It’s not too late

While many people are searching for confirmation of their fears about catastrophic climate collapse—they’re not wrong. Six of the nine planetary boundaries have already been breached. This isn’t just an engine warning light on the dashboard; it’s a full-system breakdown alert. Mayday. Cliff ahead. You are right to be concerned—and your understanding of the science is valid.

But there is still a narrow window. And we must work within in it. There is still a chance to shift course and build a climate-resilient future. If we give everything we’ve got over the next four years, we can get onto a safer, climate resilient development path.

This rapidly closing window to reduce emissions—and avoid cascading tipping points—requires both collective and individual action. And here’s the incredible part: if we focus seriously on methane reduction, we can actually cool the planet. Yes, really. I couldn’t believe it at first but when understanding how methane reduction is measured, calculated and applied it is inevitable. Cutting methane has near-immediate impacts on temperature. It’s one of the most powerful levers we have, to reduce the intensity and duration of the next heatwave, floods and storms.

And when we combine that with empowering everyday people to become subtle but powerful change agents in their own communities, we start to see real change, a glimpse of a future we want to live in.

It’s not too late.

Why complexity?

The world is full of what academics call “wicked problems” and now, “super wicked problems.” I wish these terms were just throwbacks to ’90s slang, but unfortunately, they’re not.

Wicked Problems

Wicked problems—like climate change—challenge governance structures and organizational capacity. There’s no consensus on what the problem is, let alone how to solve it. The term was popularised in Australian policy briefs back in 2007 as an attempt to create more cohesion across government departments.

It’s now 2025. Almost 30 years later, Australia’s climate policy remains fragmented. We still lack cohesive action across departments on issues like corporate accountability, mining approvals, energy supply, and national climate targets.

These problems are inherently complex. They demand collaboration across sectors, organisations, and social groups. Every sustainability issue—every climate debate, ethical dilemma, or cultural shift—sits squarely in this zone of complexity. Wicked problems can’t be solved from a single discipline, silo, or worldview. They require a whole-of-society approach.

And here’s the thing: even though our institutions feel divided, many individuals inside them share common goals. But who are these people? Are they stuck in echo chambers, suppressing their true values? How can they find each other—let alone collaborate—if they don’t realise they’re not alone?

We were never meant to feel this alone.

Super Wicked Problems

Now, take a wicked problem and add a few more layers:

  • Time is running out.
  • The people trying to solve the problem are also contributing to it.
  • There’s no strong central authority to lead the way.
  • We keep discounting the future, irrationally pushing solutions further down the road.

What do we call this? A super wicked problem.

At this point, are we going to start naming them Mega/Sigma/OG/Freakin’ Super Wicked Problems? Enough already. We have the information. We know what’s ahead. It’s time to step out of our silos and do something. But how?

The Requisite Law of Complexity

Here’s a starting point: it takes complexity to address complexity.

This idea, adapted from Ashby’s Law of Requisite Variety, was reworked by McKelvey and Boisot in the early 2000s. It means that any system must match the complexity of its environment to function effectively.

Let’s be honest. Our global systems are far from functioning at peak effectiveness for all….. But here’s the kicker: when working with complexity, you can’t see all the pieces. The moment someone offers a silver-bullet solution—usually some hyper-technical fix—they’ve already missed the point. Complexity thrives on learning, self-organisation, adaptation and creativity. This is natural dynamic of all life forces, from cellular growth, ecosystems and your immune system.

This is why understanding complexity, especially in the context of your local community—is so powerful.

You Are the Local Expert

You don’t need a PhD in systems theory to engage with complexity. If you understand the political, economic, social, cultural, and technological forces shaping your neighbourhood—and how they’ve changed over time—you’re already doing complexity thinking.

You are the local expert.

You have the power to shift narratives, build bridges, and catalyse change in the places you care about most. Complexity isn’t just an academic concept—it’s a toolkit for real, grounded, human-scale action.

And it starts with you.

Climate anxiety is totally normal

The way we feel when we truly confront the reality of the climate crisis can range from worry, fear, and anxiety to full-blown doom, paralysis, and debilitation.

If you’re in the U.S. or anywhere paying attention, recent headlines from Trump pushing for coal production, reversing water efficiency requirements and dismantling state-level climate laws are not just frustrating. They’re tear-jerkingly terrifying.

