Chapter 4 continued Nonrenewable Mineral Resources Energy Energy Options Environmental Degradation...

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Transcript of Chapter 4 continued Nonrenewable Mineral Resources Energy Energy Options Environmental Degradation...

Page 1: Chapter 4 continued Nonrenewable Mineral Resources Energy Energy Options Environmental Degradation Environmental Equity and Sustainable Development.
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Chapter 4 continued

• Nonrenewable Mineral Resources

• Energy

• Energy Options

• Environmental Degradation

• Environmental Equity and Sustainable Development

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Nonrenewable Natural Resources• The widespread distribution of nonmetallic

elements (e.g. sand & gravel, nitrogen, potash, phosphorous, sulfur, etc.)

• Uneven distribution of metallic minerals• Figure 4.12 – diversity of strategic minerals in

U.S. Canada, Australia, South Africa and Russia• Growing U.S. dependent on imports• Mineral supply options: the oceans, improved

mining technologies, recycling• Figure 4.13: “transmaterialization” – substitution

of advanced materials for natural materials• Environmental Impacts – use of lower quality

ores

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Production of Strategic Materials

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Changing Consumption of Metals

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U.S. Energy Consumption

With about 5% of global population, the U.S. uses about 25% of global energy consumption

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Total andPer CapitaEnergyConsumption

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Global Petroleum ReservesAlaska?

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Petroleum ReservesAnd Production

% differentThan Fig.4.18

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U.S. Oil Statistics Figure 4.16 – textData are very differentThan the scale onThis graph – see the nextSlide for more accurate data

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Source: U.S. Energy Administration. Tight Oil is shale oil production

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Oil Production & Consumption U.S.

Growing foreign dependence

Rise of OPEC

Global imbalance in energydemand and supply

Pressures to increasedomestic output – Alaska,Offshore

Future demands and supplies:when will global output peak,and what will be the alternative?

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Crude Oil Reserves, Production & Trade

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Production & Consumption Crude Oil by Major Region

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Natural GasReserves andProduction

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World Trade in Natural Gas

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Coal ProductionAnd Reserves

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Major Iron-Producing & Coal Fields

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Acid Rain Creation

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Energy Options – Post Cheap Fossil Fuels

• Conservation

• Nuclear Power – Figure 4.29

• Geothermal

• Hydropower

• Solar Energy

• Wind – note case study

• Biomass

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Source: NWPCC 6th Northwest Power Plan, Chapter 2

An Example of Renewable Energy Options -RPS – Renewable Resource Portfolio Standard

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Environmental Degradation

• Pollution – air and water

• Wildlife & habitat preservation

• Environmental Equity

Causes ofDecrease

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Sources of Air Pollutants

Point vs. Non-point sources

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Acid Rain Concentration

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Greenhouse Gases & Global Warming

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Environmental Equity and Sustainable Development

• Environmental spillovers of human development

• Principle of sustainable development– Western concerns with long-run growth and

efficiency, externalizing environmental costs– A critique from the Global South – equity and

internalizing environmental costs– P. 127 last paragraph before summary

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Problems ofAir pollution,Acid Rain, And AquiferDepletion

2010 Gulf Oil Spill

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Problems of poverty,Poor land distribution,Lack of rural opportunities,Exploitation of environment by corporate interests,Threatening forests,Polluting water, Creating Urban Air Quality Problems

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ProblemsOf deforestation,Desertification,Overgrazing,Soil erosion,Wildlife extinction

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Water supply problems,Overgrazing,Irrigation-induced salinization

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Marine pollution,Acid rain,Polluted rivers

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Summary• Resource problems can be solved by• (1) changing societal goals• (2) changing consumption patterns• (3) changing technology• (4) altering population levelsViewing the “food crisis” as socially

constructedNonrenewable resources – shifting from a

growth-oriented to a balance-oriented lifestyle