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OpenAI Withholds GPT-5 Energy Consumption Details, Potentially Exceeding Previous Models

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In response to inquiries about Artichoke recipes made to OpenAI’s ChatGPT in mid-2023, whether for pasta or guidance on rituals related to Moloch, the ancient Canaanite deity, the feedback was quite harsh—2 watts—which consumes approximately the same energy as an incandescent bulb over two minutes.

On Thursday, OpenAI unveiled a model that powers the widely-used chatbot GPT-5. When queried about Artichoke recipes, experts suggest that the energy consumed for similar pasta-related text could be multiple times greater (up to 20 times).

The release of GPT-5 introduced a groundbreaking capability for the model to answer PhD-level scientific inquiries, illuminating rationales for complex questions.

Nevertheless, specialists who have assessed energy and resource consumption of AI models over recent years indicate that these newer variants come with a cost. Responses from GPT-5 may require substantially more energy than those from earlier ChatGPT models.

Like many of its rivals, OpenAI has not provided official data regarding the power consumption of models since announcing GPT-3 in 2020. In June, Altman discussed the resource usage of ChatGPT on his blog. However, the figures presented—0.34 watt-hours and 0.000085 gallons of water per query—lack specific model references and supporting documentation.

“More complex models like GPT-5 require greater power during both training and inference, leading to a significant increase in energy consumption compared to GPT-4.”

On the day GPT-5 launched, researchers from the University of Rhode Island AI Lab found that the model could consume up to 40 watts to generate a medium-length response of approximately 1,000 tokens.

A dashboard released on Friday indicated that GPT-5’s average energy use for medium-length responses exceeds 18 watts, surpassing all other models except for OpenAI’s O3 inference model launched in April, developed by Chinese AI firm Deepseek.

According to Nidhal Jegham, a researcher in the group, this is “significantly more energy than OpenAI’s prior model, GPT-4O.”

To put that in perspective, one watt of 18 watt-hours equates to using that incandescent light bulb for 18 minutes. Recent reports indicate that ChatGPT processes 2.5 billion requests daily, suggesting that GPT-5’s total energy consumption could match that of 1.5 million American households.

Despite these figures, experts in the field assert they align with expectations regarding GPT-5’s energy consumption, given its significantly larger scale compared to OpenAI’s earlier model. Since GPT-3, OpenAI has not disclosed the parameter count of any models. The earlier version contained 17.5 billion parameters.

This summer, insights from French AI company Mistral highlighted a “strong correlation” between model size and energy use, based on their internal systems research.

“The amount of resources consumed by the model size [for GPT-5] is noteworthy,” observed Xiao Len, a professor at the University of California Riverside. “We are facing a significant AI resource footprint.”

AI Power Usage Benchmark

GPT-4 was widely regarded as being 10 times larger compared to GPT-3. Jegham, Kumar, and Ren believe GPT-5 is likely to be even larger than GPT-4.

Major AI companies like OpenAI assert that significantly larger models may be essential for achieving AGI, an AI system capable of performing human tasks. Altman has emphasized this perspective, stating in February: “It seems you can invest any amount and receive continuous, predictable returns,” but that GPT-5 does not surpass human intelligence.

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According to benchmarks from a study performed in July, Mistral’s LE chatbot exhibited a direct correlation between model size and its resource usage regarding power, water, and carbon emissions.

Jegham, Kumar, and Ren indicated that while the scale of GPT-5 is crucial, other factors will likely influence resource consumption. GPT-5 utilizes more efficient hardware compared to previous iterations. It employs a “mixture” architecture, allowing not all parameters to be active while responding, which could help diminish energy use.

Moreover, since GPT-5 operates as an inference model that processes text, images, and video, this is expected to lead to a larger energy footprint when compared to solely text-based processing, according to Ren and Kumar.

“In inference mode, the resources spent to achieve identical outcomes can escalate by five to ten times,” remarked Ren.

Hidden Information

To assess the resource consumption of AI models, a team from the University of Rhode Island calculated the average time taken by the model to answer queries—such as pasta recipes or offerings to Moloch—multiplied by the average power draw of the model during operation.

Estimating the model’s power draw involved significant effort, shared Abdeltawab Henderwi, a Professor of Data Science at the University of Rhode Island. The team faced difficulties in sourcing information about the deployment of various models within data centers. Their final paper includes estimates detailing chip usage for specific models and the distribution of queries among different chips in the data centers.

