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Supertyphoon Haiyan Devastates Philippines

Supertyphoon Haiyan strikes the Philippines

Supertyphoon Haiyan hit the Philippines on Friday, leaving at least 10,000 residents dead and hundreds of thousands without reliable food, shelter or water. One of the strongest storms ever recorded, Haiyan’s winds surpassed 140 miles per hour, bringing record storm surges. The full extent of the damage remains uncertain, with communication and transportation severely restricted.

The World Bank has called the Philippines one of the most hazard-prone countries in the world. Closed roads and airports restricted aid efforts after Supertyphoon Haiyan, and communication failures posed some of the greatest challenges to both assessing and recovering from damage.

“Under normal circumstances, even in a typhoon, you’d have some local infrastructure up and some businesses with which you can contract,” Praveen Agrawal, the World Food Program’s Philippines representative and country director, told the New York Times. “Being as strong as it was, it was very much like a tsunami. It wiped out everything. It’s like starting from scratch” in terms of delivering the aid, he said.

The United Nations has set aside over $300 million to help with the country’s recovery from Haiyan over the next six months, and three dozen individual nations and international organizations have pledged financial and humanitarian assistance. The United States recalled thousands of sailors from shore leave back to the USS George Washington, a massive aircraft carrier currently docked in Hong Kong, to use its 80 aircraft to help deliver supplies and evacuate victims in the Philippines’ hardest-hit islands.

Yet with the broad scope of damage to critical infrastructure, the process has been slow. In the major city of Tacloban, for example, the traffic control tower at one of the country’s biggest airports was destroyed, forcing all aircraft to land by sight, further slowing distribution of food and water. Officials opened smaller airstrips, focusing on safely reopening transportation routes as the hundreds of thousands of evacuees continue to face extreme water shortage. This shortage further compounds the dangers authorities face in recovery, as health officials grow more concerned about water-borne diseases. Most notably, the lack of clean drinking and bathing water in crowded evacuation centers brings risk of diarrhea, leptospirosis and dengue.

Officials are looking forward while managing the catastrophic fallout. According to the Wall Street Journal:

Finance Secretary Cesar Purisima acknowledged that the destruction wrought by the disaster on an area that contributes 12.5% to gross domestic product could shave off as much as a full percentage point to economic growth next year, when the government targets GDP expansion of at least 6.5%. He is hopeful that the adverse effect on growth will be cushioned, if not offset, by the reconstruction spending.

“From a fiscal standpoint, we do have fiscal space to spend for reconstruction. The estimates are preliminary, but we need to invest significantly on infrastructure,” Mr. Purisima said.

The New York Times reported:

HSBC Global Research said that the typhoon probably destroyed half the sugar cane production areas in Leyte Province, and that all told, 3.5 percent of the nation’s sugar cane output was probably lost. It also warned of inflationary shocks to the Philippine economy in the coming months, as supply chains are disrupted.

But given the general health of the Philippine economy and the fact that the typhoon affected geographic areas and sectors like agriculture that are not major drivers of the nation’s output, HSBC said, “The economic impact will be limited.”

Citi Research estimated that infrastructure damage will probably run into billions of pesos, exceeding $70 million.

In Warsaw on Monday, some delegates at United Nations talks on a global climate treaty suggested that global warming was responsible for making Haiyan such a devastating storm. Naderev Saño, the chief representative of the Philippines at the conference, told the New York Times, “What my country is going through as a result of this extreme climate event is madness; the climate crisis is madness.”

Scientists cannot be certain of the overall impact of climate change on severe weather like hurricanes and typhoons, but have noted that more powerful storms will continue as the climate changes. With winds of at least 140 miles an hour, Typhoon Haiyan is considered one of the strongest storms to make landfall. “As you warm the climate, you basically raise the speed limit on hurricanes,” said M.I.T. atmospheric scientist Kerry A. Emanuel.

The powerful storm surges recorded are also likely part of a new reality in major storms. “When you strip everything else away, we’re seeing a general rise in sea level,” James P. Kossin, atmospheric scientist at the National Climatic Data Center, told the Times. “There’s no question that storm surge is going to be compounded.”

