The variability analysis consists of seven model setups to compare model response to different input datasets.
In addition to exporting the compartmental model (see the "Model Builder" Subsection) the user can export a complete configuration of a simulation that includes the compartmental model and the entire simulation setup to a local file, which can be imported again later or shared with other users.
In the case of hexapods, no model setup led to the expected tree hypothesis.
The objective of the model is to add value to existing monthly model setups and to provide daily water balance data for a water quality model.
In contrast, a recent study on hexapod phylogeny found mixed RNA/DNA model setups leading to a higher sensitivity to systematic problems ("long-branch attraction") [ 28].
To complete the model setup we need to specify the random coefficients (beta_{m}) and (gamma_{m}).
A Hydrologic Engineering Centers River Analysis System (HEC-RAS) model was setup to calculate load derivations and differences.
The model is setup to account for both angular and parallel misalignment in the presence of mass unbalance and incorporates a coupling having angular, torsional and axial flexibility.
A hydrological water quality (HYPE) model was setup to predict discharge and nitrate-N concentrations using an intensive agricultural catchment in central Germany on a daily time step.
