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WMO report reveals urgent need for action against rising dust storms in Southern Africa

WMO report reveals urgent need for action against rising dust storms in Southern Africa

Daily Maverick13 hours ago
A new World Meteorological Organization report warns of the exacting toll that sand and dust storms are having on global health and economies. The report pinpoints South Africa's West Coast as a dust hotspot, with some of the highest concentrations in the southern hemisphere.
Have you ever noticed a hazy sky, felt grit in the air, or seen a wall of dust approaching while on the West Coast? These are all signs of airborne dust, a natural phenomenon that is increasingly being influenced by human activities and climate change.
The World Meteorological Organization (WMO) recently released its Airborne Dust Bulletin, providing a global overview of airborne dust in 2024.
This report, along with other recent findings, offers insights into how dust storms affect our health, economies and environment, with significant implications for countries like South Africa.
Key findings from the 2015 WMO Airborne Dust Bulletin, its ninth, are that sand and dust storms now affect about 330 million people in 150 countries; there is increasing economic disruption and health impacts from this; and poor land and water management, as well as drought, play a major role in this.
Global sand and dust storm hotspots in 2024
Dust is a natural part of our planet's system, but the WMO has emphasised in its latest bulletin that human factors are playing an increasingly significant role in its prevalence. Poor land and water management, ongoing droughts and general environmental degradation are making the problem worse.
As WMO secretary-general Celeste Saulo puts it: 'Sand and dust storms do not just mean dirty windows and hazy skies. They harm the health and quality of life of millions of people and cost many millions of dollars through disruption to air and ground transport, agriculture and solar energy production.'
The report highlights several hotspots where dust concentrations were particularly high in 2024.
In the southern hemisphere, the West Coast of South Africa and central Australia saw their highest dust concentrations, ranging from 150 to 300 micrograms per cubic metre. This directly brings the global issue of airborne dust home to South Africa.
This is because vast and remote deserts in Namibia and the Northern Cape are a major natural source of dust, and strong winds pick up this dust and blow it over the West Coast. This leads to extremely high concentrations of dust in the air for areas in the Western and Northern Cape, which, the WMO has confirmed, have levels among the highest recorded.
As Leonie Joubert previously reported in Daily Maverick, the Northern Cape may be headed for an irreversible dust bowl following yearslong drought and decades of intensive mining and grazing.
Dust storms are rare in South Africa, but they do occur over certain parts of the country.
Then, in the northern hemisphere, the bulletin noted that the central African nation of Chad, home to the Bodélé Depression (a major dust source), experienced peak annual mean surface dust concentrations of about 800 to 1,100 micrograms per cubic metre of air.
Major dust storm events in 2024 were observed across various regions in the bulletin:
Canary Islands (December 2024): A strong 'Harmattan' wind surge from northwestern Africa carried dust from the Western Sahara Desert to Spain's Canary Islands, significantly impacting areas where most people live;
East Asia (June 2024): Northern China, including Beijing, experienced rare summer dust storms. This was linked to poor vegetation growth in Mongolia due to high temperatures and drought, showing how extreme weather in a changing climate can drive such events; and
West Asia (December 2024): Iraq, Kuwait, Qatar and the Arabian Peninsula were hit by an exceptional winter dust storm, causing widespread disruptions, including flight cancellations, school closures and postponed public events.
The increase in dust in some regions is linked to a mix of natural and human-caused factors. These include more intense droughts, stronger winds and changes in how land is used. Things such as overgrazing, cutting down too many trees, poor land management, rapid growth of cities, new buildings and the drying up of important natural areas like marshes all make the soil less stable and more likely to turn into dust.
The health implications of sand and dust storms are a major focus of the WMO report. A new indicator, developed jointly by the WMO and the World Health Organization (WHO), revealed a worrying trend: between 2018 and 2022, about 3.8 billion people – nearly half of the world's population – were exposed to dust levels exceeding the WHO's safety threshold.
Local challenges and national efforts
The WMO report's mention of the West Coast of South Africa as a region with high dust concentrations in the southern hemisphere shows that dust and sand storms are a local reality.
South Africa is no stranger to dust storms; they are rare, but they do occur, and they can wreak havoc on agricultural land, damage property, worsen air quality, disrupt road and air travel and cause significant health problems, even leading to loss of life.
A large dust storm swept across parts of the country in October 2014, which mainly affected Free State areas and De Aar in the Northern Cape, and another major dust storm affected parts of the country in January 2016.
