Another year has passed since this annual diary of the planet’s condition has been
updated, and unfortunately, there is little hopeful information to report beyond the fact
that the new US presidential administration is somewhat aware of the crisis that is
approaching, and is trying to innovate in areas that could alleviate it.
At least this is better than the state of denial that has characterized too many past
administrations, which are now revealed to be little better than an expression of a death
wish.
The planet is warming very quickly. In fact, much faster than Whitley Strieber and Art
Bell thought possible when they were writing “the Coming Global Superstorm.”
In fact, a great disaster has already started, and it is taking two forms: First, the monsoon
has become so violent that it is flooding huge areas of India and Southeast Asia each
year, causing crop destruction and soil erosion on a massive, almost unimaginable scale;
second, drought emergencies are emerging all over the planet, and, at present, if any of
these droughts is broken, it will be temporary and a matter of lucky chance.
Over the next ten years, human beings are going to have to leave certain areas of the
planet in massive numbers in order to survive, and agriculture in these drought zones is
going to end.
These are the areas in question at the present time:
- Southern Australia—Extraordinary drought. 24 more months without relief will cause
social collapse. Farming has already generally failed.
- Argentina—Agriculture on Pampas in severe decline. 24 more months of drought will
end it.
- Central China—Danger of agricultural collapse unless efforts underway to divert Yangtze
River water to the area are completed before 2012.
- California—Agricultural production declining now. 20% delivery reduction this year.
Water shortages in 2011.
- US Southwest—Agricultural production declining now. Water shortages in 2011.
If our carbon output continues unabated, a seven degree Fahrenheit increase in planetary
temperatures is virtually certain to take place by the end of the century. This does not
sound like much, but it will result in massive increases in desertification and water
shortages so severe that the will be civilization-destroying. As much as 95% of the
human population could die back while the planet’s natural balance restores itself. In
addition to human beings, virtually all animals requiring significant water will be
affected. It is probable, for example, that the entire fauna of southern Africa will
disappear during such an event.
Most of the Americas south of Canada will become rapidly untenable due to drought, as
will all of Africa, Southern Asia and Southern Europe.
As the situation worsens, storms are going to at first become more ferocious, associated
with the weakening of ocean currents due to rising temperatures in the northern and
southern oceans. (The Superstorm Scenario.) However, once the air temperature gradient
across the planet becomes more even and the ocean currents slow, the atmosphere will
enter a greater degree of stasis than has been seen in millions of years, and global heating
will be intensified by a lack of air circulation. Large human concentrations are likely to
experience heat exhaustion under such circumstances.
Certain areas are presently at greater peril than others. The most dangerous drought
situation exists in Southern Australia, which will need to be depopulated within a year or
at most two if there is no further rain. The southern half of Texas, California, and parts of
China and Argentina have a little more time, but not much. Drought migrations are apt to
be a perennial feature of the latter half of this century.
Canada, Siberia, Northern Europe, and the southern quarter of Argentina are apt to
become wetter and warmer as the rest of the world dries out. New Zealand will be
relatively unaffected. The changes will result in mass migrations into remaining viable
regions, but they will not be able to accommodate anything close to the number of people
attempting to enter them, and conflicts on a scale and of a brutality previously
unimagined are a probable result.
It appears at present that, after ignoring this problem for so many years, that humanity’s
options are rapidly narrowing. It is likely that there will be no significant action until after
the situation is already untenable in many areas, and sufficiently intense environmental
disasters have struck first world countries like the United States to galvanize public
opinion and cause action.
There are ameliorating factors, the most significant of which is that the sun may be
entering a quiescent period similar to that which occurred during the Little Ice Age, when
sunspots declined to virtually zero, and solar output reduced. The resulted in a five
hundred year cold period on earth, lasting from the 1350s to the 1850s. Famine, disease
and war took place during the first phase of the period, as human societies adjusted to the
change. Famine and the Black Death reduced world population by approximately 12%
during this period.
If solar output does indeed decline again, however, this time the outcome will be
different. The rise of greenhouse gasses in the atmosphere will be offset to some extent
by the reduction in solar output, meaning that the climate will remain unexpectedly stable
even as greenhouse gasses rise, giving the human population a chance to use technology
to overcome its pollution problems without being suddenly overwhelmed by climate
change.
It is also possible that innovative technologies will reduce the impact of climate change,
or even reverse it if a way can be found to trap and contain carbon dioxide that is now fee
in the atmosphere. However, the European Union in 2008 decided to reduce investment
in carbon trapping technologies by two thirds. At present, new funding is being sought
for carbon storage systems. The previous US administration refused to participate at all
either in funding such systems or doing further research, on the theory that global
warming did not exist.