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envi sci quiz 1

QUIZ 1 Class Notes

  • Human population growing exponentially ::

    • it might level off, or it might crash.

Poverty affects people + how they interact w/ environment: gap between rich + poor countries

  • highly developed countries (HDCs)::

    • more </p></li><liclass="drag"><p>moreenergyproduction+usage</p></li><liclass="drag"><p>moreindustrialization</p></li><liclass="drag"><p>lessagriculture</p></li><liclass="drag"><p>serviceindustrydominates</p></li><liclass="drag"><p>moreinternationaltrade</p></li><liclass="drag"><p>moreurbanization</p></li><liclass="drag"><p>moretechnology</p></li></ul></li><liclass="drag"><p><markdatacolor="blue">moderatelydevelopedcountries(MDCs)::</mark></p><ul><liclass="drag"><p>somewherebetweenHDC/LDC</p></li></ul></li><liclass="drag"><p><markdatacolor="blue">lessdevelopedcountries(LDCs)::</mark></p><ul><liclass="drag"><p>less</p></li><li class="drag"><p>more energy production + usage</p></li><li class="drag"><p>more industrialization</p></li><li class="drag"><p>less agriculture</p></li><li class="drag"><p>service industry dominates</p></li><li class="drag"><p>more international trade</p></li><li class="drag"><p>more urbanization</p></li><li class="drag"><p>more technology</p></li></ul></li><li class="drag"><p><mark data-color="blue">moderately developed countries (MDCs)::</mark></p><ul><li class="drag"><p>somewhere between HDC/LDC</p></li></ul></li><li class="drag"><p><mark data-color="blue">less developed countries (LDCs)::</mark></p><ul><li class="drag"><p>less

    • less energy production + usage

    • less industrialization

    • more agriculture

    • production of goods dominates

    • less international trade

    • less urbanization

    • less technology

  • overpopulation vs. overconsumption

    • overpopulation::

      • “too many” people

      • tends to be in LDCs

    • overconsumption::

      • people using “too many” resources

      • tends to be in HDCs

  • types of resources

    • potentially renewable :: resources that replenish naturally in a reasonable amount of time for humans

      • ex: clean water, clean air, soil, living things

    • nonrenewable :: resources that don’t replenish naturally or take too long to do so

      • ex: fossil fuels, metals (aluminum, uranium, etc.)

    • perpetual :: resources that are always available

      • ex: sunlight, tides (controlled by moon), wind + waves (controlled by sun)

  • how scientists measure effects of humans on the environment

    • ecological footprint :: how our resource use + waste production affect land (how much land is needed to provide resources + absorb/deal with waste)

      • could be per person, for country/region, for whole world

    • IPAT model :: looking at whole population’s environmental impact

      • I = P x A x T

        • I = environmental impact

        • P = population size (# of people)

        • A = affluence (resources consumed per person)

        • T = technology (environmental impacts of tech could be good or bad)

        • Direct relationships:

          • P up, I up

          • P down, I down

          • A up, I up

          • A down, I down

          • T: it depends

  • environmental sustainability

    • environmental sustainability :: ability to meet current needs without compromising ability to meet future needs

    • Tragedy of the Commons :: people don’t take good care of a common resource because they prioritize their own short-term interests

      • Tend to take better care of privately owned resources

      • Short-term needs take priority over long-term consequences

      • Environmentally: land, water, air, etc.

    • sustainable development :: economic progress that considers environmental impact (is sustainable)

    • true sustainability :: a compromise between 3 things:

      • environmental issues

      • economic issues

      • social issues

  • ideas about how we should use/view the environment

    • preservation vs. conservation

      • about land use

      • preservation :: belief in not using or minimally using natural land, keeping it pristine

      • conservation :: belief in using natural land carefully so humans can keep using it

    • environmental worldviews--on spectrums

      • frontier ethic vs. environmental ethic

        • frontier ethic:: earth has unlimited resources (or we can replace them) for human use

        • environmental ethic:: resources can run out, humans just part of nature

      • anthropocentric vs. biocentric

        • anthropocentric:: human-centered (humans are #1)

        • biocentric:: all life centered (all life equal)

      • utilitarian value of nature vs. intrinsic value of nature

        • utilitarian:: nature is useful to humans

        • intrinsic value of nature:: nature for nature’s sake

    • environmental justice :: every person has right to protection from environmental hazards + to participate in decisions about environmental laws, protection, development, etc.

    • precautionary principle :: if there is a potential threat to human health or environment, something must be done to correct it or stop/prevent it, even if cause + effect not fully understood or supported

R

envi sci quiz 1

QUIZ 1 Class Notes

  • Human population growing exponentially ::

    • it might level off, or it might crash.

