Think disasters are unrelated? Think again!

Given the ever-increasing frequency of severe weather events, human-made catastrophes and epidemics, piecemeal and fragmented responses will fail to address root causes and may in fact compound the challenges, a new United Nations report argues.

The Interconnected Disaster Risks report analyses 10 disasters of 2020 and 2021, including the Amazon wildfires, the Beirut explosion, and the cold wave in Texas in the United States among others, and makes the case that solving such problems will require addressing their root causes rather than surface challenges.

“If we keep trying to manage disasters as isolated events, we will fail,” Jack O’Connor, senior scientist at the United Nations University’s Institute for Environment and Human Security, told Al Jazeera.

“Unless we change our approach to not only ask ‘what’ happened when investigating disasters, but also ‘why’ they happened, any preparatory measures we devise will not be enough,” said O’Connor, who is the lead author of the report.

Say it, again, Jack. After decades of scientists trying to convince folks just how interconnected societies, cultures, economies are becoming…nature and human-made climate change may finally push ignorant “locals” into understanding (1) how small the world has become…and (2) we may have reached the limits of passing the buck instead of taking some part of responsibility to act to cure whole problems. Finally.

2 thoughts on “Think disasters are unrelated? Think again!

  1. Big One™️ says:

    Pick one of the following:

    ⎕ New Madrid Seismic Zone https://www.sccmo.org/705/About-the-New-Madrid-Fault
    ⎕ Cascadia subduction zone https://en.wikipedia.org/wiki/Cascadia_subduction_zone
    ⎕ San Andreas Fault https://en.wikipedia.org/wiki/San_Andreas_Fault
    Note: for the San Andreas Fault also select Northern ⎕ Central ⎕ Southern ⎕ or a combination of two of these or all three.
    ⎕ Southern Cascadia and Northern San Andreas correlated [studies of past earthquake traces on both the northern San Andreas Fault and the southern Cascadia subduction zone indicate a correlation in time which may be evidence that quakes on the Cascadia subduction zone may have triggered most of the major quakes on the northern San Andreas during at least the past 3,000 years or so. The 1906 San Francisco earthquake seems to have been a major exception to this correlation, however, as it was not preceded by a major Cascadia quake.

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