Impending End of Russia-US Nuclear Deal: No Successor in Sight

Russia military parade showcasing weaponry

Russia Displays Military Might at Moscow Parade

Image Credit: Mikhail Svetlov/Getty Images

As of February 2026, the world faces a historic moment: for the first time in decades, there will be no active treaty regulating the nuclear arsenals of the United States and Russia. While experts are divided over the effectiveness of the New START Treaty in enhancing global security, there’s a consensus that establishing a successor treaty is improbable.

The United States and Russia initiated their nuclear arms reduction efforts with the START I treaty in 1991, which evolved into the New START in 2011. In 2021, Presidents Joe Biden and Vladimir Putin agreed to extend the treaty by five years, but this agreement expired on February 5, 2026, and negotiations for a new treaty have stalled.

Tensions escalated significantly between the U.S. and Russia following the full-scale invasion of Ukraine in 2022. Shortly after, Russia was excluded from crucial weapons inspections, leading to U.S. retaliation. Currently, discussions are emerging about potential nuclear tests from both countries, though many see these as mere posturing devoid of real substance. The likelihood of a New START replacement treaty appears dimmer than ever.

Mark Bell, a professor at the University of Minnesota, argues that a new treaty limiting the U.S. arsenal to match that of Russia’s would be unattractive to the U.S. This is largely due to concerns over needing a robust deterrent against both Russia and the increasingly nuclear-capable China, which currently has 600 nuclear weapons. While this is significantly fewer than the 5,000 plus weapons possessed by the U.S. and Russia, China’s nuclear capabilities are rapidly growing. Russia is unlikely to accept any proposal that would limit its arsenal to numbers inferior to the U.S.’s, and China would resist agreements that restrict its future growth to parity with these powers. Negotiating a new treaty is fraught with complications from the outset, Bell asserts.

Historically, START I and New START are viewed as successful frameworks. Though not flawless, they have contributed to stability. However, Bell expresses skepticism regarding their true impact on global safety. He notes, “Could they have saved both superpowers some money? Perhaps. Did they provide a platform for cooperation? Certainly. But did they fundamentally alter the risk of war? I don’t think so.”

Regardless of treaty status, the threat of nuclear war persists, according to Bell. He suggests that the concept of mutually assured destruction serves as our current safeguard against nuclear conflict. “The fear of catastrophic consequences, rather than treaties, is what may deter warfare. This stabilizing factor stems from danger itself, which is an intrinsic aspect of nuclear deterrence,” he elaborates.

Conversely, some experts are more concerned about the implications of losing the treaty. Steven Herzog, a scholar at the Middlebury Institute of International Studies in Monterey, California, and former U.S. Department of Energy arms control specialist, remarked to New Scientist that the absence of New START heightens the risk of nuclear warfare.

“A lack of transparency makes global security fragile by spurring unchecked competition among leaders who might resort to nuclear capabilities,” Herzog warns. “In an environment where Russia’s unpredictability is escalating and the U.S. administration is equally volatile, it’s alarming that we lack essential measures for confidence-building and transparency that could temper an arms race.”

Although various treaties addressing nuclear weapons exist, the ambitious Treaty on the Prohibition of Nuclear Weapons seeks to eliminate nuclear arms completely yet lacks participation from many nuclear-armed nations. Furthermore, while several states have ratified the Treaty on the Non-Proliferation of Nuclear Weapons, it does little to curb the existing arsenal. New START remains the only treaty that held nuclear powers accountable.

Herzog believes that both Donald Trump and Vladimir Putin could potentially reach a similar agreement if they desired. Indeed, President Putin’s proposal for an unofficial one-year extension was positively received by President Trump. However, concrete negotiations are absent, and any such accord would likely serve as a temporary fix rather than a long-term solution.

Philip Bleek, a researcher at the Middlebury Institute of International Studies, expresses that while extending the treaty could be beneficial if it allowed time for negotiating a new agreement, the long-term prospects for arms control remain bleak. “A one-year extension may lead Russia to feel their financial stake is wasted, making them less likely to engage in future talks,” he explains.

Treaty negotiations are intricate battles involving political leaders, military strategists, and intelligence officials striving for even marginal strategic advantages. Herzog notes that Russia could be at an advantage since significant personnel, such as weapons inspectors and negotiators, have been dismissed or forced out by the Trump administration.

