Amir AghaKouchak - Home

Time 2021-11-12 16:10:23

Web Name: Amir AghaKouchak - Home

WebSite: http://amir.eng.uci.edu

ID:229837

Keywords:

Amir,AghaKouchak,Home,Waterresources,remotesensing,hydrologicmodeling,climatecha

Description:

keywords:Water resources, remote sensing, hydrologic modeling, climate change, atmospheric modeling, random variable theory, risk assessment, uncertainty analysis, extreme value theory, hydrological analysis, engineering education, Amir AghaKouchak, AGHAKOUCHAK, Professor, University of California Irvine, copula, copulas, hydrology, HYDROLOGY, water, A. AghaKouchak, AghaKouchak A.A., HBV, HBV-EDU, HBV_EDU, data assimilation, meteorology, food security, CMIP5, CMIP3, stationary, non-stationary, nonstationary extreme value analysis, climate changeGlobal Integrated Drought Monitoring and Prediction System (GIDMaPS), GIDMaPS, GIDMAPS, gidmaps
description:Water resources, remote sensing, hydrologic modeling, climate change, atmospheric modeling, random variable theory, risk assessment, uncertainty analysis, extreme value theory, hydrological analysis, engineering education, Amir AghaKouchak, AGHAKOUCHAK, Professor, University of California Irvine, copula, copulas, hydrology, HYDROLOGY, water, A. AghaKouchak, AghaKouchak A.A., HBV, HBV-EDU, HBV_EDU, data assimilation, meteorology, food security, CMIP5, CMIP3, stationary, non-stationary, nonstationary extreme value analysis, climate changeGlobal Integrated Drought Monitoring and Prediction System (GIDMaPS), GIDMaPS, GIDMAPS, gidmaps

Amir AghaKouchak,
1 (949) 824-9350
amir.a@uci.edu
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Our group aims to bridge between the disciplines of hydrology, climatology, and remote sensing to address critical global water resource issues. We are particularly interested in combining remote sensing techniques and physically-based and statistical approaches in order to develop more reliable models of large-scale hydrologic systems. Our long-term research objective is to utilize continuously growing satellite data along with ground-based observations to develop/improve integrated drought, flood and landslide modeling, prediction and decision support systems.

NEW : Multivariate Copula Analysis Toolbox (MvCAT) is now available for download (View and Download SDAT)

NEW : A package for nonstationary extreme value analysis (NEVA) is now available for download (View and Download NEVA)

Research Highlights

Drought Monitoring and Prediction (GIDMaPS)

Extremes in a Changing Climate(Visit NEVA)

Global Water Cycle Reserved Hydroclimate Research Lab, University of California, Irvine

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TAGS:Amir AghaKouchak Home Waterresources remotesensing hydrologicmodeling climatecha

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Water resources, remote sensing, hydrologic modeling, climate change, atmospheric modeling, random variable theory, risk assessment, uncertainty analysis, extreme value theory, hydrological analysis, engineering education, Amir AghaKouchak, AGHAKOUCHAK, Professor, University of California Irvine, copula, copulas, hydrology, HYDROLOGY, water, A. AghaKouchak, AghaKouchak A.A., HBV, HBV-EDU, HBV_EDU, data assimilation, meteorology, food security, CMIP5, CMIP3, stationary, non-stationary, nonstationary extreme value analysis, climate changeGlobal Integrated Drought Monitoring and Prediction System (GIDMaPS), GIDMaPS, GIDMAPS, gidmaps

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