Land clearing in Australia

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The distribution of Banksia largely coincides with areas of high population density, and large tracts of Banksia woodland are cleared for urban expansion every year. In this photo, land clearing for housing threatens the Banksia menziesii species in Canning Vale, Western Australia. Menziesii threats 01 gnangarra.jpg
The distribution of Banksia largely coincides with areas of high population density, and large tracts of Banksia woodland are cleared for urban expansion every year. In this photo, land clearing for housing threatens the Banksia menziesii species in Canning Vale, Western Australia.
Aerial views of deforestation in Australia.

Land clearing in Australia describes the removal of native vegetation and deforestation in Australia. Land clearing involves the removal of native vegetation and habitats, including the bulldozing of native bushlands, forests, savannah, woodlands and native grasslands and the draining of natural wetlands for replacement with agriculture, urbanization and other land uses.

Contents

Land clearing remains a significant environmental issue in Australia. Conservation and government reports estimate that approximately 500,000 hectares of native vegetation are cleared each year, mainly for pasture expansion in Queensland and New South Wales. [2] The Brigalow Belt and Mulga Lands are among the regions with the highest recent rates of clearing. [3]

Eastern Australia is considered one of the world's global deforestation hotspots, with rates of vegetation loss comparable to tropical regions such as the Amazon. [4] Recent studies link large-scale clearing to habitat loss, greenhouse gas emissions, and declines in biodiversity, particularly affecting species such as koalas and greater gliders. [5]

Land clearing is regulated primarily at the state level. Queensland and New South Wales have introduced laws to limit or monitor clearing. Despite these measures, satellite data and environmental assessments indicate that unregulated and secondary clearing continue across parts of the country. [6] [7] [8]

This photo shows men clearing land in Australia in the 1900s. Land Clearing in Australia in the 1900s.jpg
This photo shows men clearing land in Australia in the 1900s.

Land clearing in Australia began soon after European settlement, when forests and bushlands were removed to create farmland and settlements. [9] Historically, the rural sector was viewed as an important piece of the economic fabric of Australia. [10] Throughout the 19th and 20th centuries, governments encouraged clearing through land grants and subsidies, viewing it as a means of increasing productivity and contributing to national progress. [10] Throughout the mid to late twentieth century, land clearing continued to be associated mostly with agricultural expansion. [10] Technological advancements further reduced the cost and effort required to clear the land, which led to more wide-scale clearing projects at a faster rate. [10]

Coffee plantations in Queensland ca. 1900 contributed to the loss of a lot of native forests StateLibQld 1 125555 Workers on a coffee plantation at Kuranda, Queensland, ca. 1900.jpg
Coffee plantations in Queensland ca. 1900 contributed to the loss of a lot of native forests

Clearing in the twentieth century was also heavily influenced by financial incentives provided by the State Governments. These included tax concessions and access to land at a lower cost, which reduced the cost of clearing and made land development more economically attractive. Land clearing was also undertaken to raise land values, as cleared land held higher market values compared to uncleared land. [11] From 1925 until 1987, the Rural Credits Development Fund aided rural development. Additional funding for rural expansion also became available through institutions such as the Commonwealth Development Bank, which provided loans that often included land development. Financial deregulation in the 1970s further increased the availability of loans meant for property development and clearing. [11]

Site preparation and land clearing by bulldozer, Brisbane in the 1950s Queensland State Archives 1660 Site preparation and land clearing by bulldozer Serviceton Inala Brisbane c1950.png
Site preparation and land clearing by bulldozer, Brisbane in the 1950s

Before to the early 1970s, landholders were able to deduct the full cost of clearing native vegetation. Then, changes were introduced in 1973, which reduced the concessions by spreading deductions over a longer period. However, since 1983, clearing costs were no longer tax deductible, and tax incentives were instead directed toward conservation efforts such as restoring native vegetation and focusing on landcare activities.Large-scale land development schemes also contributed to clearing trends, such as the Brigalow Land Development Scheme [12] and the War Service Land Settlement Scheme, which provided low-interest bank loans and financial support programs such as drought relief assistance.

By the late 1980s and early 90s, opinions toward land management began to shift, with greater acknowledgement of land degradation and the environmental impacts often associated with extensive clearing. This coincided with the removal of many financial incentives and the introduction of stronger regulatory controls. As a result, clearing rates declined in many parts of Australia during the 1990s, although clearing continued in some regions. [13]

Causes

Land clearing in Australia is influenced by multiple factors, including agricultural expansion, urban and infrastructure development, timber extraction, bushfires and broader economic and policy incentives. [14]

This image depicts a cleared field in Western Australia for agriculture. Western Australia Agriculture 06.jpg
This image depicts a cleared field in Western Australia for agriculture.

