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grid-net design that successfully reduces discarded catch and damage to benthic species in the veined rapa whelk beam trawl fishery
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A. R. ERYAŞAR, "grid-net design that successfully reduces discarded catch and damage to benthic species in the veined rapa whelk beam trawl fishery," MARINE BIOLOGY RESEARCH , vol.18, no.5-6, pp.335-346, 2022

ERYAŞAR, A. R. 2022. grid-net design that successfully reduces discarded catch and damage to benthic species in the veined rapa whelk beam trawl fishery. MARINE BIOLOGY RESEARCH , vol.18, no.5-6 , 335-346.

ERYAŞAR, A. R., (2022). grid-net design that successfully reduces discarded catch and damage to benthic species in the veined rapa whelk beam trawl fishery. MARINE BIOLOGY RESEARCH , vol.18, no.5-6, 335-346.

ERYAŞAR, AHMET. "grid-net design that successfully reduces discarded catch and damage to benthic species in the veined rapa whelk beam trawl fishery," MARINE BIOLOGY RESEARCH , vol.18, no.5-6, 335-346, 2022

ERYAŞAR, AHMET R. . "grid-net design that successfully reduces discarded catch and damage to benthic species in the veined rapa whelk beam trawl fishery." MARINE BIOLOGY RESEARCH , vol.18, no.5-6, pp.335-346, 2022

ERYAŞAR, A. R. (2022) . "grid-net design that successfully reduces discarded catch and damage to benthic species in the veined rapa whelk beam trawl fishery." MARINE BIOLOGY RESEARCH , vol.18, no.5-6, pp.335-346.

@article{article, author={AHMET RAİF ERYAŞAR}, title={grid-net design that successfully reduces discarded catch and damage to benthic species in the veined rapa whelk beam trawl fishery}, journal={MARINE BIOLOGY RESEARCH}, year=2022, pages={335-346} }