Cyclone Phyan Halts Daily Life in Coastal India

Tropical Cyclone Phyan has just struck India’s western coast near the commercial capital of Mumbai, prompting mass evacuations.

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In preparation for the storm, authorities has closed schools, shops and offices.

The cyclone, however, turned out to be more rain than wrath along India’s drought-ridden coast. Though it has been reported that the storm caused no major damage, 200 fisherman are missing in the rough seas. Indian natives have seen their fair share of destruction from cyclones.

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In May of this year, Cyclone Aila pounded eastern India and Bangladesh, killing close to 200 people and destroying thousands of homes.

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And just two years ago, Cyclone Sidr struck the same area, killing more than 3,500 people and displacing another 2 million. Below is a listing of the 15 deadliest cyclones in history, with death toll figures (death tolls from the earliest cyclones are more speculative than fact).

Great Bhola Cyclone, Bangladesh
1970
Bay of Bengal
500,000
Hooghly River Cyclone, India and Bangladesh
1737
Bay of Bengal
300,000
Haiphong Typhoon, Vietnam
1881
West Pacific
300,000
Coringa, India
1839
Bay of Bengal
300,000
Backerganj Cyclone, Bangladesh
1584
Bay of Bengal
200,000
Great Backerganj Cyclone, Bangladesh
1876
Bay of Bengal
200,000
Chittagong, Bangladesh
1897
Bay of Bengal
175,000
Super Typhoon Nina, China
1975
West Pacific
171,000
Cyclone 02B, Bangladesh
1991
Bay of Bengal
140,000
Cyclone Nargis, Myanmar
2008
Bay of Bengal
140,000
Great Bombay Cyclone, India
1882
Arabian Sea
100,000
Hakata Bay Typhoon, Japan
1281
West Pacific
65,000
Calcutta, India
1864
Bay of Bengal
60,000
Swatlow, China
1922
West Pacific
60,000
Barisal, Bangladesh
1822
Bay of Bengal
50,000
Sunderbans coast, Bangladesh
1699
Bay of Bengal
50,000
India
1833
Bay of Bengal
50,000
India
1854
Bay of Bengal
50,000
Great Bhola Cyclone, Bangladesh
1970
Bay of Bengal
500,000
Hooghly River Cyclone, India and Bangladesh
1737
Bay of Bengal
300,000
Haiphong Typhoon, Vietnam
1881
West Pacific
300,000
Coringa, India
1839
Bay of Bengal
300,000
Backerganj Cyclone, Bangladesh
1584
Bay of Bengal
200,000
Great Backerganj Cyclone, Bangladesh
1876
Bay of Bengal
200,000
Chittagong, Bangladesh
1897
Bay of Bengal
175,000
Super Typhoon Nina, China
1975
West Pacific
171,000
Cyclone 02B, Bangladesh
1991
Bay of Bengal
140,000
Cyclone Nargis, Myanmar
2008
Bay of Bengal
140,000
Great Bombay Cyclone, India
1882
Arabian Sea
100,000
Hakata Bay Typhoon, Japan
1281
West Pacific
65,000
Calcutta, India
1864
Bay of Bengal
60,000
Swatlow, China
1922
West Pacific
60,000
Barisal, Bangladesh
1822
Bay of Bengal
50,000
Sunderbans coast, Bangladesh
1699
Bay of Bengal
50,000
India
1833
Bay of Bengal
50,000
India
1854
Bay of Bengal
50,000
  • Great Bhola Cyclone, Bangladesh, 1970, Bay of Bengal, 500,000
  • Hooghly River Cyclone, India and Bangladesh, 1737, Bay of Bengal, 300,000
  • Haiphong Typhoon, Vietnam, 1881, West Pacific, 300,000
  • Coringa, India, 1839, Bay of Bengal, 300,000
  • Backerganj Cyclone, Bangladesh, 1584, Bay of Bengal, 200,000
  • Great Backerganj Cyclone, Bangladesh, 1876, Bay of Bengal, 200,000
  • Chittagong, Bangladesh, 1897, Bay of Bengal, 175,000
  • Super Typhoon Nina, China, 1975, West Pacific, 171,000
  • Cyclone 02B, Bangladesh, 1991, Bay of Bengal, 140,000
  • Cyclone Nargis, Myanmar, 2008, Bay of Bengal, 140,000
  • Great Bombay Cyclone, India, 1882, Arabian Sea, 100,000
  • Hakata Bay Typhoon, Japan, 1281, West Pacific, 65,000
  • Calcutta, India, 1864, Bay of Bengal, 60,000
  • Swatlow, China, 1922, West Pacific, 60,000
  • Barisal, Bangladesh, 1822, Bay of Bengal, 50,000
  • Sunderbans coast, Bangladesh, 1699, Bay of Bengal, 50,000
  • India, 1833, Bay of Bengal, 50,000
  • India, 1854, Bay of Bengal, 50,000

