SDG 13 - Keywords | ||||
(co2) emissions | china climate | co2 utilization | geological carbon sequestration | natural gas combined cycle |
2 capture | clean development | co2/ch4 | geological co2 storage | negative emissions |
2 hydrogenation | clean development mechanism | co2/n2 | geological sequestration | net co2 emissions |
2 separation | clean development mechanism (cdm) | co2/n2 selectivity | geological storage | net emissions |
2050s | climate action | co2-brine | geological storage of co2 | net ghg emissions |
a1b | climate adaptation | co2capture | ghg | net greenhouse |
a1b scenario | climate agreement | co2-capture | ghg balance | net greenhouse gas |
a2 scenario | climate and energy | co2e | ghg emission | net greenhouse gas emissions |
abatement cost | climate benefits | co2emission | ghg emission reduction | ngcc |
abatement costs | climate change (cc) | co2-emission | ghg emission reductions | nitrous oxide (n 2 o) |
abiotic depletion | climate change action | co2emissions | ghg emission. | nitrous oxide (n2o) |
acidification potential | climate change adaptation | co2-emissions | ghg emissions | nitrous oxide (n2o) emissions |
acidification potential (ap) | climate change adaptation and mitigation | co2-eor | ghg emissions reduction | nitrous oxide emissions |
action on climate change | climate change adaptation strategies | co2eq | ghg emissions. | non-co2 |
adaptation actions | climate change and energy | co2-eq | ghg fluxes | non-renewable energy |
adaptation and mitigation | climate change and global warming | co2-equivalent | ghg intensity | o emission |
adaptation and mitigation strategies | climate change and variability | co2injection | ghg inventories | o emissions |
adaptation climate | climate change and water | co2reduction | ghg inventory | ocean acidification |
adaptation measures | climate change assessment | co2removal | ghg mitigation | ocean warming |
adaptation options | climate change communication | co2separation | ghg reduction | oxy-combustion |
adaptation planning | climate change concerns | co2sequestration | ghg reductions | oxyfuel |
adaptation plans | climate change conditions | co2storage | ghgs | oxy-fuel |
adaptation policies | climate change conference | co-benefits | ghgs emissions | oxyfuel combustion |
adaptation policy | climate change disaster | combating climate change | global carbon dioxide | oxy-fuel combustion |
adaptation strategies | climate change drought | combustion of fossil fuels | global climate | ozone layer depletion |
adaptation to climate | climate change education | commitment period | global climate change | paris agreement |
adaptation to climate change | climate change effects | conference of the parties | global climate change mitigation | paris climate agreement |
adapting to climate change | climate change environment | consumption of fossil fuels | global climate change. | per capita emissions |
adaptive capacity | climate change factors | contribution to climate change | global climate models | perception of climate |
addressing climate change | climate change global warming | conversion of carbon dioxide | global climate models (gcms) | perception of climate change |
agriculture climate change | climate change governance | conversion of co | global climate policy | perceptions of climate change |
amine scrubbing | climate change impact | conversion of co 2 | global climate warming | photocatalytic co 2 |
and climate change | climate change impact assessment | conversion of co2 | global co 2 | photocatalytic co 2 reduction |
and ghg emissions | climate change impact assessments | cop21 | global co 2 emissions | photocatalytic co2 reduction |
and storage (ccus) | climate change impact studies | cost of carbon | global co2 | photocatalytic reduction of co 2 |
annual emissions | climate change impacts | costs of climate | global co2 emissions | photocatalytic reduction of co2 |
anthropogenic carbon | climate change information | cradle-to-gate | global emissions | photoreduction of co2 |
anthropogenic carbon dioxide | climate change issues | crop wild relatives | global mean temperature | pollution and climate change |
anthropogenic climate change | climate change mitigation | cumulative emissions | global temperature | portfolio standard |
anthropogenic co 2 | climate change mitigation and adaptation | cumulative energy demand | global warming and climate change | post combustion |
anthropogenic co 2 emissions | climate change mitigation policies | current climate | global warming effect | post combustion capture |
