Imagine your travel plans thrown into chaos without warning. That's exactly what happened recently as a volcanic eruption thousands of miles away in Ethiopia sent airlines scrambling and passengers stranded. The culprit? A massive ash cloud drifting inexorably towards India, forcing cancellations and reroutings of flights between India and the UAE. Let's delve into the details of this rare and disruptive event.
Update: November 25, 2025 | 06:03
The Hayli Gubbi volcano in Ethiopia, silent for over 10,000 years, roared back to life, unleashing a plume of ash that has wreaked havoc on air travel. This wasn't just a minor inconvenience; it was a major disruption forcing airlines to make tough decisions to ensure passenger safety. The ash cloud, initially drifting over the Red Sea, is now impacting western and northern India.
Regions Under Threat: The ash cloud poses a risk to several regions, including Gujarat, Delhi, Punjab, and even the Himalayas. Imagine waking up to a sky darkened not by clouds, but by volcanic ash! Authorities issued alerts, warning of potential visibility issues and flight delays.
Air Travel Alert: Flights Grounded and Rerouted: The most immediate impact was on air travel. Numerous flights were cancelled or rerouted across northern India as airlines took swift action to avoid the hazardous ash cloud. But here's where it gets controversial... some passengers felt airlines could have communicated the risks and alternatives more effectively, sparking a debate about transparency during such events.
Timing is Everything: The ash cloud was projected to reach North India by 10 pm (local time), prompting a flurry of activity as airports and airlines prepared for its arrival. This highlights the importance of real-time monitoring and swift response in managing such unforeseen events.
Mumbai Airport Issues Passenger Advisory: Mumbai's Chhatrapati Shivaji Maharaj International Airport issued a passenger advisory, urging travelers to check with their respective airlines for the latest flight status. This simple step could save passengers a lot of unnecessary stress and travel to the airport only to find their flight cancelled.
The eruption of the long-dormant Hayli Gubbi volcano (a link to a source about the volcano), a geological event unseen for millennia, sent an ash plume soaring to a staggering 45,000 feet. Aviation authorities responded by issuing urgent advisories, directing airlines to avoid the ash cloud. This eruption demonstrates the far-reaching consequences of natural events and the interconnectedness of global air travel.
Ash Plume's Journey Towards Northern India: The volcanic ash cloud from Hayli Gubbi was expected to enter western India on Tuesday evening. IndiaMetSky Weather reported that the cloud would move across Gujarat, Rajasthan, northwest Maharashtra, Delhi, Haryana, and Punjab before reaching the Himalayan region. This extensive coverage underscores the sheer scale of the disruption.
According to ANI reports, the high-altitude plume, traveling at a blistering 100–120 km/h between 15,000 and 45,000 feet, contained volcanic ash, sulphur dioxide, and small rock particles. Authorities warned of darkened skies, haze, and air travel disruptions. Sulphur dioxide, in particular, can cause respiratory problems, adding another layer of concern.
DGCA Calls for Strict Safety Checks: The Directorate General of Civil Aviation (DGCA), India's aviation regulatory body, instructed airlines to immediately report any suspected ash encounters, including engine anomalies or cabin smoke. And this is the part most people miss... the DGCA's rapid response highlights the importance of proactive measures in ensuring flight safety. Airport operators were also mandated to inspect runways, taxiways, and aprons for ash and continuously monitor meteorological and satellite data.
Airlines Respond with Cancellations and Diversions: Following the DGCA advisory, several carriers, including Akasa Air, Air India, KLM, and IndiGo, cancelled or rerouted flights through the affected corridor. This underscores the airlines' commitment to passenger safety, even at the cost of significant operational disruptions.
Examples of affected flights include:
- Air India: Delhi–Tokyo flight cancelled; Kochi–Jeddah and Kochi–Dubai flights suspended.
- IndiGo: Cochin–Dubai (6E1475) grounded; Kannur–Abu Dhabi flight diverted to Ahmedabad.
- Akasa Air: All flights to/from Jeddah, Kuwait, and Abu Dhabi on 24–25 November cancelled.
- KLM: Amsterdam–Delhi (KL 871) and return Delhi–Amsterdam (KL 872) cancelled.
An Air India flight from Delhi to Tokyo was cancelled just before take-off. IndiGo’s Cochin–Dubai flight (6E1475) and Akasa Air’s Cochin–Jeddah flight (QP550) were grounded. These individual cancellations highlight the very real impact on passengers' travel plans.
Akasa Air confirmed that all flights to and from Jeddah, Kuwait, and Abu Dhabi scheduled for 24–25 November were cancelled. KLM cancelled its Amsterdam–Delhi (KL 871) and return Delhi–Amsterdam (KL 872) flights. The breadth of these cancellations demonstrates the extensive reach of the volcanic ash cloud.
Airlines Reassure Passengers: Air India stated that it was closely monitoring the situation and reassured passengers that their safety was the top priority. IndiGo added that its teams were coordinating with international aviation bodies and were prepared with all necessary precautions. This focus on passenger safety is paramount during such disruptions.
Eruption Impacts Beyond India: The eruption in Ethiopia's Afar region blanketed the village of Afdera in volcanic dust, with moderate tremors reported around Erta Ale and Afdera town. Before reaching India, the ash cloud swept across the Red Sea towards Oman and Yemen. Volcanic ash was also observed over parts of the Arabian Peninsula. This underscores the widespread impact of the eruption beyond India's borders.
Residual Ash to Affect Skies and Air Traffic: Even though the eruption has stopped, the residual plume continues to drift toward northern India. Meteorological agencies warn of reduced visibility, flight delays, and darker, hazier skies. Satellite imagery reveals the ash stretching from the Hayli Gubbi region to Gujarat, highlighting the vast scale of the ash cloud's spread.
Tracking the First Eruption in 10,000 Years: According to the Toulouse Volcanic Ash Advisory Centre (VAAC), the eruption began around 8:30 am UTC on Sunday. This marks the first activity from the nearly 10,000-year-dormant volcano. The Toulouse VAAC noted that while the eruption has stopped, the large ash plume continues to move toward northern India. Hayli Gubbi, part of Ethiopia’s Erta Ale Range, last erupted roughly 10,000–12,000 years ago. The fact that this is the first eruption in millennia makes it a truly remarkable and disruptive event.
Ash Drifts Across the Region: Before reaching India, the towering clouds of ash from Sunday's eruption moved across the Red Sea toward Oman and Yemen. Following the eruption, parts of the Arabian Peninsula reported volcanic ash activity. Airlines issued cautionary notices for flights through the Middle East. This highlights the ripple effect of the eruption across multiple regions.
So, what do you think? Were the airlines justified in their response, or could they have done more to mitigate the impact on passengers? And, given the increasing frequency of extreme weather events, should there be a global protocol for handling volcanic ash disruptions to air travel? Share your thoughts in the comments below!