Altman’s blog post from June affirmed their results, revealing that his indicated energy consumption for queries on ChatGPT, at 0.34 watt-hours, closely matches findings from the team for GPT-4O.

Other team members, including Hendawi, Jegham, and others emphasized the need for increased transparency from AI firms when releasing new models.

“Addressing the true environmental costs of AI is more critical now than ever,” stated Marwan Abdelatti, a Professor. “We urge OpenAI and other developers to commit to full transparency in disclosing the environmental impact of GPT-5.”

Source: www.theguardian.com

Study Finds Younger Generations Are Less Happy Than Previous Ones

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The happiness curve is unraveling.

For many years, studies have illustrated that people’s happiness over their lifetime typically follows a U-shaped trajectory. It tends to peak in youth, dip during middle age, and then increase again in older age.

However, recent surveys indicate that young adults today are experiencing less happiness than previous generations, signaling a flattening of this U-shaped curve.

This trend is further supported by a new research published in the journal Nature Mental Health. These initial findings stem from global prosperity research conducted in collaboration with researchers from Harvard and Baylor University.

Data collected by Gallup in 2023 revealed insights from over 200,000 respondents across 20 countries. On average, individuals aged 18 to 29 report challenges not only in happiness but also in physical and mental health, self-esteem, life meaning, relationships, and financial stability. The research combines these factors to assess whether participants achieve a state of prosperity.

The study found that participants reported generally low levels of prosperity until the age of 50, a trend observable in nations like the UK, Brazil, and Australia. Notably, the disparity between younger and older adults was most pronounced in the United States.

“It’s a rather bleak situation,” commented Tyler J. Vanderwielle, the lead author and director of Harvard’s Human Prosperity Program. These findings prompt critical reflections on whether we are sufficiently investing in the well-being of our youth.

Young adulthood has traditionally been viewed as a time of freedom and opportunities, yet research suggests this ideal may not align with the reality faced by many.

According to a 2023 report from the Harvard Graduate School of Education, young adults aged 18-25 in the U.S. reported double the levels of anxiety and depression compared to teenagers. Furthermore, perfectionism has surged among college students. Participation in community organizations, clubs, and religious organizations is declining, leading to increased loneliness among young people, reminiscent of trends seen in older populations.

“Post-study findings indicate that social connections are crucial for happiness, yet young people today spend less time with friends than they did a decade ago,” explained Laurie Santos, a Yale psychology professor and host of The Happiness Lab podcast. “Additionally, like individuals of all ages, young people are contending with a myriad of global issues, from climate change to economic and political divisiveness.”

The Greater Good Science Center at Berkeley recently announced Emiliana R. Simon Thomas as its science director. “We need to cultivate happiness without limiting ourselves.”

She believes the prosperity data reflects “the long-term impacts of prioritizing status and power” in the U.S., rather than our role in the broader community.

Dr. Vanderwielle emphasized the complexity of the research, which was conducted across varied economic, political, and cultural contexts. While the study’s geographical scope is broad, current analyses do not include mainland China due to delays in data collection. Moreover, low-income nations are underrepresented.

Not all countries show increased prosperity with age. In some places, such as Poland and Tanzania, prosperity has declined with age, while others, like Japan and Kenya, display a more conventional U-shaped pattern.

Nevertheless, in the majority of Western countries, and many others, young adults do not seem to be flourishing. Global Prosperity Research plans to continue data collection until 2027 to further elucidate these issues, according to Dr. Vanderwielle.

“We recognize that young people are in distress,” said David G. Blanchflower, an economics professor at Dartmouth who was not involved in the prosperity research; his research illustrates a similar trend.

Dr. Blanchflower has collaborated with the United Nations to facilitate discussions at Dartmouth, allowing experts to share insights on addressing these concerning trends.

Numerous theories exist regarding why young individuals are facing such troubles. He suggests that the problems may not solely arise from their constant engagement with screens.

“They’re not alone at home,” he remarked, invoking the dangers of social isolation, a theme explored in a seminal book by Robert D. Putnam published 25 years ago. “In fact, they’re not engaging socially at all.”

Source: www.nytimes.com

SpaceX’s spacecraft rocket lost in test flight due to explosion in previous attempt

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Following a failed test flight in January, SpaceX set out for another launch attempt on Thursday hoping for a better outcome.

