Locked In and Left to Swelter: Extreme Heat in Australia's Prisons - Lethal Heating Editor BDA

Australia's prisons confine the country's most heat-vulnerable people
with zero binding temperature standards to protect them

Key Points

First Nations people make up 37 per cent of Australia's adult prison population while comprising under 4 per cent of the general population.[2] Australia has zero binding national temperature standards for any correctional facility in any jurisdiction.[13] Roebourne Regional Prison recorded cell temperatures approaching 50 degrees Celsius before air conditioning was installed between 2024 and 2025.[5] Ngaanyatjarra elder Mr Ward died of heatstroke in a prison transport vehicle in January 2008 in a wholly avoidable death.[8] Alice Springs Correctional Centre remained without adequate air conditioning despite a Northern Territory Ombudsman recommendation to install it.[10] The First Nations imprisonment rate reached 2,500 per 100,000 adults in 2025, worsening from every Closing the Gap baseline measure.[3]

The Captives and the Climate

Australia's prisons hold people who are unable to protect themselves from extreme heat. 

They cannot open a window, move to a cooler room, or leave a facility reaching dangerous temperatures. 

The law removes those options when it removes their liberty.

Extreme heat in correctional settings is a documented health crisis with a documented racial dimension. 

First Nations people make up over a third of Australia's adult prison population.^[2] 

They are held disproportionately in the facilities most exposed to heat.

Climate change is intensifying this crisis with every passing summer. Heatwaves are becoming more frequent and more severe across all Australian climate zones. Prison infrastructure designed for the 20th century is operating in 21st-century heat.

Australia has zero binding national temperature standards for correctional facilities. Each state and territory manages its own framework. Individual prisons operate with varying degrees of cooling, monitoring, and heat response protocols.

The result is a two-tiered system in which the most disadvantaged Australians carry the greatest thermal risk. Incarcerated people have almost no capacity for self-protection. Their safety depends entirely on the institutions that hold them captive.

That dependency creates a legal obligation. The duty of care owed to incarcerated persons is among the most stringent in Australian law. Whether that duty is being met in conditions of extreme heat is a question warranting direct and sustained examination.

This investigation examines the standards governing heat management in Australian prisons. It assesses the accountability mechanisms available to regulators. And it asks whether those mechanisms adequately discharge the state's obligations to those it holds in custody.

A Population Beyond Proportion

As of 30 June 2025, there were 46,998 adult prisoners in Australia.^[1] Of those, 17,432 were Aboriginal and Torres Strait Islander people. That number represents a 10 per cent increase from the previous year.

First Nations adults are imprisoned at a rate of 2,500.2 per 100,000 adults.^[3] 

The corresponding rate for non-Indigenous Australians is approximately 148 per 100,000. The disparity is the product of accumulated structural disadvantage, unaddressed across generations.

First Nations people make up under 4 per cent of the general Australian population.^[4] 

They account for 37 per cent of the adult prison population. Closing the Gap Target 10 aimed to reduce that disparity by 15 per cent from the 2019 baseline. The rate has worsened by 30 per cent instead.

The health profile of First Nations prisoners compounds their heat vulnerability. Nearly 38 per cent of First Nations prison entrants carry a current chronic physical health condition.^[4] 

Mental health disorders affect approximately 43 per cent of Indigenous adults entering prison.

Chronic conditions including diabetes, cardiovascular disease, and renal impairment all elevate heat-related morbidity and mortality risk. First Nations Australians carry higher burdens of these conditions than the general population. Prison concentrates this compounded risk inside built environments with limited cooling capacity.

People entering prison are also more likely to have experienced homelessness, unemployment, and trauma. These factors correlate with poorer baseline health status. Heat stress layered onto pre-existing vulnerability creates cascading clinical risk that facilities are structurally ill-equipped to manage.

Incarcerated women face specific compounding factors. First Nations women represent one of the fastest-growing segments of Australia's prison population. Their exposure to heat in overcrowded and poorly ventilated facilities adds a further dimension to an already disproportionate burden.

Roebourne: Two Decades of Thermal Neglect

Roebourne Regional Prison sits in the Pilbara region of Western Australia, more than 1,550 kilometres north of Perth.^[6] 

It is consistently identified as the hottest prison in Australia. The facility opened in 1984 and was constructed without air conditioning as standard.

In January 2022, temperatures in the town of Roebourne reached 50.5 degrees Celsius.^[7] 

Cell temperatures inside the prison approached that figure. Overnight temperatures in cells commonly exceeded 33 degrees, and regularly remained above 35 degrees before midnight.

The majority of Roebourne's prisoners are First Nations people. Advocates, legal services, and inspection bodies raised warnings about the facility's thermal conditions for more than two decades. Each warning produced commentary and deferral rather than structural action.

The WA Office of the Inspector of Custodial Services conducted nine inspections of Roebourne from 2003 onwards.^[5] 

Its 2022 inspection took place during extreme heat, with daily temperatures exceeding 40 degrees. The Inspector had raised grave concerns about thermal conditions in 2020 and reiterated those concerns in 2022.

In November 2022, under sustained public pressure, the WA government pledged $10 million for air conditioning in every cell.^[7] 

Installation was initially scheduled for the 2023-24 financial year. That deadline passed without a contractor even being selected.

The Aboriginal Legal Service of WA wrote to Corrective Services Minister Paul Papalia in early 2024.^[6] 

CEO Wayne Nannup described the ongoing conditions as "distressing" and potentially fatal. He urged the government to complete the installation without further delay and declared further failure was unconscionable.

Air conditioning was ultimately installed in Units 1 and 2 between September 2024 and July 2025.^[5] 

The prison population was reduced and units were closed one at a time during installation. Roebourne returned to full capacity once works were complete, more than two decades after the first recommendation to install cooling.

The Death of Mr Ward

The 2008 death of Mr Ward, a Ngaanyatjarra elder, remains the most visceral illustration of state failure under extreme heat. He was 46 years old. He died of heatstroke on 27 January 2008, in the rear pod of a prison transport van.

Mr Ward had been arrested in Laverton for alleged drink-driving and refused bail.^[8] 

The following day he was transported 360 kilometres to Kalgoorlie by private contractor GSL. The journey took approximately four hours through extreme summer heat.

The air conditioning in the transport van's rear compartment had malfunctioned.^[8] 

Outside temperatures exceeded 40 degrees Celsius that day. The temperature inside the rear pod was estimated to have reached 50 degrees or above.

On arrival at Kalgoorlie hospital, Mr Ward had a core body temperature of 41.7 degrees.^[8] 

He had sustained third-degree burns to his abdomen from contact with the metal floor. The WA State Coroner described his death as "wholly unnecessary and avoidable."

The Human Rights and Equal Opportunity Commission condemned Mr Ward's treatment as "cruel, inhumane and degrading".^[9] 

His death forced a complete overhaul of prisoner transport in WA. The state acquired air-conditioned vehicles fitted with electronic temperature alarms.