anthropogenic co2 | climate change mitigation strategies | current climate change | global warming effects | post combustion co2 capture |
anthropogenic co2 emissions | climate change models | dangerous climate change | global warming impact | post-2012 |
anthropogenic global warming | climate change negotiations | decarbonisation | global warming impacts | postcombustion |
anthropogenic greenhouse gas | climate change policies | decarbonization | global warming potential | post-combustion |
anthropogenic greenhouse gas emissions | climate change policy | deep saline aquifer | global warming potential (gwp) | post-combustion capture |
ar4 | climate change predictions | deep saline aquifers | global warming potentials | post-combustion carbon capture |
ar5 | climate change projections | deforestation and degradation | global warming, | post-combustion co 2 |
arctic amplification | climate change regime | deforestation and forest degradation | global warming. | post-combustion co 2 capture |
arctic warming | climate change research | dependence on fossil fuels | green certificate | post-combustion co2 |
assessment of climate change | climate change resilience | deployment of ccs | green certificates | postcombustion co2 capture |
assessment report | climate change risk | development and climate | green house | post-combustion co2 capture |
atmospheric carbon | climate change risks | development and climate change | green house gas | post-kyoto |
atmospheric carbon dioxide | climate change scenario | development mechanism | green house gas (ghg) | pre-combustion |
atmospheric co | climate change scenarios | development mechanism (cdm) | green house gas (ghg) emissions | pre-combustion capture |
atmospheric co 2 | climate change science | dioxide removal | green house gas emission | predicted climate change |
atmospheric co2 concentration | climate change studies | direct emissions | green house gas emissions | price of carbon |
atmospheric greenhouse | climate change vulnerability | dry reforming | green house gas emissions. | projected changes |
atmospheric greenhouse gas | climate change. | dry reforming of methane | green house gases | projected climate |
avoided emissions | climate change; | dry reforming of methane (drm) | greenhouse effect | projected climate change |
awareness of climate change | climate conference | dry reforming reaction | greenhouse emissions | projected impacts |
burning of fossil fuels | climate engineering | effect of climate | greenhouse gas | range shifts |
business-as-usual | climate finance | effect of climate change | green-house gas | rapid climate change |
calcium looping | climate governance | effects of climate | greenhouse gas (ghg) | rcp 4.5 |
cao-based | climate hazards | effects of climate change | greenhouse gas (ghg) emission | rcp 8.5 |
cao-based sorbents | climate impact | effects of climate warming | greenhouse gas (ghg) emissions | rcp2.6 |
cap and trade | climate impacts | effects of global warming | greenhouse gas (ghg) mitigation | rcp4.5 |
cap-and-trade | climate justice | effects of warming | greenhouse gas abatement | rcp4.5 and rcp8.5 |
cap-and-trade system | climate mitigation | electricity mix | greenhouse gas balance | rcp8.5 |
caprock | climate negotiations | electrocatalytic reduction of co2 | greenhouse gas concentrations | recent climate |
capture and sequestration | climate policies | electrochemical co 2 reduction | greenhouse gas emission | recent climate change |
capture and storage | climate policy | electrochemical co2 reduction | greenhouse gas emission reduction | recent climate warming |
capture capacity | climate politics | electrochemical reduction of carbon dioxide | greenhouse gas emission reductions | redd+ |
capture co 2 | climate projections | electrochemical reduction of co 2 | greenhouse gas emission scenarios | reduce carbon emissions |
capture co2 | climate protection | electrochemical reduction of co2 | greenhouse gas emission. | reduce co2 emission |
capture cost | climate resilience | electroreduction of co2 | greenhouse gas emissions | reduce co2 emissions |
capture of carbon | climate risk | embodied emissions | greenhouse gas emissions (ghg) | reduce emissions |
capture of co2 | climate risk management | emission allowance | greenhouse gas emissions reduction | reduced co2 |
capture performance | climate risks | emission allowances | greenhouse gas emissions. | reducing carbon dioxide |