In 2019, people 'watched skies turn red' in Alexander Bay in the Northern Cape on 25 September as fierce winds carried huge plumes of sand and dust westward towards the Atlantic Ocean. This was visible from satellite imagery, according to the Nasa Earth Observatory, while photographs from people in Alexander Bay showed dark, hazy skies and streets that were barely visible.
In fact, in a letter dated 10 October 2017, Transnet Port Terminals (TPT) addressed property owners in Vredenburg, Saldanha and Langebaan regarding a project to clean and paint properties affected by iron ore dust. The project's progress has been slow, partly due to Level 3 water restrictions preventing the use of drinking water for high-pressure cleaning.
This points to damage to property from iron or dust, and how drought affected addressing the situation locally.
Now, the report found that these storms are linked to both natural factors like precipitation and wind, and human factors. But there's also growing concern that the changing climate could be increasing the frequency, intensity and spread of these major dust events.
The impact on public health
From a public health perspective, understanding the implications of dust storms and sharing preventative measures is crucial. The South African Medical Research Council, in partnership with the Department of Health and the Department of Forestry, Fisheries and the Environment, has developed basic health protection steps for the public to take during dust storms.
A study titled 'Exploring Meteorological Conditions and Human Health Impacts during Two Dust Storm Events in Northern Cape Province, South Africa: Findings and Lessons Learnt' (Nkosi et al., 2022) delved into the health effects of two specific dust storms in South Africa.
This research, conducted at a large public hospital in Kimberley, on the border of the Northern Cape and Free State, examined hospital admissions for respiratory and cardiovascular diseases, eye irritation and motor vehicle accidents during and after dust storm events in October 2014 and January 2016.
While initial statistical analyses didn't show significant changes in admissions directly at the time of the dust storms, a more advanced technique called wavelet transform analysis revealed some delayed effects.
They identified a cluster of hospital admissions for respiratory and cardiovascular diseases, eye irritation (and motor vehicle accidents) that were recorded between three and 40 days after the two dust storm events.
Specifically, they found a small but statistically significant increase in hospital admissions for eye irritation up to 30 days after a dust storm.
This aligns with international findings, since eye irritation is one of the most common health outcomes associated with dust storms. The study also suggested that the admissions might be linked to a combination of temperature and aerosol variations at the start of the dust storms.
The researchers acknowledged that other factors, such as high background levels of dust from natural sources and human activities like biomass burning, could also contribute to hospital admissions, making it challenging to isolate the exact impact of dust storms alone.
The health consequences of dust exposure can range from immediate effects like skin and eye irritation, decreased lung function and increased cardiovascular issues, to more long-term concerns such as adverse pregnancy outcomes.
This research also stated that children, newborns, the elderly, pregnant women and individuals with chronic heart and lung conditions were particularly vulnerable.
Unfortunately, South Africa currently has limited long-term national data on dust storm patterns and their precise health impacts, so the researchers noted that there was a need for more research to inform evidence-based policies.
Towards a dust-resilient future
Recognising the increasing threat of dust storms, the United Nations General Assembly officially declared 2025-2034 as the United Nations Decade on Combating Sand and Dust Storms on 10 July 2024. This global initiative aims to coordinate efforts to prevent, halt and lessen the negative impacts of these storms through shared early warning systems, scientific guidance and sustainable land management.
South Africa is also taking steps to address this challenge. The Draft National Dust Control Amendment Regulations, 2025, published by the Department of Forestry, Fisheries and the Environment in May, aim to improve dust control measures within the country. These regulations, which repeal and update the 2013 version, focus on:
Identifying specific activities that generate dust;
Updating the standard methods for collecting and measuring dustfall; and
Improving the requirements for developing, implementing and reporting on dust management plans.
Under these new regulations, certain individuals or entities, such as those involved in mining, reclamation or activities that generate dust and cause a nuisance, will be required to develop and submit dust management plans for approval.
Failure to comply can result in significant penalties, including fines of up to R5-million (about $270,000) or imprisonment for up to five years for a first offence, with even higher penalties for repeat offences.
WMO told Daily Maverick that the message from this latest report is to encourage governments to strengthen the capacity of national meteorological services to improve forecasts and early warnings. They noted that the South African Weather Service already has a very good track record in this respect. DM
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WMO report reveals urgent need for action against rising dust storms in Southern Africa
WMO report reveals urgent need for action against rising dust storms in Southern Africa

