Saving the Vanishing Forests of Iraq’s Kurdistan 

A picture taken on July 10, 2024, shows a view of a valley near Sulaimaniyah, the autonomous Kurdistan region's second city. (AFP)
A picture taken on July 10, 2024, shows a view of a valley near Sulaimaniyah, the autonomous Kurdistan region's second city. (AFP)
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Saving the Vanishing Forests of Iraq’s Kurdistan 

A picture taken on July 10, 2024, shows a view of a valley near Sulaimaniyah, the autonomous Kurdistan region's second city. (AFP)
A picture taken on July 10, 2024, shows a view of a valley near Sulaimaniyah, the autonomous Kurdistan region's second city. (AFP)

In a plant nursery in northern Iraq's autonomous Kurdistan region, hundreds of pine, eucalyptus, olive and pomegranate saplings grow under awnings protecting them from the fierce summer sun.

The nursery in Sarchinar in the Kurdish city of Sulaimaniyah is part of efforts to battle the destructive effects of deforestation in the region.

"Almost 50 percent of forests have been lost in Kurdistan in 70 years," said Nyaz Ibrahim of the UN's World Food Program (WFP).

She attributed the loss to "water scarcity, rising temperatures, irregular decreasing rainfall and also fire incidents".

The loss is catastrophic, as the Kurdistan region is home to 90 percent of forests in Iraq, which has been among the hardest hit globally by climate change and desertification.

Much of this comes down to illegal tree felling and forest fires -- intensified by summer droughts -- as well as military operations on Iraq's northern border.

In the nursery -- the oldest in Iraq -- workers are busy unloading young saplings from a trailer which they then line up on a patch of land.

Here, some 40 varieties are developed to later be planted in forests or given to farmers, among them pines, cypresses, junipers and oaks -- the emblematic tree of the Kurdish forest.

"Climate change has an impact on the development of plants," said agricultural engineer Rawa Abdulqader. "So we prioritize trees that can withstand high temperatures and which consume less water."

A Kurdish man working with the "Million Oaks project", a project launched by several organizations in Kurdistan, points to an oak sample at the site of the initiative in the city of Erbil, the capital of the autonomous Kurdistan region in northern Iraq on August 1, 2024. (AFP)

'Negligence'

With support from the WFP, micro-mesh nets were installed in the nursery to protect the trees from the sun, accelerating growth and minimizing evaporation.

Other greenhouses have been equipped with hanging sprinklers, which are more water-efficient.

The project has helped Sarchinar's annual production grow from 250,000 sprouts before it began in late 2022, to 1.5 million in 2024.

Over five years, the WFP intends to support authorities and local actors to plant 38 million trees over more than 61,000 hectares in Kurdistan, and work to preserve 65,000 forested hectares.

According to two official studies, between 1957 and 2015, more than 600,000 hectares were lost.

Over the last 14 years, some 290,000 hectares have been hit by fires, said Halkawt Ismail, director of the forestry office in Kurdistan's agriculture ministry.

These fires "break out mainly during the summer drought... and above all because of the negligence of citizens", he said.

He added that illegal logging in the 1990s by locals using the wood to warm their homes during an economic crisis had significantly contributed to the shrinking of forests.

Conflict and displacement

Elsewhere in Kurdistan, forests have been the collateral damage of fighting between the Turkish army and militants from the Kurdistan Workers' Party (PKK).

This summer, Kurdish media and organizations said Ankara's bombardment of the PKK triggered several forest fires.

In late June, the Turkish defense ministry accused the PKK of lighting fires to reduce visibility and conceal its positions.

"Türkiye has established over 40 military outposts and bases" in Iraqi Kurdistan, "logged many dozens of kilometers of roads through forested areas, and cleared forest around their bases," Wim Zwijnenburg, a researcher with the Dutch peace-building group PAX, told AFP.

"This practice has increased sharply since 2020," he said.

A decrease in forest supervision resulting from conflict and displacement, and rising temperatures and drought "provide fertile ground for forest fires".

These can either be the result of "natural causes, or of bombing and fighting from the Türkiye-PKK conflicts", he added.

"With limited or absent forest management, these fires can affect larger areas and lead to forest loss," Zwijnenburg said.

Kamaran Osman, human rights officer from the Community Peacemaker Teams organization, meanwhile noted that when areas are bombed, "people cannot go to... extinguish the fire, because they fear being bombed as well."

A Kurdish woman working with the "Million Oaks project", a project launched by several organizations in Kurdistan, inspects the water connection at the site of the initiative in the city of Erbil, the capital of the autonomous Kurdistan region in northern Iraq on August 1, 2024. (AFP)

1 million oaks

Authorities are working to cultivate new forests and to increase nursery production, though they lack sufficient human and financial resources.

Civil society has also got involved. In Sulaimaniyah, which is encircled by hills, activists are fighting bulldozers and excavators eating away at the slopes of Mount Goizha for a real estate project.

On the edges of the city, luxury housing complexes and shiny glass towers are already rising on the hillside.

