Monday, January 12, 2026

 

Canada–Estonia partnership advances community-centered clean energy



University of Victoria
ACET in Estonia 

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From left: Sulev Alajõe, Taavi Liivandi, Omar Jõpiselg, Cecilia Jaques, Curran Crawford, Üllar Laid and Ryan Osterberg were photographed in Hiiumaa, Estonia, for the initial ACET/EISEA meeting.

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Credit: EISEA





A new international partnership between institutes in Canada and Estonia is accelerating community-based clean energy transformation in the European Union, with benefits for island communities abroad and across Canada.  

The ACET–Estonian Islands Community Energy Partnership unites the University of Victoria (UVic)-led Accelerating Community Energy Transformation (ACET) initiative with the Estonian Islands Energy Agency (EISEA) to co-design and deliver applied clean energy research that responds directly to local priorities.  

By combining ACET’s research expertise with EISEA’s on-the-ground knowledge of island communities, the partnership will foster innovative clean energy solutions, enhance local capacity and create replicable approaches to community-centred energy systems on Estonian islands.  

For Canadians, the work offers valuable lessons from an advanced industrial democracy facing similar energy, climate and affordability challenges—while also mobilizing Canadian expertise to support like-minded international partners. 

“This partnership highlights the value of international collaboration for accelerating community-centred clean energy solutions,” says Curran Crawford, executive director of ACET. “By bringing together Canadian research leadership and Estonian innovation and expertise, we are creating practical models that strengthen local energy independence while delivering lessons that can be scaled for communities around the world.” 

In addition to regular academic exchanges between UVic and universities in Estonia, three priority research projects will begin in early 2026. 

The first focuses on biogas and the circular economy on Saaremaa, examining how local organic waste can be transformed into energy that can be integrated into the island’s district heating network. The project will assess economic opportunities and help EISEA prepare for upcoming European Union biogas regulations. 

A second study will examine the social impacts of large-scale renewable energy development on island communities, exploring how local values and beliefs shape responses to clean energy projects. The goal is to develop tools that support transparent, fair and community-aligned energy planning. 

The third project will examine energy communities and local energy independence on Hiiumaa, following a pilot initiative that links sustainable energy production, distribution and transportation. Canadian experience with energy cooperatives will inform the work, producing insights relevant to both countries. 

Across all projects, community engagement will be respectful, reciprocal and responsive to local governance, knowledge and lived experience. Research will be co-designed, coordinated with Estonian academic partners, and focused on outcomes that inform local, provincial, national and European-level policy. 

“The Estonian islands require a fundamental energy transition supported by robust, evidence-based decisions to ensure local energy production that reflects community expectations. These studies will enable us to evaluate projects holistically and guide investments toward sustainable, long-term benefits,” says Sulev Alajõe, director, Estonian Islands Energy Agency. 

Research undertaken through this partnership is funded in part by the Canada First Research Excellence Fund, through the ACET initiative.  

Additional projects will be announced later this year.

Learn more about the ACET-Estonia project

 

What most corporate carbon reports get wrong, and how to fix them



Companies undercount emissions from their supply chains by billions of tons, a new study reveals. A new model could help them find and shrink the biggest contributors to their carbon footprints.



Stanford University





A new Stanford-led analysis of corporate carbon disclosures finds companies undercount emissions from their supply chains by billions of tons. 

The shortfall arises from use of a popular statistical model that assumes all suppliers are located in the United States. “Supply chains are global, though, so a model that assumes everything is made domestically is going to give us a wrong answer,” said Steve Davis, a professor of Earth system science in the Stanford Doerr School of Sustainability and lead author of the Dec. 20 study in Nature Communications

Davis and co-authors set out to find out how far off estimates are under the common approach compared to results from an alternative model that considers emissions data from the regions where suppliers actually operate. They found the widely used single-region U.S. model, maintained until recently by the U.S. Environmental Protection Agency, missed about 2 billion tons, or 10% of emissions tied to more than 400 companies’ supply chains in 2023. That’s roughly equivalent to the annual emissions of Russia or India. 

