NEW DELHI: A strong storm battered the United Arab Emirates and Oman this week, unleashing record-breaking rainfall that submerged highways, inundated properties, grid-locked visitors, and left residents stranded.
In Oman, no less than 20 fatalities have been reported as a result of deluge, whereas one other casualty was recorded within the UAE. The torrential downpour within the UAE pressured the closure of presidency places of work and colleges for a number of days, compounding the disruption.
Originating in Oman on Sunday, the storm intensified because it swept throughout the UAE on Tuesday, inflicting energy outages and important disruptions to air journey, with runways resembling waterways.
Al Ain, a metropolis bordering Oman, skilled an unprecedented 254 millimetres (10 inches) of rainfall inside a 24-hour interval, marking the very best recorded rainfall since monitoring started in 1949.
Did cloud seeding trigger the storm?
Hypothesis arose about whether or not cloud seeding, a apply continuously employed by the UAE to enhance rainfall, may need triggered the extraordinary precipitation. Nevertheless, the UAE’s meteorology company denied conducting any such operations previous the storm.
Did local weather change trigger the acute rainfall?
Consultants counsel that whereas the area usually experiences arid situations, the acute rainfall was seemingly exacerbated by local weather change. Esraa Alnaqbi, a senior forecaster on the UAE’s Nationwide Centre of Meteorology, defined {that a} mixture of atmospheric strain dynamics and temperature differentials facilitated the formation of the potent thunderstorm.
Local weather scientists emphasize that rising world temperatures, attributable to human-induced local weather change, are amplifying the frequency and depth of excessive climate occasions worldwide, together with heavy rainfall.
Relating to the function of cloud seeding, consultants make clear that it can not generate clouds ex nihilo however fairly accelerates the condensation course of inside current moisture-laden clouds. The hotter environment related to local weather change enhances moisture retention, resulting in intensified rainfall.
As hotter air temperatures and sea floor temperatures persist, the potential for extra important rainfall occasions, comparable to these witnessed within the UAE and Oman, is heightened. Consequently, consultants warn of the rising probability of utmost rainfall occasions globally as a result of impacts of local weather change.
In Oman, no less than 20 fatalities have been reported as a result of deluge, whereas one other casualty was recorded within the UAE. The torrential downpour within the UAE pressured the closure of presidency places of work and colleges for a number of days, compounding the disruption.
Originating in Oman on Sunday, the storm intensified because it swept throughout the UAE on Tuesday, inflicting energy outages and important disruptions to air journey, with runways resembling waterways.
Al Ain, a metropolis bordering Oman, skilled an unprecedented 254 millimetres (10 inches) of rainfall inside a 24-hour interval, marking the very best recorded rainfall since monitoring started in 1949.
Did cloud seeding trigger the storm?
Hypothesis arose about whether or not cloud seeding, a apply continuously employed by the UAE to enhance rainfall, may need triggered the extraordinary precipitation. Nevertheless, the UAE’s meteorology company denied conducting any such operations previous the storm.
Did local weather change trigger the acute rainfall?
Consultants counsel that whereas the area usually experiences arid situations, the acute rainfall was seemingly exacerbated by local weather change. Esraa Alnaqbi, a senior forecaster on the UAE’s Nationwide Centre of Meteorology, defined {that a} mixture of atmospheric strain dynamics and temperature differentials facilitated the formation of the potent thunderstorm.
Local weather scientists emphasize that rising world temperatures, attributable to human-induced local weather change, are amplifying the frequency and depth of excessive climate occasions worldwide, together with heavy rainfall.
Relating to the function of cloud seeding, consultants make clear that it can not generate clouds ex nihilo however fairly accelerates the condensation course of inside current moisture-laden clouds. The hotter environment related to local weather change enhances moisture retention, resulting in intensified rainfall.
As hotter air temperatures and sea floor temperatures persist, the potential for extra important rainfall occasions, comparable to these witnessed within the UAE and Oman, is heightened. Consequently, consultants warn of the rising probability of utmost rainfall occasions globally as a result of impacts of local weather change.
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