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Droughts / Hydrology / Climatology / Oceanography / Palmer Drought Index / Tropical Rainfall Measuring Mission / Climate Prediction Center / Rain / Drought / Atmospheric sciences / Meteorology / Earth


A near real-time satellite-based global drought climate data record
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Document Date: 2012-12-13 15:58:17


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File Size: 2,38 MB

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City

Santos / Anaheim / Lincoln / Geneva / Sheffield / Berlin / Bayesian / /

Company

2010 Horn of Africa / GPCP / Amazon / IOP Publishing Ltd / Artificial Neural Networks / Creative Commons / /

Continent

Africa / North America / /

Country

Canada / Australia / China / Ethiopia / India / United States / Portugal / Africa / /

Currency

USD / /

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Event

Natural Disaster / M&A / Business Partnership / Environmental Issue / /

Facility

Navid Nakhjiri University of California Irvine / /

IndustryTerm

satellite-based gauge-adjusted precipitation data / satellite observation / real-time high resolution satellite observations / corrected satellite data / satellite precipitation data sets / real-time data-driven satellite-based standardized precipitation index / High resolution satellite data / satellite-based algorithms / long-term satellite data / resolution precipitation products / High resolution satellite measurements / neural networks / adjusted satellite data / methods/algorithms / real-time satellite estimates / dense networks / real-time satellite precipitation data sets / real-time and long-term satellite observations / real-time satellite precipitation data / high resolution satellite precipitation data sets / final product / near real-time adjustment using microwave / satellite precipitation data / neural network classification algorithm / corrected real-time satellite / satellite observations / satellite-based precipitation / corrected real-time satellite data / near real-time and high resolution satellite precipitation data sets / post-processing / long-term and near real-time record / observation network / low resolution long-term satellite / satellite precipitation estimation / satellite data sets / presented satellite-based data sets / satellite-based gauge-adjusted data sets / satellite-based estimates / operational drought-monitoring applications / real-time satellite observations / near real-time satellite-based global drought climate data / real-time satellite data / satellite-based observations / satellite-retrieved extreme precipitation rates / real-time drought analysis / drought analysis using satellite precipitation data sets / real-time satellite products / satellite data / multi-satellite precipitation analysis / real-time data / real-time drought monitoring / final merged product / sensed precipitation products / real-time satellite data sets / correction algorithm / /

Organization

United States Bureau / National Oceanic and Atmospheric Administration / Climate Prediction Center / Navid Nakhjiri University of California Irvine / Tropical Rainfall Measuring Mission / American Meteorological Society / Global Precipitation Climatology Centre / United Nations / World Meteorological Organization / /

Person

Palmer Drought / Vangelis / Amir AghaKouchak / Turk / /

Position

TMPA-RT / author / /

Product

Geophys / /

ProgrammingLanguage

K / /

ProvinceOrState

Nebraska / Texas / /

RadioStation

6 WCRP 2010 / WCRP / /

Region

northern China / central United States / northern Canada / Central Europe / /

Technology

Bayesian correction algorithm / Bayesian algorithm / neural network classification algorithm / remote sensing / TRMMRT algorithm / microwave / satellite-based algorithms / Bayesian-based correction algorithm / /

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