Datasets

subject: Climate

Total is 32 Results
Biophysical consequences of temperature acclimation for climate data

10.4231/R7V69GK9

Nicholas G Smith ORCID logo

02/08/2017

Data from coupled CAM-CLM analyses examining the biophysical consequences of photosynthetic temperature acclimation for climate

CESM Climate CLM Forestry and Natural Resources latent heat flux photosynthesis Precipitation sensible heat flux Temperature

Competing Topographic Mechanisms

10.4231/M7JA-S342

Matthew Huber ORCID logo , Rene Paul Acosta ORCID logo

09/13/2021

The aim of this body of work is to identify the impact of Tibetan Plateau orography on the evolution of the Asian climate system.

CESM Climate Earth and Atmospheric Sciences Himalayas Monsoon Paleoclimate Tibet topography

Precipitation and Temperature Data from 10 CMIP6 Models for Select 4 Stations in Uganda

10.4231/8QSZ-5V58

Bancy Mati , Daniel Moriasi , James Kisekka , Margaret W Gitau ORCID logo , Nicholas Kiggundu , Subira 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 4 Ugandan cities.

Agricultural and Biological Engineering Climate CMIP6 Hydroclimate Hydrologic Modeling laser_pulse Precipitation Temperature Uganda Water Quality Modeling Water Resources water security

Precipitation and Temperature Data from 10 CMIP6 Models for Select 5 Stations in Kenya

10.4231/G3T3-5287

Bancy Mati , Daniel Moriasi , James Kisekka , Margaret W Gitau ORCID logo , 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

Precipitation and Temperature Data from 10 CMIP6 Models for Select 3 Stations in Tanzania

10.4231/CDF2-2B03

Bancy Mati , Daniel Moriasi , James Kisekka , Margaret W Gitau ORCID logo , 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

Precipitation and Temperature Data from 10 CMIP6 Models for Sasumua River Watershed, Kenya

10.4231/DATG-PB58

Bancy Mati , Daniel Moriasi , James Kisekka , Margaret W Gitau ORCID logo , 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

Chavas and Peters (2023, BAMS): Static energy deserves greater emphasis in the meteorology community.

10.4231/TJK1-HS57

Daniel Robert Chavas ORCID logo , John Peters

10/26/2023

Excel file for Figure 1 and MATLAB code + data for Figures 2 and 3 of the manuscript Chavas and Peters (2023) accepted for publication in Bulletin of the American Meteorological Society

Climate Education potential temperature static energy Weather

Chavas and Peters (2023, BAMS): Static energy has important conceptual benefits for explaining how our atmosphere works.

10.4231/5DVH-KV88

Daniel Robert Chavas ORCID logo , John Peters

04/13/2023

Excel file for Figure 1 and MATLAB code + data for Figures 2 and 3 of the manuscript Chavas and Peters (2023) submitted to Bulletin of the American Meteorological Society

Climate energy Entropy potential temperature static energy teaching thermodynamics Weather

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