Tuesday, December 17, 2024

BACKGROUNDERS


How Assad turned Syria into a narco-state 

How Assad turned Syria into a narco-state

By By Josiane Hajj Moussa for bne Beirut bureau December 14, 2024

A video circulating on social media this week shows a warehouse in Syria filled with Captagon. This highly addictive amphetamine-based drug has transformed the country into a narco-state under the rule of former President Bashar al-Assad. The alleged warehouse, reportedly located at a military division headquarters near Damascus under the command of Assad's brother Maher, highlights the scale of Captagon production in Syria.

"Crossing the Syrian border means paying fees to everyone – customs, the army, political security, and especially the Fourth Division," the smuggler told bnm IntelliNews.

"The Fourth Division is untouchable; they control everything and can move through checkpoints like they don't exist. Without them, Captagon smuggling wouldn't happen on this scale."

This elite unit, led by Maher al-Assad, is accused of controlling smuggling operations, including the Captagon trade. It enjoys extensive privileges that allow it to pass through checkpoints with minimal resistance, making it the most influential player in the drug trade.

A former Syrian officer stated that during the war the Fourth Division became a major smuggling route, with officers and soldiers exploiting their influence to smuggle drugs, weapons and goods to extremist elements.

In one instance, authorities in Idlib seized a large shipment containing hundreds of thousands of Captagon pills hidden in a truck from the regime-controlled town of Nubl in northern Aleppo. Over the past two years, Idlib authorities have confiscated more than 3mn Captagon pills.

Maher al-Assad, Bashar's brother, is believed to have orchestrated the promotion of Captagon inside Syria, aiming to generate profits to sustain a regime beset by sanctions and a deteriorating economy. With an average salary of $15 per month, many young people are drawn into working with drug dealers. Smugglers can earn between $10,000 and $14,000 per successful border crossing, though the risks can be fatal. A report by the BBC highlighted the tragic death of a child from the Ramthan clan – killed while smuggling drugs – underscoring the exploitation of children in these operations.

At a US House of Representatives Foreign Affairs Committee hearing on Syrian regime crimes in April 2023, it was stated that the drug trade is being used as a strategic tool by the Syrian regime to destabilise neighbouring countries, particularly Jordan and Saudi Arabia. The Fourth Division, led by Maher al-Assad, is the key player behind the trafficking, which generates resources for the regime and weakens its neighbours.

Reports confirm that most of the Captagon comes from regime-controlled areas, where the Fourth Division oversees production and distribution. No smuggler can operate without strong ties to the regime, and civilians, including women and children, are often used to transport the drugs. In opposition-held Idlib, drug shipments are smuggled through border crossings, sometimes hidden in refrigerated trucks.

Several Captagon factories are reported to be operating in regime-controlled areas, exporting their products to neighbouring countries such as the Gulf states and Turkey, as well as to Europe and Africa via the port of Latakia. These operations are believed to be overseen by the Fourth Division in collaboration with influential figures from the Assad family. The Captagon trade is viewed as both an economic and political tool to sustain the regime and destabilise its neighbours. Idlib is not only used as a transit hub for drugs, but its local youth are increasingly at risk from this growing epidemic. The export of Captagon to Gulf countries, Europe, and Africa highlights the far-reaching impact of the trade.

"Party-drug" shaping regional tensions

Described as the "poor man's cocaine," Captagon is a cheap, highly addictive stimulant often linked to violent and psychotic behaviour. Its trade has exploded in recent years, with annual market value estimates running into the billions. Captagon's production has provided an economic lifeline to the Assad regime amidst crippling sanctions imposed by the US and its allies.

In 2022, the US Treasury sanctioned several individuals linked to the Assad regime for their role in facilitating the Captagon trade. 

Those sanctioned included two of Assad's cousins and Khalid Qaddour, a close associate of Maher al-Assad, described as a "key producer and facilitator" in the drug's production.

Hezbollah and cross-border trafficking

The trafficking network extends beyond Syria. Jordanian officials have reported a significant increase in drug smuggling across their border, with many shipments being linked to Hezbollah, the Lebanese group heavily involved in facilitating Syria's drug trade. These operations are closely coordinated with Syria's Fourth Division.

The UN Office on Drugs and Crime (UNODC) has identified Syria and Lebanon as major departure points for Captagon shipments, with Saudi Arabia accounting for two-thirds of global seizures. Between 2014 and 2022, Saudi authorities confiscated 700mn Captagon pills smuggled from Lebanon.

Despite the devastating social impact, efforts to address the Captagon crisis have been slow. In 2023, the Biden administration introduced a strategy to combat the trade, focusing on Syria's production and Hezbollah's involvement. However, critics argue that international responses have been inadequate in countering the scale of the trade.

Captagon's expanding reach

Beyond the Gulf, Captagon's influence is spreading, with reports of its presence in North Africa, Europe and Southeast Asia. Its rise underscores the persistent instability in Syria, where both the humanitarian crisis and the emboldened drug trade remain by-products of the regime's survival tactics.

Syria's Captagon industry represents more than a criminal enterprise – it was a cornerstone of the Assad regime's economic and political strategy. Without decisive international action, the drug trade will continue to destabilise the region and pose a growing threat to global security.