The Inspector of Custodial Services noted in 2015 that Mr Ward's death had produced national standards for prisoner transport.^[13] 

It had generated no equivalent focus on thermal conditions within prison cells. The transport oversight was remedied. The cellular oversight remained unaddressed.

Mr Ward's death was preceded by warnings from the Inspector about the condition of the vehicle fleet. Those warnings were ignored until a fatality forced action. The pattern of warning, inaction, and crisis would repeat in subsequent years at Roebourne and Alice Springs.

Alice Springs and the Northern Territory

Alice Springs Correctional Centre is the main maximum security prison for the Northern Territory. It is located 25 kilometres outside Alice Springs, in the desert interior of Australia. Its official capacity is 470 inmates, a figure it has routinely exceeded.

On Boxing Day 2023, fifteen prisoners attempted to escape their cells during a heatwave.^[10] 

External temperatures reached 37 degrees Celsius. Cells at the facility had no air conditioning units. Prisoners reportedly used t-shirts and pedestal fans to rip a hole in a ceiling.

The Justice Reform Initiative described the conditions as "inhumane". Union secretary Erina Early called Alice Springs a "very hot box".^[10] 

The NT Ombudsman had separately recommended air conditioning be installed. The NT government took zero structural action in response to any of it.

By February 2025, the Alice Springs watch house was holding up to 20 women in a single cell.^[11] 

Affidavits submitted to the Alice Springs Local Court described unbearable heat, overcrowding, and malfunctioning air conditioning. Aboriginal Peak Organisations NT condemned the conditions as a clear violation of human rights.

The Northern Territory records both the highest incarceration rate and the highest recidivism rate in Australia. First Nations adults are imprisoned at a rate far exceeding any other jurisdiction. This concentration of medically vulnerable people in facilities with inadequate cooling creates compounding clinical risk.

The NT government's response to heat concerns at Alice Springs comprised monitoring temperature levels and providing additional cold drinking water.^[10] 

No commitment to structural cooling upgrades followed the Boxing Day incident or subsequent advocacy campaigns. The Justice Reform Initiative described the situation as "waiting for a tragedy."

Jesuit Social Services argued in 2024 that Alice Springs reflected a broader failure to adapt justice systems to climate realities.^[12] 

Air conditioning was identified as a minimum first step. Continued inaction was described as additional punishment inflicted on people already deprived of their liberty.

The Regulatory Vacuum

Australia's correctional facilities are governed by state and territory legislation. There is zero federal standard setting minimum or maximum temperatures for prison cells. This produces a fragmented and inconsistent regulatory landscape across eight jurisdictions.

The Guiding Principles for Corrections in Australia represent a national statement of intent for correctional services. They are high-level and outcomes-focused. They carry zero binding legal force on individual facilities or jurisdictions and create no enforceable temperature obligation.

The Nelson Mandela Rules, the UN's Standard Minimum Rules for prisoner treatment, apply to Australia through its international obligations. The Rules require adequate ventilation and protection from extreme temperatures. Compliance is assessed through UN reporting mechanisms with limited domestic enforcement capacity.

At the state level, each correctional system operates under its own legislation and internal policy framework. Western Australia's Department of Justice produced heat management policies for prisons after the Mr Ward inquest. These policies set administrative guidance rather than enforceable temperature standards.

A 2015 thermal review by the WA Inspector of Custodial Services made a damning finding.^[13] 

The Department had classified climate control in prisons as "low relative priority" in 2013 and 2014. The Department had conducted no systematic research into cell temperatures. It provided no evidence to justify its position.

The review noted that newer WA prisons set a cell temperature range of 18 to 30 degrees as a standard.^[13] 

Older facilities, including Roebourne, operated with zero equivalent standard. The review described a two-tiered system in which regional prisoners in older infrastructure carried greater thermal risk.

Without binding temperature standards, duty of care obligations become the primary legal avenue for challenging inadequate heat conditions. That framework is inherently litigation-dependent. It responds to harm rather than preventing it.

Duty of Care and the Question of Accountability

The duty of care owed by the state to incarcerated persons is well-established in Australian law. It requires the state to take reasonable steps to prevent foreseeable harm to those it holds in custody. Extreme heat during an Australian summer is foreseeable harm.

Mr Ward's death established that failure to maintain safe thermal conditions in custody can constitute a breach of duty.^[8] 

The coroner found the death wholly avoidable. It resulted from failures that had been warned about repeatedly and ignored systematically.

Australian courts have yet to impose a binding temperature standard on any correctional facility. Litigation over prison conditions has produced findings and recommendations rather than mandatory minimum standards. The legal framework rewards individual complaints rather than requiring structural reform.

The Inspector of Custodial Services model, operating independently across several jurisdictions, provides the closest equivalent to systematic oversight. Inspectors can make recommendations. Those recommendations can be rejected, deferred, or simply left unimplemented without legal consequence.

The Roebourne timeline illustrates the limits of that model with precision. Recommendations for adequate climate control were made in 2010, repeated in 2013, reiterated in 2020, and reiterated again in 2022.^[13] 

Installation commenced in 2024. The delay spanned more than a decade of identified and documented risk.

Accountability for heat-related harm in prisons runs through complaint mechanisms, coronial inquests, and parliamentary scrutiny. These mechanisms have value. They function too slowly to protect the person sweating in an un-airconditioned cell on a 45-degree afternoon.

The Closing the Gap framework includes Target 10: a 15 per cent reduction in First Nations incarceration rates by 2031.^[3] 

The rate has moved in the opposite direction. Targets without enforcement mechanisms generate reports rather than outcomes. On heat in prisons, as on incarceration rates, Australia is worsening what it has pledged to improve.

Conclusion

Australia holds tens of thousands of people in correctional facilities that offer almost no legal protection from extreme heat. It holds First Nations people in those facilities at a rate 17 times that of the general population. It manages those facilities under a framework producing guidance and reports. That framework has yielded zero mandatory minimum temperature standards.

Roebourne is a record of what happens when the state knows a risk and acknowledges the obligation. Then it defers the remedy for two decades. The Alice Springs story is that same pattern in motion. The death of Mr Ward is what happens when the deferral ends and a body reaches its limit.

Incarcerated people have no ability to choose their environment. They depend entirely on the state to keep them safe. When that environment becomes dangerous through extreme heat, and the state has all the tools to act, failure is inexcusable. It is a breach of duty of care.

The fix requires binding temperature standards across all Australian jurisdictions. It requires infrastructure investment in older facilities concentrated in remote and regional Australia. And it requires political will to treat those in state custody as people for whom the state is fully responsible.

