If you have answered yes to these questions, the avoided clearing method
may be suitable for your business.
An avoided clearing of native regrowth project involves retaining areas of native forest that would otherwise be cleared in the normal course of events.
A project using this method helps to reduce the amount of greenhouse gas entering the atmosphere because carbon is stored in the forest's trees as they grow, instead of being released into the atmosphere upon clearing. The carbon stored is called carbon stock, while the overall reduction in greenhouse gases as a result of a project is termed abatement.
The carbon stock held in the project's trees and debris is calculated using a computer modelling tool called the Full Carbon Accounting Model (FullCAM). FullCAM is used to model a 'baseline scenario' (in which the land would normally be cleared) and a 'project scenario' (in which the land is no longer cleared).
The difference between the two scenarios is the amount of additional carbon stored because of the project. The net amount of abatement during a project's reporting period is then determined by subtracting any emissions, due to fires, from the amount of carbon stock. The resulting amount of abatement is used to determine the number of Australian carbon credit units (ACCUs) your project may be issued.
As a sequestration project, that is, a project that stores carbon in vegetation or soil, an avoided clearing of native regrowth project is subject to a 'permanence obligation'. This means the project must be maintained 'permanently' (for a nominated period of either 100 or 25 years).
The Clean Energy Regulator develops variations to methods for a range of reasons including:
Methods being varied or methods under review are published on the
Department of Industry, Science, Energy and Resources (DISER) website and our
method consultation page.
method variations page provides additional information about how a method variation might affect an existing project.
You must read and understand the method and other legislative requirements to conduct an avoided clearing of native regrowth project and earn ACCUs. This includes:
The quick reference guide provides basic information about eligibility criteria and obligations that must be met to earn ACCUs from an avoided clearing of native regrowth project. It includes links to the legislation, but should not be viewed as an alternative to reading the full legislative requirements.
Twenty-five years – The crediting period is the period of time a project can apply to claim Australian carbon credit units (ACCUs).
Relevant section of the Act:
There are general eligibility requirements in the Act, which include:
In addition, projects can only be run on land that has:
Evidence of the land's native forest cover, clearing history, regeneration history and land use history is required.
Part 3, Division 2 of the Method also requires that specific information is included in a project application before the project can be considered eligible. You should ensure you refer to this division and provide all the required information.
Relevant section of the Method:
A project involves retaining areas of native forest that would otherwise be cleared in the normal course of events. Native forest is land dominated by trees that:
You also need to divide, or stratify, the project area into carbon estimation areas, which are the areas of your project where carbon will be stored and for which ACCUs may be issued. Each carbon estimation area must cover at least 0.2 of a hectare and meet the other requirements specified in Part 3, Section 20 of the method. The boundaries of each carbon estimation area must be defined in accordance with the
Carbon Farming Initiative Mapping Guidelines using field surveys, aerial photography, satellite imagery or maps.
Once approved, a project's activities are minimal, apart from ongoing management of the native forest. For example, you must actively reduce the risk of damage from fire, weeds and feral animals. You may collect up to 10 per cent of wood from the forest for personal uses, such as fencing or household firewood. You may also thin trees for ecological purposes, subject to the rules in the method.
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The amount of carbon stored in the native forest, known as the carbon stock, is calculated using a computer modelling tool called the Full Carbon Accounting Model (FullCAM). FullCAM does this by comparing two scenarios:
The baseline scenario involves modelling the following projected series of events, over a 100-year period:
The project scenario is also a series of modelled events, which are only modelled as they occur. These events are:
The difference between two scenarios is the amount of additional carbon stored as a result of your project. The net amount of abatement for the reporting period is then determined by subtracting any emissions due to fires from the total change in carbon stock.
A guide to the 2020 FullCAM – transition arrangements for information on which version of FullCAM must be used for your project.
In addition to the reporting requirements of the Act and the Rule, Section 56 of the method sets out method-specific requirements for offset reports. This includes providing information related to:
Relevant section of the Rule:
In addition to the general monitoring requirements of the Act, Section 60 of the method sets out specific monitoring requirements. These include monitoring:
In addition to the record-keeping requirements of the Act and the Rule, Section 58 of the Method sets out specific record-keeping requirements. These include keeping records of:
All projects receive an audit schedule when the project is declared and must provide audit reports according to this schedule. A minimum of three audits will be scheduled and additional audits may be triggered. For more information on the audit requirements, see the Act, the Rule and the
audit information on our website.
Some methods require specialist skills for a project. There are no specialist skills identified by this method.
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