In the first five months of 2023, authorities across the Middle East seized over 100mn Captagon pills, the most widely abused drug in the region, particularly among young people. Captagon, originally developed in the 1960s as a legal treatment for conditions such as ADHD, depression and narcolepsy, was withdrawn from the market in the 1980s due to harmful side-effects.

The rising prevalence of Captagon raises serious questions about the effectiveness of regional and international counter-narcotics strategies. This issue is not only about security but also has devastating health and social consequences. Despite official claims from the Syrian government that it is combating drug trafficking, evidence on the ground points to the involvement of powerful factions within the country.

Captagon highlights deep-seated corruption

In a notable case, a truck carrying two tonnes of hashish and 3mn Captagon pills was involved in a traffic accident en route to Tartus. The vehicle had no licence plates, a sign that it was likely connected to security forces or the military. Syrian sources identified the drivers as two brothers from Qardaha, the Assad family's stronghold. One was reported to work for state security, while the other allegedly had direct ties to the ruling family. This incident underscores the role of influential figures in facilitating smuggling operations without interference from security forces.

The issue is deeply rooted in extensive smuggling networks operating across the Lebanese-Syrian border. Lebanese authorities have uncovered large-scale operations to traffic Captagon into Gulf countries, including Saudi Arabia and the UAE. Investigations revealed the involvement of prominent drug traffickers working in coordination with armed groups and militias linked to the Syrian regime and Hezbollah.

These networks often store Captagon in remote locations before distributing it via an extensive smuggling infrastructure. While initial investigations faced significant challenges due to political interference, recent evidence has highlighted Hezbollah's role in facilitating drug trafficking within its areas of influence. There is also evidence of cooperation between criminal networks and the Syrian government, with drugs being transported across borders using unofficial routes shielded by regime support.

How Captagon broke Lebanon

Captagon has become a major revenue source for various militias and armed groups, including Hezbollah. Profits from the drug trade have funded these groups' activities in Lebanon and Syria, prolonging the Syrian civil war and contributing to Lebanon's internal conflicts.

The trade has also bolstered the political influence of these groups within Lebanon and neighbouring countries, including Iraq. International pressure has mounted on Lebanon and Syria, with sanctions imposed on individuals involved in drug trafficking, including figures within the Syrian regime.

In Lebanon, Captagon poses a serious threat to internal security. Smuggling networks operate in areas such as the Bekaa Valley and southern Lebanon, where Hezbollah's influence is strongest. This has made it difficult for Lebanese authorities to dismantle these operations.

Reports indicate that drugs are cultivated and processed in Lebanese territories before being smuggled across borders. In response to the growing international threat, the Lebanese government has implemented stricter anti-narcotics laws and enhanced cooperation with international security agencies. However, political and security challenges within Lebanon limit the effectiveness of these measures.

 

SYRIA BLOG: Putin joins George W Bush’s “Mission Accomplished” club

SYRIA BLOG: Putin joins George W Bush’s “Mission Accomplished” club
Flashback: Putin addresses Russian servicemen with words that will come back to haunt Moscow during a surprise visit to Hmeimim air base in December 2017. / Screenshot





By bne IntelliNews December 9, 2024

George W Bush’s “Mission Accomplished” 2003 victory speech aboard the aircraft carrier USS Abraham Lincoln is memorable for having aged extremely badly, given how Iraq subsequently descended into a full-on hellish sectarian war, with US troops fighting on for eight more years. So you might think Vladimir Putin would have left no hostages to fortune where that particular infamous address from a podium was concerned.

Not so. In a surprise visit to Russia’s Hmeimim Air Base in Latakia Province, northwestern Syria, in December 2017, the Russian president told the assembled airmen and soldiers that it was indeed mission accomplished when it came to Moscow’s military intervention on behalf of Syria’s president, Bashar al-Assad, in the multi-sided Syrian conflict.

So the weekend fall of Assad—whom Moscow, militarily tied up in Ukraine, hardly lifted a finger to help in the face of the lightning offensive that toppled him, though it has at least provided him with asylum in Russia—is egg on the face for Putin and a serious blow for Russia’s prestige.

In shoring up Assad nearly a decade ago, the Kremlin set out to re-assert itself as a global power. Another attraction of the military adventure was securing a foot in the eastern Mediterranean region. In return for saving Assad’s skin, Russia was awarded 49-year leases on the air base in Hmeimim and a naval base in Tartus. Whether Russia will now be forced to beat a retreat from those bases is one of the more intriguing questions thrown up by the hasty exit of Assad.

Should the bases be exposed to attacks from some of the less-than-Russia-friendly militia groups now in the ascendancy in their vicinity, perhaps Putin can cut a deal with Turkish counterpart Recep Tayyip Erdogan—who holds plenty of sway with jihadists and other armed groups across northern Syria—for some protection. Not what he had in mind all those years ago addressing Russian servicemen at Hmeimim. Either way, it is pretty much mission demolished.

George W Bush in 2003: Mission accomplished (apart from the eight years of hell to come). (Credit: file photo).

 After “conquering” Damascus, Erdogan turns his eye to the Kurds

ISTANBUL BLOG: After “conquering” Damascus, Erdogan turns his eye to the Kurds
Syria has gone green (jihadist) on the map since Assad's forces dissolved in the face of the offensive. / Syria.liveuamap.com
By Akin Nazli in Belgrade December 9, 2024

Turkey-backed jihadist groups supported by combat drones sent in by the Turkish armed forces have been attacking the town of Manbij in northern Syria held by Kurdish groups, footage continued to show on December 9.