“If we are serious about negotiating a new treaty, we likely won’t have the staffing or resources available to do so,” Herzog concludes.

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Source: www.newscientist.com

UK universities alerted to impending “stress test” ranking due to 92% student reliance on AI.

UK universities are being advised to thoroughly test all assessments following new research that shows almost all students are using generative artificial intelligence (GENAI) for their research projects.

A study of 1,000 students, both local and international, revealed a significant increase in the use of Genai over the past year. In a survey conducted in 2025, 53% admitted to using tools like CHATGPT, while a staggering 88% reported using such tools.

The percentage of students utilizing AI tools has risen from 66% in 2024 to 92% in 2025, leaving only 8% who do not use AI. A report published by the Institute for Higher Education Policy and Kortext highlighted these findings.

Josh Freeman, the author of the report, emphasized the unprecedented shift in student behavior within a year and urged universities to pay attention to the impact of generative AI in academic settings.

Freeman stated, “There is an urgent need for all assessments to be reviewed to ensure they cannot be easily completed using AI. This calls for a bold retraining effort for staff to understand the power and potential of generative AI.”

Institutions are encouraged to share best practices and address potential issues related to the use of AI tools for learning enhancement rather than hindrance.

Students are using genai for various purposes such as explaining concepts, summarizing articles, and suggesting research ideas. However, 18% of students include AI-generated text directly in their work.

Many students use AI to save time and improve the quality of their work, but concerns about academic misconduct and biased outcomes deter some from using such tools.

Women and students from privileged backgrounds express more apprehension about AI use, while men and STEM students exhibit more enthusiasm. The digital disparity identified in 2024 seems to have widened, particularly in summarizing articles.

Despite concerns, most students believe universities are responding effectively to academic integrity issues related to AI. Training in AI skills is provided to a third of students, but there is ambiguity surrounding the use of AI in academic work.

Dr. Thomas Lancaster from Imperial College London emphasizes the importance of preparing students for the ethical use of AI in education and future careers to avoid a competitive disadvantage.

In response to these findings, a UK spokesperson highlighted the need for universities to equip students for a world influenced by AI while addressing the challenges posed by rapidly evolving technologies. They stress the importance of upholding academic integrity and educating students about the consequences of fraud from the beginning.

Source: www.theguardian.com

TikTok prepares to shut down in the US before impending ban | Technology

TikTok suspended its service in the United States late Saturday, just before a federal ban on the Chinese-owned short video app went into effect.

This app is no longer available on Apple’s iOS App Store or Google’s Play Store. In April, the U.S. Congress passed a law requiring parent company ByteDance to sell TikTok to a non-Chinese owner or face complete shutdown. I chose the latter.

TikTok said the sale was “commercially, technically and legally impossible.” The company stuck to that policy until the end.

It took five years for the app to disappear. Donald Trump first proposed banning TikTok by executive order in mid-2020, but was unsuccessful. Various lawmakers proposed similar measures, but only one passed. The Protecting Americans from Controlled Applications by Foreign Adversaries Act was passed, requiring TikTok to be sold or banned.

“A law has been enacted in the United States that bans TikTok. Unfortunately, that means you can’t use TikTok at this time.” Luckily, once President Trump takes office, we have a solution to bring TikTok back. has expressed its intention to cooperate with Stay tuned,” a message to users trying to use the app appeared.

TikTok’s lawyers told the Supreme Court that the app will “cease use” on January 19th. After TikTok disappears from the app store and no new downloads or updates are possible, it will gradually become obsolete while the ban continues. Without regular maintenance, your app may fail to function smoothly and become vulnerable to cyber-attacks.


Users trying to access TikTok in the United States encountered the message late Saturday. Photo: Blake Montgomery/The Guardian

TikTok fought this action vigorously in court, arguing without success that blocking the much-loved app would violate its right to free speech. It seemed like the bill might die before it became law, as in Montana, where a similar provision became the first state in the U.S. to ban TikTok within its borders in 2023. The state law was overturned before it took effect.

Two days before ByteDance was due to sell the popular app used by 170 million Americans, the U.S. Supreme Court ruled that the law was constitutional and its provisions should remain. did. Biden said he would leave enforcement of the bill to Trump. The White House said in a statement Friday that TikTok “should remain available to Americans, but simply under American ownership.”

