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Tuesday, September 29, 2026

 

Study: Obscure 1967 guide for LSD use still relevant as psychedelics gain in popularity


Survey participants agree with 18 of 19 tips from Lisa Bieberman, largely unknown acolyte of acid guru Timothy Leary



University at Buffalo



BUFFALO, N.Y. ­—  As psychedelic drugs such as LSD gain new momentum as a therapeutic treatment for severe post-traumatic stress disorder (PTSD), depression, and even headaches, a University at Buffalo researcher is exploring safety education for recreational users.

Daniel Kruger, PhD, research associate professor in the School of Public Health and Health Professions, looked back more than half a century for best practices on harm reduction.

In the 1960s, when Harvard psychology lecturer and psychedelics proponent Timothy Leary was advising people to “turn on, tune in, and drop out,” a young Radcliffe College graduate was quietly focused on another aspect of hallucinogens — safety.

Lisa Bieberman, who had been a Leary follower, established the Psychedelic Information Center in Cambridge, Mass. In February 1967, she published the $1 pamphlet, “Session Games People Play: A Manual for the Use of LSD,” which recommended best practices for the use of all types of psychedelics, especially for first-timers. She also addressed what might go wrong during an LSD or psilocybin ("magic”) mushroom trip.

“Bieberman highlights a number of games that may be better avoided during a LSD session, such as running away from your companions and believing that you have unlocked the deepest truths of the universe and need to tell the world about them,” Kruger says. “She also recommended that users stay with people they like and trust, avoid going out in public, and clear their minds of negative emotions.”

He launched a study with Paul Gillis-Smith, program lead at the Center for the Study of World Religious Studies at Harvard Divinity School, in which they surveyed almost 600 self-identified psychedelic users. Their findings, which showed that participants agreed with 18 of 19 pieces of Bieberman’s advice, were published in the Aug. 12 edition of the journal Psychedelics.

Other authors on the study are affiliated with the Michigan Psychedelic Center at the University of Michigan; Blue Sage Health Consulting in Ann Arbor, Mich., the Michigan Psychedelic Society; and the Radical Well-Being Center in Southfield, Mich.

When Kruger discovered Bieberman’s pragmatic teachings, which differed from Leary’s esoteric rhetoric, such as “surrender to the void,” he wanted to see if they would hold up today. It’s a timely inquiry, considering that psychedelic use now exceeds that of the counterculture ‘60s, according to Kruger.

Today, these drugs are gaining new momentum through hundreds of clinical trials and legal pathways in states like Oregon and Colorado, Kruger says.

“The idea is to medicalize these psychedelics for psychiatric conditions such as severe PTSD and depression,” he adds. “There really hasn’t been any big innovations in mental health medications since the selective serotonin reuptake inhibitors were introduced in the 1980s, and they don’t work as well as we originally thought.”

Psychedelics have even been used to treat physical conditions such as cluster headaches, which are so painful that some sufferers have reported suicidal ideation.

“The clinical trials show people are getting better for a range of conditions,” he says. “Some report finding more meaning in life, having greater spiritual connections, and improving their relationships.”

While these trials may offer promise to millions of  people, Kruger notes that the majority of those experimenting with psychedelics are doing so outside of a regulated context and with little prevention education.

 “As a public health professional, I believe we need to protect these users,” he says. “When Lisa’s pamphlet was published, there were few resources for novice users. Although the term ‘harm reduction’ was decades from entering the vernacular of drug use education and safety, we propose that ‘Session Games’ and Bieberman’s larger collection of work are precursors to this approach.”

The anonymous survey participants, who were recruited via online advertisements and in-person outreach at a psychedelic advocacy event in Ann Arbor, Mich., reported using LSD and psilocybin mushrooms, mescaline, ayahuasca, ketamine, and MDMA (ecstasy/molly), primarily within the last year. They ranged in age from 18 to 85, with an average age of 43. Some identified as psychedelic guides or educators.

In regard to how to best prepare for a psychedelic experience, the majority of respondents agreed with the statements: “Be with people who know, like, and trust each other,” and “Be aware that, even with a guide, you have to do most of the work yourself.”

For overall advice, the strongest agreement was with the statements, “Recognize that the experience will eventually end,” and “Recognize that you may experience anxiety, which does not mean that something is wrong.”

