Woodland caribou is a species at risk because of northward expansion of resource development activity.  Some herds are in dire condition and well below self-sustainability, while others are only moderately below self-sustaining levels.  Given limited conservation dollars, what are the most effectiv
Woodland caribou is a species at risk because of northward expansion of resource development activity.  Some herds are in dire condition and well below self-sustainability, while others are only moderately below self-sustaining levels.  Given limited conservation dollars, what are the most effective conservation actions, and how much money needs to be spent?  Which herds should be a priority for conservation efforts? The purpose of this model to provide insight into these difficult conservation questions.  

This model was developed by Rob Rempel and Jen Shuter, and was based in part on input from attendees of a modelling workshop ("Modelling the Caribou Questions") held at the 16th North American Caribou Workshop in Thunder Bay, Ontario, May 2016.
This model shows an exponential growing population
This model shows an exponential growing population
 This is a basic model for use with our lab section.  The full BIDE options.

This is a basic model for use with our lab section.  The full BIDE options.

Show projection of birth and death rate over time for Italy.
Show projection of birth and death rate over time for Italy.
A collaborative class project with each participant creating an animal/plant sub-model​ to explore the greater population/community dynamics of the Yellowstone ecosystem.
A collaborative class project with each participant creating an animal/plant sub-model​ to explore the greater population/community dynamics of the Yellowstone ecosystem.
Adding change over time to relative risk, odds ratio and population attributable fraction epidemiology concepts see  wikipedia  and  examples  . Could also add deaths and competing risks
Adding change over time to relative risk, odds ratio and population attributable fraction epidemiology concepts see wikipedia and examples .
Could also add deaths and competing risks
Simple mock-up model of how prioritizing various push-pull factors impacts the size of the immigrant population over time as well as economic benefits to the U.S. economy.
Simple mock-up model of how prioritizing various push-pull factors impacts the size of the immigrant population over time as well as economic benefits to the U.S. economy.
This simulation examines the caloric well of the world. World population is estimated to start at about 7.7 billion. Per capita estimates are from the International Energy Agency (IEA).
This simulation examines the caloric well of the world. World population is estimated to start at about 7.7 billion. Per capita estimates are from the International Energy Agency (IEA).
This is part 3 of the Feb 10-17 exercise for Human Population. The Nature model (ecological footprint versus biocapacity) plus the People model (exponential growth with affluence dependent birth and death rates) are connected using the I=PAT model (impact on Nature depends on affluence). Explore the
This is part 3 of the Feb 10-17 exercise for Human Population. The Nature model (ecological footprint versus biocapacity) plus the People model (exponential growth with affluence dependent birth and death rates) are connected using the I=PAT model (impact on Nature depends on affluence). Explore the variables (yellow) by monitoring the outputs (red).
A quick population rate model to help get acquainted to modular designs.
A quick population rate model to help get acquainted to modular designs.
Influence of migration on the number of working-age population.
Influence of migration on the number of working-age population.
Simulation of how tiger population and anti poaching efforts effect the black market value of tiger organs.
Simulation of how tiger population and anti poaching efforts effect the black market value of tiger organs.
A quick population rate model to help get acquainted to modular designs.
A quick population rate model to help get acquainted to modular designs.
Saya membuat model yaitu tentang kenaikan atau penurunan jumlah sampah plastik yang dipengaruhi oleh beberapa variabel. Contoh variabelnya adalah jumlah populasi di situ, rasio 3R dan berapa gencarnya populasi manusia di situ melakukan gerakan 3R.
Saya membuat model yaitu tentang kenaikan atau penurunan jumlah sampah plastik yang dipengaruhi oleh beberapa variabel. Contoh variabelnya adalah jumlah populasi di situ, rasio 3R dan berapa gencarnya populasi manusia di situ melakukan gerakan 3R.
Shows projection of birth and death rate over time.. This one is for Australia.
Shows projection of birth and death rate over time.. This one is for Australia.