The additional 2023 emissions included approximately 973 million tons of emissions attributed to suppliers in China, which relies heavily on coal. The biggest gaps emerged in energy-intensive manufacturing sectors such as steel and concrete, construction machinery, fabricated metals used for cars and infrastructure, and electronic components. 

Companies relying on estimates from single-region U.S. models may overlook the emissions impact of importing energy-intensive manufactured goods from China and Russia, according to the study. They may also miss opportunities to reduce emissions and associated costs by sourcing those goods from countries with cleaner grids, such as the U.S., France, and Brazil. 

At the start of 2026, as an expanded carbon border tariff takes effect in Europe, the cost of upstream emissions is increasing for EU importers of manufactured goods, including steel, aluminum, and cement. “A company that’s interested in reducing the emissions in their supply chain needs to know not just how big the number is, but also where these emissions are coming from,” Davis said. 

Expanding access to better data

Together with collaborators including lab member Wesley Ingwersen, who created the U.S. EPA model and led work on it until the agency shuttered it in August 2025, Davis is now working to make a global model freely available and easy to use through an effort called Cornerstone. “The reason companies haven’t been using the global models is they’re not as easy to come by. They are a lot more involved to build, and there hasn’t been an easy, open-source version,” said Davis. 

The group is integrating the former government database with the multi-region model analyzed in the study, which was developed by a private company called Watershed, where Davis chairs the science advisory board and previously served as head of climate science. 

“When available tools neglect international sources of emissions, companies’ sustainability decisions suffer,” said study co-author Michael Steffen, Watershed’s head of climate analytics.

The team aims to release the merged model in late 2026, with ambitions to account for emissions from land-use changes and deforestation in later research and iterations. “If you’re getting soybeans from Iowa, it has a very different footprint than if you’ve cut down some of the Amazon to grow those soybeans,” Davis said.

Scientists from the World Wildlife Fund and CDP, formerly known as the Carbon Disclosure Project, co-authored the paper. “These are NGOs that are really interested in minimizing greenwashing and making sure that corporate climate actions are as beneficial as possible,” Davis said. 

Some critics question whether models based on sector-wide averages and spending like those analyzed in the study are the right approach to estimate upstream emissions at all – regardless of whether global or single-region models are used. “I think we could all agree that if you had perfect data about exactly what was going on in your supply chain, you could make even more accurate estimates and leapfrog all of these models,” Davis said. “The reality is, though, that it’s still really difficult to get a lot of that data, and there’s little prospect of getting it without much more stringent regulations than are even on the table.” As a result, he said, there’s value in improving the modeling approach even if the long-term strategy is to get better data. 

Corporations seeking to track and reduce emissions in their supply chains have the potential to make a meaningful difference in global carbon pollution, Davis said. “They are making sizable investments. If those dollars are directed to the right places, it could meaningfully reduce global emissions,” he said.


Co-authors of the study not mentioned above include Andrew Dumit, Mo Li, and Yohanna Maldonado of Watershed; Martha Stevenson of the World Wildlife Fund; Tatiana Boldyreva of CDP; and Sangwon Suh, who is affiliated with both Watershed and the University of California, Santa Barbara. 

 

 

Overlooked decline in grazing livestock brings risks and opportunities



Large-scale trend in North America and other regions poses global ecological challenges



Arizona State University

Large-scale decreases in the presence of grazing livestock have broad consequences for planetary health 

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Livestock populations have shrunk by about 12% over the past 25 years in regions that held 42% of the world’s domestic grazing animals in 1999. These overlooked reductions in stocking rates may have major ecological consequences, according to a new study by Osvaldo Sala at Arizona State University and José Anadon at Instituto Pirenaico de Ecología.