Unfortunately, the mission was cut short once again after losing contact with the upper-stage vehicle.

The Starship system, towering at 400 feet, launched from SpaceX’s Starbase site near Brownsville, Texas, for its eighth test flight at 6:30pm.

However, within eight minutes, similar to the January incident, some engines seemed to shut off. Live video footage showed the craft spinning before all communication was lost.

In the live webcast, SpaceX Communications manager Dan Huot announced, “I think it’s clear that we won’t continue with today’s mission.”

Shortly after the mishap, Florida airports issued ground stops due to the “space launch incident” in Fort Lauderdale Hollywood International Airport, Orlando International Airport, and Miami International Airport.

Videos circulating online show explosions and potential debris in parts of Florida. One video posted by an X user shows what appears to be an overhead fireball in Boynton Beach, Florida.

SpaceX stated on X that the Starship suffered a collapse, described as a “rapid, unplanned demolition.”

The company is now analyzing data from the flight tests to determine the root cause of the incident.

Huot mentioned in the webcast that SpaceX will be monitoring potential debris and working closely with air traffic restrictions.

While accidents are not uncommon in the development of new rockets and spacecraft, this marks the second consecutive setback for SpaceX.

During the seventh test mission in January, a similar loss of communication occurred, eventually leading to an explosion over the Caribbean.

SpaceX Debris
Courtesy Todd Martin

Following the incident, the Federal Aviation Administration launched an investigation. Despite clearing the spacecraft for Thursday’s test flight, investigations are ongoing.

The FAA, among other agencies, has faced budget and staffing cuts under the Trump administration, raising concerns about oversight in areas like commercial spaceflight.

SpaceX’s internal investigation revealed that a leaky propellant likely caused the explosion during the previous test flight.

SpaceX made upgrades to prevent similar incidents and enhance safety measures before the Thursday launch.

Despite the short-lived test flight, SpaceX achieved a significant milestone with the Super Heavy Booster returning successfully to the launch site and landing on the Tower’s robotic arm.

This marks the third successful “Catch” operation by SpaceX, a crucial step towards the goal of creating a fully reusable Starship system.

Starship, the most powerful rocket in development, consists of a first-stage booster and an upper-stage spaceship called Super Heavy.

SpaceX officials emphasize that many more test missions will likely be conducted before the Starship can transport humans.

The next-generation Megarocket, Starship, is expected to play a pivotal role in NASA’s moon missions and potentially future missions to Mars.

Source: www.nbcnews.com

The age of Saturn’s rings may surpass our previous estimates

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Saturn and its rings photographed by the Cassini spacecraft in 2016

NASA/JPL-California Institute of Technology/Space Science Institute

Modeling studies suggest that Saturn's rings are much older than previously thought and may have formed around the same time as Saturn. But not all astronomers are convinced, and the researchers who were part of the team that calculated that Saturn's rings are relatively young insist that the new findings do not change their findings. are.

For most of the 20th century, scientists believed that Saturn's rings formed with the planet about 4.5 billion years ago. But when NASA's Cassini spacecraft visited Saturn in 2004, it found its rings to be noticeably free of contamination from tiny space rocks known as cosmic dust. This innocent appearance indicated that they were much younger. Estimates for 2023 put their age between 100 million and 400 million years.

now, Ryuki Hyodo in Japan Space Science Institute He and his colleagues calculated that Saturn's rings should be much more resistant to contamination from space dust than previously thought, allowing them to maintain a pristine appearance for long periods of time. Hyodo and his team haven't calculated a new age for the ring, but they suggest it could be as old as Earth, as astronomers once believed.

The researchers then modeled how these particles moved through Saturn's magnetic field, and found that only a small portion settled on the rings, while the majority were drawn into Saturn's atmosphere. It turned out that the object was either destroyed or bounced back into space. “The accretion efficiency of Saturn's rings is only a few percent, which is much smaller than previously assumed,” says Professor Hyodo. This could extend previous ring age estimates by hundreds of millions to billions of years, he said.

Sasha Kemp A member of the team at the University of Colorado Boulder that calculated an earlier, much younger estimate of the age of Saturn's rings, he and his colleagues considered not only the ring's contamination efficiency, but also its contamination efficiency, taking into account the time it would take. He said he used a more complicated method. This is because matter reaches the ring and disappears. The values ​​calculated by Hyodo and his colleagues do not change the overall results for that age, Kempf said. “I'm sure this doesn't mean we really have to go back to square one.”

