Index
Mark Harvey
(University of Essex, UK)
This content is currently only available as a PDF
Citation
Harvey, M. (2021), "Index", Climate Emergency (Society Now), Emerald Publishing Limited, Leeds, pp. 229-240. https://doi.org/10.1108/978-1-80043-330-420211010
Publisher
:Emerald Publishing Limited
Copyright © 2021 Mark Harvey. Published under exclusive license by Emerald Publishing Limited
INDEX
Abstract labour
, 35–36, 41–43, 54, 58–59
Abstract models
, 33–34
capitalism
, 82–83
of economy
, 60
Abstract money
, 52–53
Abstract nature
, 43
Aerodynamics
, 148–149
Agricultural/agriculture
, 182–183
policy
, 98–99
revolutions
, 58–59, 71
use of land
, 65–66
Amazon
, 170–171
American Revolutionary War
, 18–19
Anglo-Americans
, 85–86
Anthropocene
, 3–5, 7–10, 15, 41–42
Anthropogenesis
, 4–5, 64
Anthropogenic climate change
, 3–4, 8–10, 15, 37
Atmospheric aerosol loading
, 9–12
Beeching cuts
, 152–153
Biofuels
, 67–68, 139, 152
Biological threats
, 2–3
Biomass
, 65–66
Biosphere integrity
, 9–12
Black Death
, 2, 72, 182–183
Bolsonaro-Trump Climate Change Accelerator Pedal
, 119–121
Brazil
agricultural land
, 68–69
developmental trajectories of
, 97
meat production and consumption in
, 180
PDEC configuration in
, 97
political economies of
, 95
Brazil in Action (1996–1999)
, 109–110
Brazilian Agricultural Research Corporation
, 110–111
Brazilian agricultural sector
, 111–112
Brazilian land use
, 103–104
Brazilian sociogenic trajectory
, 107–121
British colonisation of slave plantations
, 203–204
British imperialism
, 23–24, 45–46
British industrial capitalism
, 45–46, 82–83
British industrial capitalist revolution
, 82–83
British industrial revolution
, 18–19, 63–64, 71, 90–91, 129, 159, 180, 182–183
British sociogenic climate change pathway
, 73–74
British-US Deep South configuration
, 57–58
Brown coal
, 142
Burning coal
, 72–73
James Watt’s steam engine
, 8–9
for steam powered manufacturing
, 78
Capital ownership development
, 159–160
Capitalisation of land
, 48
Capitalism
, 32–36, 40, 49–51, 54, 58–59
central contradiction of
, 36–37
dualism of
, 58–59
Marx’s theory of
, 58–59
self-destructing
, 34–37
sociogenic conceptualisation of
, 58
Capitalist economies
, 60
Capitalist economy
, 36–37
Capitalist growth
, 45–46
Capitalist revolution
, 42
Capitalocene
, 34, 37, 46, 54
Car and oil dependency
, 152–153
Carbon budget
, 174–175
Carbon dioxide emissions (CO2 emissions)
, 1–2, 10–11, 13–14, 24–25, 165–166
Carbon footprint
, 107
Carbon lock-in
, 143–144, 174
Carbon-intensive lock-in
, 187
Cartesian revolution
, 42
Cheap
, 35–36, 40–41
theory of
, 41
Chemical fertilizers
, 8–9
China
, 174–175
developmental trajectories of
, 97
meat production and consumption in
, 180
PDEC configuration in
, 97
political economies of
, 95
sociogenic climate change
, 101
Chinese food and agriculture policy
, 103
Chinese Revolution
, 189–191
Chinese sociogenic trajectory
, 98–107
Churrascaria
, 114–116
Circular economy
, 200–201
Climate change. See also Greenhouse gases (GHG)
, 1, 9–10, 32–34, 55–56, 63, 82–83, 96, 177, 182
Australia-Japan partnership in
, 145–146
British industrial capitalist revolution
, 82–83
British industrial revolution
, 90–91
colonisation
, 70
commercialisation of Amazon
, 69–70
cotton textile production
, 77–78
crisis
, 8–9, 13–14
development of slave cotton