On December 8, just a few hours after Hay'at Tahrir al-Sham (HTS) declared Syria’s Assad regime was overthrown, the jihadist groups—which are units within the Syrian National Army (SNA, formerly the Free Syrian Army FSA/OSO)—launched an offensive against the US-backed and Kurdish-led Syrian Democratic Forces (SDF) that control the Rojava region.

In the years prior to the Aleppo offensive that quickly culminated in an advance that caused the fall of the Assad regime at the weekend, the HTS dwelled and evolved under the patronage of Turkish President Recep Tayyip Erdogan’s regime on the border with Turkey, while the SNA was directly established by Ankara.

Actin together, the HTS and SNA launched the surprise Aleppo offensive on November 27, a few hours after a ceasefire between Israel and Hezbollah in Lebanon took effect.

Within 12 days, they took over Damascus without facing significant resistance from Assad’s forces. Military analysts assess that in terms of their rate of conquest, they may have broken the record set by the Taliban, which took over Afghanistan in 2021 within three and a half months.

Next stop Iraq?

The Russians look like they may have already traded Syria in the hope of securing some gains in other matters (perhaps the calculation is related to Ukraine, where a ceasefire is cooking with Donald Trump on his way back to the White House on January 20). Iran, meanwhile, has failed to mobilise its proxies in Lebanon, namely Hezbollah, and in Iraq, namely Hasdh-i Shabi.

Since Hamas launched its kamikaze cross-border strike from Gaza against Israel on  October 7 last year, Iran has lost its influence in Palestine, Lebanon and Syria. With the fall of Syria, it has also lost its land route connection to Palestine and Lebanon via Syrian territory. Both Palestine and Lebanon are under an Israeli naval and air blockade.

The next stop for Israel, prior to Tehran, looks like Iran’s proxies in Iraq.

Tayyip the Conqueror

If the security conditions allow for it, Turkey’s Recep Tayyip Erdogan will soon visit Damascus, where he will pray at the Umayyad Mosque in the former Syrian capital (we can say “former capital” because it is questionable right now as to whether a country called Syria still exists).

On December 5, bne IntelliNews reported that the Erdogan regime was hailing its “reconquest of Aleppo”.

This publication also recalled that Erdogan said in 2012, the year after the Syrian conflict ignited: “We’ll go to Damascus soon, inshallah… and we’ll pray at Umayyad Mosque.”

On December 7, this publication reported that Erdogan had set Damascus as the final target for his jihadists.

The Erdogan regime plainly sees the latest developments as Erdogan’s victory over Bashar Assad. That’s not particularly wrongheaded if things are evaluated from a perspective that takes what was a 13-year-long battle between two neighbouring autocrats into account.

In 2011, Erdogan participated in the coalition that came together to overthrow Assad. As of December 2024, Erdogan remains the ruler in Ankara, with his proxies having forced Assad to flee to Moscow.

For those who keep an eye on the mouthpieces of the Erdogan regime, it would be no surprise if Erdogan crowns himself as “Tayyip the Conqueror” at the Umayyad Mosque.

His media will, in any case, go live during his prayers and his trolls will decode the message.

On December 9, cement stocks on Borsa Istanbul jumped to celebrate the boss’ booty, namely Syria, which needs to be reconstructed.

Will Erdogan conquer the Eastern Euphrates too?

Manbij is now the only territory held by the Kurds on the western bank of the Euphrates river since, on December 4, they left some territory, including the town of Tal Rifat, to Erdogan’s jihadists.

Until the fall of Damascus, no significant clash between Erdogan's jihadists and the Kurds in this wave of conflict had taken place as the jihadists were too busy targeting the Assad regime.

The Erdogan regime has for a while now been holding talks with Kurdistan Workers’ Party (PKK) leader Abdullah Ocalan, who has been imprisoned in Turkey since 1999. The direction of the latest round of bargaining with the PKK, designated “terrorist” by Ankara, will be tested out by the developments in Syria.

Since Assad fled, Erdogan and his henchmen have been focusing on the Kurds.

In the years since Moscow intervened in Syria in 2015, Russia and the US have divided its airspace. The US controls the airspace in the eastern Euphrates region.

Consequently, the land held by Kurds on the western bank of the river do not enjoy US cover.

So, the real question is whether Trump will sacrifice the eastern Euphrates region when the Erdogan regime targets it after finishing its business on the western bank by taking over Manbij.

Syrian migrants in Turkey not eager to live under “Taliban II”

Erdogan’s officials have been circulating the idea that the Syrians who fled their homeland for Turkey are now in a rush to return to their country following the exit of Assad.

Based on official Turkish figures, there are around 3-4mn Syrians in Turkey. The actual figure is widely estimated to be around 5-7mn.

The return to Syria of a few thousand pro-jihadist Syrians would not put a dent in the massive problem posed to Turkey by hosting such a huge migrant population.

Looking beyond only Syrians, the total number of irregular immigrants in Turkey is estimated as standing at above 10mn, including 1-2mn Afghans and millions of people from African and other Asian countries.

These people are not in Turkey by choice. Turkey is on the route to Europe. They are largely working and saving up money in Turkey to pay human smugglers who will take them on to developed countries.