Participants neither uniformly agreed nor disagreed with the advice to avoid looking in the mirror during a psychedelic trip, which over the decades has proven to be a scary experience for some users.

“Participants strongly endorsed advice emphasizing interpersonal trust, personal responsibility and psychological preparation – principles thought to be foundations to safe and meaningful psychedelic experiences in clinical research,” Kruger says.

Indeed psychedelics were considered a promising therapeutic tool in the mid-20th century when they used to treat such conditions as neurosis and schizophrenia, along with general psychotherapy. However, by the late 1960s, drugs became criminalized and psychedelic therapy waned.

While classic psychedelic drugs are still illegal in the United States, Colorado and Oregon have established state-regulated frameworks for supervised therapeutic use. New Mexico is not far behind, says Kruger, who predicts that more psychedelics-based medications will enter the marketplace in the not-too-distant future.

“It’s a freight train coming down the tracks,” he says. “So, we better have a train station to safely load passengers into this train or else they’re just going to try to jump on board while this train is moving.”

Kruger notes that the 2026 Psychedelic Community Survey is now available for anyone to take, regardless if they have experienced psychedelics. While all answers are anonymous, he recommends that participants take the survey on a private computer or device in a private location.

 

Almost 95% of viral Korean skincare and ‘glass skin’ TikTok videos contain misleading claims, new study shows



Almost 95% of viral Korean skincare and ‘glass skin’ TikTok videos contained at least one potentially misleading claim, while basic safety information was largely absent




Beyond






(Vienna, Austria, Wednesday, 30 September 2026) Almost 95% of viral Korean skincare and ‘glass skin’ TikTok videos contained at least one potentially misleading claim, while basic safety information was largely absent, according to new research presented today at the European Academy of Dermatology and Venereology (EADV) Congress 2026.1

Korean skincare and the pursuit of ‘glass skin’ – a popular term for clear, smooth and deeply hydrated skin – have become global social media phenomena, particularly on TikTok, where routines can reach millions of users. However, the dermatological accuracy and safety of this content have not been extensively evaluated.  

In one of the first studies of its kind, researchers analysed videos related to popular Korean skincare and ‘glass skin’ routines in May 2026. Using a neutral account with no prior engagement history to minimise algorithmic bias, the researchers screened the top videos across five Korean skincare-related search terms. After exclusions, 38 videos were assessed for dermatological claims, safety information, quality and reliability using the Global Quality Scale and modified DISCERN.

Almost 95% of the videos contained at least one misleading claim, while 84% failed to account for different skin types, 45% promoted excessive combinations of active ingredients without appropriate safety guidance and 32% promised instant results.

“What surprised us most was how consistently basic safety information was absent,” noted lead author Dr Maria Lúcia Paysano. “Only one of the 38 videos mentioned irritation risk, only two addressed sun protection, none mentioned contact dermatitis risk and none recommended consulting a dermatologist.”

All videos were classified as unreliable or less reliable, while none cited an external source or reference. Nearly 82% were created by non-physician influencers, 11% by beauty brands and 8% by other beauty content creators; none were produced by dermatologists.

“Our findings show a clear gap between the popularity of this content and the quality of the information provided,” said Dr Paysano. “Following these routines without individualised guidance may contribute to irritation, over-exfoliation, acne flares or skin barrier disruption, particularly when multiple active ingredients are combined.”

The potential real-world consequences of following viral skincare trends were highlighted in a separate observational study presented at the EADV Congress 2026. The study involved 94 patients who developed a new or aggravated skin condition following the use of cosmetic or dermatological products promoted on social media.2

Chemical exfoliants containing alpha-hydroxy acids (AHAs) or beta-hydroxy acids (BHAs) were the most frequently implicated products, reported in 34% of cases, followed by over-the-counter retinoids (27%), vitamin C serums (14%) and niacinamide-containing products (11%).

Almost half (48%) of patients had adopted complete skincare routines directly inspired by social media content, while 63% were simultaneously using more than three active skincare ingredients.

“What was particularly striking was not simply the popularity of these products, but the way they were being used,” commented lead author Dr Ouissal Hormi. “Many patients were reproducing complex skincare routines involving several active ingredients simultaneously, often based on advice from non-medical influencers.”

Reactions ranged from irritant contact dermatitis (42%) and acne onset or significant worsening (28%) to rosacea flares or rosacea-like dermatitis (12%), post-inflammatory hyperpigmentation (11%) and superficial chemical burns (7%).

