Bhuj, a city in Kutch, has faced severe flooding due to heavy rainfall. In just one night, about five inches of rain fell, leading to critical conditions. The rain began around 8 PM and continued until 4 AM the next day. Other areas in Kutch also saw significant rainfall, with Gandhidham recording 2.28 inches. Many regions experienced between two inches and half an inch of rain.
The State Emergency Operation Center in Gandhinagar reported that over the last 24 hours, 209 talukas across 33 districts in Gujarat received light to heavy rainfall. The heavy downpour has caused several dams in the region to overflow. The Mundra Gajod Dam, which is crucial for irrigation, has also overflowed.
Additionally, the Zhurano Kayla Dam in Bhuj taluka has spilled over, which is vital for local farming. The Vijay Sagar Dam in Mandvi, the Vegadi Dam in Padampur, and the Kankavati Dam in Abadas have also faced similar issues.
During the day, the highest rainfall was recorded in Gandhidham, while Bhachau saw 1.89 inches, Anjar 1.34 inches, Nakhtarana 0.94 inches, Abadas 0.59 inches, and Lakhpat 0.55 inches. The unique geography of the Rann of Kutch does not allow rainwater to seep into the ground, often leading to severe flooding.
In addition, heavy rains upstream have cut off the village of Kamalpur in the Limdi taluka of Surendranagar district. Water from the rains has surrounded the village, making it inaccessible. Local roads are submerged, creating difficulties for residents.
In Sihor, Bhavnagar, 1.73 inches of rain has fallen, leading to waterlogging on roads. Other areas in the Dwarka district, including Khambhalia, recorded 1.73 inches, while Dwarka city saw 0.39 inches. Morbi experienced 0.67 inches, and Lalpur in Jamnagar recorded 0.55 inches.
In Junagadh district, Vantli saw 0.31 inches of rain, while other areas experienced scattered showers. Moreover, Rajkot and surrounding areas also reported scattered rainfall. The heavy rains in Kutch have raised concerns for farmers and local residents, highlighting the need for proper drainage systems to manage such extreme weather events effectively.
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