August left Uttar Pradesh with a rain-soaked map, but not all parts: A practical reader guide

August left Uttar Pradesh with a rain-soaked map, but not all parts: A practical reader guide

Overall, UP got 24% more rain than normal this month, with 291.3 mm against the long-period average (LPA) of 235.5 mm, according to India Meteorological Department (IMD) data. August left Uttar Pradesh with a rain-soaked map, but not all parts of the state received the same share of the monsoon. others barely received a few showers While some districts were battered by rainfall more than double their normal levels.

Mahoba received nearly three times its normal rainfall, with 673.7 mm and a 199% surplus. Prayagraj recorded 601.6 mm, 160% above normal, while Banda and Chitrakoot received 646 mm and 632.9 mm, respectively, both more than 140% above normal. At the other end of the rainfall map, Deoria received only 42.5 mm, 81% below normal. Kushinagar recorded 54 mm, a 74% deficit, while Mau received 89.5 mm, 60% below normal. Since June 1, UP has recorded a 7% rainfall deficit. East UP is 13% below normal, while West UP has a 3% surplus. 21 districts have received deficient or large deficient rainfall, while 34 have recorded normal rainfall.

The contrast is striking. Yet, despite the soaking August, the monsoon season as a whole is still running below normal. The seasonal picture is also uneven across districts. Nine districts have received excess rainfall and two large excess rainfall so far this monsoon.

Eastern UP could see very heavy rainfall at isolated places during the first 48 hours. During the last 24 hours, Moradabad CWC saw 149.4 mm rainfall, Koraon in Prayagraj 132 mm rain and Rajapur in Chitrakoot 67 mm. The IMD has forecast heavy to very heavy rainfall across UP over the coming week as a well-marked low-pressure area over the northwest Bay of Bengal moves west-northwestwards towards Gangetic West Bengal, adjoining north coastal Odisha and the northwest Bay of Bengal. The system is expected to strengthen monsoon flow over the region.