, 78–79
English sociogenic trilemma perspective
, 71
factory-produced worsteds complemented cotton textiles
, 75–76
Indian Removal Act
, 84–85
John Wayne in Red River by Howard Hawks
, 87
land resources in United States
, 81–82
long view, the
, 6–7, 22, 79–80
longer industrialisation view, the
, 54
Louisiana purchase
, 80–81, 83–84
methane-producing cattle
, 86–87
natural science food-energy-climate change
, 65
Paris Agreement on
, 120
politics of
, 60–61
proto-industrial developments of woollen textile production
, 74–75
resource environment
, 73–74
short view, the
, 44–45
shorter industrialisation view, the
, 22–23
sociogenesis
, 64
sociogenic character of
, 124–125
sociogenic emission of greenhouse gases
, 92
sociogenic pathways
, 89–90
sugarcane
, 68–69
territorial acquisition of Texas
, 85–86
Texas
, 88–89, 91–92
trilemma
, 66–68
urban growth
, 72–73
Climate emergency
, 3–4, 13–14, 130–131, 161, 180
Anthropocene
, 3–4, 7, 15
anthropogenic climate change
, 6–7
climate change
, 1
out of climate emergency
, 196–204
CO2 emissions
, 1–2, 24–25
Earth System
, 16
economy shifted place
, 20
great divergence
, 4
industrial revolution
, 22–23
interglacial period
, 5–6
national historical developments
, 18
nature’s productions
, 179
planetary boundaries
, 9–13, 25–26
political character of
, 16–17
powering into
, 156–158
resource environments
, 21
societies
, 23–24
socio-economic inequalities
, 24–25
sociogenesis
, 4–5, 17–19, 26, 28
technological determinism of climate change
, 8–9
UN hosted climate conferences
, 28–29
warning
, 24–25
weaknesses and failures of successive international conferences
, 14–15
Coal. See also Burning coal
coal-powered electricity generation
, 185–186
consumption
, 72–73
fired power stations
, 142–143
mining
, 77–78
resources
, 181
Colonialism
, 63–64, 203–204
Command over planetary resources, inequalities in
, 173–176
Commercial market-oriented agriculture
, 183–184
Commodity frontier
, 39–40
Communism
, 55, 131, 184–185
Conceptualisation
, 52–53
Consumer(s)
, 170–171, 187
inequalities
, 165–166
of lithium
, 202
markets
, 43–44
nations
, 28–29
Consumerism
, 156–157
Consumption
, 57
of aviation fuel per capita
, 166
changes of norms and routines
, 200–201
meat eating culture
, 94–95
productive systems and patterns
, 18
of renewable energy
, 14–15
Contemporary market socialisms
, 172–173
Cooperative-collectivisation
, 98–100
Cosmologists
, 8
Cotton
, 76
slavery
, 79
textiles
, 55–56, 58, 75–78
COVID-19
pandemic
, 1–2, 154–155, 197, 199
sociogenesis analysis of
, 26–28
Crimes against humanity
, 81
Cultural Revolution
, 98–99
Cultures of production
, 134–135
Dash for gas
, 142–143
Deforestation
, 3–6, 55–56, 58–59
of Amazon
, 12–13, 68–69
levels
, 118–119
Distribution
, 57, 94–95, 128
Division of labour
, 8, 16–17
Domestic agriecological crisis
, 101–102
Domestic electrification of societies
, 135–136
Domestic energy coal
, 76
Domestic slaves
, 132, 186–187
Dragging effect
, 109–110
Dualism
, 38
of capitalism
, 58–59
Earth System
, 8–13, 31
climate emergency
, 16
natural science
, 45–46
Earth’s atmosphere
, 182–183
Earth’s atmospheric change
, 31–32
Earth’s biophysical system
, 14–15
Ecological crisis
, 8–9, 46–47
of China’s water resources
, 101–102
of mid-nineteenth century agriculture
, 47–48
Ecological Marxism
, 49–50
Economy/economies
