Final 150 Flashcards

1
Q

Types of Resources

A

Biotic: comes from living/organic matter
Abiotic: comes from non-living and non-organic sources
Renewable: naturally replenished and recycled
Nonrenewable: exist in finite amounts

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2
Q

Direct use Value

A

The resource meets a tangible or physical need
Productive: obtained through commercial or market exchange
Consumptive: consumer without passing through a market

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3
Q

Indirect use value

A

Ecosystem services: benefits that humans derive from the functioning of natural systems
Supporting (nutrient cycling, pollination, biodiversity) provisioning ( food, water, energy) regulating ( flood control, climate regulation, carbon sequestration) cultural ( spirituality, recreation, aesthetics)

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4
Q

Market vs non market values

A

Market values: measurement in dollars for things that can be bought and sold
Non market values: things that make life possible or better but cannot be bought or sold

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5
Q

Paradigm

A

A pattern or model, a worldwide, a school of thought
Unfalsifiable assumptions about the world
Guides values, attitudes, behaviors

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6
Q

Classical economics

A

1700s by Smith & Malthus
Resources = land, labor, capital
Land: natural resources
Labor: human effort, compensated via wages
Assumptions: markets are self regulating, produce optimal outcomes through trade/competition

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7
Q

Neoclassical Economics

A

1800s
Predominant, mainstream economic paradigm
Resources= land, labor, capital, knowledge
Assumptions: people are rational, fully informed, society benefits when individuals maximize their own utility, business seek to low cost and high profits
Resources scarcity

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8
Q

Gross domestic product ( GDP)

A

The total value of goods and services produced per year

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9
Q

Pollution most in:

A

Nutrient pollution in water bodies
Air pollution from driving
Climate change from coal fired power plants
Over production and over consumption

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10
Q

Environmental economics

A

Developed in 1900s
Resources = land, labor, capital, knowledge, ecosystem services
Assumption: correct market failures
Internalizing externalities ( producers pay, beneficiaries bear external costs, optimize resource)

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11
Q

Ecological Economics

A

Developed in late 1900s
Assumption: the economy is a wholly owned subsidiary of the environment
Stable population, production and consumption.
Development in place of growth

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12
Q

Growth vs Development

A

Growth: quantitative increase in a system, limited by physical constraints

Development: quantitative improvement in the structure/ functioning of a system

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13
Q

Food systems

A

Production
Processing
Distribution
Access
Consumption
Waste recovery

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14
Q

Food security:

A

having physical, social and economic access to sufficient and nutritious food

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15
Q

Causes of food insecurity

A

Insufficient funds
Inadequate distribution
Prevention of food delivery
War and protracted crises that interfere with agricultire and food distribution
Discrimination that keeps food from reaching marginalized groups

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16
Q

Malnutrition

A

A state of poor health that results from an inappropriate caloric intake ( too much and too little) or deficiency in one or more nutrients

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17
Q

Undernourishment

A

When a person does not have enough to eat

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18
Q

Over nutrition:

A

The consumption of too many calories
Increases susceptibility to diseases
Problem for both poor and wealthy
Cheaper foods tend to be high in calories but deficient in essential nutrients

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19
Q

Industrial food system

A

Highly mechanized, centralized, efficient, productive
Monoculture, chemical applications, federal subsidies
Has issues of environmental degradation, public health, environmental justice, production of waste, energy inefficiency

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20
Q

Sustainable Agriculture

A

Farming methods that can be used indefinitely because they do not deplete resources, such as soil and water ( also economically viable and socially ethical)

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21
Q

Organic Agriculture

A

Farming that does not use synthetic fertilizer, pesticides, GMO’s, or other chemical additives like hormones

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22
Q

Soil

A

a complex ecosystem of mineral and organic material, including living organisms such as bacteria, invertebrates, and fungi, that supports the growth of plants and in turn, is affected by those plants

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23
Q

Soil Aggregates

A

clumps of soil produced as organic matter decomposes are beneficial for soil bacteria

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24
Q

How long does it take in years to form one inch of soil?

