
The dictionary defines ‘unsustainable’ as /ʌn.səˈsteɪ.nə.bəl/: ‘that cannot be continued at the same level, rate, etc’. The last few years have been giving us not-so-subtle hints about the true meaning of this word better than any dictionary ever could. In 2022, the rate of apocalyptic disasters shot through the roof. The losses from the droughts, wildfires and floods are now visible and have finally started to get counted – one estimate over the first half of the year pegs it at over $65 billion! Even so, there are larger losses from the underlying shifts in interconnected feedback loops across supply chains, food systems, watersheds, coastal erosion, soil depletion, air quality and many more finely balanced subsystems. These are already creating myriad stresses and growing trickles of migrations across the world. Our efforts towards solving this will be a lot more effective, if we understand underlying causes instead of chasing silver bullets that address a symptom here and claim a small win there. Pathways that merely reduce the net harm will not slow the runaway freight train we’ve unleashed. We just have to dig deeper. It’s not just carbon and transport and energy transitions: The familiar framing of the climate crisis is about the rising temperature caused by increasing GHGs due to our energy consumption and tailpipe emissions, mainly from fossil fuels. The answers are largely said to be found in rapid, scaled energy and mobility transitions in renewable energy and EVs. There is little mention of the ecological degradation that had already happened, of the tipping points, some of which we might have already breached and of the 350,000 novel entities that we release into the biosphere – representing the planetary boundary we have transgressed the most! Of these, we understand only a handful, such as the worrying PFAs (per- and poly-fluoro-alkyl substances). This opens up many questions about the source of energy and transport needs and the circularity of materials in our economy. Energy is a function of water, especially in food systems, and these intersect with soil health and forestry. The food systems also link with ever longer supply chains in a big way and then point to the plastics, packaging, transport footprint, and solid waste issues. Fabrics cause some of the biggest environmental issues and link back to land use and solid waste. All this shows up in the rural distress, livelihood losses, migration, and eventually intersects with urban design and construction, and pollution. Over 30 per cent of the electricity of any state goes into food systems! Cement, which contributes over 8 per cent to the world’s emissions, is directly linked to our home design and urban planning choices. All of these of course tell on our commons, our health and nutrition parameters and on our social well-being and equity. It’s all connected: And, we’ve been making poor trade-offs for generations, the sum total of which has added up to what we’re now calling climate change. We need to acknowledge the complexity of the real world and account for the adjacencies of the systems and goals we work towards. For instance, livelihood efforts would yield better outcomes if they accounted for local bio-diversity and natural capital and water-focussed work accounted for energy. Problem solving in silos not only fails to be efficient, but often causes net harm. Climate is a place problem: As we explore the intersections and multiple dimensions of any problem, it starts emerging that the climate crisis is about what happens to the place; for too long, we have tried to solve things for one set of stakeholders or the other and ignored what happens to the place itself.