Turkmenistan's Battle against Desert Sand

For Bokurdak residents, cultivating every square meter is a constant battle with nature. Nikolay Vavilov / AFP
For Bokurdak residents, cultivating every square meter is a constant battle with nature. Nikolay Vavilov / AFP
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Turkmenistan's Battle against Desert Sand

For Bokurdak residents, cultivating every square meter is a constant battle with nature. Nikolay Vavilov / AFP
For Bokurdak residents, cultivating every square meter is a constant battle with nature. Nikolay Vavilov / AFP

Residents in the remote Turkmen village of Bokurdak have long depended on the Karakum Desert for their livelihoods, cultivating every square meter they can in a constant battle with nature.

It is a battle that some fear they are now losing.

Over recent years, large dunes have started encroaching on the land in the village, while rolling desert sands have forced residents to shift further downhill, local pensioner Kakabai Baimedov told AFP.

For those who live in the desert -- known as "gumli" in Turkmen -- this has been "very difficult", Baimedov said.

"The village of Bokurdak used to be on a hill north of this place. Then, due to the advancing desert, we had to move lower and lower," Baimedov told AFP.

While sand and the steppe have always been part of life in Central Asia, scientists warn climate change and other human activities are accelerating desertification and the degradation of the land.

In addition to being an ecological and social problem, desertification is also an economic burden, costing an estimated six percent of Central Asia's GDP annually, according to the World Bank.

The Karakum Desert covers more than 80 percent of Turkmenistan, a former Soviet republic bordering Iran and Afghanistan.

"If its vegetation and soil cover are not properly managed, the surface is easily subject to erosion, degrading farmland and forming sand dunes," Turkmen scientist Mukhammet Durikov told AFP.

Deforestation is another key culprit, while severe droughts and dry winds fueled by climate change are making the problem worse, he said.

Tree-planting campaign

Central Asia is especially vulnerable to climate change: average temperatures in the region have risen by about twice the global average since 1991, according to UN data.

Authorities in Turkmenistan -- a politically isolated country of seven million people -- have sought to curb desertification through a massive tree-planting campaign.

The government announced in the summer that 162 million trees had been planted over the past 20 years.

"The president himself actively participates in the fight against desertification," an official from the environmental ministry told AFP.

The ministry and regional officials are responsible for planting sites for the trees, overseeing their planting and care, the official said.

AFP was not able to immediately verify the government's claims.

The country bordering the Caspian Sea restricts independent reporting and keeps information about government activities largely secret.

Turkmenistan's two leaders, father-and-son duo Gurbanguly and Serdar Berdymukhamedov, have been keen to show they are taking action in combating desertification.

State media shows Serdar regularly appearing with a shovel in hand planting trees.

"Previously, it was spruces or cedars, but today, we find endemic species better adapted to the climate," Merdan Arazmedov, a member of Turkmenistan's Nature Protection Society, told AFP.

Keeping water in the soil

In Bokurdak, scientists have mainly planted saxauls -- a hardy desert shrub whose roots penetrate as much as 15 meters (49 feet) underground to capture water, Arazmedov said.

The saxaul -- which is also being used in Uzbekistan and Kazakhstan -- helps retain sand, improves soil moisture, and also serves as a natural barrier for homes.

Baimedov, who has become an amateur botanist, tends to about 15,000 saplings, which are aimed at forming a green wall against the sand.

"It takes 15-20 years to grow a tree like this," he said, pointing to an eight-meter- (26-foot-) high saxaul.

The saxaul is also being used to protect the capital Ashgabat, where "environmental activists have planted more than 50 hectares of saxaul on the edge of the desert," Arazmedov said.

"Now, the road to the capital is no longer covered in sand, traffic flows smoothly, and the number of accidents has decreased," he added.

But for Baimedov, whose main weapon against the desert is planting trees, the battle has become all the harder due to climate change.

"In the past, it was enough to water young saxaul daily with up to 10 liters of water," he said.