References

1. Australian Bureau of Statistics (2025): Prisoners in Australia, 2025
2. Australian Institute of Health and Welfare: Adults in Prison
3. Productivity Commission: Closing the Gap Dashboard — Outcome Area 10, Incarceration
4. AIHW (2024): The Health and Wellbeing of First Nations People in Australia's Prisons 2022
5. Office of the Inspector of Custodial Services WA: Announced Inspection of Roebourne Regional Prison (2025)
6. Aboriginal Legal Service of WA (2024): Roebourne Regional Prison — Cells Still Without Air-Conditioning
7. The Justice Map (2024): Australia's Hottest Prison Is Still Without Air Conditioning
8. Office of the Inspector of Custodial Services WA: Background — The Death of Mr Ward
9. SBS NITV (2018): 'Cooked' to Death — Ten Years After the Death of Mr Ward
10. National Indigenous Times (2024): 'Inhumane Conditions' — Calls to Air-Condition Alice Springs Prison
11. SBS NITV (2025): Accounts from Inside the Alice Springs Watch House
12. Jesuit Social Services (2024): Climate Emergency and Prisons Don't Mix
13. OICS WA (2015): Thermal Conditions of Prison Cells — Review Report

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Australia's Vanishing Food Bowls: How Housing Growth Is Consuming the Farmland That Feeds Our Cities - Lethal Heating Editor BDA

Key Points

Peri-urban agricultural land on Greater Sydney's fringe contracted from 292,644 to 99,519 hectares in just five years, a loss of 66 percent driven primarily by residential development.[2] Under current housing development projections, Sydney stands to lose more than 90 percent of its locally produced vegetables as market gardens in designated growth areas are converted to residential subdivisions.[4] Melbourne's fringe farmland currently produces 41 percent of the city's fresh fruit and vegetables, but that figure is projected to fall to approximately 15 percent by 2050 as urban sprawl consumes the productive inner food bowl.[6][7] Rezoning farmland from primary production to high-density residential in Sydney's Blacktown City raises land value from $12,387 to $10.5 million per hectare, creating financial incentives that agriculture cannot overcome without legislative protection.[2] CSIRO research confirms that heat stress reduces vegetable yields and worsens crop quality, compounding the food security risk as climate extremes intensify across Australia's already diminished productive farmland.[10] Australia's National Climate Risk Assessment identifies food systems as a priority risk sector, yet no nationally enforceable standard requires state planning authorities to protect peri-urban agricultural land from residential conversion.[9]

Australia's city food bowls are vanishing under housing estates as climate risk makes local food production essential.

The gap between what planning systems protect and what food security requires is structural. 

Regulatory authority over land use sits with state governments. No federal framework legally protects peri-urban farmland from residential development.

As climate extremes intensify, that structural gap is producing a compounding crisis. Australia's most productive peri-urban farmland is disappearing precisely when climate disruption demands local food resilience. The two pressures are converging without a governance framework capable of managing either.

Australia has warmed by 1.47 degrees Celsius since 1910, with the rate of increase accelerating since mid-century.^[1] 

Bureau of Meteorology records document more frequent and more intense heat extremes across every region of the continent. For food production, those trends translate directly into reduced yields, damaged crops, stressed livestock and disrupted supply chains.

The Promise That Failed

In 1951, New South Wales premier Joseph Cahill made a promise to parliament. Sydney's rural areas would be preserved for vital food production and soil conservation. Suburban expansion consumed those areas regardless.

Vineyards, dairies, market gardens, orchards and oyster leases once dotted the Sydney Basin.^[3] 

The city's five million residents now rely almost entirely on food transported from distant production regions. Urban development has severed Sydney's connection to its own food supply across seven decades.

Greater Western Sydney has historically functioned as the food bowl of the metropolitan region. It produced vegetables, eggs, flowers, poultry and a substantial share of the city's fresh perishable produce. That productive capacity is contracting year by year under the weight of residential development.^[2]

Western Sydney's population is projected to grow from 2.4 million in 2016 to 4.1 million by 2041. The NSW Department of Planning and Environment has forecast the region will supply roughly 60 percent of Greater Sydney's new dwellings through 2025.^[2] 

Both projections apply simultaneously to the same land.

Local council policies to retain productive farmland have been set aside to accommodate state government growth plans.^[5] 

The Greater Sydney Commission introduced the concept of Metropolitan Rural Areas to help preserve remaining peri-urban land. That concept remains advisory and carries no force in statutory local planning instruments.

Sydney metropolitan plans from the 2000s designated around 40 percent of peri-urban agricultural lands for residential conversion.^[4] 

Almost half of all vegetable-producing land was either built over or earmarked for housing. More than 50 percent of Sydney's vegetable-growing enterprises now sit within designated growth centres.^[4]

Australia's first National Climate Risk Assessment, released in 2025, identifies food systems as facing elevated risks across multiple dimensions.^[9] 

Agricultural vulnerability to drought, flood, heat and supply chain disruption is extensively documented in that assessment. The planning decisions consuming Sydney's food bowl predate the assessment by decades but contradict its findings in real time.

Measured in Hectares

The scale of Sydney's peri-urban agricultural land loss is quantified and substantial. Peri-urban agricultural land on Greater Sydney's fringe fell from 292,644 hectares to 99,519 hectares in just five years.^[2] 

That contraction of 193,124 hectares was driven primarily by residential development.

The land lost represents a reduction of approximately 66 percent in five years. Satellite imagery analysis confirmed the most severely affected areas were on the outskirts of Greater Western Sydney.^[2] 

The rate of loss has continued in the years since that measurement was taken.

Approximately 60 percent of agricultural land in the Western Sydney food bowl was lost over just ten years.^[5] 

That figure includes market gardens, vegetable farms, poultry enterprises and orchards that once supplied fresh produce to metropolitan consumers. Western Sydney accounts for three-quarters of all agricultural production across the Greater Sydney area.

By 2031, Sydney's food self-sufficiency could fall to just 6 percent under current development projections.^[11] 

The city currently produces 20 percent of its own food within the Sydney Basin. Local fresh vegetable and egg supply would fall by more than 90 percent under approved development scenarios.^[11]

Surrounding geography channels Sydney's urban growth into the peri-urban agricultural fringe.^[4] 

Ocean, mountains and national parks prevent expansion in any direction other than west. The land most suitable for housing development is precisely the land most suitable for food production.

In Sydney's Blacktown City, rezoning farmland to high-density residential raises land value from $12,387 to $10.5 million per hectare.^[2] 

That increase of close to 85,000 percent makes agricultural continuation economically irrational for most landholders without legislative protection. The financial arithmetic is decisive and operates regardless of food security considerations.

The Greater Sydney Commission's Metropolitan Rural Areas concept was introduced to manage this tension.^[5] 

Local councils attempting to protect productive farmland have found their policies overridden by state government growth targets. A structural conflict between housing supply objectives and food production capacity persists without resolution.

