Inverse modeling of soil characteristics from surface soil moisture observations: potential and limitations

The surface energy balance is evaluated using SEB observations from three AWSs in the ablation and percolation zone along the K-transect and from those AWSs of the GC-net for

Semivariogram models, adjusted for soil moisture, had strong spatial dependence, but the relationship between soil moisture and soil ECa was obtained only in one of the

The springback angle predictions with the model parameters obtained by the optimization of both cyclic and V-die bending simulations are found to mimic the experimental results in

In this study, a polymer with characteristics analogous to those of humic acids isolated from soil surface cultivated using a no-tillage system for nine years, was obtained by

model in closer agreement with the rates of decay seen in the surface networks, especially that depicted by the mean of NOAA and AGAGE observations. A 20 % increase in emis- sions (to

The reduced complexity model also showed that differences in simulated soil car- bon across ESMs were driven by differences in simulated NPP and the parameterization of

Using one set of the main pa- rameters of the model the obtained 3-D spectrum produces the vertical, horizontal, and oblique spectra that are in a good agreement with the

simulations include those using information from: in-situ measurements; MERRA reanalysis soil moisture (MSM), soil temperature (MST), surface wind velocity (MSW) or model simulated