However, Hyodo argues that times should change dramatically as pollution efficiency declines. “They assumed an efficiency of 10%, but we reported 1%. The equation tells us that it's a billion years, or a billion years.”

Kemp also said that while the new simulation assumes that Saturn's rings are made of solid ice particles, the actual rings are made of soft particles that are much larger in size than what was modeled in the study. He said there was. “If you fire particles into these fairly complex and soft structures, the outcome of such collisions will be very different,” he says.

Hyodo argues that this assumption is standard for many similar studies. “No one knows what kind of effect the difference in ice will have,” says Hyodo. “It may or may not be more efficient.”

Lotfi Ben Jaffer A professor at France's Paris Institute of Astrophysics, who was not involved in either age-estimation study, said the study suggests the rings are not as young as recently claimed. “This is a positive step toward a lack of modeling efforts needed to adequately address the fundamental question of planetary ring system formation and evolution,” he says.

But Hyodo and his team need to improve their modeling to more accurately estimate the ring's contamination, he says, so they can more accurately determine its age.

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Source: www.newscientist.com

SpaceX Aims for Starship Flight Next Week, Just One Month after Previous Flight

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Starship during high altitude test flight

space x

SpaceX is preparing for the sixth test flight of Starship, the world’s most powerful rocket. The company has a “fail fast, learn fast” approach to research and development that is more akin to the world of Silicon Valley than the aerospace industry, and the pace of launches appears to only be accelerating.

When is the next flight?

SpaceX says on the website The company said it aims to conduct Starship’s sixth test flight as early as November 18. This claim is supported by the Federal Aviation Administration issuing a NOTAM (Notice to Airmen). rocket launch warning SpaceX launch pad area in Boca Chica, Texas. The 30-minute launch slot opens at 4pm local time (10pm Japan time).

It took SpaceX 18 months to conduct Starship’s first five test flights, with the fifth taking place in mid-October. When the airline launches its sixth flight next week, it will be just over a month since the last flight, making it the fastest flight ever.

What will SpaceX try with Flight 6?

In many ways, Flight 6 is a repeat of Flight 5, but with some key differences.

The booster stage will again attempt a “chopstick” landing, grabbing and securing the aircraft as it returns to the launch pad so it can be lowered to the ground. This approach is designed to ultimately allow boosters to be reused multiple times and significantly reduce the cost of putting payloads into orbit.

The upper stage will reach space, complete a partial orbit, re-enter Earth’s atmosphere and splash-land in the Indian Ocean. But this time, the upper stage will attempt to reignite one of the Raptor engines during its stay in space in order to gather valuable operational data. It also plans to test new heat shield designs during atmospheric reentry.

Another difference is that because the launch will take place later in the day, the upper stage’s landing in the Indian Ocean can be photographed during daylight hours, allowing for more detailed images. Previous missions had landed at night, so while the footage was cinematic and dramatic, it didn’t provide engineers with as much insight as footage from daytime landings.

What happened on previous Starship launches?

During the first test flight on April 20, 2023, three of the 33 engines in the booster stage failed to ignite. The rocket then became uncontrollable and self-destructed.

During the second test flight on November 18, 2023, the flight progressed further and gained enough altitude to separate the booster and upper stage as planned. The booster stage ultimately exploded before reaching the ground, and the upper stage self-destructed before reaching space.

Test Flight 3 on March 14, 2024 was at least partially successful as the upper stage reached space again, but it did not return to Earth unscathed.

The next flight was on June 6, when the upper stage reached an altitude of more than 200 kilometers and flew at speeds of more than 27,000 kilometers per hour. Both the booster and upper stage completed a soft landing at sea.

Test Flight 5 was the most ambitious yet, with Starship’s super-heavy booster dropping onto the launch pad and being safely caught by “chopsticks” on SpaceX’s launch tower, known as Mechazilla. It is equipped with “chopsticks” that can be used to grab and fix a specific position on the aircraft and lower it to the ground.

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Source: www.newscientist.com

New Hera probe sent to study asteroid target of NASA’s previous experiment

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On Monday, a spacecraft was launched to investigate. Space collision site.

The European Space Agency’s Hera spacecraft was rocket-launched on a two-year journey to the small, harmless asteroid it crashed into. Two years ago, NASA During that day’s dress rehearsal, a killer space stone threatens Earth. The experiment, launched by SpaceX from Cape Canaveral, is the second in a series of planetary defense tests that could one day save the planet.

