Linked from

The 73 pages that link to Greenhouse gas emissions, each with the reason it gives.

• Internal combustion engineRelated: Burning carbon-based fuels in engines releases carbon dioxide.

• Renewable energyRelated: Renewable energy can displace fossil-fuel combustion and reduce power-sector emissions.

• Cold chainRelated: Cooling equipment, refrigerant leakage, and energy-intensive transport add emissions.

• Climate change mitigationRelated: Reducing these releases is the central route by which mitigation slows warming.

• DesalinationRelated: Fossil-powered desalination can add emissions to the water it supplies.

• Nuclear powerRelated: Nuclear plants emit little carbon dioxide during operation, while lifecycle emissions include construction and fuel supply.

• Land useRelated: Land conversion and management release carbon and alter greenhouse-gas uptake.

• PeatlandRelated: Drainage and burning can turn peatlands from long-term carbon stores into emission sources.

• Anaerobic respirationRelated: Anaerobic microbial metabolism can influence production or consumption of climate-active gases.

• BiodieselRelated: Biodiesel’s climate impact varies with feedstock, processing energy, transport, and land-use change.

• Greenhouse gasRelated: Emissions are flows that add gases; greenhouse-gas concentrations are the atmospheric stocks that produce warming.

• PeatRelated: Drained peat oxidizes and releases stored carbon, while burning peat adds emissions.

• GreenhouseCompared with: The shared word can cause confusion: structural greenhouses and atmospheric greenhouse gases are distinct topics.

• Haber processRelated: Conventional hydrogen feedstock and process energy make ammonia production emissions-intensive.

• VegetarianismRelated: Shifting away from meat can lower diet-related emissions, especially when it replaces ruminant meat.

• Regenerative agricultureRelated: Soil-carbon gains must be assessed alongside emissions from livestock, fertilizers, and land use.

• BeefRelated: Cattle production emits greenhouse gases, especially methane from digestion and emissions linked to feed and land use.

• Electric power systemRelated: The generation mix supplying a power system strongly affects its emissions.

• Carbon offsetRelated: Offsets are used to counterbalance emissions attributed to other activities.

• Electrical gridRelated: The grid’s emissions depend on which generators meet electricity demand.

• PetroleumRelated: Burning petroleum fuels releases carbon dioxide, a major greenhouse gas.

• Plant-based dietRelated: Replacing some animal products with plant foods can change diet-related emissions.

• Renewable energy integrationRelated: Displacing fossil generation with renewables can lower power-sector emissions.

• BiocharRelated: Net climate benefit depends on emissions from production and changes after application.

• Oil refineryRelated: Refineries consume energy and emit greenhouse gases while processing crude oil.

• Chemical recyclingRelated: Energy-intensive conversion and fossil-derived feedstocks can shape the climate impact of recycling plants.

• Park and rideRelated: Emissions fall only when avoided driving outweighs access trips and added parking-related travel.

• PropaneRelated: Burning propane produces carbon dioxide, a greenhouse gas.

• Road transportRelated: Fuel use in road vehicles contributes to transport-related climate emissions.

• Spark-ignition engineRelated: Burning carbon-based fuels in these engines releases carbon dioxide.

• Food milesRelated: Transport emissions are a common environmental impact inferred from food miles.

• Plant milkRelated: Plant-milk production often has different emissions from dairy, though results depend on ingredients and methods.

• Adipic acidNarrower topic: Adipic acid manufacture has historically emitted nitrous oxide, linking its supply chain to climate impacts.

• Petrochemical industryRelated: Emissions arise from fossil feedstock extraction, energy-intensive production, and product disposal.

• Electricity generationRelated: Fossil-fuel generation is a major source of energy-related carbon dioxide emissions.

• Hall–Héroult processRelated: Anode consumption and electricity generation make primary aluminium emissions-intensive.

• PetrochemicalRelated: Petrochemical production uses fossil carbon and energy, creating emissions across its supply chain.

• Green hydrogenRelated: The emissions benefit depends on how clean the electricity and supply chain are.

• Hydrogen fuelRelated: Hydrogen use can be low-emission at the point of use, while its production may emit greenhouse gases.

• Petroleum industryRelated: Burning petroleum products releases carbon dioxide, while operations can emit methane.

• Plant-based meatRelated: Differences in production emissions are a major basis for environmental comparisons.

• Vehicle miles traveledRelated: Road-transport emissions estimates often combine VMT with vehicle emission rates.

• Energy consumptionRelated: Consumption of fossil-derived energy produces emissions that depend on its energy source.

• Intensive animal farmingRelated: Livestock production emits methane and nitrous oxide, alongside emissions from feed and energy.

• Liquefied petroleum gasNarrower topic: Burning LPG emits carbon dioxide, and fuel leakage can release unburned hydrocarbons.

• Ostwald processNarrower topic: Process heat and nitrous oxide emissions contribute to its climate footprint.

• Oil sandsRelated: Extracting and processing bitumen generally emits more greenhouse gases per barrel than many lighter crude sources.

• CaprolactamRelated: Caprolactam manufacture can generate emissions through energy use and process chemistry.

• Oat milkRelated: Comparisons with dairy often consider emissions from farming, processing, and transport.

• Red meatRelated: Ruminant meat production, especially beef and lamb, can generate substantial emissions.