Authorities remain on alert as mudslides are a common occurrence following the torrential rains of tropical cyclones. More reports will be available as the destruction (or lack thereof) and loss of life become more clear. Stay tuned.

The Insurance Industry and Climate Change

This morning, AIR Worldwide, in collaboration with the the U.

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K. Met Office and the Association of British Insurers (ABI), released their findings on the financial implications of climate change to the insurance industry.

The report, “Financial Risks of Climate Change,” focuses on insured risks in both the U.K and China from dominant natural hazards in those areas, including inland flooding, winter windstorms and typhoons.

Results from the study include:

  • The average annual insured inland flood losses in Great Britain could rise by 14 percent assuming a global temperature rise of 4°C (39 degrees Fahrenheit). Within Great Britain, the results vary by region (increases range from less than 10 percent to nearly 30 percent).
  • The insured inland flood loss in Great Britain occurring on average once every 100 years could rise by 30 percent. The insured inland flood loss occurring on average once every 200 years could rise by 32 percent.
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    In both cases, the estimates assume a global temperature rise of 4°C.

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  • The average annual insured losses from typhoons affecting China could increase by 32 percent; the 100-year loss could increase by 9 percent, and the 200-year loss could increase by 17 percent. In all cases, the estimates assume a global temperature rise of 4°C.The average annual insured inland flood losses in Great Britain could rise by 14 percent assuming a global temperature rise of 4°C. Within Great Britain, the results vary by region (increases range from less than 10 percent to nearly 30 percent).

“The earth’s climate system is constantly changing,” said Dr. Peter Dailey, assistant vice president and director of atmospheric science at AIR Worldwide. “Not only does a change to any component of the system influence the risk from natural catastrophes, but the interactions between components bring about an inherent uncertainty surrounding how climate will evolve in the future. By conditioning our models on future climate scenarios developed by leading climate researchers at the Met Office, the study we have conducted on behalf of the ABI advances our understanding of the relationship between these complex climate relationships and insured risk.”

The research brings together unique climate model projections with state-of-the-art catastrophe models. And as we’ve recently seen with Typhoon Ketsana, which demolished parts of China, the Philippines, Cambodia, Vietnam and Laos and killed almost 700 and caused more than $1 billion in damage — research in this area is greatly needed. Nothing can stop Mother Nature, but cat models can help prepare for her wrath.
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Philippines Braces for Third Storm in a Month

The Philippine islands are preparing for yet another storm as Typhoon Lupit heads towards the region. The storm is packing winds of 109 miles per hour and is expected to hit the northern islands Thursday.

This is bad timing for the Philippines.

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On September 26, the area was hit with Typhoon Ketsana, which killed almost 500 and injuring more than 600. And just one week later, on October 3, Typhoon Parma struck the Philippines causing $250 million in damage and killing close to 400.

Now, the government is moving fast to prevent even more deaths by evacuating residents from mudslide-prone areas.

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The previous two storms were blamed for the destruction of the homes of more than 7 million.

President Gloria Macapagal Arroyo has blamed extreme weather caused by climate change but her critics say the calamity was magnified by poor city planning and millions of squatters living along riverbanks and blocking waterways with their shanties. The urban poor, sources of cheap labor and votes during elections, make up for almost half of Manila’s 12 million people.

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Typhoon Fengshen struck the area in June of 2008, killing 1,400 and making it the third deadliest catastrophe of that year. If Typhoon Lupit does in fact strike the Philippines with the strength it currently has, 2009 is likely to turn out to be one of the deadliest and costliest years in Philippines history.

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