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Credit: Photo by USDA-ARS Fort Keogh Livestock and Range Research Laboratory (copy right free, public domain)





For decades, researchers have focused on the problem of overgrazing, in which expanding herds of cattle and other livestock degrade grasslands, steppes and desert plains. But a new global study reveals that in large regions of the world, livestock numbers are substantially declining, not growing — a process the authors call destocking.

“We often assume that rangelands are being degraded because we overgraze them, but the data show that it's not the whole story: nearly half of livestock production occurs in areas that have experienced destocking over the past 25 years,” said study co-author Osvaldo Sala, an ecologist and professor at Arizona State University.

The findings are important because destocking isn’t just the reverse of overgrazing; it poses new ecological and land management challenges. “We need to manage both processes,” Sala said. It's not that destocking is automatically positive and that we should just leave it alone.”

When livestock numbers drop, for instance, unchecked plant growth can increase wildfire risk. Biodiversity might recover in some areas but decline in others, depending on how ecosystems respond. The researchers published the study in Proceedings of the National Academy of Sciences.

The authors analyzed global changes in livestock numbers from 1999 to 2023 using data from the United Nations’ Food and Agriculture Organization. Among their findings:

  • Livestock populations have shrunk by about 12% over the past 25 years in regions that held 42% of the world’s cattle, buffalo, sheep, and goats in 1999.
  • Destocking is especially common in Europe, North America, Australia, and parts of Africa and Asia. The steepest declines are in Eastern Europe, where livestock populations fell by 37%.
  • In contrast, livestock numbers are growing quickly in Middle Africa, Central Asia, and South America. In these regions, overall numbers increased by 40% since 1999.

To assess what could be driving the diverging trends, Sala and co-author José Anadón at the Instituto Pirenaico de Ecología looked for links to social, economic, and environmental factors. Changes in international trade did not explain changes in stocking rates and neither did the earth’s warming climate, the authors concluded.

“Climate change exists, but it doesn't explain these particular spatial patterns of destocking and increasing stocking rates,” Sala said.

Regional economic output emerged as a major factor, along with human population growth. In wealthy regions where livestock numbers are declining, people rely more on feed-based and industrial farming and use more technology. As a result, meat production per animal is 72% higher than in the more resource-limited regions where rangeland herds are expanding.

These less wealthy regions support grazing-based, less productive and subsistence-oriented livestock systems. Human population trends amplify the wealth effect on rangeland grazing, the researchers found: Poorer regions are also the places with the largest human population growth, which is boosting demand for meat.

Why it matters

Livestock grazing takes place on roughly one quarter of the land surface of the planet, making it humanity’s most extensive land use. Large-scale decreases in the presence of grazing livestock have broad consequences for planetary health that have been overlooked by conservation scientists and land managers, according to Sala and Anadón, who say the issues remain understudied and incompletely understood. It’s not clear, for instance, to what extent destocking might reverse the degradation caused by overgrazing.

Destocking and the resulting decrease in grazing can not only increase wildfire risk in some contexts, Sala said, it can also lead to the elimination of vulnerable plant species by allowing a select few species to dominate.

At the same time, reductions in grazing livestock that promote plant growth could enable ecosystems to capture more atmospheric carbon dioxide, benefiting the global climate.

“This is not just doom and gloom — it’s a more realistic, complex picture that suggests both risks and opportunities,” Sala said.

Grazing also impacts stream flows; loss of plant cover decreases transpiration by plants and increases runoff.

“Stopping grazing doesn't always mean more water to downstream users; effects are location-specific and need to be studied,” Sala said. “Rewilding or introducing different grazers — bison, goats, or other species — may fill functional roles left by cattle, but we need better science to decide what works where.”

By focusing so intently on the problem of overgrazing, Sala said researchers and policy makers have overlooked opportunities to manage destocking to achieve societal goals for conservation, carbon storage, and maintaining rural livelihoods.

“These are important issues for land managers, policymakers, and the public,” he said. “We need better data, more experiments, and thoughtful policies that recognize regional differences.”