capture plant | climate scenario | emission mitigation | greenhouse gas fluxes | reducing carbon emissions |
capture process | climate scenarios | emission of carbon | greenhouse gas intensity | reducing co 2 |
capture technologies | climate science | emission of carbon dioxide | greenhouse gas inventories | reducing co 2 emissions |
capture technology | climate sensitivity | emission of co 2 | greenhouse gas inventory | reducing co2 emission |
captured co 2 | climate smart | emission of co2 | greenhouse gas methane | reducing co2 emissions |
captured co2 | climate targets | emission of greenhouse gases | greenhouse gas mitigation | reducing emissions |
capturing co 2 | climate variability and change | emission permits | greenhouse gas reduction | reducing emissions from deforestation |
carbon abatement | climate vulnerability | emission reduction | greenhouse gas. | reducing emissions from deforestation and forest degradation |
carbon accounting | climate warming | emission reduction potential | greenhouse gases | reducing emissions from deforestation and forest degradation (redd+) |
carbon capture | climate warming. | emission reduction target | greenhouse gases (ghg) | reducing greenhouse gas |
carbon capture and sequestration | climate-change | emission reduction targets | greenhouse gases (ghg) emissions | reducing greenhouse gas emissions |
carbon capture and sequestration (ccs) | climate-change impacts | emission reductions | greenhouse gases (ghgs) | reduction in ghg emissions |
carbon capture and storage | climate-change mitigation | emission savings | greenhouse gases emission | reduction in greenhouse gas emissions |
carbon capture and storage (ccs) | climate-friendly | emission scenario | greenhouse gases emissions | reduction of carbon dioxide |
carbon capture and storage (ccs) technology | climate-resilient | emission scenarios | greenhouse gases. | reduction of co |
carbon capture and utilization | climate-smart | emission targets | greenhouse gasses | reduction of co 2 |
carbon capture process | climate-smart agriculture | emission tax | greenhouse warming | reduction of co 2 emissions |
carbon capture technologies | climatic hazards | emission taxes | greenhouse-gas | reduction of co2 |
carbon capture technology | climatic risk | emission trading | greenhouse-gas emissions | reduction of co2 emission |
carbon conversion | climatic risks | emission trading scheme | gwp | reduction of co2 emissions |
carbon conversion efficiency | co 2 /n 2 | emission trading system | hadcm3 | reduction of ghg emissions |
carbon conversion rate | co 2 absorption | emissions abatement | high co 2 | reduction of greenhouse gas emissions |
carbon credit | co 2 adsorption | emissions allowances | human toxicity | reduction of greenhouse gases |
carbon credits | co 2 adsorption capacity | emissions from agriculture | human-induced climate change | reduction target |
carbon dioxide (co 2 ) | co 2 capture | emissions intensity | hydrogenation of carbon | reduction targets |
carbon dioxide (co 2 ) emissions | co 2 capture and storage | emissions into the atmosphere | hydrogenation of carbon dioxide | reforming of methane |
carbon dioxide (co2 | co 2 capture process | emissions mitigation | hydrogenation of co 2 | regeneration energy |
carbon dioxide (co2) | co 2 conversion | emissions of carbon dioxide | hydrogenation of co2 | regional climate change |
carbon dioxide (co2) capture | co 2 e | emissions of co | igcc | removal of carbon dioxide |
carbon dioxide (co2) emission | co 2 electroreduction | emissions of co 2 | impact categories | removal of co 2 |
carbon dioxide (co2) emissions | co 2 emission | emissions of co2 | impact of climate | removal of co2 |
carbon dioxide capture | co 2 emission reduction | emissions of greenhouse gases | impact of climate change | renewable electricity |
carbon dioxide capture and storage | co 2 emissions | emissions of methane | impact on climate change | renewable energy development |
carbon dioxide capture and storage (ccs) | co 2 emissions reduction | emissions of n2o | impacts and adaptation | renewable energy policies |
carbon dioxide conversion | co 2 eq | emissions per capita | impacts of climate change | renewable energy policy |
carbon dioxide emission | co 2 equivalent | emissions per unit | in saline aquifers | renewable energy technologies |
carbon dioxide emission reduction | co 2 geological | emissions reduction | increased co2 | renewable portfolio |
carbon dioxide emissions | co 2 hydrogenation | emissions reduction targets | indirect emissions | representative concentration pathway |