Melbourne's Shrinking Table

Sydney's crisis has a parallel in Melbourne. Farming regions on Melbourne's fringe currently produce 41 percent of all fresh fruit and vegetables for the city.^[6] 

Those regions are contracting under identical housing development pressure.

Foodprint Melbourne research divides the city's food bowl into inner and outer zones.^[6] 

The inner zone includes Werribee, Sunbury, Wandin, Cranbourne and Clyde, where highly perishable leafy greens and berries are produced. The outer zone encompasses Meredith, Bacchus Marsh, Warragul and Kilmore.

By 2050, Melbourne's fringe farmland will produce little more than 15 percent of the city's food needs.^[7] 

That projection is down from the 41 percent currently supplied. The population driving that demand is projected to reach 7 million or more by the same year.

The inner food bowl faces disproportionate pressure. Werribee South produces 85 percent of Victoria's cauliflowers but is encircled by expanding housing estates at Point Cook, Tarneit and Sanctuary Lakes.^[8] 

Wyndham Vale, one of Australia's fastest growing suburbs, sits directly within that productive agricultural zone.

The financial incentives for converting farmland to housing in Melbourne mirror those in Sydney. A recent farm sale in Wyndham Vale fetched $95 million.^[8] 

The developer economics of that transaction made continued agricultural use unviable for the vendor.

Deloitte modelling estimated that ongoing urban sprawl will reduce Melbourne's food bowl output by between $32 million and $111 million annually.^[6] 

That figure covers direct agricultural output only. It excludes the downstream food security costs of increasing dependence on long-distance supply chains.

South Australia offers one counter-model. The 2017 Environment and Food Production Areas legislation permanently protects Adelaide's food bowl fringe from residential development.^[14] 

Victoria has proposed stronger farmland protections for Melbourne's green wedges, but legislation remains at the consultation stage.

The Climate Multiplier

The loss of productive farmland to development would represent a significant risk to food security in isolation. Under a warming climate, it represents something more severe. Extreme weather is compounding the food production capacity that remains.

CSIRO research confirms that heat stress reduces vegetable yields and worsens crop quality while disrupting farm labour markets.^[10] 

Heatwaves damage crops at critical growth stages and impair pollination of fruit and vegetable species. As Australia warms further, those impacts will intensify across all agricultural regions that remain productive.

Flooding has already delivered severe and quantifiable losses to livestock production. In 2025, more than 100,000 cattle died in outback Queensland during flood events.^[10] 

In the summer of 2026, a further 48,000 cattle were reported dead or missing after extreme flooding in north-west Queensland.

Research published in Nature Food shows climate disruptions cascade well beyond the regions directly affected by extreme events.^[12] 

Fruit, vegetable and livestock sectors sustain the most severe direct impacts. Losses flow through to transport services, processing industries and retail networks across the broader economy.

Water competition compounds the thermal and flood risks. During the Millennium Drought, Werribee irrigation farmers received just 10 percent of their usual water allocations.^[6] 

Southern Australia's projected rainfall decline threatens to replicate those conditions across Melbourne's productive food bowl zones.

The Murray-Darling Basin supports 40 percent of Australian farms and generates $30 billion in food and fibre annually.^[11] 

Climate change is intensifying competition for scarcer water resources across the basin. Long-term mismanagement of the basin's environmental health compounds the climate risk to its agricultural productivity.

When a city produces little local food, disruptions to distant supply chains reach households directly. Shorter and more diverse local supply chains provide a proven buffer against that vulnerability.^[12] 

Sydney and Melbourne are systematically eliminating that buffer through planning decisions that prioritise housing development over food production.

The Rezoning Windfall

The economic incentive driving farmland conversion operates in a single direction. Rezoning agricultural land for residential development produces land value increases of orders of magnitude. No planning framework currently captures a share of that windfall to compensate for the food production capacity permanently destroyed.

The Blacktown City example makes the arithmetic visible. Rezoning farmland from primary production to high-density residential raises its market value from $12,387 to $10.5 million per hectare.^[2] 

That increase of close to 85,000 percent makes agricultural continuation economically irrational for most landholders.

Residential encroachment brings complaints about dust, noise and spray drift that reduce the viability of neighbouring farms.^[5] 

The social licence for farming diminishes as residential density increases around remaining agricultural operations. Farmers surrounded by housing face mounting operational costs alongside declining community support.

Land prices near Sydney and Melbourne now reflect residential development potential rather than agricultural value.^[6] 

A prospective market gardener competes directly with developers for the same parcels of peri-urban land. The result is a systematic closure of entry pathways into the peri-urban farming sector.

Short-term election cycles compound the structural problem. State governments under housing affordability pressure face an immediate political incentive to approve land releases.^[5] 

Food production consequences of those approvals manifest over decades, well beyond the electoral horizon at which decisions are made.

Developer interests are consistently represented in state planning processes. Agricultural interests, particularly those of small-scale market gardeners and poultry producers, carry substantially less political weight.^[5] 

That asymmetry has shaped planning outcomes in favour of development across every major Australian city for sixty years.

Farmland converted to housing remains permanently unavailable for agricultural purposes. The infrastructure of food growing, including irrigation systems, soil preparation and cold chain logistics, is dismantled in that process.^[3] 

Reconstructing peri-urban food production capacity after residential development is established is effectively impossible at scale.

A Policy Landscape in Pieces

Australia lacks a nationally enforceable framework for protecting peri-urban agricultural land from residential development. Policy authority over land use sits with state governments. Each state has produced a different response to the same structural problem.

South Australia has the most legally robust approach. The 2017 Environment and Food Production Areas legislation permanently protects significant areas of Adelaide's food bowl fringe from urban development.^[14] 

No comparable legislative instrument currently operates in New South Wales or Victoria.

New South Wales relies on the Metropolitan Rural Areas concept administered by the Greater Sydney Commission.^[5] 

That concept informs strategic planning guidance but carries no force in local planning instruments. Councils that accommodate state housing targets can override it without breaching any legal obligation.

Victoria operates a green wedge system around Melbourne designed to constrain urban expansion into agricultural and environmental land. Recent Victorian government consultation proposed stronger farmland protections and a new agricultural planning zone.^[14] 

Existing green wedge controls have proved insufficient to prevent the ongoing loss of productive farmland on Melbourne's fringe.

The Queensland Farmers Federation has called on the Queensland Government to legislate protections for Brisbane's food bowl.^[14] 

No such legislation has been enacted. That contrast with South Australia illustrates the absence of any federal coordination mechanism for protecting Australia's urban food bowls.

Australia's National Climate Risk Assessment identifies food systems as a priority risk sector and recommends adaptation investment.^[9] 

It identifies risk without establishing enforceable land use standards or obligations on state planning authorities. The assessment documents the problem while leaving the governance framework that generates it unchanged.

