subject: Agricultural and Biological Engineering creator: Subira E Munishi
10.4231/G3T3-5287
Bancy Mati , Daniel Moriasi , James Kisekka , Margaret W Gitau , Nicholas Kiggundu , Subira E Munishi , Victor Kongo , Victoria M Garibay
03/08/2022
This dataset contains daily precipitation and minimum and maximum surface air temperature data retrieved from 100m resolution CMIP6 outputs from 1850-Jan-01 to 2100-Dec-31 for four different future scenarios from 10 models for 5 Kenyan cities.
Agricultural and Biological Engineering Climate CMIP6 Hydroclimate Hydrologic Modeling Kenya laser_pulse Precipitation Temperature Water Quality Modeling Water Resources water security
10.4231/CDF2-2B03
Bancy Mati , Daniel Moriasi , James Kisekka , Margaret W Gitau , Nicholas Kiggundu , Subira E Munishi , Victor Kongo , Victoria M Garibay
03/08/2022
This dataset contains daily precipitation and minimum and maximum surface air temperature data retrieved from 100m resolution CMIP6 outputs from 1850-Jan-01 to 2100-Dec-31 for four different future scenarios from 10 models for 3 Tanzanian cities.
Agricultural and Biological Engineering Climate CMIP6 Hydroclimate Hydrologic Modeling laser_pulse Tanzania Temperature Water Quality Modeling Water Resources water security
10.4231/DATG-PB58
Bancy Mati , Daniel Moriasi , James Kisekka , Margaret W Gitau , Nicholas Kiggundu , Subira E Munishi , Victor Kongo , Victoria M Garibay
03/08/2022
This dataset contains daily precipitation and minimum and maximum surface air temperature data retrieved from 100m resolution CMIP6 outputs from 1850-Jan-01 to 2100-Dec-31 for four different future scenarios from 10 models for Sasumua River Watershed.
Agricultural and Biological Engineering Climate CMIP6 Hydroclimate Hydrologic Modeling laser_pulse Precipitation Sasumua River Watershed Temperature Water Quality Modeling Water Resources water security
10.4231/ZYSE-P594
Daniel Moriasi , Margaret W Gitau , Subira E Munishi , Victor Kongo , Victoria M Garibay
11/18/2022
This dataset contains daily precipitation and minimum and maximum surface air temperature data retrieved from 100m resolution CMIP6 outputs from 1850-Jan-01 to 2100-Dec-31 for four different future scenarios from 10 models for Simiyu River Watershed.
Agricultural and Biological Engineering Climate CMIP6 Hydroclimate Hydrologic Modeling laser_pulse Precipitation Simiyu River Watershed Temperature Water Quality Modeling Water Resources water security
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