"Today, due to climate change and rising temperatures, it takes up to 20 liters each day to ensure rooting."

Turkmenistan has employed other methods to beat the sand.

Last year, scientists in the country announced they had launched successful trials spraying the soil with cyanobacteria, also known as "blue-green algae" -- a method that helps retain moisture and facilitate tree rooting.

In September, Turkmenistan's president proposed creating a regional center against desertification in Central Asia.



Brazil’s Natural Areas Shrink, Worsening El Nino Impact

A general view shows the water conditions in the Piraiba river before a summit of Amazon rainforest nations, in Belem, Para state, Brazil August 5, 2023. (Reuters)
A general view shows the water conditions in the Piraiba river before a summit of Amazon rainforest nations, in Belem, Para state, Brazil August 5, 2023. (Reuters)
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Brazil’s Natural Areas Shrink, Worsening El Nino Impact

A general view shows the water conditions in the Piraiba river before a summit of Amazon rainforest nations, in Belem, Para state, Brazil August 5, 2023. (Reuters)
A general view shows the water conditions in the Piraiba river before a summit of Amazon rainforest nations, in Belem, Para state, Brazil August 5, 2023. (Reuters)

Brazil has lost an area of native vegetation more than twice the size of France in the past four decades, increasing vulnerability to extreme weather events from El Nino, a study showed Wednesday.

Different areas of the vast nation are bracing for droughts, floods and fires as the El Nino weather pattern, confirmed in June, is expected to intensify towards the end of the year.

In its annual study of land use in Brazil, environmental monitoring network MapBiomas said that native vegetation that covered 79 percent of Brazil's territory four decades ago, now covers only 65 percent.

The biggest losses were seen in the Amazon rainforest and biodiverse Cerrado savanna.

Much of the affected land was converted for agriculture or livestock farming, which now covers 32 percent of Brazil's territory, up from 18 percent in 1985.

An analysis by MapBiomas showed that areas where native vegetation had given way to agriculture were more vulnerable to weather extremes during El Nino events that were as strong as this year's is forecast to be.

Tasso Azevedo, general coordinator of MapBiomas, told AFP that deforested areas of the Amazon had experienced "a more significant drop in rainfall compared to forested areas" during the 2023-2024 El Nino.

Meanwhile, in agricultural areas of the southern grasslands, there was excess rainfall compared to areas of native vegetation.

The southern state of Rio Grande do Sul suffered historic floods in 2024, which left around 200 people dead.

"Land-use patterns don't change El Nino itself, but they can alter the impact it has," said Azevedo.

"This shows that our land-use decisions can impact our level of vulnerability and determine how intense these climate events will be in the country."

He said the study did not address why agricultural areas experienced more intense impacts from El Nino.

"But one hypothesis is that, in the Amazon, removing forest reduces evapotranspiration and local air humidity. This leads to rising temperatures and reduced rainfall...El Nino amplifies the magnitude of the effect."

Last month, Brazil's government warned of a "very strong El Nino" this year, with Pacific Ocean sea-surface temperatures forecast to exceed two degrees above average temperatures.

This warming can have major effects on weather patterns around the world.

The Brazilian Confederation of Agriculture and Livestock (CNA) has also warned that a "super El Nino" could impact crops such as coffee, soy and sugar.


UK on Course to Record Warmest Summer for Second Year in a Row

A man runs across the parched park lands of Hyde Park in central London, Britain, 11 August 2026. (EPA)
A man runs across the parched park lands of Hyde Park in central London, Britain, 11 August 2026. (EPA)
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UK on Course to Record Warmest Summer for Second Year in a Row

A man runs across the parched park lands of Hyde Park in central London, Britain, 11 August 2026. (EPA)
A man runs across the parched park lands of Hyde Park in central London, Britain, 11 August 2026. (EPA)

Britain is "on course" to chalk up its warmest summer on record for the second-year running, the UK's Met Office weather agency said Tuesday as the country braced for its fifth heatwave of the season.

