NRES 470 Models

These models and simulations have been tagged “NRES 470”.

4b. Change the Age 1 mortality rate to 0.3. Run the simulation starting with 75 individuals, all in Age class 1. What happens? Is this a stochastic model? If not, why does it look like it has a random component?  No. It shows no randomness whether initial Age 1 population is 75 or 1000. Setting the
4b. Change the Age 1 mortality rate to 0.3. Run the simulation starting with 75 individuals, all in Age class 1. What happens? Is this a stochastic model? If not, why does it look like it has a random component?
No. It shows no randomness whether initial Age 1 population is 75 or 1000. Setting the time stamp to 0.1 eliminates the appearance of randomness.
4b. Change the Age 1 mortality rate to 0.3. Run the simulation starting with 75 individuals, all in Age class 1. What happens? Is this a stochastic model? If not, why does it look like it has a random component?  No. It shows no randomness whether initial Age 1 population is 75 or 1000. Setting the
4b. Change the Age 1 mortality rate to 0.3. Run the simulation starting with 75 individuals, all in Age class 1. What happens? Is this a stochastic model? If not, why does it look like it has a random component?
No. It shows no randomness whether initial Age 1 population is 75 or 1000. Setting the time stamp to 0.1 eliminates the appearance of randomness.
 [shared, don’t modify]   patch rates p(e/i) constant under Island-Mainland model.     ΔF = pi(1-f) – pe(f)
[shared, don’t modify] 
patch rates p(e/i) constant under Island-Mainland model. 

ΔF = pi(1-f) – pe(f)

[shared, don’t modify]  patch rates p(e/i) are variables informed by rates e/i for Internal Colonization model  ΔF =  i •f(1-f) – pe(f)  pi =  i •F
[shared, don’t modify] 
patch rates p(e/i) are variables informed by rates e/i for Internal Colonization model

ΔF = i•f(1-f) – pe(f)

pi = i•F

[shared, don’t modify]   ΔF = pi(1-f) – e(1-f)•f   pe = e(1-f)
[shared, don’t modify] 

ΔF = pi(1-f) – e(1-f)•f 

pe = e(1-f)