In response to the ruling, TikTok chief Shou Chiu called on the president-elect to save the app. “On behalf of everyone at TikTok and our users across the United States, I want to thank President Trump for his commitment to working with us to find a solution to keep TikTok available in the United States,” he said in a video posted to TikTok. Ta. .

At the 11th hour, Trump tried to intervene on TikTok’s behalf before the Supreme Court, even though Trump himself is the author of the ban. He drew attention to the app after gaining a large audience during the 2024 presidential campaign. He is scheduled to take office on Monday and could order the Justice Department not to implement the bill, but said the Supreme Court’s ruling “should be:”respected”.It is unclear whether he will be able to completely avoid the TikTok ban.

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President Trump said Saturday that he would likely give TikTok a 90-day reprieve from a potential ban after he takes office on Monday.

“The 90-day extension is appropriate and will most likely be implemented,” he told NBC. “If we decide to do that, we’ll probably announce it on Monday.”

US TikTok users are leaking to Chinese video-sharing app Xiaohongshu (also known as RedNote) rather than YouTube Shorts or Instagram Reels, both of which are likely to gain traction after the ban.

One user said: “Before I look at your Instagram reels, I want to dropship my DNA to the doorstep of the Chinese Communist Party.”

Report contributed by Reuters

Source: www.theguardian.com

The Impending Collapse of Atlantic Currents: The Impact on our Planet

The frozen River Thames is being hit by cold winds, the Mersey docks are blocked by ice floes, and crops are failing in the UK. Meanwhile, rising sea levels are flooding the east coast of the United States, and the Amazon ecosystem is experiencing disruptions due to changing seasons. The world has undergone significant changes. What has caused this?

These events may seem like scenes from a disaster movie, but a recent scientific study focusing on the Atlantic Meridional Overturning Circulation (AMOC) warns that these scenarios could become a reality as early as 2050. Learn more.


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What is AMOC, why is it vital, and what changes can we expect? Will disruptions lead to catastrophic events, and how can we address the situation?

The Importance of AMOC and Expected Changes

The AMOC, also known as the “Great Ocean Conveyor,” is a vast ocean current system that includes the Gulf Stream. It transports warm, salty water from the tropics northward into the North Atlantic Ocean. As this water cools and becomes denser, it sinks, flows back southward at depth, and eventually rises to the surface, creating a continuous circulation loop.

This circulation system moves significant amounts of heat around the Atlantic Ocean, equivalent to boiling approximately 100 billion kettles. The AMOC plays a crucial role in distributing heat input to the Northern Hemisphere and affects climate zones worldwide. Any weakening of the AMOC could lead to shifts in global climate patterns, impacting various regions.

Changes in wind patterns can also influence AMOC. Stronger winds during ice ages bolstered parts of the Gulf Stream, while in a warmer future world, wind effects might weaken the AMOC.

Evidences of AMOC Changes

Direct measurements of AMOC strength started in 2004 using the RAPID array across the Atlantic Ocean. Observations indicate a 10% decline in intensity over nearly two decades, but year-to-year variations pose challenges in determining a clear long-term trend.

Past indirect measures, such as cooling trends in southern Greenland, suggest a weakening AMOC. Salt accumulation in the South Atlantic further supports the notion of reduced heat and salt transport due to system weakening.

By studying marine sediment cores and ancient shells, paleoclimatologists have discovered that the current AMOC weakening is unparalleled in the last 1,600 years, indicating a potential 15% decline in the system’s strength.

Future Outlook for AMOC

Climate models predict a 30-50% weakening of AMOC by the end of the century if greenhouse gas emissions continue. This could result in altered weather patterns, increased extreme events, and sea level rise along certain coastlines.

A small increase in global temperatures might trigger a swift shutdown of the AMOC, leading to severe climate impacts. Understanding the potential collapse mechanisms, such as “salt feedback,” highlights the need for immediate climate action to prevent such scenarios.

Managing AMOC Risk

To mitigate the risks associated with AMOC collapse, we must urgently reduce greenhouse gas emissions, enhance climate resilience, and prepare for potential disruptions in food and water supplies. Addressing the root cause of global warming and implementing sustainable practices are crucial in safeguarding the stability of the Earth’s climate system.

