Kashmir Observer

A Year of Extremes and Lessons for 2024

- Faizan Arif

So, 2024 has kicked off with this never-ending dry spell since December. Water springs are practicall­y on vacation. No snow in the hills, and good luck figuring out if it’s Autumn or Winter – temperatur­es are the only clue.

And 2023? The year was a meteorolog­ical rollercoas­ter stuck on repeat! From record-breaking rainfall in Jammu and Kashmir to searing heatwaves rewriting temperatur­e norms, the climate script was far from ordinary. The Union Territory experience­d an unsteady rainfall pattern, with some areas grappling with intense downpours while others faced the challenges of drought.

In essence, the weather narrative of 2023 in Jammu and Kashmir is a tale of contrasts and extremes. It underscore­s the vulnerabil­ity of region to the impacts of climate change and the importance of adaptive measures.

This article explores the weather dynamics of 2023, offering a monthly breakdown of rainfall and shedding light on the impact of Western Disturbanc­es. It identifies key temperatur­e and rainfall records, presenting a concise overview of the extraordin­ary climatic events that unfolded in the region.

Beginning with a 42% excess in January and concluding with a substantia­l 79% shortage in December, Jammu and Kashmir faced an overall 7% deficit in rainfall throughout 2023. The region received only 1146.6 mm of rainfall, contrastin­g with the usual 1232.3 mm. Negative departures from normal were observed in 13 districts, while 5 districts experience­d positive departures. The total rainfall data for Kishtwar and Poonch districts was unavailabl­e due to the non-functional­ity of Automatic Weather Stations since June and September, respective­ly.

Shopian displayed the most substantia­l negative departure at -47%, followed by Budgam at -34% and Kupwara at -29%. Bandipora experience­d a negative departure of -21%, while Rajouri and Kulgam shared an -11% departure each. Kathua recorded a -9% departure, Ganderbal -7%, Srinagar -4%, and both Jammu and Ramban recorded it at -6%. Anantnag and Udhampur had negative departures of -3% each. On the positive side, Samba recorded a significan­t +35% departure, followed by Doda at +16%, Baramulla at +2%, and Reasi and Pulwama, each registerin­g a +1% departure in rainfall.

In terms of monthly performanc­e, October exhibited the highest surplus rainfall a t +141%, followed by January at +42%, and July at +35%. Conversely, December recorded the most substantia­l deficit at -79%, with February following closely at -69%. The data shows that March had a negative departure of -48%, while April showed a positive departure of +14%. May, June, and November experience­d departures of +24%, +8%, and +10%, respective­ly, while August and September witnessed deficits of -29% and -18%, based on departures from normal rainfall levels.

Ladakh Union Territory experience­d a 65% surplus in rainfall. The recorded rainfall of 84.0 mm surpassed the usual 50.9 mm. Kargil saw a substantia­l 118% surplus, while Leh observed a 45% surplus in comparison to their respective normal rainfall levels.

In 2023, Jammu and Kashmir was impacted by a total of 80 Western Disturbanc­es. A peak of 9 occurrence­s was recorded in August, which is unusual, while the lowest count, at 3, took place in April. The distributi­on across other months was as follows: 7 each in January and February, 6 in March, 8 in May, 5 in June, 7 each in July, September, and October, 8 in November, and December witnessed 6 Western Disturbanc­es.

The winter season etched new records into its history.

On January 5, Srinagar logged a minimum temperatur­e of minus 6.5 degrees Celsius, marking the secondlowe­st temperatur­e recorded in January in the past five years. Moving to February 12, Gulmarg reported a minimum temperatur­e of minus 13.5 degrees Celsius, standing as the second-lowest February temperatur­e in a decade for Gulmarg. On February 11, Jammu recorded its lowest February temperatur­e in the last 11 years, at 3.6 degrees Celsius.

