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Third Industrial Revolution Consulting Group<br />

Climate destabilization is the key threat of catastrophic change. Humans have become a<br />

planetary volcanic force – releasing the greenhouse gas (GHG in carbon-dioxide equivalents,<br />

CO 2 -e) emissions every 10 hours equivalent to the 1992 Mount Pinatubo volcanic eruption.<br />

Failure to halt these CO 2 -e emissions will result in the equivalent of 90,000 human-triggered<br />

volcanic explosions this century. CO 2 -e directly increases the Earth’s temperature, as well as<br />

causing water vapor to increase in the atmosphere. Water is another GHG, which results in<br />

further raising the global temperature. 324 Scientists estimate each 1 degree Celsius rise in<br />

global temperature activates 7 percent more water vapor in the atmosphere.<br />

Climatologists calculate that this additional water vapor leads to a feedback loop doubling the<br />

amount of warming directly caused by CO 2 . That is to say, a 1°C rise triggered by CO 2 will cause<br />

the global temperature to go up another 1°C as result of the increased water vapor.<br />

Humanity’s current emissions trajectory is projected to increase global temperature by 5 to 7<br />

degrees Celsius this century, injecting 35 to 50 percent more moisture into the atmosphere.<br />

The 1-degree C rise already occurring has unleashed a costly, continuous series of local and<br />

regional catastrophic weather patterns (e.g., numerous 1-in-500-year floods, droughts,<br />

wildfires, severe storms, recurring within months or several years). The one certainty about<br />

future weather is it will be filled with uncertainty and the increasing frequency of catastrophyrelated<br />

weather disasters.<br />

Herein lies the importance of rewilding; biosphere valleys augment resilience to deal and cope<br />

with climate-triggered catastrophic events. Rewilding, as a protected area design approach,<br />

emerged over the past half century from ecological research in half a dozen field research and<br />

scientific investigative disciplines. 325<br />

It is not currently known how much of Luxembourg’s land set-asides constitutes comprehensive<br />

rewilding practices. But as E.O. Wilson and scores of scientists have argued, rewilding is an<br />

imperative worldwide. Undertaking rewilding in only a few localities, or implementing halfhearted<br />

measures, is inadequate. Just as a circular economy will only fully function when<br />

implemented by most localities in the global economy, so is the case with rewilding. Indeed,<br />

rewilding undertaken mainly by industrialized nations will have negative consequences if it<br />

results in fulfilling the demand for goods by shifting production and resource consumption to<br />

324 Chung, Eui-Seok, Brian Soden, B. J. Sohn, and Lei Shi (2016) Upper-tropospheric moistening in response to<br />

anthropogenic warming, Proceedings of the National Academy of Sciences USA, 10.1073/pnas.1409659111,<br />

PNAS August 12, 2014 vol. 111 no. 32:11636-11641, http://www.pnas.org/content/111/32/11636.<br />

325 Soulè, Michael and Reed Noss (1998) Rewilding and biodiversity conservation as complementary goals for<br />

continental conservation, Wild Earth 8: 18-28.<br />

365

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