Daily Maverick

time13 hours ago

  • Daily Maverick

WMO report reveals urgent need for action against rising dust storms in Southern Africa

A new World Meteorological Organization report warns of the exacting toll that sand and dust storms are having on global health and economies. The report pinpoints South Africa's West Coast as a dust hotspot, with some of the highest concentrations in the southern hemisphere. Have you ever noticed a hazy sky, felt grit in the air, or seen a wall of dust approaching while on the West Coast? These are all signs of airborne dust, a natural phenomenon that is increasingly being influenced by human activities and climate change. The World Meteorological Organization (WMO) recently released its Airborne Dust Bulletin, providing a global overview of airborne dust in 2024. This report, along with other recent findings, offers insights into how dust storms affect our health, economies and environment, with significant implications for countries like South Africa. Key findings from the 2015 WMO Airborne Dust Bulletin, its ninth, are that sand and dust storms now affect about 330 million people in 150 countries; there is increasing economic disruption and health impacts from this; and poor land and water management, as well as drought, play a major role in this. Global sand and dust storm hotspots in 2024 Dust is a natural part of our planet's system, but the WMO has emphasised in its latest bulletin that human factors are playing an increasingly significant role in its prevalence. Poor land and water management, ongoing droughts and general environmental degradation are making the problem worse. As WMO secretary-general Celeste Saulo puts it: 'Sand and dust storms do not just mean dirty windows and hazy skies. They harm the health and quality of life of millions of people and cost many millions of dollars through disruption to air and ground transport, agriculture and solar energy production.' The report highlights several hotspots where dust concentrations were particularly high in 2024. In the southern hemisphere, the West Coast of South Africa and central Australia saw their highest dust concentrations, ranging from 150 to 300 micrograms per cubic metre. This directly brings the global issue of airborne dust home to South Africa. This is because vast and remote deserts in Namibia and the Northern Cape are a major natural source of dust, and strong winds pick up this dust and blow it over the West Coast. This leads to extremely high concentrations of dust in the air for areas in the Western and Northern Cape, which, the WMO has confirmed, have levels among the highest recorded. As Leonie Joubert previously reported in Daily Maverick, the Northern Cape may be headed for an irreversible dust bowl following yearslong drought and decades of intensive mining and grazing. Dust storms are rare in South Africa, but they do occur over certain parts of the country. Then, in the northern hemisphere, the bulletin noted that the central African nation of Chad, home to the Bodélé Depression (a major dust source), experienced peak annual mean surface dust concentrations of about 800 to 1,100 micrograms per cubic metre of air. Major dust storm events in 2024 were observed across various regions in the bulletin: Canary Islands (December 2024): A strong 'Harmattan' wind surge from northwestern Africa carried dust from the Western Sahara Desert to Spain's Canary Islands, significantly impacting areas where most people live; East Asia (June 2024): Northern China, including Beijing, experienced rare summer dust storms. This was linked to poor vegetation growth in Mongolia due to high temperatures and drought, showing how extreme weather in a changing climate can drive such events; and West Asia (December 2024): Iraq, Kuwait, Qatar and the Arabian Peninsula were hit by an exceptional winter dust storm, causing widespread disruptions, including flight cancellations, school closures and postponed public events. The increase in dust in some regions is linked to a mix of natural and human-caused factors. These include more intense droughts, stronger winds and changes in how land is used. Things such as overgrazing, cutting down too many trees, poor land management, rapid growth of cities, new buildings and the drying up of important natural areas like marshes all make the soil less stable and more likely to turn into dust. The health implications of sand and dust storms are a major focus of the WMO report. A new indicator, developed jointly by the WMO and the World Health Organization (WHO), revealed a worrying trend: between 2018 and 2022, about 3.8 billion people – nearly half of the world's population – were exposed to dust levels exceeding the WHO's safety threshold. Local challenges and national efforts The WMO report's mention of the West Coast of South Africa as a region with high dust concentrations in the southern hemisphere shows that dust and sand storms are a local reality. South Africa is no stranger to dust storms; they are rare, but they do occur, and they can wreak havoc on agricultural land, damage property, worsen air quality, disrupt road and air travel and cause significant health problems, even leading to loss of life. A large dust storm swept across parts of the country in October 2014, which mainly affected Free State areas and De Aar in the Northern Cape, and another major dust storm affected parts of the country in January 2016. In 2019, people 'watched skies turn red' in Alexander Bay