Agriculture

Agricultural expansion, particularly clearing land for livestock grazing and crop production, is a primary driver of land clearing in Australia. Hundreds of thousands of hectares of native vegetation are removed each year to create pasture for cattle and sheep, and to support crops such as cotton. In Queensland, a large proportion of recent clearing, an estimated 86% in 2022-2023, was for the expansion of grazing land. [15]

Large areas of native vegetation have been cleared to create pasture for livestock, especially in Queensland, where the majority of recent clearing has been linked to beef production. Cropping systems such as wheat production have also contributed to historic clearing in fertile regions, including parts of New South Wales. [16]

Economic research has shown that clearing rates tend to increase during periods of favorable commodity prices, as higher potential revenue encourages landholders to expand agricultural operations. [16] [17]

Urban development

This photo shows a logged area in Toolangi State Forest in Victoria. Toolangi is one of the regions where native forests have been heavily cleared for timber production. Deforestation in the Toolangi State Forest.jpg
This photo shows a logged area in Toolangi State Forest in Victoria. Toolangi is one of the regions where native forests have been heavily cleared for timber production.

Urban development contributes to land clearing when native vegetation is removed to make space for housing, infrastructure, and industry related land uses. While the majority of urban expansion does occur on previously cleared land, growth in regional and peri-urban areas can also result in new clearing of native forest or woodland. Urban-related clearing often occurs in areas near major cities and regional centers where residential and commercial land demand intersects with remaining native vegetation, contributing to ongoing reductions in forest and bushland cover. [18] [19]

This images shows trees that have been logged in Tasmania. Tasmania logging 10 Styx Devastation.jpg
This images shows trees that have been logged in Tasmania.

Logging

Logging and the harvesting of native forest products have also contributed to land clearing in Australia. In some forest regions, large areas have been cleared for timber production, with remaining vegetation often burned or removed as part of logging operations. This type of logging alters forest structure and reduces habitat availability for native species. Native forest logging has continued, including areas where tall forests are still used for timber and wood products, despite regulatory efforts to reduce the impact. [20] [21]

The 2019 Australian Bushfires - Kangaroo Island, South Australia 2019-20 Australian Bushfires - Kangaroo Island, South Australia (51367525857).jpg
The 2019 Australian Bushfires - Kangaroo Island, South Australia

Bushfires and secondary clearing

Bushfires in Australia are frequently occurring events during the hotter months of the year. Bushfires can result in the loss of vegetation and tree cover across large areas. While fire is a natural part of many Australian ecosystems, high-severity fires can cause longer-term reductions in forest and woodland cover. In some cases, the vegetation that regrows after fire is later cleared, particularly in grazing areas where regrowth may be removed to maintain pasture. This type of secondary clearing can increase overall vegetation loss following major fire events. [22] [23]

Economic and policy incentives

Higher agricultural commodity prices, including cattle and crop prices, are associated with increased land clearing, as landowners tend to expand production during periods of strong market conditions. Analyses of land clearing trends in New South Wales indicate that changes in livestock and crop prices account for a substantial share of variation in clearing rates. [24] [25] Government management policies have also influenced clearing patterns, with regulatory changes linked to a shift away from first-time clearing and toward re-clearing of previously cleared land. [25]

Effects

Land clearing destroys plants and local ecosystems and removes the food and habitat on which other native species rely. Clearing allows weeds and invasive animals to spread, affects greenhouse gas emissions and can lead to soil degradation, such as erosion and salinity, which in turn can affect water quality. [26]

The following table shows the native vegetation inventory assessment [27] of native vegetation by type prior to European settlement and as at 2001–2004. (Given in units of square kilometres)

Vegetation typePre-settlement total2005 totalPercentage lost
Forest and woodland4,101,8683,184,26022%
Shrublands1,470,6141,411,5394%
Heath9,2568,07113%
Grassland1,996,6881,958,6712%
Total native vegetation7,578,2046,562,54113%

Land condition

As the land cover is crucial to land condition, land clearing exerts significant pressure on land condition. Removal of vegetation also leaves soil bare and vulnerable to erosion. Soil stability is essential to avoid land degradation.