“Combining several active ingredients can place excessive stress on the skin barrier since some have overlapping irritant effects,” said Dr Hormi. “Our message is simple: ‘Viral’ does not necessarily mean safe, validated or suitable for everyone.”

The researchers stressed that Korean skincare itself is not the problem. Rather, the concern is that skincare principles such as gentle cleansing, hydration and barrier care can be transformed on social media into viral, one-size-fits-all routines without appropriate safety information.

“Consumers should be cautious of content promising instant or universal results,” added Dr Paysano. “Anyone with an existing skin condition who develops irritation or is unsure whether a routine is appropriate for them should seek advice from a dermatologist.”

“Dermatologists also have an important role to play. Rather than dismissing social media trends, we have the opportunity to participate in these conversations and make evidence-based skincare information accurate, accessible and engaging.”

 

END

Note to editors:

A reference to the EADV Congress 2026 must be included in all coverage and/or articles associated with this study.

For more information or to arrange an expert interview, please contact press@eadv.org. 

About the study authors:

Dr Maria Lúcia Paysano is a dermatology resident at the Instituto de Dermatologia Prof Rubem David Azulay, Santa Casa da Misericórdia do Rio de Janeiro, Brazil and a graduate of the Federal University of Rio de Janeiro (UFRJ) School of Medicine. Her research on treatment safety, imaging of aesthetic complications and the quality of skincare content circulating online has been presented at international meetings, including the EADV Congress and the American Academy of Dermatology Annual Meeting, and was recognised with the IMCAS Next Gen Award.

Dr Ouissal Hormi is a dermatology resident at the Department of Dermatology, Venereology and Allergology, Mohammed VI University Hospital in Oujda, Morocco. She is affiliated with the Faculty of Medicine and Pharmacy, Mohammed First University, Oujda. Her clinical and research interests include inflammatory dermatoses, paediatric dermatology, allergology and the influence of social media on dermatological health, patient behaviour and medical practice.

About EADV:

Founded in 1987, EADV is a non-profit organisation with a vision to form a premier European Dermatology-Venereology Society. The Academy counts over 12,000 members from all around the globe, providing a valuable service for every type of dermatologist-venereologist professional. The EADV is dedicated to advancing patient care, education and research by providing a unique platform to bring people together and share ideas.

This year, the EADV Congress will take place in Vienna, Austria, and online from 30 September - 3 October 2026. Find out more: https://eadv.org/congress/

References:

  1. Paysano, M. L., Talah, B. A. D., Elias, M. C., & Kreuz, M. (2026, September 30–October 3). Glass Skin or Barrier Breakdown? Evaluating the Quality and Safety of Viral Korean Skincare Routines on TikTok. EADV Congress 2026, Vienna, Austria.
  2. Hormi, O., El yamani, L., Moujahid, S., Denna, S., Zerrouki, N., & Zizi, N. (2026, September 30–October 3). When skincare trends go wrong: Dermatologic complications of viral social media products. EADV Congress 2026, Vienna, Austria.

 

Halting Marine Plastic Inputs Is Not Enough to Prevent Microplastic Accumulation



Source reduction alone cannot resolve existing marine plastic pollution, highlighting the importance of timely cleanup of legacy macroplastics




Ritsumeikan University

Preventing Marine Plastic Pollution Requires More Than Halting New Inputs

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A system dynamics model shows why stopping new plastic inputs is only part of the solution. Combining source reduction with timely cleanup of legacy macroplastics can reduce the amount of plastic remaining by 2050, but at a higher cost.

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Credit: Professor Takuro Uehara from Ritsumeikan University, Japan






Halting new marine plastic inputs by 2050 is the core objective of the Osaka Blue Ocean Vision, which was shared and endorsed alongside the G20 Implementation Framework for Actions on Marine Plastic Litter. However, stopping new plastic inputs will not remove existing marine debris, which can gradually fragment into microplastics that are difficult and costly to remove. Therefore, source reduction must be accompanied by cleanup of legacy plastic debris.

To investigate this, Professor Takuro Uehara from the College of Policy Science, Ritsumeikan University, Japan, collaborated with Dr. Mateo Cordier of Université de Versailles-Saint-Quentin-en-Yvelines—Université Paris-Saclay, France, and Mr. Laurent Lebreton of The Ocean Cleanup, The Netherlands, to develop a system dynamics model examining the physical and economic effort required to address initially buoyant marine plastic debris by 2050. Their findings were published in the journal Communications Earth & Environment on September 12, 2026. The model simulates the transport, degradation, and cleanup of macroplastics and their breakdown into microplastics across shoreline, coastal, and offshore zones.