Read more:

Source: www.sciencefocus.com

When to Alert the Public: Seismologists Investigate Forewarnings of Impending “Major Earthquake”

New studies conducted by USGS geophysicist Danny Brothers reveal that the Cascadia subduction zone, stretching along the US west coast from northern California to northern Vancouver Island, may have seen around 30 large earthquakes over the past 14,200 years. On average, a large earthquake could occur in that area approximately every 450 to 500 years.

Despite this history, the Cascadia Volcano has remained dormant for years, as many scientists believe the volcano is mainly “frozen” and under immense pressure. Should the volcano erupt, it could cause a significant shift in the ocean floor, leading to potential tsunamis heading towards the shore.

Washington State Emergency Management Director Robert Ezell has warned that this event could be the most catastrophic natural disaster in the country’s history.

Seismologists are now focused on predicting these potential cataclysms, with research suggesting that faults like Cascadia and Nankai may give off warning signs, such as minor foreshocks or subtle tremors only detectable by specialized sensors (known as slow-slip events).

In a worst-case scenario proposed by Tobin, if the Cascadia Fault were to release such vibrations suddenly, the consequences could be devastating.

A major earthquake in the Cascade Range could leave over 100,000 people injured, lasting for five minutes and generating tsunamis along the coast for up to 10 hours. Liquefaction could occur in inland hills, destroying roads and bridges, with around 620,000 buildings, including hospitals and schools, facing severe damage or destruction.

Ezell emphasized that the state is not adequately prepared for such an event, warning residents to be self-sufficient for at least two weeks following a disaster.

The maps of the Pacific Ring of Fire, where tectonic plates converge to create subduction zones and volcanoes, particularly concern Ezell.

“Over the past few decades, we’ve witnessed major ruptures in all subduction zones’ faults except for Cascadia,” Ezell noted.

Source: www.nbcnews.com

The impending catastrophe: Climate change’s impact on our oceans

Around this time last year, Dean Grubbs and his colleagues were celebrating a conservation success story.The star of the show was the smalltooth sawfish, a large ray with a saw-like snout lined with tiny teeth. Victim of coastal development and bycatch, in 2003 it became the first saltwater fish to receive federal protection under the Endangered Species Act. By 2023, Florida's population will be the last sawfish in the US, and it's on the rise. “We were excited. We were seeing the population start to bounce back,” says Grubbs, a marine ecologist at Florida State University.

Then disaster struck. In January, a sawfish was found dead, thrashing about in shallow waters, spinning like crazy. This was after months of the smaller fish exhibiting similar behavior. Suddenly, Grubbs and his team were spending their days pulling dead sawfish from the water. After months of research and testing, the culprit finally emerged: ocean heat. A record-breaking heatwave brought “hot tub” water temperatures to Florida's coast in 2023, setting off a chain reaction that appears to have devastated the vulnerable sawfish population.

This is just one cautionary tale: something is wrong with the world's oceans. From orange algae blooms in the North Sea to outbreaks of gelatinous Bombay duckfish off the coast of China to the disappearance of Antarctic “bottom waters,” evidence is mounting that extreme temperatures are wreaking havoc on our oceans. After years of acting as silent sinks for excess human-made heat, the oceans are beginning to creak under the pressure. And we're finally starting to realize just how worried we should be.

About 90 percent of the excess is…

Source: www.newscientist.com

Impending Lunar Battle: Tensions rise as a possible moon war looms on the horizon

The Moon, Earth’s loyal companion that remains steadfast in its orbit around our planet, has been a topic of fascination and exploration ever since the early days of space travel. Missions have been planned, rovers have traversed its surface, and even a flag has been planted on its barren landscape.

But what is the appeal of the Moon? Situated about 400,000 km away from Earth, it poses numerous challenges for human habitation, such as high levels of solar radiation. However, the Moon offers a unique opportunity for planetary research, scientific experiments, and potentially lucrative mining ventures due to its untapped resources.

With the allure of untapped resources comes a race to be the first to claim ownership of the Moon. This begs the question: Who does the Moon truly belong to? Philosopher and author AC Grayling explores this complex issue in his latest book, Who owns the moon?

