GEOG 166 Final Project Models

These models and simulations have been tagged “GEOG 166 Final Project”.

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California Drought Model V.5 Ration
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by Joshua Cox and Ryoma Iihoshi
Population Analysis in Kumamoto, Japan (base model)
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Size Selective Fishing on Salmon Size - Ho Ming Yim, Ying Ying Xiao
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California Drought Model V.5 Tax/Subsidy
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Angelina Nguyen, Geog 166 final project model of cholera outbreak
Cholera Model
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25 million gallons per day per plant


California Drought Model V.5 Policy: Desalination
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GEOG166 Final (Potato Famine/Optimization)
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Rainfed agriculture is a farming style where the farmer relies heavily, and most of the time, solely on rain to irrigate their crops. Over ninety five percent of people living in Africa rely heavily on rainfed agriculture. Making this the largest continent relying on this type of system. To be more specific, the Sahel region faces more of a serious problem regarding rainfed agriculture. The Sahel region in West Africa, right below the Saharan desert,  includes regions of Senegal, Gambia, Mauritania, Mali, Burkina Faso, Niger, and Chad. These are among the poorest countries in the world, but they also have similar climate as well as similar patterns of soil degradation and precipitation rates. The climate can easily be described as a tropical savanna, in that it faces very high temperatures, but lacks the rainfall that the wet tropics have-- though there is enough rainfall to sustain dryland agriculture. Although rainfed agriculture works well in many temperate climates it comes with a lot of issues in dry tropical/sub-tropical regions. Some of these issues include soil degradation, lack of water infrastructures, and variability in rainfall. These issues are extremely important to work on for two major reasons: food security and desertification. Due to poor soil and water management, families in the sahel region often face nutritional deficits due to lower than potential productivity, which leads to low incomes.  In a study by Irz et al. (2001) shows that, “In Africa an increase in agricultural production of 10 percent leads to a 6–9 percent reduction in rural poverty” (Irz, P.449).  Also due to poor soil and water management, the soil often can become completely degraded leading to plants becoming almost unable to grow in such an environment. Rapid desertification of farmland in the past has led to families abandoning their land and migrating to new lands or urban areas.


Fixing the Issues of Rainfed Agriculture in Tropical Savannas: With Respect to Soil and Water
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Michael Nowicki, Kira Smith Final Project--Chesapeake Bay Oyster Dynamics
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Final Project - Ayeong Cho
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Desertification in Lake Chad
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Development vs Vegetation in LA
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global carbon budget - permafrost
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Stephanie Orpilla and Natalie Queally
Final Project: Yellowstone Model
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Mexico U.S. Immigration Model
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Isle Royale's Wolf-Moose Dynamic with Canine Parvovirus.​

by Cristian Henriquez & Duran Allison
Final_Model_Isle Royale Wolf-Moose Dynamic
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Clone of Michael Nowicki, Kira Smith Final Project--Chesapeake Bay Oyster Dynamics
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Vehicle Emissions Final Project
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Coral Bleaching in Bird Keys
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CO2 Dynamics of Hybrid and Non-Hybrid Vehicles
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base model
California Drought Model V.5
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Final Project-SOC Loss
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Cory Phillips - Santa Monica Water Independence by 2020
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Hawksbill Turtles (Lauren Credidio, Natalie Perez)