“The framework is designed to look at marine plastic pollution as a dynamic problem rather than a one-time cleanup challenge.” Says Prof. Uehara. “By linking plastic inputs, the movement and breakdown of debris, cleanup timing and location, and the associated costs, it allows to explore which combinations of prevention and cleanup could be both environmentally effective and economically realistic. This provides a basis for more informed decisions about where and when cleanup efforts should be prioritized.”

The model followed the transport and degradation of macroplastics and their breakdown into microplastics across shorelines, coastal waters, and offshore areas. The researchers tested seven scenarios combining different pathways for reducing plastic inputs with different approaches to cleanup. In scenarios aimed at stopping plastic at its source, inputs were progressively reduced from 2026 until reaching zero by 2050. The model then compared various cleanup strategies to assess how the timing and intensity of these measures could influence the amount of plastic remaining in the ocean.

The modeling showed that halting plastic inputs by 2050 could reduce the cumulative amount of plastic entering the ocean between 1950 and 2050 by 51.4% compared with the business-as-usual (BAU) scenario. However, stopping new inputs alone did not resolve the legacy of plastic already in the ocean. Without cleanup, microplastics were projected to make up 58.4% of accumulated plastic by 2050.

Cleanup without source reduction was also insufficient. For example, delayed cleanup under BAU resulted in approximately 10,319 kt of microplastics remaining in the ocean by 2050, compared with 10,146 kt under source reduction combined with delayed cleanup. All cleanup scenarios focused on removing macroplastics, leaving microplastics unaddressed. Among the full-cleanup strategies combined with source reduction, accelerated cleanup resulted in the lowest amount of plastic debris remaining by 2050. Under Scenario 4, which combined source reduction with delayed cleanup, approximately 10,168 kt of plastic remained by 2050. This decreased to 8,824 kt under constant cleanup and 7,312 kt under accelerated cleanup.

The findings highlight the importance of timing when initiating marine plastic cleanups. Accelerating the removal of legacy plastic while their concentrations are still high is the most ecologically effective strategy. Early intervention prevents these larger items from fragmenting into microplastics, which current large-scale technologies fail to recover efficiently.

However, faster cleanup is associated with substantially higher costs. Delaying full cleanup costs an estimated average of €1.0 billion annually, whereas accelerating cleanup between 2026 and 2050 drives costs up to €3.4 billion per year. Offshore operations are more expensive: compared to cleanup operations at the shorelines. Furthermore, as cleanup operations deplete plastic concentrations, the unit cost increases over time.

The study was motivated in part by the scale of the marine plastic problem and the lack of research examining whether the physical and financial effort needed to address it would be feasible. Prof. Uehara mentions, "The scale of marine pollution demands more than just better cleanup strategies. Relying on massive recovery efforts to balance out unchecked plastic waste is a structurally unsustainable solution."

Preventing plastic waste from entering the environment must remain a priority. Upstream measures, including cutting plastic production, curbing consumption, improving waste collection, and upgrading recycling infrastructure, are essential. Industries also play an important role in this scenario and must reevaluate traditional manufacturing limits, targeting sustainable levels of plastic production.

Overall, the findings suggest that stopping plastic at its source and addressing legacy debris are complementary strategies. While halting new inputs by 2050 is essential, earlier removal of legacy macroplastics can reduce the amount of plastic available to fragment into microplastics, although substantial microplastic accumulation is still projected. The results therefore highlight the need to combine source reduction with strategically targeted cleanup while considering the financial and environmental costs of different approaches.