Soil erosion

This image depicts soil erosion due to drylands salinity in Northern Queensland. CSIRO ScienceImage 4384 Closeup view of gully soil profile the result of dryland salinity induced erosion just west of Charters Towers Northern QLD.jpg
This image depicts soil erosion due to drylands salinity in Northern Queensland.

Soil erosion is very significant pressure on land condition because it undermines existing vegetation and habitats and inhibits vegetation and other biotas that inhabit the vegetation from re-establishing, thus resulting in a "negative" feedback loop. Terrestrial vegetation is a source of nutrient replenishment for soils. If vegetation is removed, there is less biological matter available to break down and replenish the nutrients in the soil. Exposing soil to erosion leads to further nutrient depletion. [21] Soil erosion from deforested land has also affected the water quality around the Great Barrier Reef. [28]

Salinity

Another consequence of land clearing is dryland salinity. Dryland salinity is the movement of salt to the land surface via groundwater. In Australia, there are vast amounts of salt stored beneath the land surface. Much of Australian native vegetation has adapted to low rainfall conditions, and use deep root systems to take advantage of any available water beneath the surface. These help to store salt in the earth, by keeping groundwater levels low enough so that salt is not pushed to the surface. However, with land clearing, the reduced amount of water that previously got pumped up by the roots of the trees means that the water table rises towards the surface, dissolving salt in the process. Salinity reduces plant productivity and affects the health of rivers and streams. Salinity also affects the lifespan of roads and other infrastructure, affecting the economy and transportation.

This image depicts a Koala climbing a tree in Victoria, Australia. Koala climbing tree.jpg
This image depicts a Koala climbing a tree in Victoria, Australia.

Biodiversity

Land clearing is a major cause of habitat loss and fragmentation in Australia and is listed as a key threat to many threatened plant and animal species. The removal of native vegetation reduces habitat availability and food and shelter resources, increasing the risk of population decline and extinction. [29] [30] National conservation assessments indicate that habitat loss linked to deforestation affects a large proportion of threatened species.

Of approximately 1,250 threatened plant species and 390 threatened terrestrial animal species, land clearing and associated habitat degradation are identified as threats for 964 plant species and 286 animal species. Species affected include Carnaby's cockatoo, the southern cassowary, Bennett's tree-kangaroo, the Cape York rock-wallaby, the black-flanked rock-wallaby, and the koala, which is classified as Vulnerable in Queensland and New South Wales. [31]

This image depicts a Greater Glider in a Eucalypt tree. Greater Glider (Petauroides volans) in a Eucalypt.jpg
This image depicts a Greater Glider in a Eucalypt tree.

Climate change

Land clearing contributes to climate change by releasing carbon stored in vegetation and soils and by reducing the capacity of ecosystems to absorb carbon dioxide. When trees are removed or burned, stored carbon is released into the atmosphere, increasing greenhouse gas emissions. [32] [33]

Deforestation and forest degradation account for a significant share of global greenhouse gas emissions, and land clearing remains an important source of emissions within Australia's land-use sector. Vegetation loss can also influence local and regional climate conditions by reducing shade and moisture and increasing surface temperatures. [34]

Deforestation and climate extremes

Cleared Mallee bushland in South Australia, 1992 CSIRO ScienceImage 4559 Area cleared of Mallee bushland on the Cooke Plains southeast of Tailem Bend SA 1992.jpg
Cleared Mallee bushland in South Australia, 1992

An organisation checked the impacts on climate extremes and droughts by analysing daily rainfall and surface temperature output from the Mark 3 GCM.

This work, the first of its kind, demonstrated an increase in the number of dry days (<1mm rainfall) and hot days (maximum temperature >35 °C), a decrease in daily rainfall intensity and cumulative rainfall on rain days, and an increase in duration of droughts under modified land-cover conditions. These changes were statistically significant for all years across eastern Australia and especially pronounced during strong El Niño events.

These studies have demonstrated that LCC has exacerbated the mean climate anomaly and climate extremes in the southwest and eastern Australia, thus resulting in longer-lasting and more severe droughts.