This renewed focus on dismantling state power is deeply concerning. Much of the post-2016 reassurance rested on the idea that strong state-level policies could buffer federal inaction. Now, even that assumption is under threat.

The wave of announcements—each more shocking or heartbreaking than the last—can feel deafening, numbing, and isolating.

But here’s the truth. There is something you can do.
You don’t have to wait for governments to lead. You don’t have to put your body on the line in protest (unless you want to). You can act—small, meaningful, local actions that ripple outward.

Climate anxiety is not rare

More than 50% of Americans surveyed in Yale’s annual climate opinion study say they are alarmed or concerned about climate change. That’s not a fringe group—that’s the majority.

It makes sense when you consider that nearly half of Americans say they’ve personally experienced the effects of climate change. Two-thirds understand that it’s actively changing our weather patterns.

And yet, it can still feel like you’re living in a sea of denial, surrounded by misinformation and doubt.

Here’s the thing: only 2–3% of Americans believe the science proves climate change is not happening. That’s it. A tiny, vocal minority. They’re often well-funded and media-savvy, with slick, clickbaity messaging that gets amplified far beyond its weight. But when it comes to actual scientific consensus and public awareness, they’re the outliers.

This pattern isn’t just American. Former Australian Prime Minister Tony Abbott, for example, now sits on the boards of climate-sounding-but-anti-science think tanks like the Global Warming Policy Foundation and the Institute of Public Affairs, repeating the same old talking points from that 3%. It’s a global phenomenon—but it’s not the majority.

So if you’re feeling isolated or anxious about the climate, take heart: you’re far from alone. Most people do care. Most people do trust the science. Many have experienced the impacts firsthand.

The challenge is that most people rarely talk about it. Despite their concern, climate change still feels taboo in everyday conversation. It’s not dinner table talk. But maybe it should be.

So yes, there’s more support in your community than you probably think, it’s just quiet, scattered, and probably lingering just beneath the surface. That’s how complex systems work sometimes: change doesn’t come from one big moment, but from lots of small shifts adding up, or one small but effective shift that turns the tide. As parents feeling the weight of climate anxiety, we don’t need to do it all—we just need to start thinking about your ideal vision for your community, then we can start to build it with complexity theory.

Sources:

https://climatecommunication.yale.edu/publications/climate-change-in-the-american-mind-beliefs-attitudes-spring-2024/toc/3/
https://www.thegwpf.org/who-we-are/#boardTrustees
https://ipa.org.au/author/thehontonyabbott

Save the bees? Save the pollinators.

In an eco-crisis, much of the general public’s attention focuses of the importance of bees. Yet this focus obscures the reality they are simply one of thousands of pollinators, all competing for same resources and habitat.

As plants and pollinators have co-evolved together over time, pollinators have distinct chemical markers and other behaviours to pollinate certain flowers.

A great run-down of evidence to focus on wild bees like this one can be found on German news site DW here – https://www.youtube.com/watch?v=VSYgDssQUtA

A wild beauty was found yesterday, feasting on a suburban garden. Probably a wild carpenter bee thanks to iNaturalist, a popular citizen scientist app.

Just a hopeful reminder that providing habitat and food for non-human species can develop an ecosystem that benefits all..

Most effective methane reduction strategies ranked for the first time in Australia

Methane is an underestimated, miscalculated, potent greenhouse gas.

Methane represents the low-hanging fruit of climate action with most emissions from agriculture, energy and waste sectors.

Since 2021, the Global methane pledge committed to reducing methane emissions by 30% by 2030.

National methane reduction strategies often neglect the agricultural industry’s emissions, yet no assessment exists to assess the effectiveness of industry attempts.

27 strategies from 46 articles in Australian research were ranked according to methane reduction, costs of implementation, technological readiness, policy acceptability and scalability.

Results show that land restoration was the most effective strategy in climate emergency scenario. This starkly contrasts with industry and government narrow focus on product based emissions, focusing on reducing methane intensity by increasing yields.

Full access to article available here:

https://www.mdpi.com/2225-1154/12/4/50

Ancient cultural values key to mainstreaming sustainability

With the sustainability agenda rising higher and higher in public awareness and governmental policy, a look into deep history gives us clues on how to navigate the present challenges ahead and mainstream sustainability.

