Neither model could reasonably estimate the snow-driven runoff that dominates these types of western rangelands.
The result of reaction kinetics analysis showed that the 2-boxes model could reasonably explain the experimental data.
With these storage discharge functions, a simple hydrologic model could reasonably simulate time series with minimal calibration (Nash Sutcliffe R2 of 0.71 and 0.67 on log transformed discharge).
Simulations using a calibrated discrete fracture matrix diffusion (DFMD) model could reasonably reproduce the denitrification and resulting flux of nitrate observed during variable flow rate from the columns.
The post audit revealed that the original model could reasonably predict conservative transport and kinetic redox reactions (oxygen and nitrate reduction coupled to the oxidation of soil organic carbon), but showed discrepancies in the simulation of cation exchange.
Satisfied that the model could reasonably simulate the effect of residue type and architecture, the model was applied to simulate the effects of differing residue architectures to 30 years of generated weather conditions for four diverse climate stations: Boise, ID; Spokane, WA; Des Moines, IA; Minneapolis, MN.
From the calculated results, we concluded that (1) the dynamic states of oil spill fires at Kesennuma Bay had depended largely on the tsunami flow, and (2) the proposed model could reasonably explain the survey report by the fire departments on the dynamic states of oil spill fires and the burned-out areas on the ground.
OUR predictions with the calibrated model could reasonably describe the OUR profile after pulse addition of acetate, i.e., the OUR transiently reached a very high level, and then increased gradually to a maximum level until the initial substrate was taken up for storage and biomass growth.
Given a realistic start, the model could reasonably accurately simulate the behavior of a key ocean property driving the AMOC.
It is confirmed that tubular reinforced concrete columns of air-cooling condenser structure exhibit a moderate ability of energy dissipation, and the nonlinear finite element model could reasonably simulate its seismic behavior.