Prior to the jihadist takeover of Syria, videos showing beaches and parties in the country got plenty of “hits” and “clicks” in Turkey. Within two weeks, the country has been turned upside down.

Under the rule of the jihadists, Syria will become a second Afghanistan. It will not be an attractive spot for people that dream of a normal life.

What to expect now?

Syria is still in chaos. It is unknown whether the jihadists will be able to put together a functioning state anytime soon.

Opportunistic Israel, meanwhile, has been expanding the Syrian territory it controls in the south (purple on the map), while bombing ammunition sites and equipment left behind by Syria's army.

The Russians have been withdrawing but they still have some personnel and equipment left at their military bases on the Mediterranean coast.

The jihadists have so far not fought each other. In the coming days, as the diplomatic bargaining on the future of the country intensifies, those doing the bargaining—the list currently includes the US, Russia, Iran, Turkey, the UAE, Israel, Qatar and Saudi Arabia among others—will mobilise their proxies among the jihadists to strengthen their hand at the table.

Looking at where we are now, there are presently jihadists (green on the map) and Kurds (yellow) in the country, in addition to limited areas held by Israel and Islamic State (black).

The situation in Syria is precarious and will definitely not stabilise in the coming months, and perhaps not in the coming years.

A 77-Year Reign Ends: The Ba’ath Party’s Collapse


 Daraj

“Damascus Without Assad”—a phrase Syrians have long dreamed of saying. Today, that dream has become reality. The regime has fallen, and Syrians are experiencing a historic moment of joy.


The fall of Bashar al-Assad bears striking similarities to Saddam Hussein’s iconic downfall more than 20 years ago. In 2024, the toppling of statues of Assad, his father, and his brother Bassel mirrored the scenes of Saddam’s statues being torn down in 2003. The burning of Assad’s images evoked memories of the same fate that befell Saddam’s portraits. While the contexts differ greatly—Assad’s fall was not delivered by U.S. tanks, as was the case with Saddam—the demise of the Ba’ath Party in Syria parallels that in Iraq, a testament to the shared nature of the Ba’athist regimes in both nations.

The Syrian and Iraqi Ba’ath parties share a common origin, dating back 77 years to 1947, when Michel Aflaq and Salah al-Din Bitar founded the Ba’ath Party. The party would go on to rule Iraq and Syria for decades, extending its influence to neighboring countries like Lebanon. However, the unity of the Ba’ath Party splintered in 1966, when leftist Ba’athists in Syria overthrew Aflaq and Bitar, ousting them from leadership along with Iraqi Ba’ath leaders Ahmed Hassan al-Bakr and his cousin Saddam Hussein. In response, al-Bakr and Saddam established a new regional Ba’ath leadership in Baghdad with Aflaq’s support. This marked the critical division of the party into two factions: the Syrian Ba’ath and the Iraqi Ba’ath.

This schism, as Hazem Saghieh explains in his book The Syrian Ba’ath: A Brief History, served as “the culmination and crowning of a process of separation between two regimes in two independent countries. The rise of certain social classes to power in Syria and Iraq eliminated the need for a unifying locomotive and the ideological claims that had initially propelled them to authority.”

The Ba’ath regimes in both Iraq and Syria ruled through brutality, repression, and authoritarian control. Their ideologies bred only dictatorship and systemic oppression. Elections were theatrical exercises of staged “democracy,” with Syria’s Hafez al-Assad and later his son Bashar regularly winning over 97 percent of the vote. Saddam Hussein went even further, audaciously declaring a 100 percent victory in one election.

The Iraqi Ba’ath ruled from 1968 until 2003, with Saddam in power for 24 of those 35 years. Meanwhile, the Syrian Ba’ath took control in 1963 through a coup, which was followed by another in 1966 and ultimately by Hafez al-Assad’s “Corrective Movement” in 1970. Hafez ruled for 30 years before passing power to Bashar in 2000. In total, the Assads’ Ba’athist regime reigned over Syria for 54 years, an era that weighed heavily on the Syrian people.

Both Iraq and Syria only escaped Ba’athist rule through violent upheaval. In Iraq, it took a major U.S.-led invasion in 2003 to oust Saddam, preceded by years of economic sanctions following the Gulf War. Syria’s struggle was even longer, beginning with the uprising on March 15, 2011, and culminating in the early hours of December 8, 2024, when Bashar al-Assad fled the country, marking the definitive end of Ba’athist rule in both nations.

Assad’s fall also signals the likely demise of the Syrian Ba’ath Party’s farcical presence in Lebanon. Currently headed by Ali Hejazi, who derives his influence from Hezbollah, the Lebanese branch once wielded significant power during Syria’s occupation of Lebanon.

While Iraq fell into the trap of “de-Ba’athification,” one of the most catastrophic policies enacted by U.S. civilian administrator Paul Bremer, the hope for Syria today lies in the wisdom of the Syrian revolutionaries who have overthrown Assad. The task ahead is to preserve the state’s institutions, hold major perpetrators accountable, and integrate Ba’athists into a new framework. This approach aims to transition Syria from the nightmare of Ba’athist rule to a more stable and secure future for its people, who are yearning for freedom and unquestionably deserving of it.
CRIMINAL CAPITALI$M

Indonesian anti-corruption agency raids central bank over misuse of funds

Investigation targets alleged diversion of social responsibility funds for personal gain

Tuba Ongun |17.12.2024 - TRT/AA


ANKARA

Indonesia's anti-corruption agency, the Corruption Eradication Commission (KPK), raided the headquarters of Bank Indonesia on Monday evening as part of an investigation into the alleged misuse of social responsibility funds intended for community projects.