Clearing patterns differ across Australia, however Queensland has continued to drive the majority of national vegetation loss. In 2022-2023 the state cleared 332,015 hectares for pasture expansion. Roughly half of those hectares were within Great Barrier Reef catchments, an area where rainfall lands in rivers that flow to the reef. These catchments raise concern due to sediment runoff and erosion potentially impacting the reef's water quality. [15]

The Brigalow Belt and Mulga lands make up the majority of Queensland's hotspot regions, where modeling shows high probabilities for future clearing, as well as significant overlap with threatened vegetation communities. [35] In more inland, pastoral zones of New South Wales and South Australia, similar pressures occur, as clearing is often linked to grazing. [36]

In Tasmania, industrial logging and land clearing continue in areas near protected forests, including parts of the Takayna/Tarkine region. Photo documentation shows the removal of eucalypt forests, old-growth stands, and habitat for species such as the glossy black cockatoo. [37]

Urban expansion is also contributing to localized clearing along the eastern seaboard of Australia, specifically in south-east Queensland and peri-urban regions of New South Wales, where the removal of koala feed trees has increased habitat decline. [38]

Indigenous land management and perspectives

Indigenous peoples in Australia have manage landscapes, using practices such as frequent, low-intensity cultural burning to maintain open grasslands, woodlands, and diverse plant communities. [39] Research from northwest Tasmania suggests that many areas historically described as natural grasslands were shaped by long-term Aboriginal fire management. [39] When these practices declined following British colonization, vegetation structure changed rapidly, with dense shrub and rainforest species growing into the previously open ecosystems. [39] These findings suggest that the condition of some pre-colonial landscapes depended on continued Indigenous land stewardship. [39]

Modern land clearing and mining have also been shown to occur on or near Indigenous lands, affecting clean water, bush foods, and soil stability that Aboriginal and Torres Strait Islander communities rely on. [40] Reviews of mining impacts show that vegetation loss and habitat disturbance can undermine cultural practices linked to specific species and landscapes. [40]

National reports on deforestation also note that large-scale clearing for agriculture, forestry, mining, and development can damage areas of cultural significance, including songlines, sacred sites, and Country cared for by First Nations peoples. [41] In many cases, clearing occurs without the consent of Aboriginals, contributing to what some describe as degraded Country. [41] The combined ecological and cultural effects have led to increased calls for land-clearing policy, conservation planning, and restoration programs to be developed in partnership with First Nations communities, recognizing Indigenous rights. [42] [41]

Response

Land clearing laws have been a political football for decades. [43] From the 1970s onwards unions and environmentalists have challenged the clearing of forests, beaches and other specific sites. [44] [45] Since the 1980s, the rate of land clearing has declined due to changing attitudes and greater awareness of the damaging effects of the clearing. The Queensland and New South Wales governments implemented bans on land clearing during the 1990s and early 2000s. [46] Australia remains a deforestation front, the only developed nation to do so. [47]

Both Queensland and New South Wales monitor land clearing on an annual basis using satellite imagery under the Statewide Landcover and Trees Study. [48]

Regulation of clearing

Clearing is now controlled by legislation in Western Australia, South Australia, Victoria, New South Wales, and to a lesser degree in Queensland. Land clearing controls differ substantially between jurisdictions, and despite growing awareness of the effect of land degradation, controls on clearing have been generally opposed by farmers.

Federal legislation

Land clearing is controlled indirectly by federal law in the form of the Environment Protection and Biodiversity Conservation Act 1999 (Cth), which may also apply if there are federally protected threatened species (plant or animal) or endangered ecological communities present on the land in question.

Fire controls

Depending on the proximity to high risk bush fire zones in each state, the 10/30 rule or the 10/50 rule might apply. [49] [50] This allows the clearing of trees within 10 meters of homes or clearing undergrowth within 30 or 50 meters of home. This reduces fuel for fire near homes which has proven effective since implementation. [51]

New South Wales

Clearing of native vegetation in NSW is regulated by the Local Land Services Act 2013 [52] (NSW) and by the protections on the habitat of threatened species contained in the Biodiversity Conservation Act 2016 [53] (NSW). It is also regulated by development control and Environmental Planning Instruments (EPIs) under land use planning law, namely the Environmental Planning and Assessment Act 1979 (NSW). Federal law in the form of the Environment Protection and Biodiversity Conservation Act 1999 [54] (Cth) may also apply if there are federally protected threatened species (plant or animal) or endangered ecological communities present on the land in question. Exempt species are outlined in the Biosecurity Act 2015 [55] and can be cleared by property owners at any time.