The environmental movement and the awareness of humanity’s impact on earth’s ecological systems was first brought to the world’s attention in 1962. Silent Spring’s1 powerful narrative shocked the public and governments globally with the accumulative effects of DDT, a commonly-used pesticide, within ecosystems and human food supply chains. Whilst the research highlighted by Carson resulted in strictly regulated use of the pesticides by national governments worldwide, the effects are ignored in some areas and the continual spraying of crops with DDT is still widely used in countries such as India2.

Building upon the work of Carson3 and the UN environmental conferences in 1972 and 1975, The Brundtland Commission defined sustainable development as  “…ensuring that development meets the needs of the present without compromising the ability of future generations to meet their own needs” 4. With much relatively achieved politically in the last 10 years with the almost-globally recognised 2015 Paris Agreement requiring human development to not exceed a more than 2 degree Celsius temperature increase and over 1,900 Climate Emergency declarations, there is hope that the theory of why sustainability should be implemented is understood by the global population and those in governance 5 6.

However, the theory of sustainability has yet to be globally mainstreamed, and is only occasionally celebrated as best practice7 . Currently, carbon emissions are still increasing to 420ppm despite a global pandemic, and extreme weather continues to ravage places like western Canada with unprecedented temperatures exceeding 49°C triggering heat deaths and extreme forest fires 8 9. With ice core samples dating back 800,000 years giving evidence that carbon dioxide levels have never exceeded beyond 300ppm, the world has entered a new geological epoch known as the Anthropocene whereby humans have drastically altered nearly every vital earth process needed to function safely 10 11

Whilst sustainability has a strong theoretical background, to achieve the cut in emissions and seismic shifts in how we as a people do anything, a ‘total transformation’ is required 12. To enable this transition to a sustainable and regenerative low carbon economy, a different mindset and approach that includes science and culture, and where uncertainty is accepted, complexity is understood, and typical mindsets are shifted by tackling common detrimental myths and adopting the world views of relationality and reflexivity.

Ancient cultural examples of sustainability

Sustainable economic models already exist, with ancient values such as reciprocal altruism, reflective storytelling, land stewardship and strong family networks demonstrated in many ancient indigenous cultures around the world13. One such Ancient culture is the Nyungar culture of south-western Australia which has successfully retained a sustainable living culture since 8000 BCE, despite the impact of colonization 14. Furthermore, the same research states that the worldview of Nyungar culture is based on relationality and reflexivity which have been demonstrated as critical to their continuation of the ultimate in sustainable culture. The Nyungar cultural worldview consists of the three pillars of belief: the boodjar: the land as the mother and provider; moort: family and relations and katijin, which details knowledge and cosmic stories that are naturally weaved together to create the web of life 15.

Relationality

Described as being the heartbeat of indigenous existence, ‘relationality’ is an indigenous perspective of knowledge systems that encompasses sustainable strategies for survival in challenging times 16. Relationality is a world view that focuses on the connection that humans experience with each other, places and organisations, instilling a sense of place and belonging 17. The Nyungar leaders as interviewed by Stocker and her research team demonstrated that thinking about relationships between humans, moort, and to Country, boodjar as a natural priority in the relational worldview which focuses on meaningful connections between these elements. Relational world views of ancient cultures results in thinking and acting in relation to social context such as our environment, our politics, our culture and our hopes and dreams which is an inherently holistic approach 18. This world view starkly contrasts with the pursuit of material possessions in typical Western cultures, and conventional methods of governance as detailed prior. By adopting an awareness of a relational world view as lived by ancient cultures, a sense of place and belonging can instil a natural stewardship of the environment and community and encourage the holistic transdisciplinary perspectives required to implement sustainability theory.