A spokesperson for the agency, Tessa Mahardhika, confirmed the raid on Tuesday, stating, "Yes, the KPK investigative team conducted a search at Bank Indonesia’s office last night," the Jakarta Globe reported.

The investigation, which has been ongoing since September, focuses on how these funds—earmarked for community initiatives such as housing, infrastructure, and places of worship—were allegedly diverted for personal gain.

KPK Director of Investigations Asep Guntur emphasized that the agency’s priority is ensuring funds meant for public benefit are utilized appropriately.

The Financial Services Authority, another key regulatory body, is also reportedly being examined as part of the broader investigation.

 

Magnetic resonance imaging also sheds light on history without destroying fragile finds - Ancient Roman harbor wooden structures analyzed at the University of Oulu, Finland




University of Oulu, Finland
Mdern and ancient small wood samples 

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Accurate NMR measurements can provide historical information from very small samples. The picture shows the archaeological wood samples examined, seen from left 1 to 3, the first modern samples of spruce, maple and chestnut and 4 to 6 the archaeological samples the in same order. Image Otto Mankinen / University of Oulu

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Credit: Otto Mankinen / University of Oulu



In a recent study, rare 300-century wooden structures from the Roman Empire were investigated in a wide range of ways using NMR methods. These methods, widely known for their use in hospital MRI scans to produce detailed images of the human body, have proven equally valuable in unraveling the secrets of archaeological treasures. Promising applications are rapidly expanding into a wide range of fields.

The samples are from the wooden poles of the ancient pier of an ancient Roman harbour discovered during excavations for a new metro line in Naples, Italy, which began in 2004. The discoveries also moved the route of the metro line, which now runs underneath the archaeological treasures, and the metro line was not due to open until the summer of 2024. The development of the discovered port tells an interesting story of the Roman Empire, read more.

"It is rare that ancient organic wooden structures are found at all, as they usually degrade over time unless they are in a humid environment. The exceptional discovery was made possible by the aquifer that has preserved the pier structures for centuries," says Otto Mankinen, a researcher at the University of Oulu.

NMR spectroscopy, or nuclear magnetic resonance spectroscopy, is based on radio-frequency radiation, so it does not damage the target at all. Medical MRI in hospitals is one of the well-known applications of NMR spectroscopy. The technique exploits the magnetic properties of atomic nuclei to obtain very precise information about the structure and properties of matter.

The non-invasive nature of NMR measurements is also particularly important when examining archaeologically valuable samples or, for example, paintings for restoration. Many other methods can damage the sample, such as X-ray or light microscopy, which often also requires slicing of the sample, a destructive and challenging process when dealing with fragile and spongy underwater wood remains. If they are lifted into the air, activated decomposers can destroy the samples or they can decay. In the new study, wood samples were preserved under similar conditions where they spent centuries.

The recent study aimed to find out how wood behaves and survives in water and to reconstruct the changes caused by decay, and to make a comprehensive analysis of the structure and changes in archaeological wood remains. The study is one of the first to combine four different NMR techniques: relaxometry, micro-imaging, diffusometry and cryoporometry. Archaeological samples of spruce, chestnut and maple were compared with fresh wood material from the same species.

"Knowledge of structural preservation is essential and important. It helps to find new ways to ensure that archaeologically valuable heritage is preserved for future generations," says Mankinen. "In the future, the method needs to be developed with a larger number of samples of coniferous and deciduous trees. These can be very different depending on the age of the tree, the specimen and the location of the sample in the trunk. The differences between current and old wood samples require careful interpretation."

"The valuable samples were analysed at the University of Oulu, as one of our long-standing research topics has been the analysis of wood materials. The best way forward would be to take NMR equipment on-site to historic finds, which are often too fragile to move," says Mankinen. The new findings will also contribute to the development of mobile NMR instruments.

NMR instruments are getting smaller and cheaper - with applications in many fields

When he came to his studies, Mankinen was surprised by the diversity of physics and NMR studies. "The methods are used for really interesting studies, and I didn't know before that I would be involved in archaeological research." The next studies are already underway, now on even older wooden artefacts from Neolithic inhabitants up to 7,500 years old in Italy's Lake Bracciano.

In recent years, NMR techniques have become faster and more sensitive, and the trend is also towards smaller and smaller instruments. Mobile NMR instruments are also less expensive.

There are high expectations and promising results for practical applications of NMR spectroscopy in several fields, such as environmental and atmospheric monitoring, battery materials, eco concrete, mine water and catalysts, and biochemistry, as shown in a doctoral thesis at the University of Oulu on December 2024.

The study ‘Comprehensive characterization of waterlogged archaeological wood by NMR relaxometry, diffusometry, micro-imaging and cryoporometry’ was carried out in collaboration with researchers from Sapienza University of Rome and published in October 2024 in Physical Chemistry Chemical Physics.

