1. What is the definition of an environmental worldview?
A person’s view of the relationship between human and nature
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Master of Nature
Humans stand above nature. Humans are allowed to do with nature whatever they want. Economic growth and technology are expected to provide answers to (environmental) problems that may arise.
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Steward of Nature
stands above of nature and is responsible for environmental conservation. Nature is not owned by the \*\*\*\***, but entrusted to him or her. The** \*\*\*\*\*\*\*\* owes a responsibility to God of future generations.
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Partner of Nature
The \*\*\*\*\*\*\*\*\* stands side by side with nature. Humans and nature are considered to be of equal value. Humans should work together with nature in the conviction that this interaction will benefit both.
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Participant of Nature
The \*\*\*\*\*\*\* **is part of nature, not just biologically, but also on a spiritual level. Although humans are a (small) part of nature, the are active participants. For the** \*\*\*\*\*\*\*\*\*\*\*, the bond between self and nature is very important; it co-constitutes the self
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1. What are the reasons for studying and researching environmental worldviews?
Understanding worldviews and knowledge is **interesting** but also provides evidence to anticipate **behavioral responses to policy change,Communication is more effective,Fair** representation and a **just** processes
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What “crisis” did Malthus predict was inevitable?
Population growth is the main driver of environmental degradation because it creates (resource scarcity)
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1. What was Malthus proposed solution?
Helping the poor is counter productive - welfare programs just acilitate population growth, he said
Moral restraint (by women) is necessary to maintain population
Solutions are within the controls of individuals
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While Malthus blamed the poor for pending crises, contemporary thinkers like Paul Ehrlich place equal blame on the very wealthy. Why is this the case? (Hint: think I = P\*A\*T)
1. Affluence
* Measured by produced goods & services (e.g., GDP) * Wealthier people tend to consume more resources
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Who is likely to have a larger ecological footprint, you or a subsistence fisher in a low-income country?
1. Me because of the technology and affluence have, less devloped countries release less emissions.
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Describe the environmental Kuznets curve
1. based on the assumption that development will have increasing impact on the environment
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What factors led to the dramatic decrease in population growth rates in Kerala, India?
Slowing population growth likely related to women’s empowerment, as shown by higher levels of education and literacy
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Compare the case of Kerala to India’s national population control program put into place in the 1970s
* Kerala has a higher life expectancy at birth rate compared to India * Kerala had a lower fertility rate then India * Kerala had a higher literacy rate
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Population pyramids
Age structure:
Proportion of males versus females in young, middle, or older age groups within a population
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How are population pyramids helpful
It shows us the growth or decline in age structure,Slow decline is usually manageable whereas rapid
declines lead to economic problems
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Ecological footprint
theoretical extent of the earth’ssurface required to sustain an individual, or organization
with a particular lifestyle
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Biocapacity
the ability of earth’s productive ecosystems to regenerate the renewable resources used
by a population, and absorb resulting waste & pollution
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Carrying capacity
is the population of human or non-human organisms that could be sustained in an area over time
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Malthusian
Population growth is the main driver of environmental degradation because it creates resource
scarcity
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Amartya Sen
Resource problems are caused by access not availability
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Neo-Malthusian
Population growth is an important factor in environmental degradation,but affluence and
technology mediate these effects(I-PAT)
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Cornucopian
Population growth provides a resource for innovation to deal with resource scarcity
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Demographic Transition Model
Population growth is the result of underdevelopment
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Thomas Malthus
First economist to propose a systematic theory of population
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Elinor Ostrom
argues that population pressures will cause innovations that will allow us to avoid resource scarcity
American political economist who provided evidence against tragedy of the commons
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Pigovian taxes
A tax on a market transaction that creates a negative externality, or an addition of all cost, borne by individuals not directly involved in transaction
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Ecology
The scientific study of interconnecting between organisms and their (living-non-living) environment
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Market failures
\ When a situation or condition where product or exchange of a good or service is not efficient
occur when there is a mismatch between economic theory and the real world
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transaction costs
The “costs of doing business” in time, money, personnel, or materials to ensure enforcement of exchange rules (e.g., lawyers, travel, police, time)(treaty-based)
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Monopoly
one seller for many buyers –Seller determines the price
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Monopsony
one buyer for many sellers –Buyer determines the price
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Coase theorem
indicates externalities can be controlled through contracts & bargaining
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\ Subsidies
Government funding can be used to support sustainable products or practices
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Paul Ehrlich
Neo-Malthusian, environmentalist Bet that the prices of 5 metals would increase over 10 years because population increase (and demand) would increase scarcity
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Julian Simon
Cornucopian, economist Bet that the prices of the 5 metals would decrease over 10 yrs because of innovation (e.g., substitutes, more efficient extraction)
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free-market economy
Environmental problems can be solved by the \*\*\*\*\*\*\*\*\*\* controlled by supply & demand.
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market-based instruments
protects the environment and internalize costs
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Environmental scarcity
will drive markets, along with innovation and growth
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The market response model
A model that predicts the economic response to scarcity
•Scarcity & availability mediated by supply and demand •Scarcity causes price to rises, which has two responses
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Who wins the bet between Elrich and Simmons
Simmons
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Externalties
Slipover of a cost or benefit, as where industrial activity at a plant leads to pollution off-site that must be paid for by someone else
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Total cost accounting
Efforts to account for cost of negative externalities in addition to the market price of a product
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Carbon offsets
Individuals or corporations provide donations for conservation activities
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Green taxes
raise prices to reduce the use of resources and to drive innovation and substitution
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Cap and Trade
Tradeable rights to pollute are distributed to reward efficiency
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Green consumption
Consumers opt into more sustainable products
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greenwashing
claims about green practices do not always correspond to actual practices
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Green certification
can be used to verify claims about green practices
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Decoupling
he ability of an economy to grow without corresponding increases in environmental pressures
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Monetary Value
the amount that would be paid in cash for an asset or service if it were to be sold to a third party
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Preventative checks
will lower birth rate
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Positive checks
will occur to increase death rate
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Oscillations
will occur due to scarcity & resource conflict
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‘tragedy of the commons’
Hardin (1968) theorized the \*\*\*\*\*\*\*\* would occur whereby people would overexploit shared resources
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a type of prisoner's dilemma
A game where a particular action would benefit all, but individuals behaving selfishly will create a situation that is not optimal for everyone
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What were Hardins two solutions
– Coercion (government regulation) – rules enforced by an authoritative leader – Privatization (markets) – individual, rather than communal ownership
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Common-pool resources
natural and human constructed resources in which
– (i) exclusion of beneficiaries through physical and institutional means is especially costly – (ii) exploitation by one user reduces resource availability for others (Ostrom et al. 1999)
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Free-riding
receiving a benefit without paying for it
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Institutions
(in)formal laws and regulations
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Res nullius
not owned, open to anyone open access
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Res communes
common property owned collectively, only the group has access
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What is SESF?
social-ecological systems framework
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social-ecological systems framework
widely applied to gauge the sustainability of social- ecological systems
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Collective action situations
are at the heart of the SESF
• Multiple challenges can arise in social-ecological systems: overharvest, pollution, habitat destruction, etc.
• People may work together through \*\*\*\*\*\*\* to maintain a sustainable social-ecological system
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Top-down
Governance and management decisions are largely determined by state actors
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Bottom-up
resource management determined by local stakeholders (“community-based natural resource management”)
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Co-managed
collaboration between formal and informal governance structures (“integrated