Native forest regeneration

Key facts
Project types
Native forest regeneration
New South Wales and Queensland
Key impacts can include
Emissions reduction
Wildlife protection
Habitat conservation
Improved soil condition
Evidence of co-benefits/carbon claims

The carbon abatement reported by these projects have been scientifically measured using the Carbon Farming Initiative Human-Induced Regeneration of a Permanent Even-Aged Native Forest – 1.1 Methodology and independently verified as required under the Emissions Reduction Fund

Contributions toward SDG 8 and 15 are not required to be monitored and reported by the project proponent under the Emissions Reduction Fund, however can be reasonably assumed to occur for projects using the Carbon Farming Initiative Human-Induced Regeneration of a Permanent Even-Aged Native Forest – 1.1 Methodology (note United Nations Sustainable Development Goals may vary depending on the specific project)

Registry information: Australian National Registry of Emissions Units (ANREU) administered by the Clean Energy Regulator (CER)
Standard: Australian Government Emissions Reduction Fund 
Unit type: Australian Carbon Credit Unit (ACCU) 

TEM-sourced or operated human-induced regeneration projects in New South Wales and South-West Queensland help support native forest regeneration and sustainable agricultural practices. These projects rehabilitate vegetation in areas that have historically been cleared and over-grazed, improves soil condition and can provide habitat for native wildlife. 

These projects store carbon in regenerated native forest. They generate carbon credits in return for reducing the level of greenhouse gases in the atmosphere. 

According to the Australian Government Clean Energy Regulator, allowing native forests to regenerate has a range of other benefits including: 

  • Providing income for farmers 
  • Providing shelter for livestock 
  • Reducing soil erosion and salinity 
  • Ecosystem health/ improved water quality 
  • Providing habitat for species such as insects, birds and reptiles. 

Key impacts and benefits can include:

Habitat conservation

UN Sustainable Development Goals

The projects may contribute to the following United Nations Sustainable Development Goals:

Highlighted project
Wongamere project

TEM’s Wongamere Regeneration Project is TEM’s biodiverse carbon farming project, located in the Mulga Lands Bioregion of south-west Queensland.


The project involves the regeneration of native vegetation, via ceasing land clearing, sustainably managing grazing and controlling pest animals and weeds. These activities address historical vegetation suppression and increase carbon sequestration.


Wongamere supports both threatened regional ecosystems and wetlands, and provides habitat for a range of native flora and fauna. Given it’s unique environmental values, baseline ecological surveys are being undertaken to inform the development of an Accounting for Nature Framework environmental account, which will capture co-benefits of the carbon farming project throughout its life.


Wongamere is protected under a permanence period of 100 years. Developing projects with a 100-year permanence periods ensures the carbon sequestered is permanent, and that the ecosystems and habitat restored are conserved over the long term.