Foodprint Melbourne researchers identified the absence of integrated policy solutions as the central obstacle to preserving Australia's urban food bowls.^[6] 

The research base is extensive and the policy recommendations are clearly documented. A political decision to prioritise food production alongside housing supply has yet to be made at the scale the evidence demands.

At the Checkout

The consequences of a shrinking food bowl are already visible to Australian consumers. One in three Australian households, representing 3.5 million families, experienced food insecurity in 2025.^[13] Fresh food prices have risen as climate events and supply chain disruptions compound the pressures generated by farmland loss.

Farmers for Climate Action documented in 2025 that extreme weather was driving price spikes across fresh food categories.^[15] 

Climate-driven disruptions to global wheat production in 2022 pushed prices up by 35 percent. Australian bakers pay global market prices for wheat, so domestic consumers absorbed those increases regardless of local production.^[15]

Australian coffee prices have risen by close to 40 percent as climate disruptions to growing regions compound supply chain pressures.^[15] 

The connection between climate change and household food costs is now clearly documented. Australians are paying the price of climate disruption directly at the point of sale.

Research published in Nature Food demonstrates that climate disasters generate cascading spillover effects extending well beyond affected food production regions.^[12] 

Job losses, income reductions and degraded diet quality flow across regional and national economies. Communities in rural areas sustain the most severe and prolonged impacts.

The Murray-Darling Basin supports 40 percent of Australian farms and generates $30 billion in food and fibre annually.^[11] 

Climate change is intensifying competition for its water resources while long-term mismanagement has already degraded its environmental health. Any contraction in basin productivity compounds directly with the loss of urban food bowl capacity.

Cities that retain productive food bowls demonstrate greater capacity to sustain supply during climate disasters affecting distant production regions.^[12] 

Local and peri-urban food production provides a documented buffer against national and global supply pressures. Sydney and Melbourne are dismantling that buffer through planning decisions that prioritise housing development over food production.

The food security consequences of those decisions are traceable, documented and worsening. Australia's National Climate Risk Assessment has placed them on the public record.^[9] 

The question is whether planning systems will act before the remaining productive farmland is permanently converted to residential use.

The architecture of Australian planning has always resolved tension between housing supply and food production in favour of development. Farmland converted to residential estates cannot be reconstructed once lost. The farms, irrigation networks and market relationships that constitute a functioning peri-urban food system take decades to build.

Australia produces enough food to feed 75 million people and exports 70 percent of its agricultural output. That national abundance masks the vulnerability concentrated in major cities, where residents depend on food transported from distant regions across supply chains that climate change is steadily degrading. One in three Australian households was food-insecure in 2025, a figure that reflects both the cost-of-living crisis and the progressive fragility of the supply systems feeding Australia's urban majority.

The evidence base for protecting Australia's urban food bowls is extensive and publicly available. It sits in CSIRO research, Foodprint Melbourne modelling, Sydney Food Futures projections and the nation's first National Climate Risk Assessment. What is absent is a federal mechanism to translate that evidence into planning obligations that states are required to meet.

A rezoning decision made today by a state planning minister is also a food security decision for the next generation. Australian governance is structured in a way that renders those two decisions invisible to each other. That invisibility has costs that compound with every additional hectare of productive farmland converted to residential development.

References

1. Bureau of Meteorology and CSIRO, State of the Climate 2022 (Commonwealth of Australia, 2022). Documents Australia's mean surface air temperature increase of 1.47°C since 1910, with warming accelerating from the mid-twentieth century, and establishes the trajectory of intensifying heat extremes affecting agricultural productivity.

2. Western Sydney Regional Organisation of Councils (WSROC), Population Growth and Development Eating Sydney's Food Belt (WSROC, 2022). Reports the contraction of peri-urban agricultural land in Greater Sydney from 292,644 to 99,519 hectares, documents the Blacktown City land value uplift from rezoning, and analyses the structural conflict between housing growth targets and food bowl preservation.

3. Zeunert, J. and Gowers, J., Sydney Once Produced Its Own Food, UNSW Newsroom (3 September 2025). Documents the historical diversity of Sydney's food production landscape from 1788 to 2021 and analyses how urban development has progressively dismantled the city's local food economy.

4. Sydney Food Futures, Challenges for Peri-Urban Farming (Institute for Sustainable Futures, UTS). Sets out the planning history of Sydney's metropolitan growth strategies, documents the proportion of vegetable-growing enterprises situated within designated growth centres, and projects the loss of 90 percent of locally produced vegetables if planned development proceeds.

5. Lawton, C. and Morrison, T.H., 'The loss of peri-urban agricultural land and the state-local tensions in managing its demise: The case of Greater Western Sydney, Australia', Land Use Policy, 2022, 119. Analyses the intergovernmental conflict between NSW state growth targets and local council agricultural land protection policies, the advisory status of Metropolitan Rural Areas, and the structural political economy driving farmland conversion.

6. Carey, R. and Sheridan, J., Roadmap for a Resilient and Sustainable Melbourne Foodbowl (Foodprint Melbourne, University of Melbourne, 2019). Presents Deloitte modelling projecting agricultural output losses of $32 to $111 million annually from continued urban sprawl, documents the 41 percent contribution of Melbourne's fringe farmland to fresh food supply, and includes Millennium Drought water allocation data for Werribee irrigators.

7. FoodSecure Melbourne, Many Challenges, One Solution (FoodSecure Melbourne, 2024). Projects that by 2050, Melbourne will produce little more than 15 percent of its food needs locally as urban sprawl displaces fringe farmland, and outlines the case for recycled water infrastructure to support remaining agricultural producers.

8. Foreground, 'Planning Our Food Future' (Foreground, 2020). Documents Werribee South's contribution of 85 percent of Victoria's cauliflower production, the $95 million Wyndham Vale farm sale, and the developer pressure transforming Melbourne's inner food bowl agricultural zones into residential estates.

9. Australian Climate Service, National Climate Risk Assessment (Commonwealth of Australia, 2025). Australia's first national climate risk assessment, identifying food systems as a priority risk sector across eight key systems and eleven regions, with agricultural vulnerability to drought, flood, heat and supply chain disruption extensively documented.

10. Carey, R. et al., 'Overheated Cows, Flooded Highways, and Now a Fuel Crisis: Why Australia's Food System Is in Big Trouble', University of Technology Sydney (21 April 2026). Summarises CSIRO findings on heat stress reducing vegetable yields and worsening crop quality, and documents the 2025 and 2026 Queensland flooding events that killed more than 148,000 cattle across two consecutive seasons.

11. SBS News, 'Already Under Pressure, Australia's Food System Could Now Be in Big Trouble' (SBS News, 21 April 2026). Documents the Murray-Darling Basin's support for 40 percent of Australian farms and $30 billion in annual food and fibre output, Sydney's projected fall to 6 percent food self-sufficiency by 2031, and the 90 percent decline in local vegetable and egg supply under approved development scenarios.

