Phosphorus dynamics associated with organic carbon mineralization by reduction of sulfate and iron in sediment exposed to fish farming
JS Mok, A Choi, B Kim, SU An, WC Lee… - Frontiers in Marine …, 2021 - frontiersin.org
The expansion of the aquaculture industry has resulted in accumulation of phosphorus (P)-
rich organic matter via uneaten fish feed. To elucidate the impact of fish farming on P
dynamics, P speciation, and benthic P release along with partitioning of organic carbon
(Corg) mineralization coupled to sulfate reduction (SR) and iron reduction (FeR) were
investigated in the sediments from Jinju Bay, off the southern coast of South Korea, in July
2013. SR in the farm sediment was 6.9-fold higher than the control sediment, and depth …
rich organic matter via uneaten fish feed. To elucidate the impact of fish farming on P
dynamics, P speciation, and benthic P release along with partitioning of organic carbon
(Corg) mineralization coupled to sulfate reduction (SR) and iron reduction (FeR) were
investigated in the sediments from Jinju Bay, off the southern coast of South Korea, in July
2013. SR in the farm sediment was 6.9-fold higher than the control sediment, and depth …
[引用][C] Phosphorus dynamics associated with organic carbon mineralization by reduction of sulfate and iron in sediment exposed to fish farming
현정호 - 2021 년도한국해양과학기술협의회공동학술대회, 2021 - scholarworks.bwise.kr
ScholarWorks@Hanyang University ERICA Campus: Phosphorus dynamics associated with
organic carbon mineralization by reduction of sulfate and iron in sediment exposed to fish
farming … Files in This Item There are no files associated with this item. … Related Researcher …
organic carbon mineralization by reduction of sulfate and iron in sediment exposed to fish
farming … Files in This Item There are no files associated with this item. … Related Researcher …
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