SF: Why the interest in the Moon, and will we ever reach it?

ACG: The Moon holds vast potential for mining operations as it is rich in resources, presenting a more feasible option compared to Earth. Despite logistical challenges, rapid technological advancements and substantial investments indicate that lunar exploration is imminent.

Some argue that a robotic base alone may not suffice for the extraction of valuable resources like Helium-3, crucial for clean nuclear fusion. The lure of economic gains raises concerns about potential conflicts over lunar territory.

SF: So, who lays claim to the Moon?

The 1967 Outer Space Treaty, ratified by the United Nations, prohibits militarization and territorial ownership of the Moon, declaring it a common heritage of mankind. This ambiguity has spurred competition among nations to pioneer lunar technologies.

Efforts to establish guidelines were made in 1979, yet the absence of binding agreements leaves room for potential disputes over lunar resources, particularly valuable elements like Helium-3. The lack of a regulatory framework raises concerns about future conflicts, extending beyond Earth.

Credit: Gremlin

What’s next, and will legal frameworks evolve?

The need for stringent regulations is apparent, given the burgeoning interest in lunar exploration by various space agencies. Proposals for lunar space stations and the Artemis Accords, a collaborative effort among nations for responsible space conduct, hint at evolving norms to govern lunar activities.

Historically, the 1961 Antarctic Treaty provides a model for international cooperation in preserving a common resource. However, challenges arise as countries like China and Russia seek to assert territorial claims in Antarctica, signaling potential conflicts over resource exploitation.

The Moon’s status as a shared resource prompts calls for inclusive lunar laws and international treaties to ensure equitable benefits. Efforts to establish regulatory frameworks face obstacles, mirroring past struggles in maritime law and resource management.

Is there a case for leaving the Moon untouched?

The Moon’s vast expanse and desolate nature diminish concerns over environmental impact, distinguishing it from Earth. Despite existing space debris, the Moon’s remote location offers ample space for exploration and development.

What lies beyond the Moon?

Envisioning a future where lunar infrastructure facilitates Mars exploration through water extraction for fuel production, heralds a new era of space colonization. Echoing historical precedents, colonies in space may strive for autonomy, shaping interplanetary relations akin to terrestrial geopolitics.

As humanity embarks on extraterrestrial endeavors, adherence to ethical principles and equitable resource-sharing remains pivotal for a sustainable cosmic future.

This conversation has been edited for length and clarity.

About our expert, A.C. Grayling

AC Grayling, a distinguished philosopher and author, sheds light on lunar ownership in his book “Whose Moon is It?” He is also the founder of the New College of the Humanities, recognized for his contributions to literary criticism and philosophical discourse.

read more:

Source: www.sciencefocus.com

Is the impending arrival of billions of cicadas in America cause for concern over their urine?

Here’s a question you probably shouldn’t think about while eating. What is the fastest peeing animal on earth? Elephants? Lions? Horse?

According to the magazine’s recent research, there’s one surprising candidate. Proceedings of the National Academy of Sciences: cicada. After studying urine flow throughout the animal kingdom, some scientists (preferably wearing goggles) have discovered that this tiny insect can spray pee at speeds of up to 3 meters per second. This is about three times faster than the average human.

So far so bad. But when you add that to the fact that a once-in-200-year event will soon see billions, perhaps trillions, of birds across the United States, you might start to feel a little nervous about your summer plans…

Now, is it time to hide out until the cicada storm passes? Experts say it probably is, but not for the reasons you might think…

What are cicadas and why do they come towards us?

“Cicadas are truly fascinating insects, known for their unique life cycles and unique sounds.” Dr. Elio Charita says the lead author of their urinary study. BBC Science Focus. “They belong to the order Hemiptera, are sap-feeding insects, and are found in temperate and tropical regions around the world.”



Cicadas can grow quite large, in some cases as large as hummingbirds, but in reality they really are quite noisy. In fact, their cries, clicks, and crackles are as noisy as a chainsaw.

“One of the most interesting things about cicadas is that they have a long larval stage, during which they stay underground for several years and feed on plant roots. Depending on the species, this stage lasts anywhere from a few years to 17 years. It can continue,” Charita continues.