carbon dioxide equivalent | co 2 injection | emissions reductions | injection and storage | representative concentration pathways |
carbon dioxide equivalents | co 2 leakage | emissions scenario | injection of co2 | representative concentration pathways (rcps) |
carbon dioxide hydrogenation | co 2 mitigation | emissions scenarios | integrated assessment model | response to climate |
carbon dioxide injection | co 2 photoreduction | emissions targets | integrated assessment models | response to climate change |
carbon dioxide reduction | co 2 reduction | emissions tax | integrated gasification | response to climate warming |
carbon dioxide reforming | co 2 reduction reaction | emissions to the atmosphere | integrated gasification combined cycle | responses to climate |
carbon dioxide reforming of methane | co 2 reforming | emissions trading | integrated gasification combined cycle (igcc) | responses to climate change |
carbon dioxide removal | co 2 removal | emissions trading scheme | intergovernmental | rising sea levels |
carbon dioxide separation | co 2 separation | emissions trading scheme (ets) | intergovernmental panel on climate change | risks of climate change |
carbon dioxide sequestration | co 2 sequestration | emissions trading schemes | intergovernmental panel on climate change (ipcc) | saline aquifer |
carbon dioxide storage | co 2 storage | emissions trading system | international climate negotiations | saline aquifers |
carbon emission | co 2 storage capacity | energy and climate change | international climate policy | saline formations |
carbon emission reduction | co 2 uptake | energy and climate policy | ipcc | scenarios of climate change |
carbon emission trading | co<inf>2</inf> capture | energy consumption and co2 emissions | ipcc ar4 | sea level rise |
carbon emissions | co<inf>2</inf> emissions | energy mix | ipcc default | sea level rise (slr) |
carbon emissions reduction | co2 abatement | energy penalty | ipcc guidelines | sensitivity to climate |
carbon emissions trading | co2 absorption | energy policies | ipcc report | separation of carbon dioxide |
carbon footprint | co2 adsorption | energy policy | ipcc scenarios | separation of co 2 |
carbon footprint (cf) | co2 adsorption capacity | energy-related co2 | ipcc sres | separation of co2 |
carbon footprint reduction | co2 and ch4 | enteric fermentation | ipcc's | sequestration of co2 |
carbon footprints | co2 avoided | enteric methane | ketzin | sequestration potential |
carbon intensity | co2 capacity | environmental impact categories | kyoto protocol | sequestration projects |
carbon leakage | co2 capture | environmental kuznets | land use and climate change | simapro |
carbon management | co2 capture and sequestration | environmental kuznets curve | level rise | sleipner |
carbon market | co2 capture and storage | eu emissions trading | life cycle assessment (lca) | social cost of carbon |
carbon markets | co2 capture and storage (ccs) | eu emissions trading scheme | life cycle emissions | soil carbon sequestration |
carbon mitigation | co2 capture capacity | eu ets | life cycle ghg | soil co 2 |
carbon neutral | co2 capture efficiency | european union emissions trading | life cycle ghg emissions | soil co2 |
carbon offset | co2 capture performance | european union emissions trading scheme | life cycle greenhouse gas | soil co2 emission |
carbon offsets | co2 capture plant | eutrophication potential | life cycle greenhouse gas emissions | soil co2 emissions |
carbon price | co2 capture process | experimental warming | life-cycle assessment | soil greenhouse gas |
carbon prices | co2 capture processes | extreme weather events | local climate change | solubility trapping |
carbon pricing | co2 capture system | faradaic efficiency | long-term climate change | solvent regeneration |
carbon reduction | co2 capture technologies | feed-in | looping combustion | special report |
carbon removal | co2 capture technology | feed-in tariff | low carbon footprint | sres |
carbon sinks | co2 captured | feed-in tariff (fit) | low-carbon development | sres a2 |
carbon stocks | co2 compression | feed-in tariffs | low-carbon economy | storage (ccs) |
carbon tax | co2 conversion | feed-in-tariff | low-carbon energy | storage of carbon |
carbon taxation | co2 electroreduction | fifth assessment report | low-carbon technologies | storage of carbon dioxide |
carbon taxes | co2 emission | first commitment period | lower greenhouse gas emissions | storage of co2 |