The Berejiklian government eased vegetation protection laws in 2017. [56] According to the state government the state lost 54,000 hectares of woody vegetation in 2019. [57]

Queensland

Clearing of native vegetation in Queensland is principally regulated by the Vegetation Management Act 1999 [58] and the Vegetation Management (Regrowth Clearing Moratorium) Act 2009. [59] The Federal EPBC Act may also apply (see above)

Clearing rates in Queensland declined from peaks in the 1990s, after a successful campaign from conservation groups and communities throughout Queensland. [60] In 2018, the state government passed legislation that banned broadscale clearing of remnant vegetation. [61] The reforms aimed to protect high value regrowth. [61]

South Australia

Land cleared for mining in South Australia, 1992 CSIRO ScienceImage 3629 Hills denuded of vegetation following years of copper mining.jpg
Land cleared for mining in South Australia, 1992

Clearing of native vegetation in SA is principally regulated by the Native Vegetation Act 1991 (SA). The Federal EPBC Act may also apply (see above).

Local councils

In urban areas or cities, tree removal is governed by local council laws outlined in what's called a Tree Preservation Order (TPO). This set of laws is more specific to reflect the localized objectives for urban forest retention by the council. Common objectives include creating healthier ecosystems, improving biodiversity and mitigating the heat island effect through tree retention and scheduled tree planting programs. TPO's will typically include a significant tree register which lists individual or groups of protected trees and their locations which cannot be removed under any circumstances. TPO's also come with exemptions which allow property owners to remove trees without prior approval. Exemptions may include the maximum height and spread of trees that need council consent for removal and a list of exempt species that can be removed irrespective of height and spread. [62]

Restoration efforts and future outlook

Current restoration efforts in Australia focus on re-establishing native vegetation, improving land conditions, and reducing the environmental impacts associated with past clearing. Conservation organizations have reported that areas affected by extensive clearing often require more long-term rehabilitation, such as erosion control, replanting programs, and measures to stabilize soil and waterways. [63] Riparian environments, land along riversides, are a noted priority for ongoing restoration projects, as vegetation loss has contributed to declining water quality and increased sedimentation in major river systems. [64]

Current assessments have identified eastern Australia as a global deforestation hotspot, with conservation organizations arguing that there should be stronger protections to limit clearing and support ecosystem recovery. [65] Proposed strategies include expanding native vegetation safeguards, improving monitoring frameworks, encouraging landholders to retain or restore habitats on their land, and for policymakers to increase laws surrounding land clearing. Conservation organizations present these approaches as necessary to maintain remaining forest cover and reduce the pressures behind biodiversity decline. [65]

Future restoration outcomes are closely linked to policy and economic conditions. Current research indicates that fluctuations in commodity prices influence land-clearing rates, sometimes reducing the effectiveness of regulatory measures. [66] Studies suggest that long-term recovery will require policy frameworks that address the economic drivers of clearing, including incentives for sustainable land use and support for conservation-first land management [66] .Analyses from environmental groups and researchers argue that restoration efforts must operate alongside strengthened clearing controls and policies designed to reduce pressures on native vegetation. [67] [68]

The outlook for recovery depends on continued investment in rehabilitation programs, improved monitoring, and coordinated approaches between governments, landholders, and conservation organizations. [67]

