Survey Shows Disaster-Prone Southeast Asia Is Also Best Prepared, Suggesting Lessons Can Be Learned

A container floats on swollen Marikina River as monsoon rains worsened by offshore typhoon Gaemi on July 24, 2024, in Manila, Philippines. (AP)
A container floats on swollen Marikina River as monsoon rains worsened by offshore typhoon Gaemi on July 24, 2024, in Manila, Philippines. (AP)
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Survey Shows Disaster-Prone Southeast Asia Is Also Best Prepared, Suggesting Lessons Can Be Learned

A container floats on swollen Marikina River as monsoon rains worsened by offshore typhoon Gaemi on July 24, 2024, in Manila, Philippines. (AP)
A container floats on swollen Marikina River as monsoon rains worsened by offshore typhoon Gaemi on July 24, 2024, in Manila, Philippines. (AP)

Southeast Asia is among the regions most prone to natural disasters, but a new analysis released Thursday shows its people also feel the best equipped to deal with them.

It seems logical that the countries in and around the Pacific Ring of Fire, vulnerable to earthquakes, typhoons, storm surges and other dangers, are also the best prepared, but the survey by Gallup for the Lloyd's Register Foundation shows that's not always the case in other regions.

“Frequent exposure to hazard isn’t the only factor that determines how prepared people feel,” Benedict Vigers, a research consultant with Gallup, told The Associated Press.

The report found the Association of Southeast Asian Nations has played a key role in disaster risk reduction, and Vigers said the region's wider approach includes widespread and effective early-warning systems, scaled-up community approaches and regional cooperation, and good access to disaster finance.

“Southeast Asia’ success in feelings of disaster preparedness can be linked to its high exposure to disasters, its relatively high levels of resilience - from individual people to overall society, and the region’s approach to — and investment into — disaster risk management more broadly,” he said.

Forty percent of people surveyed in Southeast Asia said they had experienced a natural disaster in the past five years, while a similar number — 36% — in Southern Asia said the same. But 67% of Southeast Asians felt among the best prepared to protect their families and 62% had emergency plans, while Southern Asians felt less ready, with 49% and 29% respectively.

Respondents from North America, which is significantly less disaster-prone than Southeast Asia, said they only felt slightly less prepared, while those in Northern and Western Europe were in the middle of the pack.

The results from Southeast Asia, primarily made up of lower-middle-income countries, suggest wealth is not a deciding factor in disaster response and preparation, said Ed Morrow, senior campaigns manager for Lloyd's Register Foundation, a British-based global safety charity.

Southeast Asia is “a region that clearly has much to teach the world in terms of preparing for disasters," he said.

Globally, no country ranked higher than the Philippines for having experienced a natural disaster in the past five years, with 87% of respondents saying they had.

It was also among the top four countries where the highest proportion of households have a disaster plan. All were in Southeast Asia: the Philippines (84%), Vietnam (83%), Cambodia (82%) and Thailand (67%), followed by the United States (62%).

Those with the the lowest proportion were Egypt, Kosovo and Tunisia, all with 7%.

The data were drawn from the World Risk Poll, conducted every two years, with the main results from the 2023 survey published in June. Questions on disasters focused on natural hazards instead of conflicts or financial disasters, and excluded the coronavirus pandemic.

Surveys were conducted of people aged 15 and above in 142 countries and based on telephone or face-to-face conversations with approximately 1,000 or more respondents in each country with the exception of China, where some 2,200 people were contacted online.

Margin of error ranged from plus or minus 2.2 to 4.9 percentage points, for an overall 95% confidence level.

“It is our intention that this freely available data should be used by governments, regulators, businesses, NGOs and international bodies to inform and target policies and interventions that make people safer,” Morrow said.



Study: Mars Subsurface Harbors Oceans of Liquid Water

FILE PHOTO: The planet Mars is shown in this NASA Hubble Space Telescope view taken May 12, 2016. NASA/Handout via Reuters
FILE PHOTO: The planet Mars is shown in this NASA Hubble Space Telescope view taken May 12, 2016. NASA/Handout via Reuters
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Study: Mars Subsurface Harbors Oceans of Liquid Water

FILE PHOTO: The planet Mars is shown in this NASA Hubble Space Telescope view taken May 12, 2016. NASA/Handout via Reuters
FILE PHOTO: The planet Mars is shown in this NASA Hubble Space Telescope view taken May 12, 2016. NASA/Handout via Reuters

A study released Monday shows evidence of liquid water far below the surface of the fourth planet, advancing the search for life there and showing what might have happened to Mars' ancient oceans.

NASA's Mars InSight lander, which has been on the Red Planet since 2018, measured seismic data over four years, examining how quakes shook the ground and determining what materials or substances were beneath the surface.

Based on that data, the researchers found liquid water was most likely present deep beneath the lander. Water is considered essential for life, and geological studies show the planet's surface had lakes, rivers and oceans more than 3 billion years ago.

"On Earth what we know is where it is wet enough and there are enough sources of energy, there is microbial life very deep in Earth’s subsurface," said one of the authors, Vashan Wright of the University of California San Diego's Scripps Institution of Oceanography. "The ingredients for life as we know it exist in the Martian subsurface if these interpretations are correct."

The study found that large reservoirs of liquid water in fractures 11.5 kilometers (7.15 miles) to 20km beneath the surface best explained the InSight measurements.
It notes that the volume of liquid water predicted beneath the surface is "more than the water volumes proposed to have filled hypothesized ancient Martian oceans."

"On Earth, groundwater infiltrated from the surface" to deep underground, Wright said. "We expect this process to have occurred on Mars as well when the upper crust was warmer than it is today."

It would take drills and other equipment to confirm the presence of water and seek out any potential signs of microbial life.
Although the InSight lander is no longer working, scientists continue to analyze the data collected from 2018 through 2022, in search of more information about Mars’ interior.
Wet almost all over more than 3 billion years ago, Mars is thought to have lost its surface water as its atmosphere thinned, turning the planet into the dry, dusty world known today. Scientists theorize much of this ancient water escaped out into space or remained buried below.

The study, whose other authors are Matthias Morzfeld of the Scripps Institution of Oceanography and Michael Manga of the University of California Berkeley, was published the week of Aug. 12 in the journal Proceedings of the National Academy of Sciences.
"I’m inspired and I hope the public is also inspired," Wright said. "Humans can work together to put instruments on a planet... and try to understand what’s going on there."