in the Northern Cape on 25 September as fierce winds carried huge plumes of sand and dust westward towards the Atlantic Ocean. This was visible from satellite imagery, according to the Nasa Earth Observatory, while photographs from people in Alexander Bay showed dark, hazy skies and streets that were barely visible. In fact, in a letter dated 10 October 2017, Transnet Port Terminals (TPT) addressed property owners in Vredenburg, Saldanha and Langebaan regarding a project to clean and paint properties affected by iron ore dust. The project's progress has been slow, partly due to Level 3 water restrictions preventing the use of drinking water for high-pressure cleaning. This points to damage to property from iron or dust, and how drought affected addressing the situation locally. Now, the report found that these storms are linked to both natural factors like precipitation and wind, and human factors. But there's also growing concern that the changing climate could be increasing the frequency, intensity and spread of these major dust events. The impact on public health From a public health perspective, understanding the implications of dust storms and sharing preventative measures is crucial. The South African Medical Research Council, in partnership with the Department of Health and the Department of Forestry, Fisheries and the Environment, has developed basic health protection steps for the public to take during dust storms. A study titled 'Exploring Meteorological Conditions and Human Health Impacts during Two Dust Storm Events in Northern Cape Province, South Africa: Findings and Lessons Learnt' (Nkosi et al., 2022) delved into the health effects of two specific dust storms in South Africa. This research, conducted at a large public hospital in Kimberley, on the border of the Northern Cape and Free State, examined hospital admissions for respiratory and cardiovascular diseases, eye irritation and motor vehicle accidents during and after dust storm events in October 2014 and January 2016. While initial statistical analyses didn't show significant changes in admissions directly at the time of the dust storms, a more advanced technique called wavelet transform analysis revealed some delayed effects. They identified a cluster of hospital admissions for respiratory and cardiovascular diseases, eye irritation (and motor vehicle accidents) that were recorded between three and 40 days after the two dust storm events. Specifically, they found a small but statistically significant increase in hospital admissions for eye irritation up to 30 days after a dust storm. This aligns with international findings, since eye irritation is one of the most common health outcomes associated with dust storms. The study also suggested that the admissions might be linked to a combination of temperature and aerosol variations at the start of the dust storms. The researchers acknowledged that other factors, such as high background levels of dust from natural sources and human activities like biomass burning, could also contribute to hospital admissions, making it challenging to isolate the exact impact of dust storms alone. The health consequences of dust exposure can range from immediate effects like skin and eye irritation, decreased lung function and increased cardiovascular issues, to more long-term concerns such as adverse pregnancy outcomes. This research also stated that children, newborns, the elderly, pregnant women and individuals with chronic heart and lung conditions were particularly vulnerable. Unfortunately, South Africa currently has limited long-term national data on dust storm patterns and their precise health impacts, so the researchers noted that there was a need for more research to inform evidence-based policies. Towards a dust-resilient future Recognising the increasing threat of dust storms, the United Nations General Assembly officially declared 2025-2034 as the United Nations Decade on Combating Sand and Dust Storms on 10 July 2024. This global initiative aims to coordinate efforts to prevent, halt and lessen the negative impacts of these storms through shared early warning systems, scientific guidance and sustainable land management. South Africa is also taking steps to address this challenge. The Draft National Dust Control Amendment Regulations, 2025, published by the Department of Forestry, Fisheries and the Environment in May, aim to improve dust control measures within the country. These regulations, which repeal and update the 2013 version, focus on: Identifying specific activities that generate dust; Updating the standard methods for collecting and measuring dustfall; and Improving the requirements for developing, implementing and reporting on dust management plans. Under these new regulations, certain individuals or entities, such as those involved in mining, reclamation or activities that generate dust and cause a nuisance, will be required to develop and submit dust management plans for approval. Failure to comply can result in significant penalties, including fines of up to R5-million (about $270,000) or imprisonment for up to five years for a first offence, with even higher penalties for repeat offences. WMO told Daily Maverick that the message from this latest report is to encourage governments to strengthen the capacity of national meteorological services to improve forecasts and early warnings. They noted that the South African Weather Service already has a very good track record in this respect. DM