Crash in 2022 NASA dart spacecraft This shortens Dimorphos’ orbit around its larger brethren, indicating that if a dangerous rock is headed in our direction, it can be thrown off course with sufficient advance notice. I did.

Scientists want to study the impact’s aftermath up close to learn exactly how effective Dart was and what changes are needed to protect the planet in the future.

“The more details we can gather, the more details we can gather because it could be important in planning future deflection missions if they are needed,” University of Maryland astronomer Derek Richardson said before the launch. It’s good enough.”

Researchers want to know whether Dart (short for Double Asteroid Redirection Test) left behind a crater or changed the shape of the 500-foot (150-meter) asteroid more dramatically. Richardson, who participates in the dart mission and supports Hera, said that before the dart was shot, it looked like a flying saucer, but now it may resemble a kidney bean.

ESA’s Hera mission lifted off at 10:52 a.m. Monday aboard a SpaceX Falcon 9 rocket from Cape Canaveral Space Force Station in Florida.
S. Korbach / ESA

The flurry of darts sent debris and even rocks flying from Dimorphos, further increasing the force of the impact. The debris trail stretched thousands of miles (more than 10,000 kilometers) into space over several months.

Flight director Ignacio Tanco said rocks and other debris may still be floating around the asteroid, posing a potential threat to Hera.

“We don’t really know what kind of environment we’re going to operate in,” Tanko says. “But the whole point of this mission is to go out there and find out.”

European officials described the $400 million (363 million euro) mission as an “investigation of the accident scene.”

Project manager Ian Carnelli said Hera was “returning to the crime scene and obtaining all the scientific and technical information”.

Hera, which is about the size of a small car and carries more than a dozen scientific instruments, needs to fly past Mars in 2025 to increase its gravity and reach Dimorphos by the end of 2026. This is a satellite of the fast-spinning asteroid Didymos, which means twins in Greek. It’s 5 times bigger. At that point, the asteroid will be 120 million miles (195 million kilometers) from Earth.

Hera, controlled by a flight team in Darmstadt, Germany, will attempt to enter orbit around the pair of rocks as its flight range gradually decreases from 18 miles (30 kilometers) to half a mile (1 kilometer). The spacecraft will study the satellite for at least six months, determining its mass, shape, composition, and orbit around Didymos.

Before impact, Dimorphos circled its larger mate from three-quarters of a mile (1,189 meters) away. Scientists believe the orbit could become tighter and more elliptical, potentially even causing the satellite to fall off.

Source: www.nbcnews.com

Throoples Dating App Feeld Sees Revenue Soar to £39.5m, Doubles Previous Year’s Earnings

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The alternative relationship dating app has experienced global expansion and nearly doubled its revenue last year, thanks to non-monogamous, queer, and kinky users.

Founded by an entrepreneurial couple in an open relationship, Feeld is “on a mission to elevate the human sexual and relationship experience” from its registered office in Carlisle, Cumbria.

Feeld has surged in popularity due to the increasing interest in non-traditional relationship structures like polyamory. Last year marked its first time filing full accounts with Companies House.

The company’s revenue increased from £20.7 million to £39.5 million, with profits rising from £2.4 million to £5.5 million in 2023.

Most revenue comes from outside the UK, with £33 million in sales from overseas. The app is free to download globally but charges users for full services.

Founded in 2014 by Dimo Trifonov and Ana Kirova, Feeld (formerly 3nder) arose from their openness about their relationship.

Ana Kirova is CEO of Feeld, a company founded by her partner Dimo Trifonov. Photo: Field

Kirova joined the company early on when it faced legal issues with Tinder. She became CEO in 2023 and led a rebranding and tech upgrade to resolve initial glitches.

Company filings show ownership shifts since Kirova’s appointment, with Trifonov transferring shares to her. Previously, Trifonov owned the majority of shares.

Feeld’s growth involves strategic decisions rather than aggressive expansion. The company values member feedback and aims to support their personal journeys.

The company’s innovative approach has set it apart in the dating app industry, reflecting changing trends and member response.

Feeld’s growth story includes overcoming challenges, like a lawsuit from Tinder, to expand its team from eight in 2016 to nearly 50 employees.