See also

References

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  2. ↑ "Land Clearing". Bush Heritage Australia. Retrieved 2025-12-12.
  3. ↑ Hernandez, Stephanie; Duce, Stephanie; Sheaves, Marcus; Murray, Nicholas; Adams, Vanessa M. (2024-01-02). "Predicting the impacts of clearing on vegetation communities: a model-based approach for identifying conservation priorities in Queensland, Australia". Australasian Journal of Environmental Management. 31 (1): 40–63. doi:10.1080/14486563.2023.2298492. ISSN   1448-6563.
  4. ↑ "Deforestation and Tree-Clearing: Causes, Impacts & Solutions | Tree-clearing and Deforestation | WWF Australia". wwf.org.au. Retrieved 2025-12-12.
  5. ↑ "Queensland's land clearing crisis: What the latest Statewide Landcover and Trees Study reveals about our wildlife's future | Wildlife Queensland" . Retrieved 2025-12-12.
  6. ↑ Heagney, E. C.; Falster, D. S.; Kovač, M. (2021-03-01). "Land clearing in south-eastern Australia: Drivers, policy effects and implications for the future". Land Use Policy. 102 105243. doi: 10.1016/j.landusepol.2020.105243 . ISSN   0264-8377.
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  10. 1 2 3 4 Land Clearing: A social history - NCAS technical report ... Australian Greenhouse Office . (2000, September). https://www.dcceew.gov.au/themes/custom/awe/fullcam/Help-FullCAM2020/reps/TR4 Land Clearing  A Social History.pdf
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  36. ↑ Heagney, E. C.; Falster, D. S.; Kovač, M. (2021-03-01). "Land clearing in south-eastern Australia: Drivers, policy effects and implications for the future". Land Use Policy. 102 105243. doi: 10.1016/j.landusepol.2020.105243 . ISSN   0264-8377.
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  39. 1 2 3 4 Fletcher, Michael-Shawn; Hall, Tegan; Alexandra, Andreas Nicholas (2021-01-01). "The loss of an indigenous constructed landscape following British invasion of Australia: An insight into the deep human imprint on the Australian landscape". Ambio. 50 (1): 138–149. doi:10.1007/s13280-020-01339-3. ISSN   1654-7209. PMC   7708580 . PMID   32378038.
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  48. ↑ Heagney, E.C.; Falster, D.S.; Kovač, M. (March 2021). "Land clearing in south-eastern Australia: Drivers, policy effects and implications for the future". Land Use Policy. 102 105243. doi: 10.1016/j.landusepol.2020.105243 . S2CID   233801638.
  49. ↑ "10/50 vegetation clearing". www.rfs.nsw.gov.au. Retrieved 2018-03-23.
  50. ↑ "10/30 Rule, 10/50 Rule and fence line clearing". Environment.vic.gov.au.
  51. ↑ "A GUIDE TO THE EXEMPTIONS AND REGULATIONS FOR CLEARING NATIVE VEGETATION" (PDF). der.wa.gov.au. 2014. Archived from the original (PDF) on 2018-03-13.
  52. ↑ "Local Land Services Act 2013 No 51" . Retrieved 4 November 2021.
  53. ↑ "Biodiversity Conservation Act 2016 No 63" . Retrieved 4 November 2021.
  54. ↑ "Environment Protection and Biodiversity Conservation Act 1999" . Retrieved 4 November 2021.
  55. ↑ "Biosecurity Act 2015 No 24" . Retrieved 4 November 2021.
  56. ↑ Hannam, Peter (7 November 2018). "10 million animals a year die from tree clearing in NSW, report finds". The Sydney Morning Herald . Retrieved 9 August 2023.
  57. ↑ Claughton, David; Thackray, Lucy (1 July 2021). "Land clearing in NSW continues at near-record levels but farmers say data is misleading". ABC News . Australian Broadcasting Corporation . Retrieved 2 November 2021.
  58. ↑ "Vegetation Management Act 1999". legislation.qld.gov.au. July 2017.
  59. ↑ "Vegetation Management (Regrowth Clearing Moratorium) Bill 2009" (PDF). cabinet.qld.gov.au.
  60. ↑ "Vegetation Management – back to the dark age of broad-scale clearing". Cairns and Far North Environment Centre. 12 June 2013. Retrieved 2 November 2021.
  61. 1 2 Burke, Gail (4 May 2018). "Tightening of Queensland's land-clearing laws prompts farmers' fears for future generations". ABC News . Australian Broadcasting Corporation . Retrieved 2 August 2023.
  62. ↑ "Council Tree Regulations (TPO)". GoTreeQuotes. Retrieved 2018-03-23.
  63. ↑ "Land Clearing". Bush Heritage Australia. Retrieved 2025-12-12.
  64. ↑ Bremner, Asey (2025-07-22). "Riparian Zones: Caring for Our Waterways". Nature Conservation Council of NSW. Retrieved 2025-12-14.
  65. 1 2 "Deforestation and Tree-Clearing: Causes, Impacts & Solutions | Tree-clearing and Deforestation | WWF Australia". wwf.org.au. Retrieved 2025-12-12.
  66. 1 2 Heagney, E. C.; Falster, D. S.; Kovač, M. (2021-03-01). "Land clearing in south-eastern Australia: Drivers, policy effects and implications for the future". Land Use Policy. 102 105243. doi: 10.1016/j.landusepol.2020.105243 . ISSN   0264-8377.
  67. 1 2 "Deforestation and Tree-Clearing: Causes, Impacts & Solutions | Tree-clearing and Deforestation | WWF Australia". wwf.org.au. Retrieved 2025-12-12.
  68. ↑ "Land Clearing". Bush Heritage Australia. Retrieved 2025-12-12.

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