"The UK is on course to record its warmest summer on record for mean temperature, with only average conditions needed for the remainder of August to surpass the record set only last year," the Met Office said in a statement.

Britain last year sweltered through its hottest summer on record with a mean temperature of 16.10C, surpassing the previous record of 15.76C set in 2018.

The current average temperature for the summer, from June 1 to August 10, was already at 16.48C, the Met said.

"Another record-breaking summer now looks increasingly likely for the UK, following the second-warmest June, and second-warmest July on record and yet another heatwave imminent," said Met senior scientist Mike Kendon said.

"These statistics are a clear reminder -- if one were needed -- of the stark changes that we are seeing in the UK's climate."

High temperatures and low rainfall in swathes of the country, which is built for more temperate weather, have also plunged almost three-quarters of England and all of Wales into drought.

England and Wales also experienced their driest July on record this year.

Scientists say climate change is making extreme weather events like heatwaves and droughts more intense, and resulting in records tumbling more frequently.

Heatwaves and record temperatures in May and June disrupted schools, transport and hospitals, leading to an estimated 2,877 excess deaths in England -- almost double the total of the whole of summer 2025.


Extreme Heat Becoming More Frequent and Intense, UN Agency Says

 Castel Sant'Angelo, at background right, towers over the Tiber River, which has reached a low water level after several months without rain, in Rome, Tuesday, Aug. 11, 2026. (AP)
Castel Sant'Angelo, at background right, towers over the Tiber River, which has reached a low water level after several months without rain, in Rome, Tuesday, Aug. 11, 2026. (AP)
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Extreme Heat Becoming More Frequent and Intense, UN Agency Says

 Castel Sant'Angelo, at background right, towers over the Tiber River, which has reached a low water level after several months without rain, in Rome, Tuesday, Aug. 11, 2026. (AP)
Castel Sant'Angelo, at background right, towers over the Tiber River, which has reached a low water level after several months without rain, in Rome, Tuesday, Aug. 11, 2026. (AP)

Periods of extreme heat are becoming more frequent, intense and longer-lasting as climate change warms the planet, the UN weather agency said on Tuesday, noting changes since the famously hot European summer of 1976. Parts of Europe are enduring their fifth heatwave of a summer marked by drought, wildfires and record-breaking temperatures.

"Extreme heat is becoming more frequent, more intense, ‌it's lasting longer, and ‌covering much wider areas than in ‌the ⁠cooler climates of the ⁠past," John Kennedy, the World Meteorological Organization's head of climate information, told a press briefing in Geneva.

Kennedy said the current pattern of heat across Europe, the world's fastest-warming continent, reflected the interaction between a persistent pattern of high-pressure systems across the Northern Hemisphere and a warmer climate.

The high-pressure systems trap warm air, reduce cloud cover and ⁠block cooler air from moving in, allowing heat ‌to build over large regions for ‌days or weeks. El Niño, the naturally occurring climate pattern that typically boosts ‌global temperatures, was not contributing to Europe's heat this year ‌because conditions in the tropical Pacific are currently neutral, he added.

CHANGES OVER THE PAST FIVE DECADES

Kennedy noted that June 1976 featured a broadly similar pattern of high and low pressure systems to those seen this year, ‌but said the outcomes were very different because of decades of global warming.

"The picture for 1976 ⁠is one ⁠of a few isolated areas above average temperatures in a much cooler world," he said, whereas today "the picture is reversed" with much of the globe experiencing above-average temperatures and only a few isolated cooler regions.

Exceptionally warm seas and parched soils were amplifying temperatures across Europe, Kennedy said.

Marine heatwaves in the Mediterranean Sea and waters west of Europe are fueling hotter conditions on land by providing additional background warmth for persistent high-pressure systems, he added.

Dry ground was also intensifying the heat because soils warm more quickly once moisture is depleted.

"Lots of these factors are coming together to give us the record heat that we're seeing this year," Kennedy stated.