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Study shows climate change makes Hurricane Harvey more destructive

According to a new study published Thursday (August 25), 30-50 percent of residences, or up to 50,000 homes, in Texas' Harris County would not have been flooded by catastrophic Hurricane Harvey in 2017 without climate change.
Furthermore, low-income Latinos, the largest racial group in the county, which encompasses Houston, were hit disproportionately harder in the climate change-attributed flooding, the study issued by the journal Nature Communications found, the xinhua reported.
The Category 4 hurricane made landfall in southern states of Texas and Louisiana in August 2017 and stalled for more than four days, killing 68 people in Texas, 36 of them in Harris County.
It may have ruined up to 1 million vehicles along the Texas Gulf Coast and in the Houston area alone, roughly one in seven cars may have been destroyed, according to a report by local newspaper Houston Chronicle.
The hurricane caused roughly 125 billion U.S. dollars in damage, more than every natural disaster in U.S. history except Hurricane Katrina 17 years ago. Parts of the metropolitan area still have not fully recovered five years after its landfall.

"We already know that climate change is increasing the severity and frequency of extreme weather events," said the study's lead author Kevin Smiley, an assistant sociology professor at Louisiana State University (LSU).
"But now researchers are able to pinpoint the extent of damage from a specific extreme weather event such as Hurricane Harvey and the resulting floods," he was quoted as saying by a report from the ScienceDaily website based on materials provided by LSU.
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The rainfall total was 15-38 percent greater than it would have been in a world that was not warming, the researchers found, citing estimates from two researches published in 2017 and several models they created to reflect a variety of precipitation scenarios.
Even in the most conservative scenario, in which only 7 percent of the precipitation is associated with climate change, the researchers still found that nearly 13 percent of the affected buildings would not have been flooded at all in a non-warming world.
They also found that Latino households had accounted for 36 percent of residences that had not flooded at all but for 48 percent of those that had flooded because of climate change. White households accounted for 37 percent of the dry homes and 33 percent of those that had flooded due to climate change.
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In general, neighborhoods with higher incomes had experienced greater effects of climate-boosted flooding, but this pattern was reversed for communities with more Latino residents, where greater effects from flooding were observed in lower-income neighborhoods, the study found.
"This means that we have quantified the contribution of climate change to the suffering of people who live there," said Michael Wehner, the study's co-author and senior scientist at Lawrence Berkeley National Laboratory.
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The study is "a first of its kind investigation into potential disparities between those impacted by the climate change-induced flooding, finds patterns of racial and economic disparities", said the ScienceDaily report.
Climate change attribution, which ascertains the connection between climate change and extreme weather events, involves running computational models to estimate how much these changes in climate make extreme weather events, like hurricanes, more severe.
Source: xinhua
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BENEFIT Sponsors Gulf Uni...
- April 17, 2025
BENEFIT, the Kingdom’s innovator and leading company in Fintech and electronic financial transactions service, has announced its sponsorship of the “Innovation and Sustainable Technology Solutions Competition (GU - IST Solutions), hosted by Gulf University at its main campus.
This strategic sponsorship reflects BENEFIT’s active role in advancing technological innovation and fostering sustainable solutions to future challenges. It also seeks to empower Bahraini youth by enhancing their skills, capabilities, and competitiveness in innovation and solution development—contributing meaningfully to the broader goals of sustainable development across all sectors.
As part of BENEFIT’s active involvement in the competition, the company has announced that Hanan Abdulla Hasan, Senior Manager of Public Relations and Communication, will serve on the competition’s supervisory committee. Her upcoming participation reflects BENEFIT’s forward-looking commitment to championing academic and professional excellence.
Commenting on the occasion, Hanan Abdulla Hasan, Senior Manager of Public Relations and Communication at BENEFIT, said, “We are privileged to support this pioneering initiative, which aligns seamlessly with BENEFIT’s enduring commitment to fostering innovation and nurturing the potential of Bahrain’s youth. Our participation is rooted in a deep sense of social responsibility and a firm belief in the pivotal role of innovation in shaping a sustainable future. Through such platforms, we seek to empower the next generation with the knowledge, skills, and foresight required to develop impactful solutions that address future challenges, in line with the United Nations Sustainable Development Goals 2030.”
Dr. Aseel Al Ayash Dean of the College of Engineering in Gulf University commented, “We extend our sincere gratitude to BENEFIT for their generous sponsorship and support of the Innovation and Sustainable Technology Solutions Competition. This contribution plays an instrumental role in helping us achieve the strategic goals of this initiative, namely, cultivating a culture of innovation and sustainability, encouraging efforts that address the imperatives of sustainable development, and enhancing the practical and professional capabilities of our students and participants.”
The event will bring together a diverse spectrum of participants, including secondary school students, university undergraduates, engineers, industry professionals, entrepreneurs, academic researchers, and subject matter experts representing a wide range of disciplines.
The competition seeks to inspire participants to develop and present innovative, sustainable technologies aimed at addressing pressing environmental, social, and economic challenges. It encourages the formulation of business models that integrate advanced technological solutions with core principles of sustainability. Moreover, it serves as a platform for emerging leaders, entrepreneurs, and innovators to contribute to the advancement of the Sustainable Development Goals, promote the ethos of responsible technology, and demonstrate its transformative potential across various sectors.
Attendees will have the opportunity to view a series of project presentations submitted by participants, covering diverse areas such as eco-friendly product design, smart and sustainable innovations, renewable energy technologies, water conservation and management, waste minimisation and recycling, green architectural solutions, and sustainable transportation systems. Outstanding projects will be formally recognised and awarded at the conclusion of the event.
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