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Quantification protocol for agricultural nitrous oxide emission reductions. Version 2.x

Description

The scope of this protocol is limited to on-farm reductions of emissions from nitrogen sources and fuel use associated with the management of synthetic fertilizer, manure fertilizer and crop... More ≫

Description

The scope of this protocol is limited to on-farm reductions of emissions from nitrogen sources and fuel use associated with the management of synthetic fertilizer, manure fertilizer and crop residues. Greenhouse gas (GHG) reductions associated with carbon sequestration in the soil and off-site emission reductions affected by the manufacture and distribution of nitrogen fertilizers are excluded from the protocol. The exclusion of off-site reductions of fertilizer manufacturing increases conservativeness in emission reduction calculations and limits the scope of quantification to those sources, sinks and/or reservoirs for which data are readily available.

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Quantification protocol for reducing greenhouse gas emissions from fed cattle. Version 3.0

Description

Agricultural activities, including the production of livestock, result in greenhouse gas emissions into the atmosphere. Beef cattle, in particular, release methane (CH4) as a result of the... More ≫

Description

Agricultural activities, including the production of livestock, result in greenhouse gas emissions into the atmosphere. Beef cattle, in particular, release methane (CH4) as a result of the digestion of feed materials in the rumen. These emissions are called enteric emissions and are a contributor to greenhouse gas emissions from agricultural activities. Methane and nitrous oxide (N2O) emissions are also generated from manure storage and handling within beef cattle operations. These emissions are called manure emissions. This protocol for reducing greenhouse gas emissions in fed cattle addresses digestion and manure storage/handling sources of livestock greenhouse gas emissions. The protocol allows users to quantify greenhouse gas reductions using scientifically valid methodology and emission factors resulting from alterations in feeding strategies and other technologies in the finishing stages of beef cattle at feedlots in Alberta.

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Quantification protocol for agricultural nitrous oxide emission reductions. Draft version 1.1

Description

The scope of this protocol is limited to on-farm reductions of emissions from nitrogen sources and fuel use associated with the management of synthetic fertilizer, manure fertilizer and crop... More ≫

Description

The scope of this protocol is limited to on-farm reductions of emissions from nitrogen sources and fuel use associated with the management of synthetic fertilizer, manure fertilizer and crop residues. Greenhouse gas (GHG) reductions associated with carbon sequestration in the soil and off-site emission reductions affected by the manufacture and distribution of nitrogen fertilizers are excluded from the protocol. The exclusion of off-site reductions of fertilizer manufacturing increases conservativeness in emission reduction calculations and limits the scope of quantification to those sources, sinks and/or reservoirs for which data are readily available.

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Quantification protocol for reducing the age at harvest of beef cattle. Version 2.0

Description

This protocol quantifies decreases in greenhouse gas emissions associated with the raising of beef cattle by reducing the number of days required to get a feeder calf from birth to harvest. This... More ≫

Description

This protocol quantifies decreases in greenhouse gas emissions associated with the raising of beef cattle by reducing the number of days required to get a feeder calf from birth to harvest. This applies to youthful cattle, or those cattle under 24 months of age. In this context, feeder cattle that spend less time in backgrounding lots, on pasture and in the feedlot result in decreased greenhouse gas emissions. Withdrawn as of March 31, 2020.

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Quantification protocol for reducing days on feed for beef cattle. Version 2.0

Description

Agricultural activities, including the production of livestock, result in greenhouse gas emissions to the atmosphere. Beef cattle, in particular, release methane (CH4) as a result of the digestion... More ≫

Description

Agricultural activities, including the production of livestock, result in greenhouse gas emissions to the atmosphere. Beef cattle, in particular, release methane (CH4) as a result of the digestion of feed materials in the rumen. These emissions are called enteric emissions and are a significant contributor to greenhouse gas emissions from agricultural activities. Other emission sources for cattle include methane and nitrous oxide (N2O) emissions are generated from manure storage and handling within beef cattle operations. This protocol for reducing the number of days on feed for beef cattle addresses both digestion and manure storage and handling emission sources for livestock greenhouse gas emissions. It allows users to quantify greenhouse gas reductions using scientifically valid equations and emission factors resulting from a reduction in the number of days required to complete the finishing stage of beef cattle in a feedlot resulting in a decrease in both enteric and manure...

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Quantification protocol for agricultural nitrous oxide emissions reductions. Version 1.0

Description

The scope of this protocol is limited to on-farm reductions of emissions from nitrogen sources and fuel use associated with the management of fertilizer, manure and crop residues for each annual... More ≫

Description

The scope of this protocol is limited to on-farm reductions of emissions from nitrogen sources and fuel use associated with the management of fertilizer, manure and crop residues for each annual or perennial crop type grown. Lands grazed by animals are excluded from this protocol as are greenhouse gas reductions associated with carbon sequestration in the soil and the off-site emission reductions affected by the manufacture and distribution of nitrogen fertilizers. The exclusion of off-site reductions of fertilizer manufacturing increases conservativeness in emission reduction calculations and limits the scope of quantification to those sources, sinks and/or reservoirs for which data are readily available.

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