This function is called only if a stochastic disturbance is modelled at sites. It re-fits the detectability raster layers for disturbance sensitive species given simulated disturbance events and the disturbance history A new raster stack is returned for each detection method
1 2 | refit.det(det.method1.new, det.method2.new, det.method3.new, det.method4.new,
layers, time.fire, fire.freq, jj, dist.occ.time, dist.occ.freq, n.species)
|
det.method1.new |
An array of detectability estimates for each species at sites over time using method 1. |
det.method2.new |
An array of detectability estimates for each species at sites over time using method 2. |
det.method3.new |
An array of detectability estimates for each species at sites over time using method 3. |
det.method4.new |
An array of detectability estimates for each species at sites over time using method 4. |
layers |
An array of covararites at each site used to update the detectability arrays given the simulated disturbances |
time.fire |
A vector specifying the time since a disturbance at each site in year jj given the simulated disturbances |
fire.freq |
A vector specifying the number of disturbances at sites during a 15 year moving window |
jj |
The year of the monitoring program |
dist.occ.time |
An integer indentifying which layer in the covariate raster stack is the time since the last disturbance layer |
dist.occ.freq |
An integer indentifying which layer in the covariate raster stack is the disturbance frequency layer |
n.species |
Number of species included in power simulations |
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