SITUATIONSITUATION

Land use practices, including forestation, agriculture (livestock and crops), and waste management account for approximately 30%, or 15 billion tons, of global anthropogenic CO2e emissions each year. The rate of emissions is increasing worldwide due to rapid deforestation and forest degradation, expansion of agriculture, and more waste creation.

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OBJECTIVEOBJECTIVE

Emissions reductions from improved land use are critical to achieving climate stabilization targets for 2020. Mitigation actions can reduce emissions by as much as 20 billion tons of CO2e annually by 2030 according to the IPCC, which would reduce emissions from this sector below estimated 2009 levels of 15 billions tons of CO2e levels.

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LAND USE EMISSIONS ARE A THREATLAND USE EMISSIONS ARE A THREAT

Land use is significantly contributing to global CO2e emissions that lead to dangerous climate change. Emissions from agriculture, waste, and forestry are approximately 30% of global CO...

Read more > Source: IPCC, 2007
WASTE EMISSIONS ARE 3.5% OF CO₂EWASTE EMISSIONS ARE 3.5% OF CO₂E

Emissions from waste are rising, and pose a particular challenge in developing countries...

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AGRICULTURE IS A MAJOR CO2E SOURCEAGRICULTURE IS A MAJOR CO2E SOURCE

Livestock and crops contribute 13.5% of total annual greenhouse gas emissions...

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DEFORESTATION INCREASES CO2E EMISSIONSDEFORESTATION INCREASES CO2E EMISSIONS

Deforestation and forest degradation are responsible for an estimated 12% of annual CO2e emissions, most of which takes place in tropical developing countries. Deforestation is often...

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METHANE EMISSIONS ARE 16% OF CO2EMETHANE EMISSIONS ARE 16% OF CO2E

Methane, predominantly from agriculture and waste management, accounts for 16% of global CO2e emissions...

Read more > Source: IEA, 2009
  • Land use emissions are a threat
  • Waste Emissions are 3.5% of CO₂e
  • Agriculture is a major CO2e source
  • Deforestation Increases CO2e Emissions
  • Methane Emissions are 16% of CO2e
INTELLIGENCEINTELLIGENCE