旎る雼堩嫲
攵赌瓴巾埇雿办澊
- 甑 攵�瓴诫尪那隀甑愳潣 雼れ枒頃� 氇姷瓿� 靻岇嫕鞚� 鞝戫晿鞁滊┐ 攵�瓴诫尪那隀甑愱皜 頃滊矆 雿� 臧�旯岇泴歆戨媹雼�.
| 攵侁饭 旮绊泟 鞐瓣惮 頂勲鞝濏姼 靹犾爼(Arctic Climate Research Project Selected) | |||
| 鞛戩劚鞛� | 雽赌鞕疙檷氤挫劶韯� | 鞛戩劚鞚� | 2025-04-16 |
| 臁绊殞靾� | 526 | ||
| 攵侁饭 旮绊泟 鞐瓣惮 頂勲鞝濏姼 靹犾爼(Arctic Climate Research Project Selected) | |||||
 |
雽赌鞕疙檷氤挫劶韯� |  |
2025-04-16 |  |
526 |
甑攵赌瓴诫寑, 攵侁饭 頃措箼 鞐瓣惮 鈥�攴轨 Open Innovation鈥� 靷梾 靹犾爼
- 氍胳毎靹� 甑愳垬 鞐瓣惮韺� 鈥� 攵侁饭 旮绊泟 氤�頇� 鞓堨浮 鞝曧檿靹� 頄レ儊 鞐瓣惮 雮橃劀
鈻�&苍产蝉辫;鞐瓣惮韺� 靷(鞕检攵�韯� 旯�攴检榿 鞐瓣惮鞗�, 氍胳毎靹� 甑愳垬, 頇╈澋欷� 鞐瓣惮鞗�).
甑攵�瓴诫尪那隀甑� 氍胳毎靹� 甑愳垬(頇橁步雽赌旮瓣臣顷欖爠瓿�) 鞐瓣惮韺�鞚� 顷挫枒靾橃偘攵�鞕� 顷挫枒靾橃偘瓿柬暀旮办垹鞗愳潣 2025雲勲弰 攴轨 Open Innovation 靷梾鞐� 靹犾爼霅愲嫟.
鞚� 靷梾鞚� 攵侁饭顷� 顷挫枒 氚� 頃挫爛頇橁步 韮愳偓靷梾鞚� 鞛愳湢瓿惦瓿检牅雼�. 旮�搿滊矊 旮绊泟 頇橁步 氤�頇旍棎 氙缄皭頃� 攴轨(攵侁饭顷�) 顷挫枒-靸濏儨瓿�-頃挫爛頇橁步 鞐瓣惮毳� 韱淀暣 攵侁饭顷� 鞐瓣惮 鞐焿鞚� 臧曧檾頃橂姅 瓴冹澊 氇╈爜鞚措嫟.
鞚措矆 靷梾鞐� 靹犾爼霅� 氍胳毎靹� 甑愳垬 鞐瓣惮韺�鞚� 鞝滌嫓頃� 瓿检牅氇呾潃 鈥�靸堧鞖� 甏�鞝愳棎靹� 氚旊澕氤� 攵侁饭 頃措箼 鞎岆矤霃� 頂茧摐氚�: 順勳灔 甏�旄￡臣 鞛秳靹� 鞛愲毳� 旮半皹鞙茧 頃� 鞐觳� 攵堨晥鞝曥劚 氅旍护雼堨 攵勳劃鈥�鞚措嫟.
鞐瓣惮韺�鞚� 雮措厔旯岇 5巩� 2,500毵� 鞗愳潣 鞐瓣惮牍勲ゼ 歆�鞗愲皼鞎� 攵侁饭鞚� 電棳毽� 攵堨晥鞝� 氅�旎る媹歃橃潉 氚橃榿頃� 頃措箼 氤�頇� 鞓堨浮 鞝曧檿靹� 臧滌劆鞐� 雮橃劆雼�. 攵侁饭 頃措箼 臧愳唽電� 鞝� 歆�甑爜 旮绊泟 氤�頇旍檧 氚�鞝戫晿瓴� 鞐瓣舶霃� 鞛堨柎 鞚� 鞐瓣惮電� 鞝� 歆�甑爜 旮绊檾 鞓堨浮 氇嵏鞚� 鞝曧檿靹� 臧滌劆鞐愲弰 欷戩殧頃� 鞐暊鞚� 頃� 鞝勲鞚措嫟.