Reflexivity

Reflexivity, or the reflexive thinking is the katijin or knowledge in Nyungar culture that is shared by storytelling or ‘yarning‘ which has enabled the passing on of knowledge regarding different geological processes and events for thousands of years and generations 19. Katijin also refers to deep reflexive process of questioning oneself and thinking about ones thinking which requires adaptability, collaboration and learning-based approaches to continue their identity despite dispossession from Country. ‘Yarning’ is more than just sharing information, it is also establishing and confirming relationships and building intersubjective meaning – a shared knowing between conscious minds 20. Reflexivity has also been in highlighted as one of the most important mechanisms in creating systems change in the context of engagement with the public through sustainable art 21 Adopting an introspective reflexive world view has a purpose geared toward sharing consciousness, instead of competing ideologies which has not proved useful to engage the global action required for a sustainable future.  

As we continue to live in the uncertain world of the Anthropocene, it is clear that humanity has already exceeded planetary boundaries of some essential planetary processes, such as biogeochemical flows and genetic diversity of ecosystems 22. In the face of irreversible present and oncoming challenges, the transition to a sustainable world can no longer be hindered by the myth of hindsight and myth of progress, nor hampered by debates over sustainability definitions and thwarted intentions or decision-paralysis over uncertainty.

The personal embodiment of intrinsic values of worldviews such as reflexivity and relationality, to shift the world to prioritising connections with each other and our local context, and start thinking about our own culturally accepted unsustainable practices…..is the golden key of sustainability.

This has profound impact to shift the sustainability debate from convincing, and justifying to standard practice, or ‘business-as-usual’. As a result, DDT-spraying farmers would question their current use of no-longer-appropriate crop practices and unquestioningly do what is best for their families and friends who consume their produce in the short and long term. It is only through a globally adopted worldview of reflexivity and relationality that sustainable practices would be truly mainstreamed due to the regular questioning of individual unsustainable practices and a natural proclivity to do what is holistically best for those we connect with and the environment we live would be the norm.

If you would like more info on Nyungar culture please click here.

References:

