Input file giving the vital rates and response traits for each species. Either this file OR both the Species Instructions File sp.instr.file and the Species Response Instructions file sp.resp.instr.file are required.
Input | Description |
sp | A numeric indicator for species |
p01 | Transition rate from stage 0 to stage 1. |
p02 | Transition rate from stage 0 to stage 2. |
p11 | Survival rate of stage 1 (proportion of stage 1 individuals that remains in stage 1). |
p12 | Transition rate from stage 1 to stage 2. |
p22 | Survival rate of stage 2 (proportion of stage 2 individuals that remains in stage 2). |
p23 | Transition rate from stage 2 to stage 3. |
p30 | Number of stage 0 individuals produced by stage 3. |
p32 | Number of stage 2 individuals produced by stage 3. |
p33 | Survival rate of stage 3 (proportion of stage 3 individuals that remain in stage 3). |
biomass.adult | The species' adult biomass (g). |
biomass.juv | The species juvenile biomass (g), only needed if assigning initial numbers by biomass. |
biomass.seed | The species' seed mass (g), only needed if assigning initial numbers by biomass. |
dispersalfunction | A number indicating which dispersal function to use. Log-normal is indi-cated by 1. |
disppar1 | The first input parameter for the dispersal function. For log-normal, this is the mean dispersal distance, in cells (not log transformed). |
disppar2 | The second input parameter for the dispersal function. For log-normal, this is the dispersal standard deviation in cells (log-transformed). |
<Response Traits> | Zero or more response traits describing how the species will respond to environmental layers. Each entry is delimited by ';', and has four components: the 'optimal' value, a code for the function for how the vital rate will change relative to the optimal value, and two parameters for the function. |
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.