12. Lenzen, M. et al., 'Impacts of Climate Change and Extreme Weather on Food Supply Chains Cascade across Sectors and Regions in Australia', Nature Food, 2022, 3, 605-613. Applies integrated modelling to Australian food supply chains, demonstrating that climate disasters generate cascading spillover effects across fruit, vegetable and livestock sectors with downstream impacts on transport services, employment and diet quality.

13. Foodbank Australia, Foodbank Hunger Report 2025 (Foodbank Australia, November 2025). Documents persistent food insecurity across one in three Australian households, or 3.5 million families, in 2025, with nearly one in two rental households reporting food insecurity and severe food insecurity prevalent across single-parent and disability households.

14. Carey, R., 'To Protect Fresh Food Supplies, Here Are the Key Steps to Secure City Foodbowls', The Conversation (2019, updated 2026). Outlines South Australia's 2017 legislated Environment and Food Production Areas as the strongest Australian model for peri-urban farmland protection, contrasts it with Victoria's proposed green wedge reforms and the Queensland Farmers Federation's calls for comparable legislation.

15. Farmers for Climate Action, 'Climate Change Costs at the Checkout, and Australians Know It' (Farmers for Climate Action, 14 May 2025). Documents climate-driven fresh food price increases across Australia, including a near-40 percent rise in coffee prices and a 35 percent spike in global wheat prices, and tracks consumer awareness of the link between extreme weather events and grocery costs.

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Exposed: How Climate Risk in Australia Bypasses Community Sport - Lethal Heating Editor BDA

Key Points

Australia has warmed by 1.47°C since 1910, with extreme heat events becoming more frequent and severe, directly threatening participation in outdoor sport at every level.[1] Tennis Australia and the AFL operate mandatory climate-risk protocols for elite competitions, but no equivalent enforceable standard covers community sport nationally.[3][4] During the 2019–20 Black Summer, bushfire smoke drove Sydney’s air quality to hazardous levels during an international cricket Test, leaving unresolved questions about the duty of care owed to players who competed in those conditions.[6] Children generate more metabolic heat per kilogram of body mass than adults and are less reliable at detecting early heat stress, placing them at the highest physiological risk during outdoor sport in extreme conditions.[8] The 2022 south-east Queensland floods caused extensive damage to sporting infrastructure from Suncorp Stadium to community clubs across the river catchments, exposing critical gaps in insurance cover for volunteer-run organisations.[10] CSIRO projections show that Australian alpine snow cover will decline significantly under all emissions scenarios, placing the domestic winter sports industry and elite training pathways under mounting long-term pressure.[12]

Australia's elite sporting bodies have built elaborate protocols for heat and air quality. On the community ovals, courts, and pitches where most Australians play, those protections largely stop at the gate.

The gap reflects the structure of Australian sporting governance. Regulatory authority concentrates at the elite level. Community sport operates on advisory frameworks that individual clubs, local councils, and volunteer associations can accept or disregard. 

As climate extremes intensify, that structure is producing a two-tier system of protection: careful and enforceable for professional athletes, advisory and patchwork for the millions of Australians who play sport each weekend.^[2]

Australia has already warmed by 1.47 degrees Celsius since 1910, with the rate of increase accelerating since mid-century.^[1]

Bureau of Meteorology records show extreme heat events are becoming more frequent and more severe across the continent. 

For outdoor sport, the consequences are direct and physiological: core body temperature rises faster under sustained aerobic load, cognitive function degrades under heat stress, and the risk of heat exhaustion climbs with each additional hour of exposure. 

Professional athletes train in facilities designed for climate adaptation. Community athletes compete on suburban and rural grounds where shade is scarce, cooling infrastructure is absent, and the nearest medical resource may be a volunteer with a first-aid certificate.

An Elaborate Architecture

Tennis Australia operates the most thoroughly documented extreme heat response framework in Australian sport. 

The policy, significantly revised after the 2014 Australian Open when temperatures at Melbourne Park reached 44 degrees and multiple players sought medical attention or withdrew from matches, uses a composite heat stress index drawing on wet bulb globe temperature, humidity, solar radiation, and wind speed as its primary indicators.^[3]

When conditions at Melbourne Park reach specified thresholds, officials can close stadium roofs, restrict outdoor warm-ups, and suspend play on exposed courts. Decision-making authority rests with designated officials operating from calibrated monitoring data. Thresholds are published in advance. 

The system is imperfect, contested in its application, but documented and formally enforceable.

The AFL operates comparable protocols for elite fixtures, allowing match officials to pause or reschedule games when conditions present acute risk to player welfare.^[4]

Both systems apply primarily to competitions the relevant bodies control directly. Below that level, the architecture dissolves.

Advisory, Not Mandatory

Sport Australia, the federal government’s peak sporting body, publishes hot weather guidelines for community sport. The guidelines recommend suspending activity when wet bulb globe temperature exceeds 28 degrees for high-intensity sport involving children, and 32 degrees for adult participation.^[5]

Those thresholds align with international sports medicine consensus. They carry no legal force.

State sporting associations and local councils may adopt, adapt, or ignore the Sport Australia guidelines. The result across Australia is a fragmented collection of local policies, some rigorous, most informal, applied inconsistently by volunteer coaches and administrators who typically hold no formal training in heat physiology. 

When a junior football coach on a 41-degree February afternoon decides whether to cancel training, that decision occurs without legal compulsion, without calibrated monitoring equipment, and frequently without access to real-time wet bulb globe temperature data specific to the playing location.

Urban heat island effects in outer suburban areas, where community sport is densely concentrated, can push conditions several degrees above official Bureau of Meteorology readings taken at metropolitan weather stations. A coach consulting a weather app in western Sydney or Ipswich may be making a life-safety decision based on figures that understate conditions on the ground by four or five degrees.

Sport Australia holds no mechanism to enforce compliance with its guidelines. The legal question of whether sporting organisations can be held liable for harm to participants during foreseeable extreme weather events remains largely untested in Australian courts. 

As climate risk evidence accumulates, legal scholars have observed that the duty of care owed to sporting participants, particularly children, is likely to become substantially more defined.

When the Sky Turned Brown

The limits of sport’s climate governance became visible in January 2020, when smoke from the catastrophic Black Summer bushfires blanketed large parts of eastern Australia. 

Air quality in Sydney, Canberra, and Melbourne reached levels that public health authorities classified as hazardous for sensitive groups, with residents across those cities advised to minimise physical exertion and remain indoors where possible.^[6]

The sporting response was inconsistent. A Women’s Big Bash League match in Canberra was abandoned when conditions became untenable. At the SCG, where Australia faced New Zealand in the third Test from January 3, 2020, play continued. Players warmed up on the outfield wearing face masks as smoke compressed the horizon and particulate readings climbed well above standard hazardous thresholds. Cricket Australia’s medical team monitored air quality index data in real time and the match proceeded.