In the regional capital of Erbil, a campaign launched by local organizations aims to plant 1 million oak trees.

Since 2021, 300,000 trees have been planted, said Gashbin Idrees Ali, the project manager.

"Climate change is happening and we cannot stop it. But we should adapt to it," he said.

Oak trees were chosen because they "need less water", he said.

"We supervise the tree's growth for four to five years and after... it can survive for hundreds of years."



Orange Frog Size of Pencil Tip Discovered in Brazil Forests

Tiny toadlet measuring less than 14 mm in length (Luiz Fernando Ribeiro)
Tiny toadlet measuring less than 14 mm in length (Luiz Fernando Ribeiro)
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Orange Frog Size of Pencil Tip Discovered in Brazil Forests

Tiny toadlet measuring less than 14 mm in length (Luiz Fernando Ribeiro)
Tiny toadlet measuring less than 14 mm in length (Luiz Fernando Ribeiro)

Scientists have found a new orange toad species in Brazil that is so small it fits on the tip of a pencil, highlighting the need for more conservation efforts in the country’s mountainous forest areas.

The toad species, measuring less than 14mm, was found deep in the cloud forests of the Serra do Quiriri mountain range in the southern Brazilian Atlantic Forest, according to the Independent.

Researchers have named the new species Brachycephalus lulai in honor of Brazil’s president Luiz Inacio Lula da Silva.

Cloud forests typically are found at altitudes between 1,000 and 2,500m and a layer of clouds at the canopy level is common year-round.

Until now, around two million animal species have been discovered in the world, with estimates suggesting that the Earth is home to around eight million of them, meaning at least six million remain yet undiscovered.

For decades, researchers have been combing the southern Brazilian Atlantic Forest to find and catalogue new species.

The region is known to be home to micro-endemic frogs and toads that are only found in small, restricted areas of the forest and are vulnerable to extinction.

In the latest study, researchers document the discovery of tiny frogs with a striking orange body and distinctive green and brown freckles.

The males were found to measure between 9 and 11mm, and females between 11 and 14mm.

They are among the smallest four-legged animals on Earth, capable of fitting fully on the tip of a pencil, researchers say.

Scientists identified the new species by its unique mating call, consisting of two short bursts of sound, unlike those of other known Brachycephalus in the area.

Researchers also conducted CT X-ray scans to look at the skeletal structure and DNA analysis to confirm what they had was indeed a new species.

Comparing DNA samples of the toad with those of other species, they found that it is most closely related to two species that live in the Serra do Quiriri.

Following the discovery, scientists immediately called for conservation efforts to protect the toad species and its relatives.

“Through this tribute (the act of naming a new species), we seek to encourage the expansion of conservation initiatives focused on the Atlantic Forest as a whole, and on Brazil's highly endemic miniaturized frogs in particular,” researchers wrote in the study published in the journal PLOS One.

Caption: Tiny toadlet measuring less than 14 mm in length (Luiz Fernando Ribeiro)


'Extremely Exciting': The Ice Cores that Could Help Save Glaciers

A researcher cuts a slice from an ice core sample taken from a glacier in the Pamir mountain range in Tajikistan, at the Hokkaido University Institute of Low Temperature Science, in Sapporo, in northern Japan's Hokkaido prefecture on December 9, 2025. (Photo by GREG BAKER / AFP)
A researcher cuts a slice from an ice core sample taken from a glacier in the Pamir mountain range in Tajikistan, at the Hokkaido University Institute of Low Temperature Science, in Sapporo, in northern Japan's Hokkaido prefecture on December 9, 2025. (Photo by GREG BAKER / AFP)
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'Extremely Exciting': The Ice Cores that Could Help Save Glaciers

A researcher cuts a slice from an ice core sample taken from a glacier in the Pamir mountain range in Tajikistan, at the Hokkaido University Institute of Low Temperature Science, in Sapporo, in northern Japan's Hokkaido prefecture on December 9, 2025. (Photo by GREG BAKER / AFP)
A researcher cuts a slice from an ice core sample taken from a glacier in the Pamir mountain range in Tajikistan, at the Hokkaido University Institute of Low Temperature Science, in Sapporo, in northern Japan's Hokkaido prefecture on December 9, 2025. (Photo by GREG BAKER / AFP)

Dressed in an orange puffer jacket, Japanese scientist Yoshinori Iizuka stepped into a storage freezer to retrieve an ice core he hopes will help experts protect the world's disappearing glaciers.

The fist-sized sample drilled from a mountaintop is part of an ambitious international effort to understand why glaciers in Tajikistan have resisted the rapid melting seen almost everywhere else.

"If we could learn the mechanism behind the increased volume of ice there, then we may be able to apply that to all the other glaciers around the world," potentially even helping revive them, said Iizuka, a professor at Hokkaido University.

"That may be too ambitious a statement. But I hope our study will ultimately help people," he said.

Thousands of glaciers will vanish each year in the coming decades, leaving only a fraction standing by the end of the century unless global warming is curbed, a study published in the journal Nature Climate Change showed Monday.

