Subject
Creator
- Aaron Paul Kruskie, 0009-0005-8024-7429 3
- Daniel Thomas Dawson 2
- Funing Li, 0000-0001-9634-370X 2
- John Peters 2
- Jhordanne Jones, 0000-0002-4127-2315 1
- Jie Chen, 0000-0002-8742-1048 1
- Zachary Freitag Johnson, 0000-0003-0314-706X 1
Type
- Dataset 14
Date
creator: Daniel Robert Chavas, 0000-0001-9172-8328
Total is 14 Results
Chavas and Peters (2023, BAMS): Static energy deserves greater emphasis in the meteorology community.
10.4231/TJK1-HS57
Daniel Robert Chavas
,
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
West African Heat Low Climatology and Comparison with Dry Tropical Cyclones
10.4231/HJEM-0108
Aaron Paul Kruskie
,
Daniel Robert Chavas
03/01/2024
This repository contains the data files and scripts required to recreate the figures for Kruskie et al. 2024 (in review), which examines the climatology of heat lows in West Africa and their relationship to tropical cyclones using potential...
West African Heat Low Climatology and Comparison with Dry Tropical Cyclones
10.4231/GMQS-DJ89
Aaron Paul Kruskie
,
Daniel Robert Chavas
07/29/2024
This repository contains the data files and scripts required to recreate the figures for Kruskie et al. 2024 (in review), which examines the climatology of heat lows in West Africa and their relationship to tropical cyclones using potential...
Climatology EAPS sensible heat flux tropical cyclone West Africa
Bias in CMIP6 historical U.S. severe convective environments driven by bias in mean-state near-surface moist static energy
10.4231/42ZJ-A891
Daniel Robert Chavas
,
Funing Li
03/08/2022
This database provides data (in NetCDF format) for reproducing figures in the manuscript of Chavas&Li (2022).
climate modeling EAPS Earth and Atmospheric Sciences severe convective storms thunderstorm
Code file for Rmax prediction model and relevant data used in the analyses (Chavas and Knaff 2022, Weather and Forecasting)
10.4231/3FQ4-1E11
04/15/2022
Simple MATLAB code to predict Rmax from R34kt as explained in Chavas and Knaff (2022) Eq. 2-4 + Eq 7.
climate impacts damages EAPS Hurricanes Risk Analysis Risk assessment Weather
SST profiles and CESM2 model builds for "Westward extension of the Western North Pacific subtropical high forced by sea surface temperature anomaly patterns"
10.4231/R2HS-B771
Daniel Robert Chavas
,
Jhordanne Jones
,
Zachary Freitag Johnson
01/25/2023
Archived model builds and original sea surface temperature (SST) forcing files for simulations used in the manuscript, "Westward extension of the Western North Pacific subtropical high forced by sea surface temperature anomaly patterns".
CAM6 CESM2 Climate Variability EAPS ERA5 Global Climate Models Reanalysis Simulations Subtropical Highs
Code file for Rmax prediction model and relevant data used in the analyses (Chavas and Knaff 2022, Weather and Forecasting)
10.4231/WMMS-XY76
05/06/2022
Simple MATLAB code to predict Rmax from R34kt as explained in Chavas and Knaff (2022) Eq. 2-4 + Eq 7.
Climate Change EAPS Flood Damage Hurricanes Modeling Risk Analysis tropical cyclones
Code for tropical cyclone wind profile model of Chavas et al (2015, JAS)
10.4231/CZ4P-D448
06/06/2022
This code will output a tropical cyclone near-surface wind profile as defined in Chavas et al (2015, JAS); MATLAB or python version
Climate Change damage EAPS hazard Hurricanes impact Risk assessment tropical cyclone wind field wind profile
Code for the severe convective storm (SCS) environmental sounding model described in Chavas and Dawson (2021, JAS).
10.4231/DP2D-YF95
Daniel Robert Chavas
,
Daniel Thomas Dawson
08/16/2022
Code to produce an idealized severe convective storm (SCS) environmental sounding as described in the paper Chavas and Dawson (2021, JAS).
Climate convection EAPS Environment idealized modeling numerical modeling severe convective storms severe thunderstorms severe weather sounding
Biases in U.S. severe convective storm environmentsdriven by biases in mean state near-surface moist static energy across CMIP6 models
10.4231/9647-TV41
Daniel Robert Chavas
,
Funing Li
11/23/2022
This database provides data (in NetCDF format) and code for reproducing figures in the manuscript of Chavas&Li (2022).
Climate Change climate models CMIP6 EAPS extreme weather severe thunderstorm environments severe thunderstorms tornadoes
Display #
Results 1 - 10 of 14