, 33–34, 95
of capital
, 33–34
of capitalism
, 52
dynamic of capitalism
, 36
of money
, 51–52
transformations
, 60–61
Egalitarian land distribution
, 99–100
Electricity
, 171–172
Electrification
, 189
Electrifying societies
, 131–146
Energy
, 40–41, 65–66, 145–146
Engine capacities
, 148–149
English sociogenic trilemma perspective
, 71
Environmental characteristics
, 36
Environmental degradation
, 13–14
Environmental Marxists
, 34
Environmental Protection Agency
, 120
Environmental regulations
, 102–103
Environmental resources
, 20, 25–26, 184
Environmental science
, 64
Environmental scientists
, 8
Ethnic cleansing
, 55–56, 80, 84–85, 91
European capitalism
, 39–40
European energy resources
, 73–74
European feudalism
, 32–33
European Union
, 153–154
Exchange
market
, 19
value
, 35–36
Exploitation of nature
, 203–204
Export-driven agricultural growth
, 114
Extensification
, 109–110
Facebook
, 170–171
Factory-produced worsteds complemented cotton textiles
, 75–76
Farmer Professional Cooperatives
, 101–102
Farming extensification
, 113–114
Fascism
, 19–20
Feeding the crisis. See also Ecological crisis
, 93
Bolsonaro-Trump Climate Change Accelerator Pedal
, 119–121
Brazilian beef exports to China in tonnes
, 105
Brazilian sociogenic trajectory
, 107–121
Chinese sociogenic trajectory
, 98–107
contrasting sociogenic trajectories and attraction of opposites
, 121–123, 125–126
units of analysis and policy implications
, 125–128
First World War
, 174
Flex-Fuel Vehicles
, 67–68, 149–150
Food
, 40–41
contribution
, 93
food-energy-climate change
, 64, 94–95
policy
, 98–99
security
, 98–99
transport
, 65–66
Forward Brazil (2000–2003)
, 109–110
Fossil energy
, 65–66, 70
Fossil fuels
burning
, 3–4
energy
, 58
Foundational proposition
, 35–36
Free labour
, 41
Freshwater use
, 9–10
Fuelling crisis
electrifying societies
, 131, 140, 146
powering into climate emergency
, 156–158
Fukushima nuclear power disaster
, 191
General purpose money
, 52–53
Generic capitalism
, 82–83
Genesis
, 31
Genocides
, 55–56, 80, 183–184
Geological time
, 7
Ghost acres
, 90–91
Global warming
, 12–13, 25–26, 37
Globalisation
, 191–192
Great Britain
, 83
Great Depression
, 158, 185–186
Great Divergence, The
, 4, 17–18, 82–83, 159, 166, 192
Great Transformation, The
, 19–20
Green coal
, 132–133
Green economy
, 202
Green New Deal
, 185–186, 198–202
Green revolutionary transformation
, 92
Greenhouse gases (GHG)
, 14–15, 63, 65–66, 93, 162, 166, 177
emissions
, 81, 94–95, 198
generation
, 96–97
societal generation of
, 171–172
Greenland Ice Cap
, 12–13
Hard coal
, 142
Historical materialism
, 32–33, 54–55
Historical materialist conception of economy fit
, 33–34
Historical time
, 7
Holocene
, 4–6
Hothouse Earth
, 14–15
Household Responsibility System
, 98–101
Hukou registration system
, 99–100
Human activity
, 31
Humanity
, 16, 19
Hydroelectric power
, 136–137
Indian Removal Act (1830)
, 84–85
Individual wealth inequalities
, 164
Individualisation
, 98–99
Industrial capitalism
, 58–59, 159–160, 172–173
Industrial Revolution
, 31–32, 70
Industrialisation
, 6–7, 45–46
Industrialisation View of anthropogenic climate change
, 6–7
Industrialised agriculture
, 11–12
Inequalities of climate change
consumption
, 193–194
environmental resources
, 204
inequalities between countries and climate change
, 161–177
