국립기상과학원 Argo 사업의 현황 및 추진 방향
Current Status and Future Direction of the NIMS/KMA Argo Program
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In order to improve the predictability of marine high-impacts weather such astyphoon and high waves, the marine observation network is an essential because it could be rapidlychanged by strong air-sea interaction. In this regard, the National Institute of MeteorologicalSciences, Korea Meteorological Administration (NIMS/KMA) has promoted the Argo floatobservation program since 2001 to participate in the International Argo program. In this study,current status and future direction of the NIMS/KMA Argo program are presented through theinternal meeting and external expert forum. To date, a total of 264 Argo floats have beendeployed into the offshore around the Korean Peninsula and the Northwestern Pacific Ocean. The real-time and delayed modes quality control (QC) system of Argo data was developed, andan official regional data assembling center (call-sign ‘KM’) was run. In 2002, the Argo homepagewas established for the systematic management and dissemination of Argo data for domesticand international users. The future goal of the NIMS/KMA Argo program is to improveresponse to the marine high-impacts weather through a marine environment monitoring andobserving system. The promotion strategy for this is divided into four areas: strengthening policycommunication, developing observation strategies, promoting utilization research, and activatinginternational cooperation.
Abstract
In order to improve the predictability of marine high-impacts weather such astyphoon and high waves, the marine observation network is an essential because it could be rapidlychanged by strong air-sea interaction. In this regard, the National Institute of MeteorologicalSciences, Korea Meteorological Administration (NIMS/KMA) has promoted the Argo floatobservation program since 2001 to participate in the International Argo program. In this study,current status and future direction of the NIMS/KMA Argo program are presented through theinternal meeting and external expert forum. To date, a total of 264 Argo floats have beendeployed into the offshore around the Korean Peninsula and the Northwestern Pacific Ocean. The real-time and delayed modes quality control (QC) system of Argo data was developed, andan official regional data assembling center (call-sign ‘KM’) was run. In 2002, the Argo homepagewas established for the systematic management and dissemination of Argo data for domesticand international users. The future goal of the NIMS/KMA Argo program is to improveresponse to the marine high-impacts weather through a marine environment monitoring andobserving system. The promotion strategy for this is divided into four areas: strengthening policycommunication, developing observation strategies, promoting utilization research, and activatinginternational cooperation.
참고문헌 (22)
- Cheong, L, "How fast are the oceans warming?", Science, 363, pp.128~129 (2019)[DOI]
- 추성호, "관측시스템 실험을 통한 한반도 근해 Argo 플로트 관측자료의 자료동화 효과 평가", 대기, 31(3), pp.283~294 (2021), 한국기상학회[DOI]
- Fu, H., "Improvement of short-term forecasting in the northwest Pacific through assimilating Argo data into initial fields", Acta Oceanol. Sin, 32, pp.57~65 (2013)[DOI]
- 현승훤, "Argo 플로트와 표류부이 관측자료를 활용한 기상청 전지구 해양모델 (NEMO)의 검증: 최신 미해군 해양모델(HYCOM)과 비교", 대기, 32(1), pp.71~84 (2022), 한국기상학회[DOI]
- 정영윤, "기상청 계절예측시스템(GloSea5)의 해양성층 강화시기단기 해양예측 정확도 및 대기 - 해양 접합효과", 대기, 26(4), pp.599~615 (2016), 한국기상학회
- Johnson, G. C., "Argo-two decades : Global oceanography, revolutionized", Annu. Rev. Mar. Sci, 14, pp.379~403 (2022)[DOI]
- 강기룡, "Ocean Responses to Typhoon Soulik (1819) around Korea", Ocean Science Journal, 55(3), pp.445~457 (2020), 한국해양과학기술원[DOI]
- Kang, S. -K., "Seasonal variability in mid-depth gyral circulation patterns in the central East", Japan Sea as revealed by long-term Argo data, 2016, pp.46, 937~946
- Argo application research plan, "KIOST", Korea Institute of Ocean Science and Technology, 180~, pp.BSPE-9917B-10280-7 (2013)
- Lee, H., "Global ocean observation with ARGO floats: Introduction to ARGO program", Atmosphere, 14, pp.4~23 (2004)
- Korea Enhanced Observing Period (Ⅰ), "METRI", Meteorogical Research Institute, 234~ (2002)
- Report of NIMS, "KMA ARGO Float Operation (2001~2020)", NIMS, 2021, pp.45~
- Research and Development for KMA Weather, Climate, and Earth system Services: Development of Marine Meteorology Monitoring a nd Next-generation Ocean Forecasting System (VII), "NIMS", National Institute of Meteorological Sciences, 83~ (2022)
- Oke, P, "Estimating Argo float trajectories under ice", Earth Space Sci, 9, pp.e2022EA002~ (2022)[DOI]
- Park, J. -J., "A new perspective on origin of the East Sea intermediate water: Observations of Argo floats", Progress in Oceanogr, 160, pp.213~224 (2018)[DOI]
- Roemmich, D., "On the future of Argo: A global, full-depth, multi-disciplinary array", Frontiers in Marine Science, 6 (2019)[DOI]
- Rykova, T., "Improving forecasts of individual ocean eddies using feature mapping", Sci. Rep, 13, pp.6216~ (2023)[DOI]
- Shao, C., "Impact of Argo observation on the regional ocean reanalysis of China coastal waters and adjacent seas : A twin-experiment study", Adv. Meteorol, 2015, pp.1~15 (2015)[DOI]
- Wong, A. P. S, "Argo data 1999~2019: Two million temperature-salinity profiles and subsurface velocity observations from a global array of profiling floats", Frontiers in Mar. Sci, 7 (2020)[DOI]
- Wong, A. P. S, "Argo Quality Control Manual for CTD and Trajectory Data", IFREMER, ~ (2023)
- 양찬수, "Argo 프로젝트 : Argo 플로트 분포 예측", 한국해양환경•에너지학회지, 7(1), pp.22~29 (2004), 한국해양환경·에너지학회
- Youn, Y. -H., "Variability of ocean status around Ulleung Basin and Dok-do by using ARGO data", Atmosphere, 16, pp.379~385 (2006)