You are tasked with creating a species distribution model fo…

You are tasked with creating a species distribution model for an important mosquito vector that recently arrived in Florida. This model will be based on presence only data, and the resulting prediction map will have values between 0 and 1. In some regions of the planet, increases in the length of warm seasons (earlier springs and/or later winters) may result in the following for some mosquito vectors:

The NetLogo models in the modeling exercise (CVirus – Biolog…

The NetLogo models in the modeling exercise (CVirus – Biology: Virus & epiDem – epiDem: epiDem Basic) have some key differences in model structure. Note the initial set-up parameters for each model. With some parameters, matched between the models to the extent possible, the Virus model frequently shows cycles in virus prevalence, while the virus in EpiDem often dies out. Run the model with the parameter sets below (leave other parameters at the initial defaults), for 10 years, more than once and observe the behavior. Set 1: EpiDem Basic: Infection chance and recovery chance 15, average recovery time 300 (EpiDem Basic Model) Set 2: Virus: infectiousness15, chance-recover 99, duration 52 (Virus model) Which factor below likely contributes the most to this difference?

You are tasked with creating a species distribution model fo…

You are tasked with creating a species distribution model for an important mosquito vector that recently arrived in Florida. This model will be based on presence only data, and the resulting prediction map will have values between 0 and 1.  The map showing values close to 1 in the color red indicates: