해수면이산화탄소의 비자연적 변화와 변동 : 지구적 자동시계열시스템 네트워크

Title
해수면이산화탄소의 비자연적 변화와 변동 : 지구적 자동시계열시스템 네트워크
Alternative Title
Constraining change and variability in surface ocean CO2 : a global network of autonomous time series
Author(s)
Sutton, A; Andersson, A; Bates, N; Cai, W.-J; Casari, M; Chu, S; Cronin, M; Cross, J; De Carlo, E; Evans, W; Fassbender, A; Hales, B; Howden, S; Kozyr, A; Lawrence-Slavas, N; 이미진; Manzello, D; McPhaden, M; Meinig, C; Mel; Mickett, J; Morell, J; Newton, J; Nielsen, K; Noakes, S; 노재훈; Olafsdottir, S; Plueddemann, A; Sabine, C.; Salisbury, J.; Send, U.; Skjelvan, I.; Tilbrook, B.; Trull, T.; Vandemark, D.; Weller, R.
KIOST Author(s)
Lee, Charity Mijin(이미진)Noh, Jae Hoon(노재훈)
Publication Year
2019-09-23
Abstract
Time-series observations are one of the most valuable approaches for characterizing ocean carbon cycle changes over time. High-frequency, surface buoy measurements of carbon dioxide (CO2) in seawater and the atmosphere exist in every ocean, nearly all biogeochemical provinces, and in coastal and coral reef ecosystems. Like ship-based time series, these autonomous observations are of climate quality and standardized across a distributed network of investigators. These time series characterize daily to interannual variability in surface ocean partial pressure of CO2(pCO2), and some sites with a decade or more of observations are also able to constrain long-term change. Current development efforts include expanding these moored pCO2systems to autonomous surface vehicles and designing a sensor with the measurement quality sufficient to detect anthropogenically-driven changes in ocean acidification.
URI
https://sciwatch.kiost.ac.kr/handle/2020.kiost/22397
Bibliographic Citation
OceanOBS19, pp.1, 2019
Publisher
OceanOBS
Type
Conference
Language
English
Publisher
OceanOBS
Related Researcher
Research Interests

Marine Eco-Environment,Ocean legal regime/ocean policy/Ocean S&T,International Strategic Network,해양환경생태,해양법/해양정책/해양과학,전략적 국제네트워크

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