Corpses hung from Tree branches?

 Corpses hung from tree branches and were scattered along sidewalks and among flattened buildings. People raided grocery stores and gas stations in search of food, fuel and water.

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Horror stories as 10000 feared dead in Typhoon Haiyan

The reality of this is pretty horrifying. What this means is people were thrown through the air and storm surges of the waters from the storm and impaled on broken tree branches.

This storm is turning out to be possibly the most horrific one ever on earth.

The only thing worse I have heard of is the Earthquake and tsunami in Japan in 2011 that killed around 30,000 people and the 2004 Earthquake and Tsunami in Indonesia and throughout the Indian Ocean that killed 250,000 people.

But, for a non-earthquake related weather event, this has to be the worst loss of life in over 100 years I believe if 10,000 or more is the correct number of fatalities from a weather event.

Begin quote from pdf file

3

Death and Death Rates Due to Extreme

Weather Events

Global and U.S. Trends, 1900–2006

Executive summary

Despite the recent spate of deadly extreme weather

events – such as the 2003 European heat wave and the

2004 and 2005 hurricane seasons in the USA – aggregate

mortality and mortality rates due to extreme weather

events are generally lower today than they used to be.

Globally, mortality and mortality rates have declined by

95 percent or more since the 1920s. The largest

improvements came from declines in mortality due to

droughts and floods, which apparently were responsible

for 93 percent of all deaths caused by extreme events

during the 20th Century. For windstorms, which, at 6

percent, contributed most of the remaining fatalities,

mortality rates are also lower today but there are no

clear trends for mortality. Cumulatively, the declines

more than compensated for increases due to the 2003

heat wave.

With regard to the U.S., current mortality and mortality

rates due to extreme temperatures, tornados, lightning,

floods and hurricanes are also below their peak levels of

a few decades ago. The declines in annual mortality for

the last four categories range from 62 to 81 percent,

while mortality rates declined 75 to 95 percent.

If extreme weather has indeed become more extreme for

whatever reason, global and U.S. declines in mortality

and mortality rates are perhaps due to increases in

societies’ collective adaptive capacities. This enhanced

adaptive capacity is associated with a variety of

interrelated factors – greater wealth, increases in

technological options, and greater access to and

availability of human and social capital – although luck

may have played a role. Because of these developments,

nowadays extreme weather events contribute less than

0.06 percent to the global and U.S. mortality burdens in

an average year, and seem to be declining in general.

Equally important, mortality due to extreme weather

events has declined despite an increase in all-cause

mortality, suggesting that humanity is adapting better to

extreme events than to other causes of mortality. In

summary, there is no signal in the mortality data to

indicate increases in the overall frequencies or severities

of extreme weather events, despite large increases in the

population at risk.

 

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http://www.csccc.info/reports/report_23.pdf