NRES 470 Models

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

Insight diagram
NRES 470
Clone of Lab 1 test 2
Robin A Doolin
Lab 3 part 3 NRES 470
NRES 470
Lab 3 part 3 NRES 470
Clone of Lab 3 part 3
Art Segundo
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
NRES 470 Population Ecology
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.
Clone of Clone of Lab 3, Exercise 4: age-structured models in InsightMaker
Art Segundo
Insight diagram
NRES 470
Lab 1 test 3
Robin A Doolin
9
Red-tailed hawk
NRES 470
Red-tailed hawk
Clone of Lab 4, exercise 3
Nashon
12 months ago
Lab 3 part 3 NRES 470
NRES 470
Lab 3 part 3 NRES 470
Clone of Lab 3 part 3
Art Segundo
Insight diagram
NRES 470
Lab 5 Exercise 2
Holland Conner
7
Insight diagram
NRES 470
Lab5 3a
Robin A Doolin
Insight diagram
NRES 470
Lab5 2a
Robin A Doolin
Insight diagram
NRES 470
Clone of Clone of Lab 5 Exercise 3
Sophia Diane Gaton
Insight diagram
NRES 470
Stochasticity Ex2
Robin A Doolin
3
Insight diagram
NRES 470
Lab2 E3b
Robin A Doolin
What are the effects of connectivity of subpopulations on population viability?
NRES 470

What are the effects of connectivity of subpopulations on population viability?


Clone of Grizzly Bear PVA Group Project
Ayako Okada
13
Insight diagram
NRES 470
Clone of Lab 5 Exercise 3
Reinhardt Zake Decina
Insight diagram
NRES 470
Clone of Lab 5 Exercise 3
Gerald Gayona
[shared, don't modify]
NRES 470
[shared, don't modify]
Lab4 pt3 stage-structured matrix
Abigail Waggoner
[shared, don't modify]
NRES 470
[shared, don't modify]
Lab5 Demographic Stochasticity
Abigail Waggoner
[shared, don’t modify]  patch rates p(e/i) constant under Island-Mainland model.  ΔF = pi(1-f) – pe(f)
NRES 470
[shared, don’t modify] 
patch rates p(e/i) constant under Island-Mainland model. 

ΔF = pi(1-f) – pe(f)

Island-Mainland metapopulation model
Abigail Waggoner
11 months ago
[shared, don't modify]
NRES 470
[shared, don't modify]
Lab5 Environmental Stochasticity
Abigail Waggoner
Red-tailed hawk
NRES 470
Red-tailed hawk
Clone of Lab 4, exercise 3
Clara B
12 months ago
[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
NRES 470
[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

Internal Colonization metapopulation model
Abigail Waggoner
11 months ago
[shared, don’t modify]  ΔF = pi(1-f) – e(1-f)•f  pe = e(1-f)
NRES 470
[shared, don’t modify] 

ΔF = pi(1-f) – e(1-f)•f 

pe = e(1-f)

Rescue Effect metapopulation model
Abigail Waggoner
11 months ago