Dar Global launches $1bn Trump Plaza project in Jeddah




The development, called Trump Plaza Jeddah, will include executive and premium residences, home offices, retail outlets and curated dining offerings. Photo/Supplied



The development, called Trump Plaza Jeddah, will include executive and premium residences, home offices, retail outlets and curated dining offerings. Photo/SuppliedNext


Arab News
January 12, 2026


RIYADH: A $1 billion Trump-branded mixed-use development has been launched in Jeddah, expanding Saudi Arabia’s pipeline of high-end real estate projects.

Dar Global, a London-listed luxury real estate developer majority-owned by Saudi developer Dar Al-Arkan, said the project marks its third collaboration with the Trump Organization in the Kingdom.

The development, called Trump Plaza Jeddah, will include executive and premium residences, home offices, retail outlets and curated dining offerings, the company said in a statement.

The launch follows the unveiling of Trump Tower Jeddah in December 2024 and comes as Saudi Arabia steps up efforts to attract private capital and foreign buyers into its real estate sector.

Eric Trump, executive vice president of the Trump Organization, said: “Expanding our presence in Saudi Arabia with Trump Plaza Jeddah underscores our commitment to world-class quality and iconic design.”

He added: “This project reflects the strength of our relationship with Dar Global and our confidence in Jeddah as a dynamic, globally relevant city. Trump Plaza Jeddah will set a new benchmark for integrated urban destinations.”

The lifestyle project will also have a 4,000 sq. meter members-only Vitality Club, featuring golf simulators, a spa, sports medicine and recovery facilities.

The Vitality Club will also include swimming pools, fine dining, a cigar and library lounge, a coffee bar, and high-performance wellness spaces.

“The launch of Trump Plaza Jeddah represents a major milestone in our Saudi portfolio. This is not a single-use development, but a carefully curated urban ecosystem designed for global residents who want to live, work, and connect within the best address in Jeddah,” said Ziad El Chaar, CEO of Dar Global.

He added: “Anchored by a private park and supported by world-class amenities, Trump Plaza Jeddah introduces a new model for modern city living in the Kingdom.”

The destination will also feature retail and dining concepts, including Trump Grill, Trump Daily, an artisan bakery, and a fitness pro shop, reinforcing the project’s positioning as a district that operates day and night.

Trump Plaza Jeddah is located within the 1,000,000-sq.-meter Amaya development and is supported by foreign-ownership incentives, a 0 percent capital gains tax and accelerated infrastructure investment, the company said.

Earlier this month, Dar Global unveiled the first of two Trump-branded projects planned for Riyadh, launching a 2.6 million-sq.-meter Trump International Golf Club in Wadi Safar.

US says revoked 100,000 visas since Trump return


Customs and Border Protection officer uses facial recognition technology in his booth at Miami International Airport to screen a traveler entering the United States. (File / AFP)

AFP
January 12, 2026

The figure is two and a half times the number revoked in 2024, when Joe Biden was president

The State Department said 8,000 of the revoked visas were for students



WASHINGTON: The United States has revoked more than 100,000 visas since President Donald Trump took office on an anti-migrant platform, a record for a single year, the State Department said Monday.

“The Trump administration has no higher priority than protecting American citizens and upholding American sovereignty,” State Department spokesman Tommy Pigott said.

The figure since Trump’s second inauguration on January 20, 2025 is two and a half times the number revoked in 2024, when Joe Biden was president.

The State Department said that “thousands” of the visas were revoked over crimes, which can include assault and also drunk driving.

Secretary of State Marco Rubio has proudly highlighted his revocation of visas from students who protested against Israel.

Rubio used a McCarthy-era law that allows the United States to block entry to foreigners seen as going against US foreign policy, although some of his high-profile targets successfully challenged deportation orders in court.

The State Department said 8,000 of the revoked visas were for students.

The Trump administration has also tightened vetting for visas, including moving to screen social media postings of visitors.

