Dr. Moradkhani
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    • Hydrologic Data Assimilation
    • Drought Monitoring and Forecasting
    • Drought Vulnerability, Mortality, Risk and Recovery
    • Flood Monitoring, Forecasting and Inundation Modeling
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    • Baseflow Data by Deep Learning
    • Database for hydrology research between 1980 and 2023
    • Multi-Source Precipitation Data Fusion
    • Downscaled Soil Moisture Product
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Dr. Moradkhani
  • Home
  • About
  • News
  • Research
    • Hydrologic Data Assimilation
    • Drought Monitoring and Forecasting
    • Drought Vulnerability, Mortality, Risk and Recovery
    • Flood Monitoring, Forecasting and Inundation Modeling
    • Machine Learning, Deep Learning, and Data Analytics
    • Hydroclimatic Hazard, Vulnerability and Risk
    • Climate Change Impact
  • Publications
  • People
  • Courses
  • Software
  • Data
    • Baseflow Data by Deep Learning
    • Database for hydrology research between 1980 and 2023
    • Multi-Source Precipitation Data Fusion
    • Downscaled Soil Moisture Product
  • Contact
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Our recent paper in Sustainability Science, Water trading as a tool to combat economic losses in agriculture under climate change

Avatar for Hamid MoradkhaniHamid MoradkhaniFebruary 20, 2023
The agricultural water market (or water trade) is an effective water resource management tool to ... Read More
Sepehr 2

Our recent paper in Climate Risk Management, Toward Reduction of Detrimental Effects of Hurricanes using a Social Media Data Analytic Approach: How Climate Change is perceived?

Avatar for Hamid MoradkhaniHamid MoradkhaniJanuary 22, 2023
During natural disasters, there is a noticeably increased use of social media sites such as ... Read More
Ehsan 1

Our recent paper in Journal of Hydrology, Drought monitoring by downscaling GRACE-derived terrestrial water storage anomalies: a deep learning approachOur recent paper in Journal of Hydrology,

Avatar for Hamid MoradkhaniHamid MoradkhaniNovember 29, 2022
The current study proposes a new method to downscale the monthly GRACE-derived Terrestrial Water Storage ... Read More
WRR Boen

Our paper in Water Resources Research, A Vine Copula-Based Ensemble Projection of Precipitation Intensity–Duration–Frequency Curves at Sub-Daily to Multi-Day Time ScalesOur paper in Water Resources Research,

Avatar for Hamid MoradkhaniHamid MoradkhaniNovember 4, 2022
Precipitation intensity–duration–frequency (IDF) curves play a crucial role in the design and planning of urban ... Read More

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  • Home
  • About
  • News
  • Research
    • Hydrologic Data Assimilation
    • Drought Monitoring and Forecasting
    • Drought Vulnerability, Mortality, Risk and Recovery
    • Flood Monitoring, Forecasting and Inundation Modeling
    • Machine Learning, Deep Learning, and Data Analytics
    • Hydroclimatic Hazard, Vulnerability and Risk
    • Climate Change Impact
  • Publications
  • People
  • Courses
  • Software
  • Data
    • Baseflow Data by Deep Learning
    • Database for hydrology research between 1980 and 2023
    • Multi-Source Precipitation Data Fusion
    • Downscaled Soil Moisture Product
  • Contact
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