 

Reference
Title of original paper: Halting marine plastic inputs by 2050 is necessary but not sufficient to avoid microplastic accumulation
Journal: Communications Earth & Environment
DOI: https://doi.org/10.1038/s43247-026-04054-1

About Ritsumeikan University, Japan
Ritsumeikan University is one of the most prestigious private universities in Japan. With an unwavering objective to generate social symbiotic values and emergent talents, it aims to emerge as a next-generation research-intensive university. It will enhance researcher potential by providing support best suited to the needs of young and leading researchers, according to their career stage. Ritsumeikan University also endeavors to build a global research network as a “knowledge node” and disseminate achievements internationally, thereby contributing to the resolution of social/humanistic issues through interdisciplinary research and social implementation.
Website: http://en.ritsumei.ac.jp/
Ritsumeikan University Research Report: https://www.ritsumei.ac.jp/research/radiant/eng/

About Professor Takuro Uehara from Ritsumeikan University, Japan
Prof. Takuro Uehara is Professor at the College of Policy Science, Ritsumeikan University, Japan. He earned his Ph.D. degree in Systems Science: Economics from Portland State University, USA, in 2012. His research focuses on social-ecological systems, ecological economics, systems science, sustainability, coastal management, and marine plastic pollution, using systems modeling and economic approaches to address environmental challenges. He has authored more than 50 publications till date.

Funding information
This study was funded by the Grant-in-Aid for Fund for the Promotion of Joint International Research (Fostering Joint International Research(B); 19KK0271).

 

Zebrafish reveal wider role for gene linked to human albinism




Washington State University
Cooper and student researcher

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Student Taylor Krilanovich, left, poses for a photo with Cynthia Cooper, right, an Associate Professor in the School of Molecular Biosciences in the College of Veterinary Medicine at WSU’s Vancouver, Wash., campus in front of tanks containing fish used for research on Wednesday, Oct. 12, 2022 (photo by College of Veterinary Medicine/Ted S. Warren).

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Credit: College of Veterinary Medicine/Ted S. Warren





VANCOUVER, Wash. — Tiny, striped zebrafish are helping scientists trace how a gene linked to albinism influences eye development, work that may ultimately help explain some of the vision problems experienced by people with the condition and guide the search for new treatments.

In a study published in Developmental Biology, Washington State University researchers found that mutations in OCA2, a gene responsible for one of the most common forms of albinism, caused unexpected changes in pigment cells, eye formation and the activity of dozens of other genes in zebrafish embryos.

The findings suggest OCA2 may play a wider role in development beyond helping produce melanin, the pigment that gives color to the skin, hair and eyes. If similar processes occur in humans, the research could eventually help explain complications associated with albinism, including impaired vision and involuntary eye movement.

“We’re interested in understanding processes that you wouldn’t necessarily expect to depend on melanin, but it turns out they do,” said corresponding author Cynthia Cooper, a professor in WSU’s School of Molecular Biosciences at WSU Vancouver. “It’s another surprising mechanism that cells are using to develop correctly.”

Small fish, big scientific role

Scientists have used zebrafish to investigate genetics and development for more than five decades, studying everything from heart development to neurological disorders and cancer. Cooper has worked with the fish for more than 20 years.

Like people, zebrafish are vertebrates and use many of the same genes to produce pigment cells. Their transparent embryos also develop quickly outside the body, allowing scientists to observe biological changes that would be difficult to study in humans.

For the new study, Cooper and her colleagues examined embryos carrying a mutation in the zebrafish version of the OCA2 gene. They tracked how pigment cells and the eyes developed, then compared gene activity in embryos carrying the mutation with embryos that did not carry it.

The researchers found unexpected differences in the number and location of iridophores, reflective pigment cells found in fish and amphibians. People do not have iridophores, but the cells arise from neural crest cells, which also give rise to several types of human cells. That makes them a useful window into how a mutation in a pigment-related gene can affect cell development.

The team also found changes in the developing eyes. A temporary opening in the embryonic eye took longer than usual to close, while cells in the retina developed and organized differently.

When researchers compared gene activity in embryos with and without the mutation, they identified changes in dozens of genes, including many that help cells determine what they will become and guide the formation of the eyes and other tissues.

Together, the results suggest OCA2 may influence development in ways that go beyond its established role in producing melanin.

The findings cannot yet be assumed to apply directly to people. Cooper said researchers will need to determine where, when and why the altered gene activity occurs, then look for similar effects in mammals and, eventually, human cells.

Albinism affects an estimated one in 17,000 people worldwide, although prevalence varies widely among populations. Visual problems are a defining feature of the condition and can create lifelong challenges with everyday activities such as reading and driving.

By revealing more about how the condition affects development, the research could eventually help researchers identify possible treatment targets for vision complications associated with albinism. Cooper said a clearer understanding of normal cell development could also inform research into diseases such as cancer, in which cells fail to develop or behave normally.