The visa revocations are part of a wider campaign of mass deportations, carried out aggressively through a surge of federal agents.

The Department of Homeland Security last month said that the Trump administration has deported more than 605,000 people, and that 2.5 million others left on their own.
Can Lebanon overcome the lingering threat of landmines and unexploded ordnance?


The scale of the bombardment Lebanon endured left behind a lethal mix of shell fragments, fuse remnants and unexploded artillery shells. (Supplied)


https://arab.news
NAJIA HOUSSARI
January 12, 2026


Israel-Hezbollah conflict added significant contamination, including cluster munitions, artillery shells, phosphorus, and IEDs

Explosive remnants limit freedom of movement, endanger communities, and delay humanitarian and reconstruction work



BEIRUT: A year after the guns fell largely silent along Lebanon’s southern frontier, the war is still killing — quietly, indiscriminately, and often unseen.

When the ceasefire between Israel and Hezbollah came into effect on Nov. 27, 2024, the country woke to a long-awaited calm. But the end of the bombardment did not mean the end of danger.

Daily Israeli violations persisted, and across the south, the Bekaa Valley and Beirut’s southern suburbs, a far more enduring threat lay buried beneath rubble, fields and roads: landmines and unexploded ordnance.

The scale of the bombardment Lebanon endured left behind a lethal mix of shell fragments, fuse remnants and unexploded artillery shells.

Much of this ammunition has become highly sensitive, capable of detonating with vibration or movement. For communities trying to return to normal life, it has turned routine activities — farming, construction, even clearing weeds — into potentially fatal acts.

Explosive remnants limit freedom of movement, endanger communities, and delay reconstruction work. (UNIFIL)

Lebanon had once been close to turning a page. Before the clashes that erupted after October 2023, the country was nearing the disposal of most unexploded ordnance left over from the 2006 war, achieving a clearance rate of about 92 percent.

The latest conflict, however, dragged the country back to square one.

“All areas that were bombed by Israel are likely to contain unexploded ordnance and gallons of highly explosive TNT used to destroy buildings,” officials said.

Following the Oct. 7, 2023 Hamas-led attacks on southern Israel that triggered the Gaza war, Hezbollah initiated limited operations against Israel’s north in solidarity with the Palestinian militant groups responsible for the assault.

Israel retaliated against Hezbollah’s attacks with escalating strikes, which included the use of incendiary weapons such as white phosphorus.

Besides the significant degradation of Hezbollah, the primary consequence of the grinding conflict, which ended with a fragile ceasefire in November 2024, was the mass displacement of communities and the devastation of civilian infrastructure across southern Lebanon.

Neither party has yet fulfilled its obligations under the US and French-brokered ceasefire deal, with Hezbollah failing to disarm and fully withdraw its fighters north of the Litani River and Israeli troops continuing to occupy five strategic hilltops on Lebanese territory.

The danger of landmines and explosive remnants lies in their unpredictability: some munitions can lie dormant for decades before suddenly exploding. It is a familiar tragedy in a country shaped by repeated wars.

Despite years of military surveys and clearance operations, unexploded ordnance, particularly old and internationally banned cluster munitions, continues to surface by chance — unearthed during excavation work, uncovered in farmland, or, in the worst cases, picked up by children.

After the 2006 war, Lebanon recorded more than four million cluster bombs dropped by Israel, including about one million that failed to explode. Two decades on, extremely costly removal operations are still ongoing.

In 2023 alone, the Lebanese Mine Action Center announced the destruction of 5,509 landmines and unexploded ordnance.

Established in 1998 and operating under the supervision of the Lebanese Army, the center works with international partners that provide technical, financial and field support. But the current challenge is unprecedented.

INNUMBERS

*18 Lebanese soldiers killed during operations to remove UXO since the Nov. 2024 ceasefire.

*10-15 percent — estimated proportion of explosive munitions dropped by Israel that did not explode.

Today, unexploded ordnance is mixed between Israeli and Hezbollah munitions — all of it posing what officials describe as a silent, long-term threat.