Earlier this year, AFP exclusively accompanied Iizuka and other scientists through harsh conditions to a site at an altitude of 5,810 meters (about 19,000 feet) on the Kon-Chukurbashi ice cap in the Pamir Mountains.

The area is the only mountainous region on the planet where glaciers have not only resisted melting, but even slightly grown, a phenomenon called the "Pamir-Karakoram anomaly.”

The team drilled two ice columns approximately 105 meters (328 feet) long out of the glacier.

One is being stored in an underground sanctuary in Antarctica belonging to the Ice Memory Foundation, which supported the Tajikistan expedition along with the Swiss Polar Institute.

The other was shipped to Iizuka's facility, the Institute of Low Temperature Science at Hokkaido University in Sapporo, where the team is hunting clues on why precipitation in the region increased over the last century, and how the glacier has resisted melting.

Some link the anomaly to the area's cold climate or even increased use of agricultural water in Pakistan that creates more vapor.

But the ice cores are the first opportunity to examine the anomaly scientifically.
"Information from the past is crucial," said Iizuka.

"By understanding the causes behind the continuous build-up of snow from the past to the present, we can clarify what will happen going forward and why the ice has grown."

Since the samples arrived in November, his team has worked in freezing storage facilities to log the density, alignment of snow grains, and the structure of ice layers.

In December, when AFP visited, the scientists were kitted out like polar explorers to cut and shave ice samples in the comparatively balmy minus 20C of their lab.

The samples can tell stories about weather conditions going back decades, or even centuries.

A layer of clear ice indicates a warm period when the glacier melted and then refroze, while a low-density layer suggests packed snow, rather than ice, which can help estimate precipitation.

Brittle samples with cracks, meanwhile, indicate snowfall on half-melted layers that then refroze.

And other clues can reveal more information -- volcanic materials like sulfate ions can serve as time markers, while water isotopes can reveal temperatures.

The scientists hope that the samples contain material dating back 10,000 years or more, though much of the glacier melted during a warm spell around 6,000 years ago.

Ancient ice would help scientists answer questions such as "what kind of snow was falling in this region 10,000 years ago? What was in it?" Iizuka said.

"We can study how many and what kinds of fine particles were suspended in the atmosphere during that ice age," he added.

"I really hope there is ancient ice."

For now, the work proceeds slowly and carefully, with team members like graduate student Sora Yaginuma carefully slicing samples apart.

"An ice core is an extremely valuable sample and unique," said Yaginuma.

"From that single ice core, we perform a variety of analyses, both chemical and physical."

The team hopes to publish its first findings next year and will be doing "lots of trial-and-error" work to reconstruct past climate conditions, Iizuka said.

The analysis in Hokkaido will uncover only some of what the ice has to share, and with the other samples preserved in Antarctica, there will be opportunities for more research.

For example, he said, scientists could look for clues about how mining in the region historically affected the area's air quality, temperature and precipitation.

"We can learn how the Earth's environment has changed in response to human activities," Iizuka said.

With so many secrets yet to learn, the work is "extremely exciting," he added.


Jane Austen Fans Celebrate the Author’s 250th Birthday in Britain and Beyond

One of the new British 10 pound notes is posed for photographs outside the Bank of England in the City of London, Thursday, Sept. 14, 2017. (AP)
One of the new British 10 pound notes is posed for photographs outside the Bank of England in the City of London, Thursday, Sept. 14, 2017. (AP)
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Jane Austen Fans Celebrate the Author’s 250th Birthday in Britain and Beyond

One of the new British 10 pound notes is posed for photographs outside the Bank of England in the City of London, Thursday, Sept. 14, 2017. (AP)
One of the new British 10 pound notes is posed for photographs outside the Bank of England in the City of London, Thursday, Sept. 14, 2017. (AP)

Fans of Jane Austen celebrated the acclaimed author's 250th birthday on Tuesday with a church service in her home village, festive visits to her house — and a virtual party for those paying tribute from afar.

Thousands of enthusiasts around the world have already taken part in a yearlong celebration of one of English literature’s greats, who penned “Pride and Prejudice," “Sense and Sensibility” and other beloved novels.

On Tuesday — to mark 250 years since she was born on Dec. 16, 1775 — Jane Austen’s House, in the southern English village of Chawton, hosted talks, tours and performances for dozens of visitors, with celebrations concluding with an online party for fans from all over the world.

“Regency dress strongly encouraged,” organizers said, adding that more than 500 people had signed up for the Zoom party.

The cottage, now a museum with Austen artifacts, was where the author lived for the last years of her life and where she wrote all six of her novels.

A church service featuring music and readings is held in Steventon, the rural village where she was born.

Fans, who call themselves “Janeites," have marked the anniversary year with Regency balls and festivals staged in the UK, US and beyond.

At the weekend, the city of Bath, where Austen lived for five years, hosted the Yuletide Jane Austen Birthday Ball, the finale of many grand costumed events held there this year.