A

500-1000 years

25
Agroecology
A scientific field that considers the area's ecology and indigenous knowledge and favors agriculture methods that protect the environment and meet the needs of local people
26
Conventional Reserves
deposits of crude oil or natural gas that can be extracted by vertical drilling and pumping (we have used half of the oil on the planet)
27
Unconventional reserves
Deposits of oil or natural gas that cannot be recovered with traditional oil/gas wells but may be recoverable using alternative techniques
28
Tight Oil
light (low-density) oil in shale rock deposits of very low permeability; extracted by fracking
29
Wind Energy
Rotating Blades turn a shaft that is attached to a gear that rotates a higher speed shift on a generator. The generator produces electrical current.
30
Wind Energy Disadvantages
Wind is intermittent Turbines are expensive Noise and appearance are a problem for some Threat to birds and bats; cannot be in the area of migratory routes
31
Wind Energy Advantages
Abundant in some areas Pollution-free Low environmental impact and carbon footprint Effective at large and small scales Lowest-cost renewable Creates jobs
32
Advantages of Solar Power
Abundant Pollution-Free Low environmental impact and carbon footprint Effective at large and small scales Portable Created Jobs
33
Disadvantages of Solar Power
Location matters, shady and high-latitude areas get less winter sunlight Little or no generation on cloudy days or at night Expensive compared to other renewable energy sources
34
Geothermal Power Plant
Water is injected into deep wells, when the water hits hot rocks deep underground, steam is produced. This steam rises through a seperate pipe to turn a turbine at the surface, generating electricity.
35
Ground Source Heat Pump
A pump in the home circulates a fluid similar to antifreeze through a closed-loop system of buried pipes, bringing the ground temperature inside the home
36
Advantages of Geothermal and Ground Source
Pollution Free Low environmental impact and carbon footprint Can be used in large or small scales Dependable Ground source can be installed anywhere, reduces heating and air conditioning costs
37
Disadvantages of Geothermal and Ground Powered
Geothermal power plants are expensive to build and are suitable only in some areas Geothermal heat pumps are more expensive to install than tradition HVAC systems Usually must be paired with other energy sources to meet needs
38
Hydropower
Water enters the penstock Flowing water turns a turbine The turbine spins within a generator and creates electricity Water flows out of the penstock into the river
39
Disadvantages of hydroelectric power
Varies with yearly rainfall Can restrict water supplies to downstream communities Evaporative loss can be immense Loss of habitat and displacement of communities upstream of the dams
40
Advantages of Hydroelectric power
Pollution Free Low environmental impact and carbon footprint from operation Large dams offer recreation and flood control advantages Small run of the river systems can generate electricity without damming a river Tremendous power potential remains to be harnessed from the oceans
41
Weather
the meteorological conditions in a given place on a given day
42
Climate
Long term patterns or trends of meteorological conditions
43
Climate Change
alteration in the long term patterns and statistical averages of meteorological events
44
1992 United Nations Framework Convention of Climate Change (UNFCCC)
Recognize the need to address climate change Most of the world's nations, including the United States, signed on, agreeing to cooperate
45
The Kyoto Protocol (1997)
An international treaty that laid out steps to be taken to mitigate climate change Set different but specific targets for the reduction of CO2 emissions for various countries United States did not ratify the protocol Expired in 2012
46
2016 Paris Agreement
Replaced the Kyoto Agreement Allowed nations to set their own targets Signed by most nation (BObama signed) Orange Fuck Face withdrew this in 2017 2020 Biden signed on
47
Inflation Reduction Act 2022
Provide tax credits and incentives Increase electric vehicles Increase demand for low carbon materials Increase growth of renewable energies Increase research and development of clean technology
48
Proxy Data
Measurements that allow one to indirectly infer a value such as the temperature or atmospheric conditions in years past Uses preserved physical characteristics that allow scientists to reconstruct past climate (goes back 12,000 years)
49
Proxy Data where?
CO2 levels can be measured directly from air bubbles trapped in ice Temperature can be inferred by the isotopic ratio of the oxygen atoms in the water molecules of the ice Tree growth can be used to indicate temperature and water availability The oxygen-isotope ratio in coral skeletons can indicate past water temperatures Lake sediments can be evaluated for species composition and amounts of pollen
50
Climate Forcer
Anything that alters the balance of incoming solar radiation relative to the amount of heat that escapes out into space (positive or negative)
51
Greenhouse Gases
Molecules in the atmosphere that absorb heat and reradiate it back to Earth
52
Greenhouse effect
the warming of the planet that results when heat is trapped by Earths Atmosphere
53
Natural Forces
Solar output, cloud formation, volcanic eruptions, Milankovitch cycles
54
Anthropogenic Factors
Burning of fossil fuels, deforestation, agricultural practices, land uses, etc
55
Wicked Problems
You don't understand the problem until you have developed a solution Wicked Problems have no stopping rule Solutions to wicked problems are not right or wrong Every wicked problem is unique and novel Wicked problems have no given alternative solutions
56
Climate mitigation
efforts to minimize the extent or impact of climate change
57
Climate adaption
efforts to help deal with existing or impending climate change problems
58