A military source told Arab News that since the start of the war, army engineering units “have been working to clear and remove unexploded ordnance found in fields, homes and under rubble.”

Yet the true scale of contamination remains unknown. The Lebanese Army does not yet have a complete inventory of the ordnance scattered across the country.

“We need to wait until the survey of all areas affected by the war is completed to know the extent of the threat we are facing,” the source said, noting that access to some border villages is impossible “due to the Israeli occupation of some border points.”

Even so, the estimates are sobering. The military source put “the additional contamination after the recent aggression at around two million square meters,” describing areas littered with “aircraft bombs, rockets, artillery shells of various calibers, phosphorus shells, thermal balloons, cluster bombs, improvised explosive devices and traps, among others.”

“These are very dangerous to the safety of citizens,” the source said, because the sheer volume of debris “greatly hinders the clean-up operations, which require special equipment.”

Among the discoveries were “some internationally banned ammunition, including cluster bombs.”

The toll has not spared the army itself. Since the ceasefire was signed, 18 Lebanese soldiers have been killed during operations to remove unexploded ordnance.

Depending on the risk, munitions are either destroyed on site or transported to designated pits away from populated areas for controlled demolition.

UN peacekeepers are also grappling with the fallout. From Nov. 27, 2024, to Nov. 27, 2025, UNIFIL says it facilitated the redeployment of Lebanese forces to about 130 permanent locations, removed more than 330 roadblocks, and discovered hundreds of illegal weapons caches and unexploded ordnance, handing them over to the Lebanese Army.

On Dec. 8, UNIFIL said “the recent conflict left behind numerous unexploded ordnance in southern Lebanon,” adding that it was working with the army to remove hazards “to protect lives, restore freedom of movement and support Resolution 1701.”

The force carried out 34 clearance operations, removing 91 items of unexploded ordnance and improvised explosive devices, and has since expanded its capacity with additional mine-clearance, disposal and reconnaissance teams.

Six demining teams — from China and Cambodia — are now operating alongside new French survey units responding to the heightened threat.

Independent assessments paint an equally bleak picture. SARI Global, a risk intelligence company, said the war “left behind a dense mixture of unexploded ordnance, small cluster munitions and hazardous remnants in civilian and agricultural areas.”

While the immediate destruction was visible, the report said the long-term impact is defined by a “complex contamination footprint” in civilian and semi-urban zones.

The company highlighted the heavy reliance on aerial munitions — more than 55 percent of recorded activity — and documented cluster munition use in residential areas, creating what it called “a dense and volatile hazard landscape.”

Such contamination, it warned, restricts movement, delays rescue efforts, endangers aid workers and undermines recovery.

The human cost is already apparent. In Nabi Chit in the Bekaa Valley, a man and his son were injured when unexploded ordnance detonated as the father cleared weeds outside his home. In Majdal Zoun in the south, a soldier was wounded by a landmine explosion.

Frontline villages are the most affected. Tir Daba has been repeatedly targeted by cluster munitions, while Blida shows a high concentration of unexploded ordnance. Yaroun, according to SARI Global, is “a confirmed white phosphorus saturation zone.”

In Ayta Al-Shaab, extensive demolitions and indirect fire have left debris fields where deadly munitions are indistinguishable from ordinary rubble, complicating any future rehabilitation.

Even cities far from the front are not immune. Baalbek and its surroundings face what the report calls a “long-term strategic threat” after airstrikes on industrial and logistics infrastructure, including repeated attacks on heavy equipment essential for reconstruction.

Despite the efforts of the Lebanese Armed Forces, the Mine Action Center and their international partners, vast contamination, chronic funding shortages and the lack of comprehensive compensation plans continue to stall progress.

Clearing unexploded ordnance is painstaking, expensive and slow — but for many Lebanese communities, it is the only path back to safety.

A year after the ceasefire, the war’s most persistent legacy is buried underground, waiting.