Poverty affects people + how they interact w/ environment: gap between rich + poor countries

  • highly developed countries (HDCs)::

    • more </p></li><liclass="drag"><p>moreenergyproduction+usage</p></li><liclass="drag"><p>moreindustrialization</p></li><liclass="drag"><p>lessagriculture</p></li><liclass="drag"><p>serviceindustrydominates</p></li><liclass="drag"><p>moreinternationaltrade</p></li><liclass="drag"><p>moreurbanization</p></li><liclass="drag"><p>moretechnology</p></li></ul></li><liclass="drag"><p><markdatacolor="blue">moderatelydevelopedcountries(MDCs)::</mark></p><ul><liclass="drag"><p>somewherebetweenHDC/LDC</p></li></ul></li><liclass="drag"><p><markdatacolor="blue">lessdevelopedcountries(LDCs)::</mark></p><ul><liclass="drag"><p>less</p></li><li class="drag"><p>more energy production + usage</p></li><li class="drag"><p>more industrialization</p></li><li class="drag"><p>less agriculture</p></li><li class="drag"><p>service industry dominates</p></li><li class="drag"><p>more international trade</p></li><li class="drag"><p>more urbanization</p></li><li class="drag"><p>more technology</p></li></ul></li><li class="drag"><p><mark data-color="blue">moderately developed countries (MDCs)::</mark></p><ul><li class="drag"><p>somewhere between HDC/LDC</p></li></ul></li><li class="drag"><p><mark data-color="blue">less developed countries (LDCs)::</mark></p><ul><li class="drag"><p>less

    • less energy production + usage

    • less industrialization

    • more agriculture

    • production of goods dominates

    • less international trade

    • less urbanization

    • less technology

  • overpopulation vs. overconsumption

    • overpopulation::

      • “too many” people

      • tends to be in LDCs

    • overconsumption::

      • people using “too many” resources

      • tends to be in HDCs

  • types of resources

    • potentially renewable :: resources that replenish naturally in a reasonable amount of time for humans

      • ex: clean water, clean air, soil, living things

    • nonrenewable :: resources that don’t replenish naturally or take too long to do so

      • ex: fossil fuels, metals (aluminum, uranium, etc.)

    • perpetual :: resources that are always available

      • ex: sunlight, tides (controlled by moon), wind + waves (controlled by sun)

  • how scientists measure effects of humans on the environment

    • ecological footprint :: how our resource use + waste production affect land (how much land is needed to provide resources + absorb/deal with waste)

      • could be per person, for country/region, for whole world

    • IPAT model :: looking at whole population’s environmental impact

      • I = P x A x T

        • I = environmental impact

        • P = population size (# of people)

        • A = affluence (resources consumed per person)

        • T = technology (environmental impacts of tech could be good or bad)

        • Direct relationships:

          • P up, I up

          • P down, I down

          • A up, I up

          • A down, I down

          • T: it depends

  • environmental sustainability

    • environmental sustainability :: ability to meet current needs without compromising ability to meet future needs

    • Tragedy of the Commons :: people don’t take good care of a common resource because they prioritize their own short-term interests

      • Tend to take better care of privately owned resources

      • Short-term needs take priority over long-term consequences

      • Environmentally: land, water, air, etc.

    • sustainable development :: economic progress that considers environmental impact (is sustainable)

    • true sustainability :: a compromise between 3 things:

      • environmental issues

      • economic issues

      • social issues

  • ideas about how we should use/view the environment

    • preservation vs. conservation

      • about land use

      • preservation :: belief in not using or minimally using natural land, keeping it pristine

      • conservation :: belief in using natural land carefully so humans can keep using it

    • environmental worldviews--on spectrums

      • frontier ethic vs. environmental ethic

        • frontier ethic:: earth has unlimited resources (or we can replace them) for human use

        • environmental ethic:: resources can run out, humans just part of nature

      • anthropocentric vs. biocentric

        • anthropocentric:: human-centered (humans are #1)

        • biocentric:: all life centered (all life equal)

      • utilitarian value of nature vs. intrinsic value of nature

        • utilitarian:: nature is useful to humans

        • intrinsic value of nature:: nature for nature’s sake

    • environmental justice :: every person has right to protection from environmental hazards + to participate in decisions about environmental laws, protection, development, etc.

    • precautionary principle :: if there is a potential threat to human health or environment, something must be done to correct it or stop/prevent it, even if cause + effect not fully understood or supported