What Is a Greenhouse Gas?
Greenhouse Gases both Absorb and Emit Radiation. They are a group of compounds that trap heat inside the Earth's atmosphere. A fundamental cause of the greenhouse effect, they increase the temperature of the Earth's surface, create global warming, and cause climate change.
What are Greenhouse Gases - Infographic
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A fundamental cause of the greenhouse effect, they increase the temperature of the Earth's surface, create global warming, and cause climate change. Click To Tweet
Which Gases Cause the Greenhouse Effect?
1. Carbon Dioxide [CO2]
Emitted by the Burning of:
- Fossil Fuels - Coal, Oil, Natural Gas
- Solid Waste
- Trees
- Wood Products
Result of Chemical Reactions, such as:
- Cement Manufacturing
Removed from the atmosphere through the ocean and by absorption from plants, bacteria, and other photosynthesizing organisms.
Methane [CH4]
Emitted by:
- Production and Transportation of Coal, Oil, and Natural Gas
- Agricultural Practices
- Livestock
- Organic Waste Decay in Solid Waste Landfills
Nitrous Oxide [N20]
Emitted by:
- Agricultural Practices
- Industrial Activities
- Fossil Fuel Combustion
- Solid Waste Combustion
Fluorinated Gases
Examples include:
- Hydrofluorocarbons
- Nitrogen Trifluoride
- Perfluorocarbons
- Sulfur Hexafluoride
Emitted by:
- Various Industrial Processes
Effects on Climate
The Effect each gas has on global climate change depends on the following factors:
- The amount of gas in the atmosphere - its concentration or abundance
- The amount of time the gas remains in the atmosphere
- The strength of the gas's impact on the atmosphere
Learn More About Greenhouse Gases at 360training
- Learn More About Greenhouse Gases with 360training.com
- Sign Up for the ISO 14001:2015 Management Overview Course
- Designed for Environment Engineers, Technicians, Consultants, and Anyone Who Wants to be Qualified for Auditing Environmental Systems, Activities, Products, and Services.
1. Carbon Dioxide [CO2]
Emitted by the Burning of:
- Fossil Fuels - Coal, Oil, Natural Gas
- Solid Waste
- Trees
- Wood Products
Result of Chemical Reactions, such as:
- Cement Manufacturing
Removed from the atmosphere through the ocean and by absorption from plants, bacteria, and other photosynthesizing organisms.
Methane [CH4]
Emitted by:
- Production and Transportation of Coal, Oil, and Natural Gas
- Agricultural Practices
- Livestock
- Organic Waste Decay in Solid Waste Landfills
Nitrous Oxide [N20]
Emitted by:
- Agricultural Practices
- Industrial Activities
- Fossil Fuel Combustion
- Solid Waste Combustion
Fluorinated Gases
Examples include:
- Hydrofluorocarbons
- Nitrogen Trifluoride
- Perfluorocarbons
- Sulfur Hexafluoride
Emitted by:
- Various Industrial Processes
Effects on Climate
The Effect each gas has on global climate change depends on the following factors:
- The amount of gas in the atmosphere - its concentration or abundance
- The amount of time the gas remains in the atmosphere
- The strength of the gas's impact on the atmosphere
Learn More About Greenhouse Gases at 360training
- Learn More About Greenhouse Gases with 360training.com
- Sign Up for the ISO 14001:2015 Management Overview Course
- Designed for Environment Engineers, Technicians, Consultants, and Anyone Who Wants to be Qualified for Auditing Environmental Systems, Activities, Products, and Services.
Emitted by the Burning of:
- Fossil Fuels - Coal, Oil, Natural GasSolid WasteTreesWood ProductsResult of Chemical Reactions, such as:
- Cement ManufacturingRemoved from the atmosphere through the ocean and by absorption from plants, bacteria, and other photosynthesizing organisms.Methane [CH4]Emitted by:
- Production and Transportation of Coal, Oil, and Natural GasAgricultural PracticesLivestockOrganic Waste Decay in Solid Waste LandfillsNitrous Oxide [N20]Emitted by:
- Agricultural PracticesIndustrial ActivitiesFossil Fuel CombustionSolid Waste CombustionFluorinated GasesExamples include:
- HydrofluorocarbonsNitrogen TrifluoridePerfluorocarbonsSulfur HexafluorideEmitted by:
- Various Industrial ProcessesEffects on ClimateThe Effect each gas has on global climate change depends on the following factors:
- The amount of gas in the atmosphere - its concentration or abundanceThe amount of time the gas remains in the atmosphereThe strength of the gas's impact on the atmosphereLearn More About Greenhouse Gases at 360training
- Learn More About Greenhouse Gases with 360training.comSign Up for the ISO 14001:2015 Management Overview CourseDesigned for Environment Engineers, Technicians, Consultants, and Anyone Who Wants to be Qualified for Auditing Environmental Systems, Activities, Products, and Services.
