavedra

Kuparinen²

2019

Mar. Ecol. Prog. Ser.

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The Bangudae Petroglyph: Whaling and Re-modernisation in a South Korean Industrial City

Tatar

2020

Journal of Intercultural Studies

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Whaling in Korea: Heritage, Framing, and Contention against International Norms

Tatar¹

2021

Power and Protest

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Getting to know the consumer: Toward mitigation of illegal whale meat consumption in South Korea

Cited by 3 publications

References 20 publications

Competition between marine mammals and fisheries in contemporary harvested marine ecosystems

Competition between marine mammals and fisheries in contemporary harvested marine ecosystems

The Bangudae Petroglyph: Whaling and Re-modernisation in a South Korean Industrial City

Whaling in Korea: Heritage, Framing, and Contention against International Norms

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