Read more

New method unveils secrets of protein interactions with potential for drug discovery

Novel ultrafast NMR method for investigating molecular exchange 

NMR Research Unit at the University of Oulu, Finland



ing results for practical applications of NMR spectroscopy in several fields, such as environmental and atmospheric monitoring and battery materials. Image Mikko Törmänen / University of Oulu

Credit

Mikko Törmänen / University of Oulu

 

Scientists can now predict how climate change will alter plant growth cycles



The oldest citizen science project in the United States yields new discoveries



Florida Museum of Natural History

Image 1 

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A new study shows it's possible for researchers to predict plant growth cycles, like leaf production and flowering time, with much more accuracy than ever before. The authors say this will be a critical tool for anticipating and mitigating the effects of global climate change.

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Credit: Florida Museum of Natural History




On February 2, 1887, residents of Punxsutawney Pennsylvania consulted a large rodent regarding the arrival of spring, marking the first official celebration of Groundhog Day. According to Rob Guralnick, curator of biodiversity informatics at the Florida Museum of Natural History, our ability to predict the timing of seasons hasn’t improved much since then.

“We can’t generate good forecasts for whether spring will arrive early or late next year nearly as well as we can make predictions about the weather,” he said.

Weather patterns influence when a season begins and ends, but the ways in which plants and animals respond to these patterns, called phenology, is just as crucial. Meteorologists can make reliable temperature forecasts months in advance, but when it comes to predicting when a species of tree will start growing leaves throughout its range, scientists are often left shrugging. 

When complex factors like climate change are added to the mix, such predictions become even more difficult to make.

But a new study published in the journal Communications Earth & Environment is set to make seasonal forecasting a little less onerous and a lot more reliable. The authors enhanced existing approaches used to predict phenology and added a measurement of how fast an area warms in spring. This improvement allowed the authors to predict how the timing of leaf and flower production would change over a period spanning more than 150 years.

Plant species in the U.S. are flowering three to four weeks earlier than they did 150 years ago

The breakthrough was sparked by the rediscovery of an old 19th-century report containing thousands of detailed phenological observations for plants and animals throughout the eastern United States. The observations represent the earliest effort organized under the Smithsonian Institution to monitor biological cycles in the United states with volunteer collections, making it the first phenology-based citizen science project in the country.

Using these historical growth patterns as a starting point, the authors tested the accuracy of their equations. Given that plants produced leaves and flowers at a certain time in the 1850s, they predicted how the timing of those patterns would have changed 17 years later. They compared their results with modern observations to see how well they matched up.

Theresa Crimmins, the director of the USA National Phenology Network and co-author of the study, happened across the report while working on a book chapter about phenology. “I dug up this old document and realized there was actual data in it. Most of the other reports that had been referenced were just summaries.”

The report was the result of a short-lived citizen science network established by the Smithsonian Institution to monitor seasonal conditions and was published in two volumes by the U.S. Patent Office. The production of volume two, which contains the data on plants and animals — was significantly delayed due to a flurry of official documents that needed to be printed during the Civil War. When it finally made its way into print, the second half of the report contained information on when dozens of plants produced leaves, flowers and fruit from Michigan to Florida and as far west as California. 

“This is the oldest dataset we have where we’re looking at broad-scale phenology, and the change between then and now is striking,” Guralnick said.

To test their equations, the authors began by comparing the historical growth cycles with observations made within the last decade for 18 plant species. They anticipated differences between the two time periods caused by climate change, but they were unprepared for the magnitude of how much had been altered.

“All 18 species advanced their leaf growth and flowering phenology,” Crimmins said. “On average, it’s occurring more than three weeks earlier than it did in the past. There are some species that are flowering more than a month earlier.”

The fact that global warming has resulted in earlier springs and longer summers is well-established, but owing to the lack of historical data, it’s rare to obtain confirmation that spans such a large breadth of time.

Rate of springtime warming influences when plants produce leaves and flowers

Not all areas — or all species — in the eastern U.S. have experienced the same rate of change over 175 years. Phenology in the northeastern U.S. has, for example, advanced to a greater degree than in the Southeast. The well-worn equations that have been used to predict leaf growth and flowering time have been unable to account for this and other seemingly anomalous patterns.

Normally, scientists use two broad variables to predict phenology: where the plant is located and how much warm weather it needs to become active. This tends to work well for individual species in a limited area, but it’s less effective at predicting broad changes, like the arrival of spring for an entire forest.

This limitation is generally attributed to large amounts of variation within and between species.

A maple tree will respond differently than an oak, for example, and an oak in one area will respond differently than an individual of the same species in another.

Climate change throws another curve ball.

“Not only is there variation across species, there’s variation across latitudes in the rate of global warming. Climate is warming faster at higher latitudes,” said co-author Lindsay Campbell, an assistant professor at the University of Florida’s Florida Medical Entomology Laboratory.

But even when scientists account for this unequal warming, there are other patterns that have so far eluded explanation. Red maples, for example, are among the earliest active plants in eastern North America. In late winter and early spring, leafless maples send out numerous crimson flowers that stand out among other bare and dormant trees like a signal flare. Pink azaleas take a more measured approach, with leaves and flowers arriving later in the season, towards mid-Spring. But in some conditions, this sequence can be reversed, and what are generally considered to be later-flowering plants — such as pink azaleas — can bear flowers before those considered to be early bloomers — like maples — that grow at the same latitude.