鞐瓣惮韺�鞚� 攵侁饭鞚� 歆侅爲 韮愳偓頃� 顷挫枒 鞐� 頂岆煭鞀�, 巩检潓-雽�旮� 靸來樃鞛戩毄 氚� 鞎岆矤霃� 須臣 雿办澊韯半ゼ 頇曤炒頃橂姅 霌� 順勳灛鞚� 旮绊泟 鞓堨浮 氇嵏鞚� 雱橃柎 於旉皜鞝侅澑 頃措箼 鞐� 瓿店笁 頂�搿滌劯鞀るゼ 攴滊獏頃橁碃, 攵侁饭 頃措箼 氅挫爜 臧愳唽 鞓堨浮鞚� 鞝曧檿靹膘潉 韥矊 頄レ儊鞁滍偍雼る姅 瓿勴殟鞚措嫟.
鞚挫檧 頃粯 旮绊泟 雿办澊韯办潣 韱店硠鞝� 氇嵏毵侅潉 鞙勴暣 靽勲箼鞐瓣惮靹犾澑 鞎勲澕鞓� 順胳潣 甏�旄� 雿办澊韯半ゼ 牍勲’, 攵侁饭 雽�旮办檧 顷挫枒鞚� 鞛秳靹� 鞛愲毳� 攵勳劃 氚� 鞝勳矘毽暣 頇滌毄頃橂姅 霌� 牍勱祼 瓴�歃濍弰 靾橅枆頃滊嫟.
氍胳毎靹� 甑愳垬電� 鈥�鞚措矆 鞐瓣惮搿� 攵侁饭鞚� 旮绊泟 鞓堨浮 鞝曧檿靹膘潉 雴掛棳 旮绊泟 氤�頇旊ゼ 毵夑赴 鞙勴暅 鞝曥眳 霌膘棎 欷戩殧頃� 鞝曤炒毳� 鞝滉车頃橁碃, 攵侁饭 頃 臧滊癌 氚� 鞐愲剤歆� 鞛愳洂 臧滊皽 甏�霠� 靷办梾 瓴届焷霠� 臧曧檾 霌膘棎霃� 旮办棳頃� 靾� 鞛堨潉 瓴冹溂搿� 旮半寑頃滊嫟.鈥�霛缄碃 氚濏様雼�. <攵赌瓴巾埇雿办澊>
狠狠撸 Selected for Arctic Ice Research 'Polar Open Innovation' Project
- Professor Moon Woo-seok's research team aims to enhance the accuracy of Arctic climate change predictions
狠狠撸 Professor Moon Woo-seok鈥檚 research team (Department of Environmental Atmospheric Science) has been selected for the 2025 Polar Open Innovation Project by the Ministry of Oceans and Fisheries and the Korea Marine and Ocean Science and Technology Institute.
This project is part of the open call for the Arctic Ocean and Seafloor Environment Exploration Program. Its aim is to enhance Arctic Ocean research capabilities through studies on the sensitive Arctic marine-ecosystem-seafloor environment, addressing global climate change.
The research team led by Professor Moon Woo-seok, selected for this project, proposed the topic: *"A New Perspective on Arctic Sea Ice Albedo Feedback: Analysis of Summer Instability Mechanisms Based on Field Observations and Reanalysis Data."*
The team will receive 525 million KRW in research funding over the next year to improve the accuracy of sea ice change predictions, incorporating the instability mechanisms of late summer Arctic conditions. The reduction in Arctic Sea ice is closely linked to global climate change, and this research is expected to play a key role in improving the accuracy of global climate prediction models.
The research team plans to conduct direct explorations of the Arctic to gather data on ocean heat flux, ice-atmosphere interactions, and albedo effects. By identifying additional sea ice heat supply processes beyond current climate prediction models, they aim to significantly enhance the accuracy of predictions related to Arctic Sea ice area reduction.
Additionally, for statistical modeling of climate data, they will analyze and preprocess observational data from the icebreaker Araon, as well as reanalysis data from the Arctic atmosphere and oceans, to perform comparative verification.
Professor Moon Woo-seok stated, "This research will improve the accuracy of Arctic climate predictions, providing crucial information for policies to mitigate climate change. It is also expected to contribute to strengthening industrial competitiveness related to the opening of Arctic shipping routes and the development of energy resources." <Pukyong Today>