With the release of “Climate Change 2022: Mitigation of climate change”, which is the third segment of this year’s sixth assessment report (AR6) from the IPCC, most of the attention will be focused again on the doomsday charts. One of the notable ones in the press packet is entitled “We are not on track to limit warming to 1.5 (deg) C.” But, the report is surprisingly optimistic in one very critical sense – it declares the problem addressable if global action is taken promptly and capital is called in off the sidelines to drive a transition in energy, land use, industry, urban zones, buildings and transportation that could halve GhG emissions by 2030. At this point the debate then usually swings to the nature of capitalist systems and that capital will flow to where it can be used most efficiently and to greatest effect (e.g. risk-adjusted return), and there it stops. Advocates for changing policy on climate will trot out the “if we don’t act we’ll all die and your money won’t mean anything” argument, having failed to learn that existential threats don’t tend to deter markets until they become existential realities, supporting a party-like-it’s-1999 mentality. However, one slide in the press packet which probably won’t get much attention actually holds the key to activating capital entitled “(In some cases) costs for renewables have fallen below those of fossil fuels.” This is profound in that it doesn’t require the rest of the science or policy or existential concerns to affect the flow of capital. It is simply becoming cheaper to convert today’s sunshine and wind into electricity and shove it into batteries than to dig up fossilized sunshine from more than 65 million years ago and burn it. Even with investment and innovation in efficiency, modern society will continue to be increasingly energy intensive, and as more of the world’s population joins the middle class, utilization will become even more widespread. Intelligent allocators of capital will pursue the cheaper inputs that will meet that demand.
Category: Infrastructure
While many other things dominated the headlines from the Russian/Ukrainian conflict to inflation and policy response to COVID-19 Omicron part deux, something that was considered mostly unthinkable by scientists happened in Antarctica. According to the US National Ice Center (https://usicecenter.gov/PressRelease/IcebergC38): “(USNIC) has confirmed that iceberg C-38… has calved from the Conger Ice Shelf in the Wilkes Land Region of Antarctica. As of March 17, C-38 was centered at 65° 40′ South and 102° 46′ East and measured 16 nautical miles on its longest axis and 10 nautical miles on its widest axis. C-38 comprised virtually all that remained of the Conger ice shelf, which was adjacent to the Glenzer Ice Shelf which calved last week as iceberg C-37.” Eyes had been on another part of Antarctica over concerns about the potential collapse of the so-called “Doomsday glacier” — Thwaite’s glacier. But, Conger beat Thwaite to the punch with a break-away described as nearly the size of Los Angeles. Our attached chart from NOAA NCEI chronicles the decline in global sea ice just since 1979. When split into hemispheres, Northern loss is faster at -2.68% vs. “only” -0.33% for Southern (decadal trend). The fact Conger collapsed and Thwaite’s is trying is deeply concerning because it illustrates just how fragile the system is. Failure to adjust climate-changing activities and to start building resiliency and adaptation into industries and communities poses real threats to economic stability and prosperity and the performance of investments over a shorter-term horizon than many expect.
Climate change imposes an indiscriminate tax on everyone. Increasing fire, flood, tornadoes, hurricanes, and coastal inundation are destroying private property and public infrastructure at an ever-increasing rate. But, there is no “they” to pay for it. We are they. And, it is not just the damage to places and things. There is a human cost in terms of lives and livelihoods, but also in the labor of countless emergency service workers, utility workers, etc. who go to work when a blaze needs to be battled or families need to be rescued from the roofs of their homes. People who do the brave work do not come cost-free. Even if they are volunteers they need resources to do their jobs. Looking locally, capital is being consumed in the tens, perhaps hundreds of billions of dollars here in the US not to create the next bridge, highway, dam or sewer, but to repair or replace what was already there. The cost of adaptation and resilience to climate change will accelerate away from us as well if the trajectory of change continues as it has. There is no path to higher global temperatures that does not include a tremendous economic burden falling on the backs of the global citizenry. We can pay the tax when the bill comes due, or we can seek out more capital-efficient ways to mitigate climate change and climate risk before it gets worse, including pricing that risk properly in the capital markets.