Guralnick suspected there was a missing piece of the puzzle that, if found, would help make sense of the patterns.  In addition to a plant’s location and warmth requirements, he added a measurement for warming velocity, the rate at which heat is ratcheted up during spring. Areas next to large bodies of water tend to have slow warming velocities, because water takes longer to heat than air. Since water also retains warmth longer than air, these areas also tend to have warmer winters. He drew some back-of-the-napkin sketches and sought help from Crimmins and Campbell to refine the idea and develop a model for how warming velocity along with warm requirements might both determine phenology.

To test the idea, two museum interns, Michaela Keys and Carolyn Davis, digitized the historical data from the Smithsonian report. Co-author Erin Grady, a graduate student in the UF department of biology, compiled modern observations taken by citizen scientists that are publicly available through iNaturalist and the National Phenology Network. 

After running the numbers, their intuition was confirmed. With the addition of warming velocity, their predictions accurately aligned with the patterns in their data.

It also provided an explanation for the patterns that until then had proven intractable, such as later-flowering plants outpacing early bloomers. Though they generally flower late, a pink azalea in an area where spring temperatures increase rapidly can end up producing flowers before a maple growing in an area where temperatures climb more slowly.

The increased accuracy at predicting cycles within ecosystems may give conservationists a leg up when it comes to planning ahead. As global temperatures continue to increase due to climate change, species are not only changing up when they do things, but they’re also doing them in different places as their distributions shift, Guralnick said.

“I’ve always been skeptical about whether we’ll be able to predict what the world will look like in the near future, but I think we’re getting better at it as we take a more holistic view and as we get the underlying processes nailed down. Doing so helps us manage the diversity we have left.”

Pink azaleas (Rhododendron periclymenoides) grows in moist, shady environments throughout much of the Northeast United States and typically flower early in the year.

Credit

Florida Museum of Natural History

r rubrum) are one of the first plants to bloom in eastern North America during late winter and spring, but depending on how fast temperatures increase, they could be outpaced by plants that typically flower later in the year.


How TikTok & Co are shaping cultural production



RMU project CEDITRAA on Africa and Asia research extended



 News Release 

Goethe University Frankfurt

Tunde Aladese 

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Nigerian film and music production is now one of the world’s largest: Thanks to Netflix and film screenings, the comedy “Confusion Na Wa” by Kenneth Gyang is also experiencing a renaissance in Germany. On the right, Nigerian actress and screenwriter Tunde Aladese ((c) Cinema Kpatakpata)

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Credit: ((c) Cinema Kpatakpata)




FRANKFURT. The CEDITRAA research project addresses nothing less than a new world order in cultural production. While US-American cultural production dominated the world in the 20th century, new players have emerged in recent decades as a result of digitalization: In Asia, South Korea's culture is gaining in importance, while in Africa, Nigerian film and music production has become one of the largest industries of its kind in the world. Since 2021, the joint project CEDITRAA, operated by the Rhine-Main Universities (RMU) partners Goethe University Frankfurt and Johannes Gutenberg University Mainz, together with Pan-Atlantic University in Lagos, Nigeria, has been investigating cultural entrepreneurs and the opportunities that arise for them as a result of the digital transformation in cultural production. The project will now receive another three years of funding to the tune of almost €1.4 million; this follows an earlier €2.1 million in funding from the Federal Ministry of Education and Research’s (BMBF) Regional Studies funding line. The RMU joint project will start on January 1, 2025. In addition to Goethe University and Johannes Gutenberg University Mainz, the strategic Rhine-Main Universities (RMU) alliance also includes TU Darmstadt.

As part of the second phase, the project’s 18 scientists are changing their perspective: having previously focused on cultural production, they are now turning to its distribution. Their underlying assumption is that the new distribution channels themselves constitute a factor in media production and that the question of how to control channels and distribution networks will determine whether there will emerge a shift in emphasis away from the traditional cultural industries. While this shows that artists and cultural entrepreneurs alike are already taking advantage of the benefits of digital infrastructures – like portals or platforms – during media production, at the same time a lot depends on who owns and controls this infrastructure. The central questions asked by the researchers include: Do TikTok and portals like YouTube, Netflix or irokotv, Spotify and Boomplay shape cultural formats? And how do globally active online communities emerge in the process of music production that are simultaneously locally shaped and rooted?

The participating researchers come from different disciplines: In addition to ethnology and African studies, Korean studies, sinology, film studies and economics are also represented – making the joint project both interdisciplinary and international. In addition, CEDITRAA also uses the existing research infrastructures of the Frankfurt-based Centre for Interdisciplinary African Studies (ZIAF) and the Interdisciplinary Centre for East Asian Studies (IZO) as well as the Georg Forster Forum (GFF) at Johannes Gutenberg University Mainz.

When it comes to securing data and results, CEDITRAA benefits from the cooperation with the Deutsches Filminstitut & Filmmuseum, Europe's leading institution for digital research and education platforms in the film sector. At Goethe University, CEDITRAA will also cooperate with the new Center for Critical Computational Studies C3S (https://www.c3s-frankfurt.de), where digital methods of researching social transformation processes will be critically tested.