The decision drew pointed and sustained criticism. Sports medicine professionals noted that athletes under aerobic competition load inhale substantially greater volumes of fine particulate matter than sedentary bystanders, with exercise-induced increases in ventilation rate multiplying the effective dose of pollutants absorbed into the airways.^[7]

Cricket Australia subsequently developed more formal air quality protocols for its elite competitions, establishing threshold values and decision-making procedures that had not existed during the Black Summer. The review applied to events Cricket Australia controls directly. Community cricket clubs across New South Wales and Queensland, which had continued fielding matches through the same smoke events without any comparable policy framework, received no equivalent guidance update.

The Youngest Players

Children face a specific and underappreciated physiological risk in extreme heat. Sports medicine research has established that children generate more metabolic heat per kilogram of body mass than adults, dissipate that heat less efficiently through sweating, and are significantly less reliable at recognising and reporting the early symptoms of heat stress before they become serious.^[8]

Children also acclimatise to heat more slowly than adults, requiring extended adjustment periods before sustained aerobic exercise in elevated temperatures becomes physiologically safe. Australian summer sport schedules are structured around school holiday availability rather than thermal safety. Saturday morning junior cricket and weekend football competitions take place across peak heat hours without any mandatory temperature ceiling that overrides local club decisions.

The Australian Institute of Sport has published guidance on heat acclimatisation that specifically identifies children’s elevated physiological vulnerability and recommends heightened caution during heat events involving young participants.^[9]

That guidance sits in the same advisory category as the Sport Australia hot weather guidelines: carefully reasoned, well evidenced, and carrying no legal weight whatsoever.

The Cost Below the Surface

Climate risk in Australian sport extends well beyond player safety to the physical infrastructure on which sport depends. When south-east Queensland experienced catastrophic flooding in February and March 2022, the consequences for sporting infrastructure were extensive and largely invisible to national attention.

Suncorp Stadium in Brisbane required significant remediation work after surrounding precincts were inundated by floodwaters during the disaster event.^[10]

Community clubs across the Ipswich and Brisbane River catchments lost playing surfaces, equipment stores, and change room facilities. Many carried insurance cover that proved inadequate for the scale of damage sustained. Those that attempted to renew their policies found insurers reassessing terms in light of demonstrated flood exposure. 

The Insurance Council of Australia has documented rising premiums and shrinking cover availability for community assets in flood and fire-exposed zones, a pattern that mirrors the residential insurance crisis accelerating in climate-vulnerable regions across the country.^[11]

Regional clubs confront additional pressures that urban counterparts generally avoid. Prolonged drought conditions in inland eastern Australia have hardened playing surfaces on community cricket and football ovals to levels that exceed recognised safety benchmarks for player impact. Ground hardness above established thresholds increases the risk of impact injuries for fielders and can render pitch preparation unsafe. 

Water restrictions during drought periods make turf irrigation prohibitively expensive for volunteer-run clubs operating on annual budgets measured in tens of thousands of dollars.

The Retreat of Winter

Australia’s alpine region supports a winter sports industry centred on resorts at Mount Buller, Perisher, Thredbo, and Falls Creek. That industry, and the domestic training pathways it provides for Australian snow-sport athletes competing internationally, depends on natural snowfall that climate projections indicate is becoming progressively less reliable.

CSIRO research projects that alpine snow cover in Australia will decline under all emissions scenarios, with the largest reductions at lower elevations and during spring, shortening viable snow seasons from both ends of the calendar.^[12]

Australian snow-sport athletes have in recent seasons increasingly sought training time at facilities in Europe, Japan, and North America to compensate for shorter and less predictable domestic conditions. The long-term question of national training infrastructure in an era of retreating snowpack has received little formal attention from winter sport governing bodies or federal sports policy. 

No published adaptation framework addresses the possibility that domestic snow seasons may eventually prove insufficient to support elite athletic development.

Commitments Without Compliance

Australia’s major sporting organisations have made visible commitments to reducing their own environmental footprints. Cricket Australia has published sustainability targets and committed to reaching net-zero emissions across its operations by 2030.^[13]

The AFL has invested in renewable energy infrastructure at elite venues. Those commitments are substantive within the emissions reduction context, but they address sport’s contribution to climate change rather than its governance response to climate risk. The two objectives are distinct, and governing bodies have advanced the former considerably faster than the latter.

The legal terrain around duty of care in community sport is beginning to sharpen. Heat injuries in sport are not hypothetical. They are recorded, published in peer-reviewed literature, and directly attributable to participation in conditions that exceeded safe physiological thresholds.^[14]

Courts have increasingly recognised that organisations exercising duty of care over participants cannot rely on informal frameworks when documented risks are foreseeable. Climate risk is now extensively and publicly documented. 

A serious heat injury to a child at a community sporting event, occurring in conditions that governing bodies had identified as dangerous in their own advisory guidelines while taking no steps to enforce compliance, would present a clear and uncomfortable liability question to any court examining the governance structure that permitted it.

Two Systems, One Climate

The architecture of Australian sporting governance has always concentrated resources at the elite end. Funding, regulatory attention, and policy development follow broadcast rights and media prominence. Climate governance has replicated that pattern with precision.

A professional tennis player at Melbourne Park competes under retractable roofs, monitored by a dedicated medical team, within a documented and enforceable heat policy framework. An eleven-year-old playing Saturday morning cricket in Penrith has none of those protections. The physiological science that describes the risks to both players is identical. The institutional response is not.

None of the governing bodies involved is acting recklessly. The AFL’s heat provisions for elite competition represent genuine investment in player welfare. Tennis Australia’s extreme heat framework embodies years of careful refinement. But investment in elite climate governance, unaccompanied by enforceable standards at the community level, produces a system that protects sport’s most visible assets while leaving its broadest participation base exposed to risks that are certain to intensify.

The summers getting longer do not distinguish between a Test match at the MCG and a junior football final in Wagga Wagga. 

The question is whether Australia’s sporting institutions will wait for serious harm, or a successful negligence claim, before building the protections that evidence has long recommended.

References

1. Bureau of Meteorology and CSIRO, State of the Climate 2022 (Commonwealth of Australia, 2022). Australia's mean surface air temperature has increased by 1.47°C since national records began in 1910, with warming accelerating since the middle of the twentieth century.

2. Sport Australia, AusPlay Survey 2022–23 (Australian Sports Commission, 2023). National survey of sport and physical activity participation across Australia, tracking community engagement across codes and age groups.

3. Tennis Australia, Australian Open Extreme Heat Policy (Tennis Australia, updated 2019). Sets out composite heat stress index thresholds, monitoring protocols, and decision-making authority for conditions at Melbourne Park.