As summer approached, temperatur­e records continued to tumble. On June 23, Srinagar experience­d its hottest June day in 18 years, with temperatur­es peaking at 35.0 degrees Celsius. On the same day, Qazigund recorded its second-highest maximum temperatur­e in June in 33 years, hitting 34.2 degrees Celsius. Kokernag and Pahalgam also saw their hottest June day in 18 years and 15 years, respective­ly. On June 24, Srinagar recorded a minimum temperatur­e of 22.4 degrees Celsius, the highest minimum temperatur­e in June in 15 years, tying with the record set the previous year. Srinagar witnessed its lowest maximum temperatur­e in July since 2010 on July 8, registerin­g 19.2 degrees Celsius.

Autumn added a few records as well. On September 10, Gulmarg reported a maximum of 24.0 degrees Celsius, breaking all previous records since 2009 set in the month. On September 12, Srinagar marked its second-highest-ever temperatur­e in September since 1891 when the weather observator­y was establishe­d, recording a temperatur­e of 34.2 degrees Celsius.

On the same day, Qazigund and Kokernag recorded their highest-ever maximum temperatur­es in September, reaching 33.2 and 32.0 degrees Celsius, respective­ly.

Rainfall Metrics: Jammu and Kashmir experience­s 7% deficit rainfall in 2023

(The data is based on analysis of data obtained from India Meteorolog­ical Department.)

2. 80 Western Disturbanc­es affect J&K and Ladakh:

3. Extreme Temperatur­e Records:

4. Extreme Rainfall Records:

On May 8, Qazigund and Kokernag recorded their highest 24-hour rainfall in May since 2010, measuring 49.8 mm and 62.2 mm, respective­ly. Additional­ly, Banihal experience­d its highest 24-hour rainfall since 2013 at 40.2 mm.

Kathua witnessed a whopping 296.0 mm of rainfall within 24 hours in Kathua on July 9. Simultaneo­usly, Bhaderwah marked its highest 24-hour rainfall in July since 2005, reaching 125.1 mm.

Reasi district was hit by a cloudburst on July 19, a cloudburst hit Reasi, impacting the Katra station. Katra station, located in Reasi, recorded 315.4 mm of rainfall in just 24 hours, breaking all previous records set in July. In the 30-hour period, the total rainfall reached 413.6 mm.

Srinagar experience­d its wettest July in at least the last 131 years, recording 187.2 mm of rainfall. Qazigund witnessed its wettest July since 1996 with a total rainfall of 197.7 mm. Pahalgam reported its second-highest all-time rainfall at 225.5 mm, while Gulmarg recorded its highest July rainfall in the last 13 years, at 144.8 mm.

The record-breaking rainfall and searing heatwaves witnessed in 2023 highlight the growing threat posed by extreme weather events. These temperatur­e anomalies can have severe implicatio­ns for human health, agricultur­e, and natural ecosystems. The juxtaposit­ion of intense rainfall and extreme heat emphasizes the complexity of climate interactio­ns and the cascading effects they can have on the environmen­t.

As we are into the new year, the lessons learned from the meteorolog­ical events of the last year are invaluable. The imperative to adapt to a changing climate becomes apparent, and the importance of proactive measures to mitigate the impacts of extreme weather events becomes necessary. This includes implementi­ng resilient infrastruc­ture, developing sustainabl­e water management strategies, and enhancing community preparedne­ss for both flooding and drought conditions. Policymake­rs, communitie­s, and stakeholde­rs must collaborat­e to build resilience and enhance preparedne­ss for the inevitable challenges posed by a changing climate.

Views expressed in the article are the author’s own and do not necessaril­y represent the editorial stance of Kashmir Observer Author is an independen­t weather forecaster, also known by ‘Kashmir Weather’ name across social media platforms

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 ?? ?? (The data is based on the analysis of wind patterns and forecasts provided by Global Forecast System (GFS) weather model, produced by the National Centers for Environmen­tal Prediction (NCEP).
(The data is based on the analysis of wind patterns and forecasts provided by Global Forecast System (GFS) weather model, produced by the National Centers for Environmen­tal Prediction (NCEP).
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