BioRT-HBV is a catchment scale reactive transport model that can simulate a variety of biogeochemical processes using hydrology as simulated by HBV-light model.
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Implementation of capability to carry out numerical experiments #31
NUMEXP parameter should be set to 1 to conduct numerical experiments. When NUMEXP = 1, precipitation chemistry and/or hydrology during simulation can be different from that of warm-up period.
Input file "Numexp_precipchem.txt" has the precipitation chemistry for simulation period over which numerical experiment is to be carried out.
"Numexp_Results.txt" file has hydrology input for simulation period over which numerical experiment is to be carried out.
It there is no "Numexp_Results.txt", hydrology in "Results.txt" file will be repeated depending on number of years for which precipitation chemistry is provided in "Numexp_precipchem.txt" file.
NUMEXP parameter should be set to 1 to conduct numerical experiments. When NUMEXP = 1, precipitation chemistry and/or hydrology during simulation can be different from that of warm-up period.
Input file "Numexp_precipchem.txt" has the precipitation chemistry for simulation period over which numerical experiment is to be carried out.
"Numexp_Results.txt" file has hydrology input for simulation period over which numerical experiment is to be carried out.
It there is no "Numexp_Results.txt", hydrology in "Results.txt" file will be repeated depending on number of years for which precipitation chemistry is provided in "Numexp_precipchem.txt" file.