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  • Research
  • Publications
  • Teaching
  • People
  • News
  • Contact

Research

Overview
  • Eco-Hydrological Forecasting with Land Surface Models (LSMs) and Machine Learning
  • Land-Biosphere-Atmosphere Interactions 
  • Droughts and Extreme Hydroclimate Events under Changing Climate 
  • Sustainable Water Resources Management
  • 지면모형 및 기계학습 기반 수문-생태 예측
  • 지면-생태-대기 상호작용 이해 (물, 에너지, 탄소 순환)
  • 기후변화와 가뭄 및 극한 수문기후 사상
  • 지속가능 수자원 관리

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Eco-Hydrological Forecasting 
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  • Improving the streamflow forecasting with deep learning in Korea (WRF-Hydro/LSTM)
  • Land data assimilation (EnKF) for the hydrologic forecasting in East Asia (NCAR CLM)
  • ​​Modelling Pan-Arctic land-ecosystem processes (ED2) 
  • DGVM for the earth system model (Ent TBM)  paper

Biosphere-Atmosphere Interactions​
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  • Arctic land-atmosphere interactions (NCAR CESM) paper
  • Impacts of fires and vegetation dynamics in water and carbon fluxes (CLM-DGVM)  paper
  • Vegetation phenology and land-atmosphere interactions in Amazon (ED2) paper
  •  Role of phenology on soil moisture-precipitation coupling in North America (NCAR CESM) paper
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Droughts and Extreme Hydrologic Events

  • Understanding future drought risks over the globe 
  • Revised Drought Severity Index paper
  • Quantifying droughts with SPEI paper
  • Extreme value analysis of precipitation paper

Sustainable Water Res. Management
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  • ​Water resources planning under climate and socio-economic changes in Pakistan (WEAP)
  • Water use sustainability in Korea paper
  • Robust adaptation strategies for climate change paper
  • Climate change vulnerability in water resources paper
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​© 2021 Department of Civil and Environmental Engineering | Yonsei Univ | Seoul | Korea