Deadly Mthatha flood underscores worsening factors increasing risks for SA
Deadly Mthatha flood underscores worsening factors increasing risks for SA

Daily Maverick

time19-06-2025

  • Daily Maverick

Deadly Mthatha flood underscores worsening factors increasing risks for SA

As South Africa reels from another deadly flood, this time in the Eastern Cape, we take a look at the bigger picture of the nation's vulnerability. Floods are the country's most common weather disaster, with intense cut-off low weather systems, probably amplified by climate change, repeatedly causing devastation. After the devastating and deadly flooding that hit Mthatha and other parts of the Eastern Cape last week, people are still searching for missing loved ones, particularly children, and trying to salvage their belongings and homes. Mussa AjiDa said that they were still searching for his child, Simbongile, who went missing after the school transport Simbongile was travelling in was swept up in the Mthatha flooding on Tuesday, 10 June 2025. AjiDa was forlorn and exhausted when he spoke to Daily Maverick. Simbongile had still not been found, more than a week after 13 learners were swept away in the devastating scholar transport disaster. AjiDa said the search would continue until Simbongile had been found. This is just one among several cases playing out as South Africa responds to this most recent flooding incident, driven by heavy rainfall in a cut-off low weather system. Minister of Human Settlements Thembi Simelane confirmed on SAfm on Wednesday, 18 June that on top of the 90 lives lost – including learners from the tragic scholar transport incident – almost 1,600 structures and 5,000 people had been affected by the recent Eastern Cape floods. The immediate priority, she said, was to provide alternative accommodation to allow people to rebuild. But a significant challenge is the availability of suitable land, as many of the destroyed homes were built in unsafe areas too close to the Mthatha River, where rebuilding is not an option. President Cyril Ramaphosa promised last week that the government would assist those affected and provide shelter after entire homes were submerged and washed away. Year after year, parts of South Africa undergo significant flooding, wreaking havoc on housing, infrastructure, the environment and lives as the nation and communities attempt to build more resilient and responsive systems. Increasing trend of weather extremes Dr Stefaan Conradie, a climate science lecturer at the UCT Climate System Analysis Group, told Daily Maverick that recent flooding attribution studies suggest that rainfall from the cut-off low weather system along the east coast was probably becoming more intense due to climate change. In other words, climate change is likely exacerbating rainfall and causing devastating flooding in eastern South Africa. This was evidenced by the World Weather Attribution study on the 2022 KwaZulu-Natal floods. South African Weather Service (Saws) meteorologist and weather forecaster Lehlohonolo Thobela told Daily Maverick that there was an increasing trend of weather extremes over the central and eastern parts of the country, especially with many adverse weather conditions linked to heavy rainfall affecting KwaZulu-Natal and the Eastern Cape. In this case, an intense cut-off low weather system developed in the upper atmosphere on Sunday, 8 June, as forecast by Saws. Conradie said that as it moved across the eastern escarpment and south-east coast, a very intense surface low-pressure system developed roughly beneath it. This drove extremely strong winds that also transported a lot of moisture off the still relatively warm Agulhas Current region. 'Extremely heavy rainfall and destructive wind gusts resulted, particularly in the early hours of Tuesday, 10 Jun, over the eastern parts of the Eastern Cape,' said Conradie Multiple intersecting factors result in these kinds of disasters; weather and climate are only one aspect of that landscape. 