Module Overview: Development Indicators, Ecological Footprints, Environmental Economics, and Worldviews

Classification of Countries Across the Economic Spectrum

  • Differences between undeveloped and developed countries exist across multiple economic and demographic indicators:

    • Undeveloped Countries: Positioned on the lower end of the economic spectrum, characterized by lower economic wealth, lower education levels, higher fertility rates, lower standard of living, and lower rates of consumption.

    • Developed Countries: Positioned on the higher end of the economic spectrum, characterized by greater economic wealth, higher education levels, lower fertility rates, higher standard of living, and higher rates of consumption.

    • Developing Countries: Countries in transition that occupy various intermediate stages across these indicators.

  • Comparative Analysis: Haiti vs. Dominican Republic

    • Gross Domestic Product (GDP) Per Capita: Defined as the monetary value of goods and services produced per person per year.

    • Haiti: $12.72per year\$12.72\,\text{per year}

    • Dominican Republic: $8,282per year\$8,282\,\text{per year}

    • Total Fertility Rate: Defined as the average number of children born to an average woman over her lifetime.

    • Haiti: 2.94births per woman2.94\,\text{births per woman}

    • Dominican Republic: 2.35births per woman2.35\,\text{births per woman}

    • Life Expectancy: Defined as the number of years an average person will live.

    • Haiti: 63.4years63.4\,\text{years}

    • Dominican Republic: 73.9years73.9\,\text{years}

    • Consumption Rates: Defined as the amount of materials, energy, and services used per person.

    • Haiti: 36kWhof electricity per year36\,kWh\,\text{of electricity per year} and 0.28tons of CO2per person per year0.28\,\text{tons of } CO_2\,\text{per person per year}

    • Dominican Republic: 1,456kWhof electricity per year1,456\,kWh\,\text{of electricity per year} and 2.15tons of CO2per person per year2.15\,\text{tons of } CO_2\,\text{per person per year}

Ecological Footprint and Economic Principles

  • Ecological Footprint: A standard measurement tool calculated to determine the amount of land required to support a person in a given country based on resource utilization.

    • Footprints are calculated using specific consumption indicators, including forest products, carbon pollution, cropland and pasture land, built-up land, and fisheries.

    • Total Footprint by Country: China, The United States, and India possess the three largest ecological footprints as entire nations.

    • Per Capita Footprint: When adjusted for total population size, Luxembourg, Qatar, and Australia represent the top three largest footprints per person.

    • The United States retains a high per capita footprint.

    • China and India display significantly lower per capita footprints due to their large population sizes.

  • Supply and Demand Dynamics: An economic principle that predicts resource pricing based on availability and consumer demand:

    • Price Increases: Occur when resource supply is low or resource demand is high.

    • Price Decreases: Occur when resource supply is high or resource demand is low.

Cost-Benefit Analysis and Externalities

  • Cost-Benefit Analysis: A systematic evaluation process that measures the expense of taking an action against the direct benefits it will generate.

  • Hidden Costs (Externalities): Expenses or negative consequences paid for by external parties that are not factored into standard cost-benefit analyses.

    • Coal Utilization Example: Coal is a plentiful fossil fuel resource with a high supply, making it relatively inexpensive to extract and utilize for electricity generation. However, coal production generates substantial hidden costs, such as severe air pollution and environmental damage incurred during the mining and electricity production stages.

Case Study & Discussion: The 1984 Bhopal Pesticide Disaster

  • Case Overview: Focuses on the 19841984 explosion of the Union Carbide pesticide plant in Bhopal, India, and a subsequent public prank executed to raise global awareness regarding corporate responsibility.

  • Analytical Framework Questions:

    • Where on the developed and developing spectrum was India positioned in 19841984?

    • What explicit costs and benefits did Union Carbide evaluate when deciding to construct the pesticide plant in India?

    • Would the chemicals released during the accident be classified as persistent and hazardous, and what specific reasoning supports that classification?

    • How can principles of supply and demand explain the observed changes in Dow's stock price following the event?

    • What specific costs and benefits did Dow consider when allocating funding to create the human element ad campaign rather than distributing financial compensation to the victims in Bhopal?

Environmental Worldviews and Government Policy Tools

  • Environmental Worldviews: The foundational perspectives, attitudes, values, and expectations that govern how individuals view and interact with the world. Worldviews lie along a continuum from anthropocentric to ecocentric perspectives.

  • Primary Categories of Environmental Worldviews:

    • Planetary Management:

    • Situated at the anthropocentric end of the spectrum.

    • Holds that human beings rule the Earth.

    • Assumes human technology and ingenuity will successfully prevent resource depletion and overcome resource limitations.

    • Views overall economic potential as unlimited.

    • Stewardship:

    • Situated at an intermediate position on the spectrum.

    • Assumes human interests should come first, but humans maintain an obligation to care for and protect other living species.

    • Emphasizes the conservation of natural resources for future generations whenever possible.

    • Favors an economic growth model that avoids environmental harm.

    • Environmental Wisdom:

    • Situated at the ecocentric end of the spectrum.

    • Holds that humans hold no greater intrinsic importance than any other species on Earth.

    • Recognizes that Earth's natural resources are finite and that produced waste does not simply vanish.

    • Asserts that human survival depends entirely on sustaining Earth's ecological support systems.

  • Primary Government Policy Tools: Public policies are driven by these underlying worldviews and implemented using three primary policy tools:

    • Laws: Statutorily permit or prohibit specific behaviors and actions.

    • Taxes: Require monetary payments to discourage unwanted behaviors or fund specific public programs (tax breaks are utilized to encourage desirable behaviors).

    • Subsidies: Provide direct financial payments to reward designated actions.

Political Profiles and Worldview Applications

  • Donald Trump:

    • Associated Worldview: Planetary Management.

    • Key Stances and Enacted Actions:

    • Granting permits for oil and gas drilling in the Alaska National Wildlife Refuge.

    • Expanding oil pipeline infrastructure.

    • Reducing automotive fuel efficiency standards.

    • Eliminating regulatory caps on carbon emissions.

  • Joe Biden:

    • Associated Worldview: Stewardship.

    • Key Stances and Enacted Actions:

    • Winding down financial subsidies for fossil fuels in favor of renewable energy subsidies.

    • Working to revise and update the Clean Air Act.

    • Generating targeted subsidies for public transit systems and energy-efficient building construction.

  • Alexandria Ocasio-Cortez:

    • Associated Worldview: Environmental Wisdom.

    • Key Stances and Enacted Actions:

    • Prioritizing environmental protection over economic growth.

    • Aiming to achieve complete carbon neutrality in electricity generation by 20502050.

    • Banning specified categories of single-use plastics.

    • Implementing broad tax measures on all carbon emissions.

  • Context on Political Policy Dynamics: The political environment is dynamic and constantly changing, as are the perspectives and policies of individual figures. While policy itself is not the sole focus, understanding historical trends and human worldviews is essential for understanding how societal change is achieved and how environmental legislation is shaped.