4. Australian Football League, AFL Extreme Weather Policy (AFL, 2021). Governing document for weather-related match suspensions and player welfare management at elite AFL fixtures.

5. Sport Australia, Hot Weather Guidelines for Community Sport (Australian Sports Commission, updated 2020). Advisory framework setting out recommended activity modification and suspension thresholds across wet bulb globe temperature bands for participant welfare in community sport.

6. Royal Commission into National Natural Disaster Arrangements, Report (Commonwealth of Australia, 2020). Documents the scale and severity of the 2019–20 Black Summer bushfire season, including air quality impacts across major population centres and their implications for public activity.

7. Department of Health and Aged Care (Australia), Fact Sheet: Bushfire Smoke and Your Health (Commonwealth of Australia, 2020). Notes that strenuous physical exertion in smoky conditions substantially increases inhalation of fine particulate matter, with ventilation rates during exercise multiplying effective pollutant dose.

8. Rowland, T.W., 'Thermoregulation during exercise in the heat in children: old concepts revisited', Journal of Applied Physiology, 2008, 105(2), 718–724. Established that children produce more metabolic heat per unit body mass than adults, acclimatise more slowly, and are less reliable at self-reporting early symptoms of heat stress.

9. Australian Institute of Sport, Heat Stress Management Guidelines (AIS, 2020). Includes specific provisions addressing the elevated physiological vulnerability of children and adolescents to heat stress during sporting activity.

10. Queensland Reconstruction Authority, 2022 South East Queensland Rainfall and Flooding: Community Recovery Report (Queensland Government, 2022). Documents infrastructure damage across the region during the February–March 2022 flood event, including impacts on recreational and elite sporting facilities.

11. Insurance Council of Australia, Uninsurable Nation: Australia's Most Climate-Vulnerable Places (ICA, 2022). Documents rising premiums and declining cover availability for properties and community assets in climate-exposed zones, including analysis of community infrastructure in flood and fire-risk areas.

12. Bhend, J., Bathols, J. and Hennessy, K., Climate Change Impacts on Snow in Victoria (CSIRO, 2012). Projects significant declines in alpine snow cover under moderate and high emissions scenarios, with the largest reductions at lower elevations and during spring months.

13. Cricket Australia, Sustainability Strategy and Report 2022–23 (Cricket Australia, 2023). Sets out Cricket Australia's commitment to reaching net-zero emissions across operations by 2030, alongside interim targets for energy, travel, and procurement.

14. Casa, D.J. et al., 'Exertional heat stroke: new concepts regarding cause and care', Current Sports Medicine Reports, 2012, 11(3), 115–123. Comprehensive review of exertional heat illness in competitive sport, documenting recorded fatalities and serious injury events attributable to participation in conditions exceeding safe physiological thresholds.

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Winter’s Here, The Snowfields Are Open, But There’s No Snow - Gregory Andrews

Lyrebird Dreaming - Gregory Andrews

Winter has arrived in Australia. At least, according to the calendar. The ski fields are open. The chairlifts are running. But even with the snow machines, there’s little or no snow to be seen. Warmth and rain have melted what little snow did fall, and the ski runs are mostly grass and mud.

At the same time, much of Australia has experienced its warmest start to winter on record. Sydney is on track for its warmest start to winter since records began in 1859. Melbourne and Canberra are experiencing their warmest starts to winter in decades. 

Across the country, temperatures are sitting well above average for this time of year. Sydney, Melbourne, Hobart and Canberra are all forecast to be at least 5 degrees warmer than average this week. In my garden, some of the spring flowers have already started blooming.

Globally, the picture is even more alarming. Climate scientist James Hansen and his colleagues argue that 2026 may be the hottest year ever recorded. Other researchers are more cautious, but there’s broad agreement on the underlying trend: global warming is not just occuring, its accelerating.

For years, climate change was something that happened elsewhere or in the future. It was melting glaciers in Greenland, droughts in Africa, coral bleaching on distant reefs, or record heatwaves in places we had never visited.

Now it’s here. It’s here when winter feels like early autumn. It’s here when our snow season arrives without snow. It’s here when insurance premiums rise, when food prices increase after climate-fuelled disasters, when extreme weather damages homes and infrastructure, and when ecosystems that have evolved over thousands of years struggle to adapt to changes occurring within decades.

Australia’s snowfields are open but there’s no snow. Photo: ABC News.

Perhaps most concerning is how normal this is becoming. Humans are remarkably adaptable. We quickly become accustomed to new realities. 

Last year’s unprecedented temperatures become this year’s baseline. What would once have been front-page news becomes just another weather report at the bottom of a long list of other news.

This phenomenon has a name: shifting baseline syndrome. Each generation accepts the conditions it grows up with as normal, even when those conditions would have shocked previous generations. The danger isn’t simply that the climate is changing. The danger it’s that we stop noticing.

And while all this is happening, powerful interests would very much like us to be distracted.

They want us arguing about culture wars, symbolic controversies, and manufactured outrage. They want us fighting each other over identity, language, and social media scandals while the atmosphere continues to accumulate greenhouse gases and the planet continues to warm.

That’s not an accident. The fossil fuel fascists like culture wars because they divide communities, attract attention, generate clicks, and consume public debate. Every hour spent arguing over a manufactured controversy is an hour not spent discussing climate risk, energy transition, biodiversity loss, housing resilience, insurance affordability, or the long-term future of our children.

We mustn’t fall for it. Climate change doesn’t care how we vote. It doesn’t care whether we’re progressive or conservative, urban or regional, wealthy or struggling. Physics doesn’t negotiate. The atmosphere doesn’t respond to political spin. The snow doesn’t fall because a politician says everything’s OK and climate change is fake.

The challenge before us should not be ideological. The snowfields are open. But the snow is gone. If that doesn’t tell us something important about the future we are creating, I’m not sure what will.

Before getting despondent, check out my recent post on things you can do now to maintain active hope and help secure as safe planet. 

Gregory Andrews Climate Change Articles

• Worried About Climate Collapse? Here’s Ten Things You Can Actually Do
• Fossil Fuel Fascism: When a Dying Industry Tries to Take Democracy With It
• Climate Policy Counts Dollars and Tonnes. What if We Counted the Dead?
• The Climate Crisis is a Health Crisis
• The Science Is In: Global Warming Is Accelerating
• While We Watch Iran, the Planet Keeps Burning
• Have your say on Canberra’s next Climate Strategy: It will be make or break
• Science Warns of Future Where Billions Bake
• Two Years to 1.7°C: the “Prediction Game” We Can’t Afford to Lose
• Emergency Photos Ops Aren't Climate Leadership
• Why Fascists Reject Climate Science
• Don’t Be Distracted: Earth’s Life Support Systems Are Collapsing
• Diesel rebates for miners and a new EV tax? Australia’s climate policy double-think
• What Gas is That? Get to Know Your Climate Pollutants