'The adverse weather conditions in the Eastern Cape were because of the cut-off low that began by affecting the Western Cape and the Northern Cape from 7 June 2025. The weather system progressed to the eastern parts of the country and started to cause havoc over the Eastern Cape from 9-10 June 2025, Monday and Tuesday. The adverse weather conditions lasted for the week, with the emergency teams still helping. The weather system exited the area by Wednesday, 11 June 2025,' said Thobela. The areas over the central and eastern half of the Eastern Cape that were hit the hardest, recorded more than 50mm of rainfall water depth in 24 hours – Mthatha recorded 149mm, Port Alfred recorded 51.6mm and Makhanda (formerly Grahamstown) recorded 93.6 mm. But rainfall was not the only factor that escalated the disaster. Following an assessment by the Department of Water and Sanitation, engineers determined that the Mthatha flooding was exacerbated by two simultaneous events. On Monday, 9 June 2025, the Mthatha Dam was already at 99.8% capacity before sudden upstream rains raised its level to 102% by midnight, causing it to spill. At the same time, the Cicira River tributary, located downstream from the dam, was also experiencing flash floods. The department said that it was this combination of the dam's spillage and the heavy, independent flow from the flooded tributary that caused the Mthatha River to overflow its banks. Floods most common disasters in SA and Africa A recent study, published in May 2025, analysing weather-related disasters in South Africa from 1980 to 2023, found that floods and storms are the most common disasters in the country, with the highest number of incidents reported in KwaZulu-Natal. The research, which used the Emergency Events Database, also identified the primary weather systems driving these events. It was conducted by researchers from the University of Pretoria, the Global Change Institute at the University of Witwatersrand, the University of Limpopo, the South African Weather Service and others. Their analysis revealed that the eThekwini metropolitan municipality in KwaZulu-Natal recorded the most disasters during this period, while the Cape Town metropolitan area had the highest number in the western region of South Africa. In Gauteng, the most populous province in the country, Johannesburg saw the highest number of floods, and Ekurhuleni had the most storms. This aligns with what has been experienced across the continent – flooding has been the leading natural disaster in African countries for decades. The study found that floods were the most reported disaster type, with 49 occurrences, followed by storms with 33. Droughts and wildfires were the next most common, with 11 and 10 events, respectively. When it comes to the geographic distribution of these, the eastern part of South Africa, particularly KwaZulu-Natal, experienced the highest frequency of both floods and storms. The Cape Town metro was a hotspot for droughts. When it came to what has been driving the weather systems causing these, the study linked flood and storm disasters to eight types of synoptic weather systems. Cut-off lows were the most significant, causing 48 of the reported disasters. Upper troughs were the second most influential, responsible for 15 disasters. Ex-tropical cyclones were linked to four disasters during the 43-year period. Cut-off lows were also responsible for the Heritage Day floods in Cape Town in 2023 and the Nelson Mandela Bay floods of April and June 2024. The researchers found that the concentration of disasters in metropolitan areas such as eThekwini and Cape Town suggests that human factors such as urbanisation may amplify the impacts of extreme weather events. The research was based on data from the Emergency Events Database, which has specific criteria for including an event, such as 10 or more deaths, 100 or more people affected, a declaration of a state of emergency, or a call for international assistance. The authors noted that while their study provided a comprehensive overview, the reliance on the Emergency Events Database could lead to an underestimation of disaster events, particularly in rural areas where reporting may be less consistent. The study concluded that mid-latitude, mid-tropospheric systems were the primary drivers of flood and storm disasters in South Africa; it is hoped that these findings enhance the understanding of weather-related disaster risks in South Africa for better climate resilience and proactive disaster management. Thobela said the most important lesson they were learning was to make sure there was better communication with the affected communities and to make sure that there were more community engagements that taught about being proactive about weather warnings, rather than reactive. DM