  1. Carson, Rachel. 1963. Silent Spring. London, [England]: London, [England] : Hamish Hamilton
    ↩︎
  2. Jaacks, Lindsay M., Sudesh Yadav, Parinya Panuwet, Sushil Kumar, Girish H. Rajacharya, Cierra Johnson, Ishita Rawal et al. 2019. “Metabolite of the Pesticide DDT and Incident Type 2 Diabetes in Urban India.” Environ Int 133 (Pt A): 105089-105089. https://doi.org/10.1016/j.envint.2019.105089. ↩︎
  3. Carson, Rachel. 1963. Silent Spring. London, [England]: London, [England] : Hamish Hamilton
    ↩︎
  4. World Commission on Environment Development. 1987. Our Common Future / World Commission on Environment and Development: Oxford : Oxford University Press.
    ↩︎
  5. United Nations Treaty Collection. 2021. “7.D Paris Agreement ” Chapter XXVII Environment Accessed 8th Jan, 2021. https://treaties.un.org/Pages/ViewDetails.aspx?src=TREATY&mtdsg_no=XXVII-7-d&chapter=27&clang=_en.
    ↩︎
  6. Cedamia. 2021. “Climate Emergency Declaration Data Sheet.”  Accessed 1st July, 2021. https://www.cedamia.org/global/.
    ↩︎
  7. Williams, E. Freya. 2015. Green Giants: How Smart Companies Turn Sustainability into Billion-Dollar Businesses. First edition. ed. Nashville: Nashville: AMACOM ↩︎
  8. NOAA. 2021. “Carbon Dioxide Peaks near 420 Parts Per Million at Mauna Loa Observatory.”  Accessed 1st July,  https://research.noaa.gov/article/ArtMID/587/ArticleID/2764/Coronavirus-response-barely-slows-rising-carbon-dioxide.
    ↩︎
  9. Kamyar Razavi. 2021. “Record-Breaking Temperatures Mean We Must Change the Way We Talk About the Climate Emergency.” The Conversation, July 1, 2021. https://theconversation.com/record-breaking-temperatures-mean-we-must-change-the-way-we-talk-about-the-climate-emergency-163627. ↩︎
  10. Steffen, Will, Katherine Richardson, Johan Rockström, Sarah E. Cornell, Ingo Fetzer, Elena M. Bennett, Reinette Biggs et al. 2015. “Planetary Boundaries: Guiding Human Development on a Changing Planet.” Science 347 (6223): 1259855. https://doi.org/10.1126/science.1259855
    ↩︎
  11. NOAA Global Monitoring Laboratory. 2020. “Trends in Atmospheric Carbon Dioxide.” Earth System Research Laboratories. Accessed 8th Jan, 2021. https://www.esrl.noaa.gov/gmd/ccgg/trends/mlo.html. ↩︎
  12. International Energy Agency. 2021. Net Zero by 2050 – a Roadmap for the Energy Sector. France: IEA. https://iea.blob.core.windows.net/assets/20959e2e-7ab8-4f2a-b1c6-4e63387f03a1/NetZeroby2050-ARoadmapfortheGlobalEnergySector_CORR.pdf.
    ↩︎
  13. Wessels, Tom author. 2013. The Myth of Progress : Toward a Sustainable Future / Tom Wessels. Revised and expanded edition.. ed. Hanover [New Hampshire]: Hanover [New Hampshire] : University Press of New England.
    ↩︎
  14. Stocker, Laura, L. Collard, and Angela Rooney. 2016. “Aboriginal World Views and Colonisation: Implications for Coastal Sustainability ↩︎
  15. Collard, L. 2007. Wangkiny Ngulluck Nyungar Nyittiny, Boodjar, Moort and Katitjin: talking about  creation, country, family and knowledge of the Nyungar of south-western Australia. In: S. Morgan, T. Mia, and B. Kwaymullina, eds. ↩︎
  16. Elliott-Groves,K., Dawn Hardison-Stevens, Jessica Ullrich. 2020. “Indigenous Relationality Is the Heartbeat of Indigenous Existence During Covid-19.” Journal of Indigenous Social Development 9 (3): 158-169. ↩︎
  17. Slife, Brent D. 2004. “Taking Practice Seriously: Toward a Relational Ontology.” Journal of theoretical and philosophical psychology 24 (2): 157-178. https://doi.org/10.1037/h0091239. ↩︎
  18. Mannheim, K. 1936. Ideology and Utopia: an introduction to the sociology of knowledge,             international library of psychology, philosophy and scientific method. London:          Routledge & Kegan Paul. ↩︎
  19. Pike, Elizabeth. 2010. The Power of Story : Spirit of the Dreaming / Elizabeth Pike. Mulgrave, Vic.: Mulgrave, Vic. : John Garratt Publishing ↩︎
  20. Groves, Denise, and David Palmer. 2000. “A Dialogue of Identity, Intersubjectivity and Ambivalence.” Balayi, culture, law and colonialism 1 (2): 19-38. ↩︎
  21. Dieleman, Hans. 2008. “Sustainability, Artists and Reflexivity.” In  ed., edited
    . ↩︎
  22. Steffen, Will, Katherine Richardson, Johan Rockström, Sarah E. Cornell, Ingo Fetzer, Elena M. Bennett, Reinette Biggs et al. 2015. “Planetary Boundaries: Guiding Human Development on a Changing Planet.” Science 347 (6223): 1259855. https://doi.org/10.1126/science.1259855
    ↩︎

Your kitchen’s hidden health hazard

The World Health Organization (WHO) have confirmed that residential natural gas appliances are the main source of indoor air pollution, with gas stoves responsible for increases of carbon monoxide, nitric oxide, nitrogen oxide and methane in household air (WHO 2021). Local Istanbul studies of air quality further support these findings, demonstrating that traffic is not the main source responsible for health conditions arising from air pollution (Baye T  et al. 2019). Ventilation, if used at all, is ineffective at mitigating these gases and only electric stoves produce no household gas emissions (Bhangar et al. 2011; Cimini and Moresi 2022; Mullen et al. 2016). Air pollution is harmful for human health, targeting vulnerable populations easily and gas stoves has been proven to be directly responsible for onset and intensification of asthma in children (United States Environmental Protection Agency 2016).

WHO has equivalated the long-term impacts of air pollution as having the same impacts as inhaling second-hand smoke and adopting unhealthy dietary habits (WHO 2018), contributing to overall death rates resulting from cardiovascular and respiratory diseases and lung cancer (WHO 2021). Every year in Istanbul, on average more than 40,000 people die from cardiovascular disease; more than 7,500 die from lung cancer and another 7,500 from chronic respiratory disease.

Case study of economic benefits of converting to induction stoves coming soon..