carbon trading | co2 emission rate | forest carbon | marginal abatement | storage site |
carbonation/calcination | co2 emission reduction | forest degradation | marginal abatement cost | tackling climate change |
carbonator | co2 emission reductions | fossil energy | markal | the carbon footprint |
carbon-intensive | co2 emissions | fossil fuel | methane (ch 4 ) | the clean development mechanism |
ccs co2 | co2 emissions in china | fossil fuel burning | methane (ch4 | the climate change |
ccs deployment | co2 emissions reduction | fossil fuel combustion | methane (ch4) | the dry reforming |
ccs project | co2 emissions. | fossil fuel consumption | methane (ch4) and nitrous oxide (n2o) | the global warming |
ccs projects | co2 enhanced oil recovery | fossil fuel depletion | methane (ch4) emissions | the greenhouse effect |
ccs technologies | co2 eor | fossil fuel emissions | methane and nitrous oxide | the kyoto protocol |
ccs technology | co2 eq | fossil fuel energy | methane and nitrous oxide emissions | the paris agreement |
cdm projects | co2 equivalent | fossil fuel use | methane dry reforming | the un framework convention on climate change |
ch 4 and n 2 o | co2 equivalents | fossil fuels | methane emission | the united nations framework convention on climate change |
ch 4 emission | co2 fertilization | fossil-fuel | methane emissions | total co 2 |
ch 4 emissions | co2 flooding | fourth assessment report | methane mitigation | total co2 |
ch 4 fluxes | co2 footprint | framework convention | methane nitrous oxide | total co2 emissions |
ch4 and co2 | co2 geological storage | framework convention on climate change | mineral carbonation | total emissions |
ch4 and n2o | co2 hydrogenation | fuel emissions | mineral trapping | total greenhouse gas emissions |
ch4 and n2o emissions | co2 injection | fuel reactor | mitigate climate change | trading scheme |
ch4 emission | co2 leakage | future climate | mitigating climate change | transport sector |
ch4 emissions | co2 loading | future climate change | mitigation and adaptation | transportation sector |
ch4 flux | co2 migration | future climate change impacts | mitigation and adaptation strategies | un framework |
ch4 fluxes | co2 mitigation | future climate change scenarios | mitigation costs | un framework convention on climate change |
ch4/co2 | co2 photoreduction | future climate conditions | mitigation of climate change | understanding of climate change |
change adaptation | co2 pipeline | future climate scenarios | mitigation option | unfccc |
change climate | co2 plume | future climates | mitigation options | united nations framework convention on climate change |
change effects | co2 recovery | future emissions | mitigation policies | united nations framework convention on climate change (unfccc) |
change energy | co2 reduction | future warming | mitigation policy | variability and change |
change impact | co2 reforming | gas combined cycle | mitigation potential | variability and climate change |
change impact assessment | co2 reforming of ch4 | gas emission | mitigation scenarios | vulnerability and adaptation |
change impacts | co2 reforming of methane | gas emission reduction | mitigation targets | vulnerability to climate change |
change issues | co2 removal | gas emissions | model climate | warming climate |
change research | co2 removal efficiency | gas fluxes | model projections | warming effects |
change risk | co2 saturation | gas mitigation | monoethanolamine | warming impact |
change scenario | co2 separation | gas reduction | monoethanolamine (mea) | warming impacts |
change scenarios | co2 sequestration | gases emission | n 2 o emission | warming potential |
change-related | co2 sequestration. | gases emissions | n 2 o emissions | warming potentials |
changing climate | co2 sorption | gasification combined cycle | n2o and ch4 | warming scenario |
chemical absorption | co2 storage | general circulation models (gcms) | n2o emission | warming scenarios |
chemical looping | co2 storage capacity | geoengineering | n2o emissions | warming. |
chemical looping combustion | co2 storage site | geologic carbon sequestration | n2o fluxes | well-to-wheel |
chemical looping combustion (clc) | co2 storage sites | geologic carbon storage | national climate | zero emission |
chemical-looping | co2 to co | geologic sequestration | national greenhouse gas inventories | zero emissions |
chemical-looping combustion | co2 to methanol | geologic storage | nationally determined contributions | zero-emission |