Subject
Creator
- Keith A Cherkauer, 0000-0002-6938-5303 2
- Laura C Bowling, 0000-0002-1439-3154 2
- Qianlai Zhuang, 0000-0002-4536-9851 2
- Stuart D Smith 2
- A K Das 1
- Dev S. Niyogi 1
- H P Nayak 1
- Krishna K Osuri 1
- Kumar Ankur 1
- Raghavendra Raju Nadimpalli, 0000-0001-7769-3165 1
Type
- Dataset 5
Date
Total is 5 Results
Monitored soil moisture and temperature in Indiana crop rotated field
10.4231/FM0P-AJ03
Keith A Cherkauer
,
Laura C Bowling
,
Stuart D Smith
11/23/2020
Soil moisture and temperature data were collected at five different depths from October 2017 to September 2020 in a crop rotated field.
Agricultural and Biological Engineering Agriculture Environment Hydrology Indiana Soil Moisture Soil Temperature Time Series Climate Data
Improved Simulation of Monsoon Depressions and Heavy Rains from Direct and Indirect Initialization of Soil Moisture over India
10.4231/5XRA-JZ80
A K Das
,
Dev S. Niyogi
,
H P Nayak
,
Krishna K Osuri
,
Kumar Ankur
,
Raghavendra Raju Nadimpalli
,
U C Mohanty
06/22/2020
Each file contains various meteorological fields such as air temperature, rainfall, moisture, rainfall, and surface fields (soil moisture and soil temperature).
ARW model EAPS FASDAS HRLDAS Monsoon Depressions soil moisture simulation Soil Temperature
Wildfires shift a cumulative carbon sink to a source for boreal forest ecosystems in North America from 1986 to 2020
10.4231/GJ6M-7259
08/01/2023
TEM model simulation results
ecosystem model Soil Temperature Terrestrial Ecosystem Model (TEM) Wildfire
Monitored soil moisture and temperature in Indiana crop rotated field
10.4231/7NSM-JJ67
Keith A Cherkauer
,
Laura C Bowling
,
Stuart D Smith
12/18/2019
Soil moisture and temperature data were collected at five different depths from October 2017 to September 2019 in a crop rotated field.
Agricultural and Biological Engineering Agriculture Environment Hydrology Indiana Soil Moisture Soil Temperature Time Series Climate Data
Changes of soil water content and lateral flow exert large effects on soil thermal dynamics across Alaskan landscapes
10.4231/XQ71-GN27
12/03/2024
We use a 3-D ecosystem model that considers both land surface and subsurface hydrologic processes to simulate soil moisture, which is then used to drive a 1-D vertical soil thermal model to simulate the soil moisture effects on soil thermal dynamics.
ECO3D Land Surface Model Matlab software soil moisture simulation Soil Temperature
Display #
Results 1 - 5 of 5