The research also provided hands-on experience for WSU Vancouver students. Co-authors J. Rionach McCarthy and Samuel Vernon were undergraduates when they conducted their experiments, continuing a tradition in Cooper’s lab that has helped prepare about 60 students for careers in medicine, pharmacy and research.

“We’re just trying to figure out what it is about this gene that is causing changes to the activation of genes in neighboring cells,” Cooper said. “That’s what we’re up to next.”

 

Climate change may amplify aquatic PAH risks through sediments




Tsinghua University Press

Predicted PAH concentrations in surface water and sediment by 2050.

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The figure shows PAH transport and projected concentrations in the Yangtze, Huanghe, and St. Lawrence watersheds through 2050. Sediments act as a sink for most PAHs in the Yangtze and Huanghe watersheds but as a net source in the St. Lawrence watershed. Under climate-change scenarios, surface-water PAH concentrations are projected to increase or rebound in the two Chinese watersheds, whereas changes in the St. Lawrence watershed remain comparatively small because of higher PAH degradation rates.

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Credit: Carbonsphere, Tsinghua University Press

 

Semivolatile organic compounds (SVOCs), typified by polycyclic aromatic hydrocarbons (PAHs), are notorious pollutants that significantly affect aquatic ecosystems and public health.Sediments serve as major sinks for anthropogenic PAHs. However, their role in modulating the risks that PAHs pose to aquatic ecosystems under climate change scenarios remains underexplored.

 

A research team from Nanjing Forestry University, Fudan University, Nanyang Technological University and China Agricultural University set out to determine whether climate change could alter the role of sediments in PAH pollution. Combining long-term observations with a multimedia environmental model, the researchers tracked how 16 priority PAHs move among air, surface water and sediment, focusing on the Yangtze, Huanghe and St. Lawrence watersheds.

 

The team published their research article in Carbonsphere on July 28, 2026.

 

“Sediments are often treated as the final destination for hydrophobic pollutants such as PAHs, but our results show that their role is more dynamic,” said Ke Yin, corresponding author of the study and professor in the Department of Environmental Engineering at Nanjing Forestry University.” As climate conditions change, pollutants stored in sediments can continue to influence surface-water exposure. This means that reducing new emissions may not be enough to address long-term PAH risks.”

 

PAHs are highly hydrophobic and persistent, allowing them to accumulate in aquatic sediments and making sediments important long-term reservoirs for these pollutants. However, sediments are not a permanent endpoint for PAHs. When environmental conditions change, stored PAHs may be released back into the water.

 

The three watersheds did not behave in the same way. Modeling indicated that sediments acted as a sink for 13 of the 16 PAHs in the Yangtze and Huanghe watersheds, while sediment in the St. Lawrence system acted as a net source to the water. “The same sediment compartment can therefore play very different roles depending on regional environmental conditions,” Yin said.

 

The climate scenarios revealed a further divergence among regions. Under the high-emissions SSP585 scenario, total modeled ecological risk in the Yangtze watershed was projected to increase by 31%–56% between 2040 and 2050. Risk also increased in the Huanghe watershed, while remaining comparatively low in the St. Lawrence watershed, where faster degradation limits PAH accumulation.

 

The model suggests that climate change does more than change PAH emissions. Rising temperatures can alter volatilization and the partitioning of PAHs between sediment and water, changing how previously stored pollutants re-enter the aquatic system. By 2050, high-molecular-weight PAHs will dominate the sediment–water exchange pathway, whereas low-molecular-weight PAHs will be largely depleted in sediments.

 

The findings suggest that controlling new PAH emissions alone may not be enough to reduce long-term contamination of surface waters. Because sediments can store historical pollution and later release PAHs back into the water, the researchers argue that sediment management should be considered alongside emission controls and climate-change adaptation.

The study was conducted by Tingting Sun, Mingliang Fang, Jingyu Zhu, Lusha Zeng, Fanrong Zhao, Changzhi Shi, Shuhan Ren, Ke Yin, Qianhong She and Xunchang Fei, with affiliations including Nanjing Forestry University, Fudan University, China Agricultural University and Nanyang Technological University.

This work was supported by the National Key Research and Development Program of China (Grant No. 2024YFA0918900), the Singapore Ministry of Education and Nanjing Forestry University.

 

DOI Link:

https://doi.org/10.26599/CS.2026.9510007