Swiss glacier collapse offers global warning of wider impact
Swiss glacier collapse offers global warning of wider impact

eNCA

time31-05-2025

  • eNCA

Swiss glacier collapse offers global warning of wider impact

SWITZERLAND - The collapse of the Swiss Birch glacier serves as a chilling warning of the escalating dangers faced by communities worldwide living under the shadow of fragile ice, particularly in Asia, experts say. Footage of the May 28 collapse showed a huge cloud of ice and rubble hurtling down the mountainside, into the hamlet of Blatten. Ali Neumann, disaster risk reduction advisor to the Swiss Development Cooperation, noted that while the role of climate change in the specific case of Blatten "still needs to be investigated", the wider impacts were clear on the cryosphere - the part of the world covered by frozen water. "Climate change and its impact on the cryosphere will have growing repercussions on human societies that live near glaciers, near the cryosphere, and depend on glaciers somehow and live with them," he said. The barrage largely destroyed Blatten, but the evacuation of its 300 residents last week averted mass casualties, although one person remains missing. "It also showed that with the right skills and observation and management of an emergency, you can significantly reduce the magnitude of this type of disaster," Neumann said at an international UN-backed glacier conference in Tajikistan. Stefan Uhlenbrook, Director for Hydrology, Water and Cryosphere at the World Meteorological Organisation (WMO), said it showed the need for vulnerable regions like the Himalayas and other parts of Asia to prepare. "From monitoring, to data sharing, to numerical simulation models, to hazard assessment and to communicating that, the whole chain needs to be strengthened," Uhlenbrook said. "But in many Asian countries, this is weak, the data is not sufficiently connected." - 'Not enough' - Swiss geologists use various methods, including sensors and satellite images, to monitor their glaciers. Asia was the world's most disaster-hit region from climate and weather hazards in 2023, the United Nations said last year, with floods and storms the chief cause of casualties and economic losses. But many Asian nations, particularly in the Himalayas, lack the resources to monitor their vast glaciers to the same degree as the Swiss. According to a 2024 UN Office for Disaster Risk Reduction report, two-thirds of countries in the Asia and Pacific region have early warning systems. But the least developed countries, many of whom are in the frontlines of climate change, have the worst coverage. "Monitoring is not absent, but it is not enough," said geologist Sudan Bikash Maharjan of the Nepal-based International Centre for Integrated Mountain Development (ICIMOD). "Our terrains and climatic conditions are challenging, but also we lack that level of resources for intensive data generation." That gap is reflected in the number of disaster-related fatalities for each event. While the average number of fatalities per disaster was 189 globally, in Asia and the Pacific it was much higher at 338, according to the Belgium-based Centre for Research on the Epidemiology of Disasters' Emergency Events Database. Geoscientist Jakob Steiner, who works in climate adaptation in Nepal and Bhutan, said it is not as simple as just exporting the Swiss technological solutions. "These are complex disasters, working together with the communities is actually just as, if not much more, important," he said. - 'Sad disparity' - Himalayan glaciers, providing critical water to nearly two billion people, are melting faster than ever before due to climate change, exposing communities to unpredictable and costly disasters, scientists warn. Hundreds of lakes formed from glacial meltwater have appeared in recent decades. They can be deadly when they burst and rush down the valley. The softening of permafrost increases the chances of landslides. Declan Magee, from the Asian Development Bank's Climate Change and Sustainable Development Department, said that monitoring and early warnings alone are not enough. "We have to think... about where we build, where people build infrastructure and homes, and how we can decrease their vulnerability if it is exposed", he said. Nepali climate activist and filmmaker Tashi Lhazom described how the village of Til, near to her home, was devastated by a landslide earlier in May. The 21 families escaped - but only just. "The disparity makes me sad but also angry. This has to change."

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