Alles Flashcards

1
Q

three socio-ecological sustainability transitions?

A

resilience, pathways, spheres of transformation

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2
Q

pathways sustainability transition how to

A

set a goal
map out
different pathways

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3
Q

resilience sustainability transition

A

disruption, destruction, regeneratio

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4
Q

spheres of transformation how to

A

transformation, innovation

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5
Q

Three causation perspectives

A

Industrial production perspective, final consumption perspective, material use perspective

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6
Q

HIPCO

A

Habitat, Invasive, Pollution, Climate, Overexploitation

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7
Q

Social foundation of the doughnut economy (12)

A

water, food, health, education, income, work, peace and justice, political voice, social equity, gender equality, housing, networks, energy

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8
Q

things that we have already exceeded the ecological boundary of in the doughnut

A

1 biodiversity loss
2 nitrogen and phosphorus loading
3 climate change
4land conversion

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9
Q

things that we will exceed the boundary of in the current trajectory

A

1 ozone layer depletion
2 ocean acidification
3 chemical pollution
4 air pollution
5 freshwater withdrawals

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10
Q

counting the carbon of where products are produced

A

production-based carbon calculations (paris agreement)

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11
Q

The final user is the one responsible for the emissions of the whole journey

A

consumption-based carbon calculations

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12
Q

the people that benefit from the extraction of resources should pay for the emissions

A

extraction-based carbon calculations

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13
Q

the emission debts go to the person that benefits the most financially from the life cycle emissions

A

value added carbon calculations

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14
Q

example of production-based carbon calculations

A

paris agreement

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15
Q

how much percentage do cities use in global energy consumption and ghg emissions

A

70

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16
Q

how much share of the materials do cities consume

A

75

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17
Q

three visions in cultural theory and LCA

A

individualist, hierarchist, egalitarian

18
Q

What is individualist LCA

A

based on the market responsibility

19
Q

Hierarchist LCA example

A

China, top-down

20
Q

chemical -> consequence of chemical process -> area of protection

A

the recipe method

21
Q

Biodiversity encompasses… (according to WWF)

A

genetic variation within species
variety and population abundance of species in an ecosystem
habitats across a landscape

22
Q

Examples of biodiversity measures

A

Living Planet index; population data, abundance
IUCN red list of threatened species

23
Q

transition mode; polycentric governance, human-nature integration, lack of structural solutions, symbiotic relationship human-nature, maximum resilience

A

socio-ecological sustainability transitions

24
Q

transition mode; barriers and opportunities for systemic change research, energy, mobility, housing, economic, social, psychological incentivisation, incremental change, technology innovation, processes,

A

socio-technical sustainability transitions

25
Multilevel perspective (socio-technical)
Regime, niche, landscape
26
landscape example
neoliberalism, war
27
niche example
research facilities, tech-entrepreneurship
28
regime example
cars; infrastructure, insurance, licence
29
analysis for transitions; capitalism, neoliberalism, cultural
socio-economic analysis
30
system transition approach; often non-governmental, grassroot, community, polycentric, bottom-up, local
action-oriented perspective on system transitions
31
group may fail to anticipate a problem
forgetting, analogies, experience, accounting
32
group may fail to perceive
tools, managers, invisible, landscape amnesia
33
group may fail to deal with problem
rational bad behaviour; conflict, egoism, inequality irrational bad behaviour; psychology, denial
34
might fail to solve it
lack of capacity to solve too little too late trade-off is too expensive bad plan
35
4 types of transitions
egalitarian, fatalist, hierarchist, indivudalist
36
neo-malthusians, limitations on nature
when we exceed natures limitations, it will come to punish us
37
economic optimists
the market will save us
38
we need to change the manner in which we distribute resources
distributionists
39
niche innovation, unstable regime takes opportunity from niche to reconfigure, landscape developments put pressure on regime
disturbances in the MLP
40
freeriders, common resource pools, network communities
41
2 ways to solve freeriding
restriction and incentives