inequalities in command over planetary resources
, 173–176
inequalities within societies and climate change
, 163–173
interlocked inequalities
, 176–177
wealth and income
, 160
Infrastructures
, 109–110
electricity grids
, 184–185
road
, 149–150
Intensive capitalist agriculture of Britain
, 46–47
Intensive industrialisation of Soviet bloc
, 55
Interglacial period
, 5–6
Intergovernmental Panel on Climate Change
, 93
Interlocked inequalities
, 176–177
International Energy Authority
, 1–2
International Panel on Climate Change
, 14, 25–26
Japan, economy in
, 144–145
Kyoto Protocol
, 14
Labour
, 35–36, 40–41
labour-saving devices
, 138–139
qualifications of
, 194
quantities of abstract labour time
, 58–59
regimes
, 58
Lancashire textile mills
, 181
Land conversion in United States
, 80
Land cultivation
, 55–56
Land resources
, 94–95
Land system change
, 9–10
Land use
, 69, 76
change
, 3–4, 6–7, 11–12, 65, 69, 95–96, 182–183
intensification
, 65
Land-extensification
, 103–104
Landownership
, 98–101
Lenin’s pronouncement
, 131–132
Lithium-ion batteries
, 202
Little Ice Age
, 2
Lock-in concept
, 139
Long View of anthropogenic climate change
, 6–7
Louisiana Purchase of 1803
, 80
Low level cooperatives
, 98–99
Madeiran self-destructive ecological disaster
, 40
Market capitalism
, 147
Marx’s model of capitalist economy
, 58–59
Marx’s theory of capitalism
, 58–59
Marxism
, 34–35
Marxist conceptualisations
, 57–59
Matthew Effect
, 51
Meat transitions
, 122–123
Metabolic rift
, 34, 46, 50, 132–133
Methane (CH4)
, 5–6, 12–13, 96, 101
Mexico
, 83–84
Microsoft
, 170–171
Model T Ford
, 148–149
Money-Commodities-Moneyplus circuit
, 45–46, 49–51
Motorisation
, 189
of society
, 149–150
Multinational fast-food retailers
, 104
National Determined Contributions (NDCs)
, 93
National greenhouse gas emissions
, 23–24
National historical developments
, 18
National Institute of Space Research (INPE)
, 116–117
National political economies
, 177
National territorial resource environments
, 189
National wealth creation process
, 192
Native Americans
, 83–84
Nazism
, 19–20
Nitrogen oxide emissions (NOx emissions)
, 13–14
Nitrogen phosphate fertilizers
, 8–9
Nitrous oxide (N2O)
, 96, 101
Ocean(ic) acidification
, 9–12
Oil, space and
, 188–189
Oil dependency, car and
, 152–153
Organic energy
, 90–91
Oriental despotism
, 32–33
Ozone depletion
, 11–12
Pandemic
, 32, 182–183
Paris Agreement (2015)
, 1, 120, 176, 196–197, 201–202
People’s Communes
, 98–99
Permafrost thawing
, 12–13
Physical fixes
, 16
Pigs
, 103
Planetary boundaries
, 9–11, 15
analysis
, 25–26
framework
, 12–13
Plantations
, 55–56
Planting societies
, 181
Political economy
, 95, 131–132
Politics
, 197–198
of climate change
, 60–61
of food
, 96
Post-Mao Tse Tung reform
, 98–99
Post-Soviet economies
, 172–173
Power generation technologies
, 129
Pre-fossil energy
, 70
Producer-consumer configuration
, 97
Production
, 57, 97, 104, 156–157
Production-distribution-exchange-consumption configurations (PDEC configurations)
, 55–57, 97, 104, 156–157
Profit-making enterprises
, 169–170
Provisional landownership
, 109–110
Qualifications of labour
, 194
Qualitative transformation of environmental resources
, 192–193
Quality distinction
, 169–170
Quasi-market monopolies
, 170–171
Radical socioeconomic transformation
, 200–201
Rapid acceleration