Source: www.theguardian.com

Recent study challenges previous beliefs about forest resilience

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Recent research has shown that trees in humid regions are more vulnerable to drought, challenging previous beliefs about tree resilience. The study, which included analysis of more than 6.6 million tree rings, revealed that trees in arid regions are surprisingly drought tolerant. This finding highlights the widespread effects of climate change on forests and suggests that genetic diversity in drier regions may be important for adapting to changing conditions. There is. Credit: SciTechDaily.com

Scientists have flipped the script and revealed that trees in humid regions are more sensitive to drought.

This holiday season brings some surprising news about Christmas trees. Scientists have found that globally, trees that grow in wetter regions are more sensitive to drought. This means that if your tree was grown in a humid climate, it has likely been damaged over generations.

Debate over drought tolerance of trees

Scientists have long debated whether arid environments make trees more or less tolerant of drought. It seems intuitive that trees living at the biological margin are most vulnerable to climate change. Because even the slightest bit of extra stress can send a tree over the brink. On the other hand, these populations may be better able to withstand drought because they are adapted to harsher environments.

The trees of this lush temperate forest in the Cascade Mountains of Washington state may be less drought tolerant than trees in drier regions of the South.Credit: Joan Dudney

Insights from new research

According to a new study published in the journal science Increased water availability could “kill” trees by reducing their ability to adapt to drought, according to researchers from the University of California, Santa Barbara and the University of California, Davis. “And that’s really important to understand when we think about the global vulnerability of forest carbon stocks and forest health.” said Joan Dudney, an assistant professor and ecologist. “You don’t want to be a ‘spoiled’ tree when faced with a major drought.”

Dudney and his co-authors predicted that trees growing in the driest regions would be more sensitive to drought because they were already living on the edge of their limits. Furthermore, climate change models predict that these regions will dry out more rapidly than wetter regions. This change in climate can expose trees to conditions beyond their ability to adapt.

Methodology: Tree ring analysis

To measure drought sensitivity, the authors analyzed 6.6 million tree ring samples from 122 trees. seed World wide. They measured whether a tree was growing faster or slower than average based on the width of its growth rings. They correlated these trends with historical climate data such as precipitation and temperature.

The team then compared different regions’ responses to drought. “As you move to the drier edge of a species’ range, trees become less and less sensitive to drought,” said lead author Robert Heilmeyer, an environmental economist with the Environmental Research Program and the Bren School. he said. “Those trees are actually very resilient.”

Dudney, Heilmeyer, and their co-author Frances Moore were partially inspired by UCSB professor Tamma Carleton’s research on the effects of climate change on humanity. “This paper highlights the value of interdisciplinary scientific research,” added Moore, an associate professor at the University of California, Davis. “We applied economics methods originally developed to study how people and businesses adapt to changing climate, and applied them to ecological contexts to study the sensitivity of forests to drought. could be applied to.”

“A heat wave is likely to kill more people in a cool place like Seattle than in a hot city like Phoenix,” Heilmeyer said. It’s already quite hot in the Southwest, with a scorching heatwave occurring. But cities in the region are adapted to extreme climates, he points out. We now know that forests exhibit similar trends.

Impact on warm regions

Unfortunately, temperate regions are expected to become disproportionately drier in the coming decades. “Significant parts of the species’ ranges will be faced with entirely new climates, a phenomenon that these species do not find anywhere else in their ranges today,” Heilmeyer explained. The authors found that in 2100, 11% of the average species’ range will be drier than the driest part of its historical range. For some species, this increases to 50% or more.

“Broadly speaking, our study highlights that very few forests will be immune to the effects of climate change,” Dudney said. “Even wet forests are under more threat than we realize.”

But there’s also the other side of the coin. This species stores drought-tolerant resources in drier parts of its range and has the potential to strengthen forests in wetter regions. Previous research UCSB researchers have revealed that many species have the ability to adapt to environmental changes. But these researchers also discovered that trees move slowly from one generation to the next. This means that human intervention, such as assisted migration, may be required to take advantage of this genetic diversity.

Christmas tree and the fate of the forest

Whether the Christmas tree lives in a dry or humid region, its growth may decrease in the future. But understanding how trees respond to climate change can help secure the future of Tannenbaum and its wild trees.

Reference: “Drought sensitivity of mesic forests increases vulnerability to climate change” by Robert Heilmeyer, Joan Dudney, and Frances C. Moore, December 7, 2023. science.
DOI: 10.1126/science.adi1071

Source: scitechdaily.com