大気水圏科学(A)
セッション小記号海洋科学・海洋環境(OS)
セッションIDA-OS19
タイトル和文Marine ecosystems and biogeochemical cycles: theory, observation and modeling
英文Marine ecosystems and biogeochemical cycles: theory, observation and modeling
タイトル短縮名和文Marine ecosystems & biogeochem. cycles
英文Marine ecosystems & biogeochem. cycles
代表コンビーナ氏名和文平田 貴文
英文Takafumi Hirata
所属和文北海道大学　北極域研究センター
英文Arctic Research Center, Hokkaido University
共同コンビーナ 1氏名和文伊藤 進一
英文Shin-ichi Ito
所属和文東京大学大気海洋研究所
英文Atmosphere and Ocean Research Institute, The University of Tokyo
共同コンビーナ 2氏名和文Enrique N Curchitser
英文Enrique N Curchitser
所属和文Rutgers University New Brunswick
英文Rutgers University New Brunswick
共同コンビーナ 3氏名和文Eileen E Hofmann
英文Eileen E Hofmann
所属和文Old Dominion University
英文Old Dominion University
発表言語E
スコープ和文The ocean accounts for about 50% of global net primary production. This production is significant for carbon cycling and ecosystem functioning, and is related directly or indirectly to a variety of climatic and ecological phenomena. The responses to natural and anthropogenic environmental stressors that influence marine production and diversity can cause perturbations to marine ecosystems that alter trophic dependencies and interactions among organisms at a range of space and time scales. Quantification of the principal mechanisms driving spatio-temporal variability of marine ecosystem remains to be done, especially in terms of evaluation of uncertainty in responses. As a result, evaluating vulnerability of marine ecosystems to environmental change requires systematic and holistic approaches that integrate physics to ecology and are based in observations and modelling. In addition, expectations to deliver these science to public society is raising. This session aims to provide a venue for not only discussing recent advances in understanding marine biogeochemical cycles, ecosystems and their interactions, but also networking with a variety of people to seed new ideas in marine ecological research. Observational, modeling and conceptual studies, including technological development and operational applications, that consider linkages among biogeochemical and ecosystem processes, biodiversity, and the effects of multiple stressors from molecular to planetary scales are encouraged.
英文The ocean accounts for about 50% of global net primary production. This production is significant for carbon cycling and ecosystem functioning, and is related directly or indirectly to a variety of climatic and ecological phenomena. The responses to natural and anthropogenic environmental stressors that influence marine production and diversity can cause perturbations to marine ecosystems that alter trophic dependencies and interactions among organisms at a range of space and time scales. Quantification of the principal mechanisms driving spatio-temporal variability of marine ecosystem remains to be done, especially in terms of evaluation of uncertainty in responses. As a result, evaluating vulnerability of marine ecosystems to environmental change requires systematic and holistic approaches that integrate physics to ecology and are based in observations and modelling. In addition, expectations to deliver these science to public society is raising. This session aims to provide a venue for not only discussing recent advances in understanding marine biogeochemical cycles, ecosystems and their interactions, but also networking with a variety of people to seed new ideas in marine ecological research. Observational, modeling and conceptual studies, including technological development and operational applications, that consider linkages among biogeochemical and ecosystem processes, biodiversity, and the effects of multiple stressors from molecular to planetary scales are encouraged.
発表方法口頭および（または）ポスターセッション