, 43
Raw materials
, 40–41
Re-collectivisation
, 98–99
Re-individualisation
, 98–99
Re-wilding
, 200–201
Red River War
, 84–85
Reforestation
, 200–201
Regional electrification
, 134–135
Regional grid systems
, 134
Renewable energy
, 14–15
Renewable fuel
, 72–73
Resource environments
, 83–84, 184, 189
Rheinisch-Westfälisches Elektrizitätswerk (RWE)
, 136–137
Rice cultivation
, 182–183
Rural Environmental Registry
, 116–117
Safe operating space for humanity
, 15
Sao Paulo Research Foundation
, 110–111
Scale of deforestation
, 10–11
Second World War
, 174
Self-destructing capitalism
, 34–37
Semi-industrialised agriculture
, 40
Settler colonisation
, 66–67, 84–85
Sheep
, 76, 81–82
Slave plantation
, 39–40
Slavery
, 40–41, 203–204
Social inequalities
, 159–160
Social science approach
, 4
Societal generation of greenhouse gases
, 171–172
Societal greenhouse gas emissions
, 168
Societal inequalities
, 131
Societal variation
, 135–136
Society/societies
, 20, 23–24
domestic electrification of
, 135–136
electrifying societies
, 131–146
inequalities within societies and climate change
, 163–173
motorisation of
, 147
Socio-economic inequalities
, 24–25
Sociogenesis
, 4–5, 18–19, 23, 33–34, 54–55, 63–64, 108, 180, 189, 191–192
analysis of COVID-19
, 26–28
climate change
, 17, 26, 28, 60, 146–147, 166, 180, 192–193
historical trajectories
, 202
Sociogenic analysis
, 28–29, 131
Sociogenic approach
, 28–29
Sociogenic climate change
, 63–64
Sociogenic conceptualisation of capitalism
, 58
Sociogenic inequalities
, 25–26
Sociopolitical process
, 8–9
Solar energy
, 35–36
Soviet political economies
, 172–173
Soviet template of electrification energy
, 184–185
Soyabeans
, 103–104, 120–121, 189, 191
Space and oil
, 188–189
Sports Utility Vehicle (SUV)
, 150–151
State intervention
, 111–112, 199
Steam power
, 43–44
Strategic political decisions
, 158
Stratospheric ozone depletion
, 9–10
Sugar
, 94–95
Suspension
, 148–149
Sustainability crises
, 26–28
Sustainable agriculture
, 200–201
TennesSee Valley Authority (TVA)
, 185–186
Texas
, 85–86, 88, 91–92
Three-stage collectivisation
, 98–99
Transactional market thinking
, 20
Trilemma
, 66–67
food-energy-climate change
, 65
Tsarist government
, 132
Twenty-first-century historical materialism
Capitalocene
, 37–46
metabolic rift
, 46–50
self-destructing capitalism
, 34–37
unequal ecological exchange
, 50–61
UN hosted climate conferences
, 28–29
Unequal ecological exchange
, 50–61
United Nations Emissions Gap report
, 176
Universal metabolism of nature
, 47
Urbanisation
, 6–7
Vital signs
, 14–15
Volkhov hydropower station
, 133–134
Volkswagen
, 149–150
Wage labour
, 40–41, 203–204
Watt, James (designer of coal-fired steam engine)
, 4–5, 8–9
Watt’s steam engine
, 38
Wealth inequalities
, 159, 168–169, 172, 203–204
White coal
, 132–133
Woollen textile production
, 74–75
World Trade Organisation
, 28–29, 103–104
- Prelims
- 1 Climate Emergency
- 2 A Twenty-first-century Historical Materialism Fit for the Climate Emergency
- 3 Historical Pathways to Climate Change
- 4 Feeding the Crisis: How Opposites Attract, the Trajectories of China and Brazil
- 5 Fuelling the Crisis: Electrifying Societies, Motoring in Societal Spaces
- 6 Inequalities of Climate Change
- 7 Into and out of(???) the Climate Emergency
- Glossary
- References
- Index