“The continents are drying, freshwater availability is shrinking, and sea level rise is accelerating… Combined, they send perhaps the direst message on the impact of climate change to date.” (Unprecedented Continental Drying study, see below)

Human-generated climate change, the result of enormous quantities of CO2 spewing into the atmosphere from burning fossil fuels (in 2024, the CO2 annual rate set a new all-time record of 3.75 ppm or an 18,600% increase over natural variability of 0.02 ppm per annum, according to paleoclimate pre-industrial data) causing widespread interconnectivity merging of dry regions of the planet. This is a new feature of global warming.

“Our entire infrastructure and civilization are based around a climate that no longer exists.” (John Marsham, professor Atmospheric Science, University of Leeds)

Dry areas of the planet are merging into massive mega-dry behemoth regions reflective of how far advanced climate change has progressed, with global warming turning hotter, and hotter, especially 2023-24 when global mean temperature increased by 0.3°C or 10-fold in one year, ushering in a full year of 1.5°C above pre-industrial. According to Johan Rockström of Potsdam Institute for Climate Impact, this kind of big increase in only one year has never happened before. Scientists are still bewildered.

Recent studies show mega-drying mergers advancing at alarming rates. Huge swaths of the planet are starting to resemble the science fiction world of Frank Herbert’s Dune (1965) with its desert ecosystem and water scarcity central to the plot, as actual climate change in today’s world adopts a science fiction veneer.

“We use NASA GRACE/GRACE-FO data to show that the continents have undergone unprecedented TWS (terrestrial water storage) loss since 2002. Drying areas of the planet increased........

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