Squid Game 

 

Towards smart cities: Integrating ground source heat pump systems with energy piles



In a comprehensive review, researchers examine the benefits of this innovative dual technology for energy-efficient smart cities



Shibaura Institute of Technology

Schematic of the components of an energy pile for small to medium residential units 

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The energy pile system consists of four main elements: the geostructure, the embedded heat exchanger, the heat pump unit, and the distribution system.

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Credit: Shinya Inazumi from SIT, Japan Image source: https://www.mdpi.com/2624-6511/7/6/138




Human civilization is currently evolving at an unprecedented rate, with new breakthroughs every single day. This has become possible due to never-tapped-before levels of energy resources. However, the unsustainable development has recently raised concerns about adverse effects on the environment, resulting in a growing urgency to address issues pertaining to energy efficiency and climate change, especially in urban environments. Notably, rapid urbanization has worsened the urban heat island effect, a phenomenon where a city experiences significantly warmer temperatures than the surrounding rural areas, increasing the energy demand for heating and cooling systems. As a result, conventional air source heat pumps often suffer from reduced efficiency in high-temperature urban environments, prompting higher electricity consumption and operating costs. This pressing issue underscores the need for innovative, sustainable energy solutions.

The integration of ground source heat pump (GSHP) systems with energy piles has emerged as a promising answer to this challenge. Energy piles uniquely combine the structural support of foundation systems with geothermal heat exchange capabilities, providing a dual-purpose solution that aligns with smart city development goals. In addition, advances in geotechnical and energy technologies have made it possible to implement these systems in diverse urban conditions.

In a recent study, a team of researchers, led by Professor Shinya Inazumi from the College of Engineering at the Shibaura Institute of Technology and Associate Professor Apiniti Jotisankasa from Kasetsart University, has comprehensively reviewed the integration of GSHP systems with energy piles. Their paper was published in Smart Cities on November 25, 2024.

Prof. Inazumi remarks, “In recent years, there has been an increasing global emphasis on reducing carbon emissions and transitioning to renewable energy sources. This study aimed to provide a practical, scalable solution that bridges geotechnical engineering with renewable energy systems, contributing to sustainable urban infrastructure while addressing critical issues of energy management and environmental impact.”

The combination of GHSP systems and energy piles is a transformative approach to reducing electricity consumption and operating costs in cities facing growing energy demands. It takes advantage of stable ground temperatures to provide efficient heating and cooling, thus outperforming traditional air-source systems. Furthermore, it promotes heat dissipation through optimized groundwater circulation, ensuring the longevity and performance of geothermal systems.

In the review, the researchers emphasize the need for tailored design and adaptive management of the proposed dual-structure infrastructure and advocate site-specific strategies to maximize benefits. In residential, commercial, and industrial buildings, these systems can significantly reduce heating and cooling costs while reducing carbon emissions. Smart cities can incorporate energy stacks into infrastructure replanning, aligning with climate action goals and improving resilience to the urban heat island effect. Notably, energy piles can be embedded in roads, bridges, and underground transportation systems to manage thermal loads. This integration could optimize the energy efficiency of transportation facilities and extend their structural life. Furthermore, these systems can complement solar and wind energy by providing stable thermal energy storage, improving the overall efficiency of the current energy system.

“Government-backed subsidies or tax rebates could encourage the widespread adoption of this technology, further reducing barriers such as high initial installation costs and promoting sustainable urban growth,” highlights Prof. Inazumi.

Lastly, the researchers encourage scientists and urban planners to explore the GHSP system and the energy pile-based integrated approach to promote sustainable urban development.

By bridging the gap between geotechnical engineering and renewable energy, this work lays the foundation for sustainable urban living, and by addressing energy challenges currently faced by humanity, it aims to pave the way for resilient, energy-efficient urban development!

 

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Reference

DOI: https://doi.org/10.3390/smartcities7060138

 

About Shibaura Institute of Technology (SIT), Japan

Shibaura Institute of Technology (SIT) is a private university with campuses in Tokyo and Saitama. Since the establishment of its predecessor, the Tokyo Higher School of Industry and Commerce, in 1927, it has maintained “learning through practice” as its philosophy in the education of engineers. SIT was the only private science and engineering university selected for the Top Global University Project sponsored by the Ministry of Education, Culture, Sports, Science and Technology and had received support from the ministry for 10 years, starting from the 2014 academic year. Its motto, “Nurturing engineers who learn from society and contribute to society,” reflects its mission of fostering scientists and engineers who can contribute to the sustainable growth of the world by exposing their over 9,500 students to culturally diverse environments, where they learn to cope, collaborate, and relate with fellow students from around the world.
Website: https://www.shibaura-it.ac.jp/en/

 

About Professor Shinya Inazumi from SIT, Japan

Dr. Shinya Inazumi is currently a Professor at the College of Engineering at Shibaura Institute of Technology. He received his M.S. and Ph.D. degrees from Kyoto University in 2000 and 2003, respectively. He is renowned for his contributions to the field of geotechnical engineering. He received the Best Paper Award of the 13th International Conference on Geotechnique, Construction Materials and Environment in 2023, the Reiwa 2nd Year Japan Society for Materials Science Award from The Society of Materials Science of Japan in 2021, and also the ISSN Outstanding Researcher Award and ISSN Golden Research Award in 2020, among others. He has published over 350 articles that have received over 1,000 citations. His broader research interests include civil engineering, geoinformatics, artificial intelligence and data science.

 

Funding Information

This research received no external funding.