Publications

Carbon offset emission factors handbook. Version 1.0

Description

The Carbon Offset Emission Factors Handbook contains a listing of common emission factors used in the Alberta carbon offset system as well as common quantification methodologies. Common emission... More ≫

Description

The Carbon Offset Emission Factors Handbook contains a listing of common emission factors used in the Alberta carbon offset system as well as common quantification methodologies. Common emission factors, provided in section 1, are intended as inputs to formulae provided in approved quantification protocols. Common quantification methods, provided in section 2, are commonly used formulae for quantification of greenhouse gas offsets in Alberta. This section includes both quantification methods and factors required for greenhouse gas offset quantification. Emission factors and methodologies are subject o periodic updates. Updated values are immediately applicable for use in new offset projects. Current projects will be required to transfer to updated factors if they receive a crediting period extension. The project developer is responsible for ensuring the most current version is used for annual project reporting.

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Best practice guide : the preparation for and verification of conservation cropping projects at reasonable level of assurance

Description

The purpose of this best practice guide is to provide the parties involved in creating compliance-quality conservation cropping offset credits (that is, participating farmers, project developers... More ≫

Description

The purpose of this best practice guide is to provide the parties involved in creating compliance-quality conservation cropping offset credits (that is, participating farmers, project developers and verifiers) with guidance on: GHG quantification considerations for agricultural offset projects/conservation cropping projects; general risks and data-related risks in conservation cropping projects; data integrity and controls to manage risks in conservation cropping projects; and sufficient and appropriate documentation and evidence for conservation cropping projects.

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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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Potential of rangelands to sequester carbon in Alberta

Description

Large amounts of organic carbon are present in Alberta rangelands. One hectare of rangeland contains 50-200 tonnes of carbon in soil organic matter, 2-10 tonnes carbon in plant biomass and 1-2... More ≫

Description

Large amounts of organic carbon are present in Alberta rangelands. One hectare of rangeland contains 50-200 tonnes of carbon in soil organic matter, 2-10 tonnes carbon in plant biomass and 1-2 tonnes carbon in litter. Total organic carbon levels in rangeland soils are considerably greater than the amount of carbon present in the atmosphere above these soils or exchanged with the atmosphere each year. Total organic carbon in the 7 million hectares of native pasture in Alberta is equivalent to about three times the current annual emissions of all greenhouse gases in Canada.

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Quantification protocol for energy efficiency projects. Version 1

Description

This quantification protocol is written for those familiar with process change and energy efficiency projects. Some familiarity with, or general understanding of, the operation of these practices... More ≫

Description

This quantification protocol is written for those familiar with process change and energy efficiency projects. Some familiarity with, or general understanding of, the operation of these practices and processes is expected. It should be noted that while this protocol is mainly targeted at farm operations, some procedures in this protocol may be transferable to other types of energy efficiency projects, there could be considerable differences which would lead to inaccuracy in the quantification of the GHG emission reductions.

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