Data Assimilation Combining Hyper-resolution Land Surface Modeling and Radiative Transfer Modeling to Estimate Hydrological Processes at 30-m Spatial Resolution

Noemi Vergopolan da Rocha; Eric Wood

Data Assimilation Combining Hyper-resolution Land Surface Modeling and Radiative Transfer Modeling to Estimate Hydrological Processes at 30-m Spatial Resolution

Noemi Vergopolan da Rocha (Inventor)
, Eric Wood (Inventor)

Princeton University

Research output: Innovation

Original language	English
State	Published - Sep 20 2019

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@misc{51e1684e9dd8409bb4712fabc0abee32,

title = "Data Assimilation Combining Hyper-resolution Land Surface Modeling and Radiative Transfer Modeling to Estimate Hydrological Processes at 30-m Spatial Resolution",

author = "\{Vergopolan da Rocha\}, Noemi and Eric Wood",

year = "2019",

month = sep,

day = "20",

language = "English",

type = "Patent",

}

Data Assimilation Combining Hyper-resolution Land Surface Modeling and Radiative Transfer Modeling to Estimate Hydrological Processes at 30-m Spatial Resolution

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