This year, two “family members” of the so-called periodic cicadas (one emerges every 13 years, the other every 17 years) are synchronizing in some parts of the eastern United States. This is something that hasn’t happened since 1803 and will not happen again until 2245.

If you want to know more about the cicada life cycle, you can read all about cicadas in our explanatory article.

Is it time to prepare for the pee apocalypse?

Before we started buying canned goods and toilet paper in bulk in preparation for a summer spent indoors, the University of Kentucky entomologist said, Dr. Jonathan Larson, tells you BBC Science Focus Really, there’s no need to worry too much.

“For many people, the idea of a six-legged teenage insect invasion sounds like something out of a science fiction movie, but in reality, it’s a beautiful life experience, just like Mardi Gras.”

Although cicadas are large, they are harmless to people, animals, and crops.

Larson also pointed out that the cicadas found in the recent study were a species that lives in Peru and emerges every year. As a result, they spend more time feeding and urinating than the U.S. species we expect this summer.

read more:

  • “Insect Apocalypse” will feature billions of cicadas. Here’s what you can expect
  • Top 10 largest insects in the world
  • Bugs on the brink: Why bugs are disappearing from your garden this year

“For species in the United States, we’re talking about species that feed much less as adults than some of the species studied. The periodicals here say that once they emerge as adults, it all comes down to finding a mate,” Larson says.

However, it takes a while for them to eat and pee. Charita explains that periodic cicadas have been observed to urinate on jets before. It was also captured on camera.

Another good thing (or should we call it that?) is that cicada pee is completely different from animal pee. As mentioned above, cicadas feed exclusively on the xylem sap of trees. This is the same thing that forms the basis of maple syrup. Therefore, what comes out is a sweet, watery liquid known as “honeydew.”

Despite its delicious name, we don’t recommend drinking cicada pee while walking around this summer, but at least you’ll feel a little less sick if cicada pee falls on your head during a walk.

In other words, as Larson says, “With these cicadas, you can leave your umbrella at home.” Phew.

“Please watch your step.”

So cicadas pee surprisingly fast, but that’s not really a problem. In fact, the bigger problem for Larson would be when he dies, not when he goes to the bathroom.

“They die in groups, so you get big piles of carcasses. If they get stepped on, they can make sidewalks slippery. I think it’s a bigger liquid nightmare,” Larson says.

How bad could this be? In 1990, there was a report as follows. Chigoan has to use a snow shovel to remove dead insects from the sidewalk.

To make matters worse, billions of bugs die and rot at the same time, leaving a terrible stench in the air. Several people explained this. Hmm, a unique smell like rotten nuts.

Billions of cicadas come out of the ground, mate, and then die one after the other. – Image credit: Getty

On the positive side, this process returns many nutrients, including nitrogen, to the ground. So, while they may stink, they benefit the ecosystems they end up in.


How cicada pee can help build future robots

The fact that cicadas urinate in such powerful jets was surprising for two reasons, Charita said.

  1. Most insects do not urinate because it takes a lot of energy to urinate in a jet like larger animals do. Instead, they are excreted as droplets. Cicadas in particular feed on tree sap, which has little nutritional value, making their energetic eviction even more troublesome.
  2. Not only is jet peeing less energy efficient, previous research suggested it would be impossible for animals weighing less than 1 kilogram because their orifices are too small to produce a dense jet.

Understanding this process is important for several reasons. Especially since cicada populations number in the trillions and the impact their excrement has on the environment can be significant.

“We still don’t fully understand the ecological impact of cicada excretion on surrounding flora and fauna, especially in the case of periodic cicadas,” Charita says.

Cicadas can produce jets that travel at speeds of up to 3 meters per second. – Image credit: Elio Challita

When feeding, cicadas can consume 300 times their body weight in sap each day, and all that sap has to go somewhere.

But the team also has other applications for this research in mind. The knowledge gained could be useful for manufacturing jets and nozzles for small robots, and could also be applied to additive manufacturing and possibly drug delivery.

“Our study highlights the importance of studying seemingly mundane aspects of animal biology, such as excretion,” concludes Charita. “Investigating these processes can reveal interesting adaptations and provide insight into how animals interact with their environments.

“It also reminds us that there is still much to discover about the natural world, even in the most unexpected places.”

About our experts

Elio Charita He is a postdoctoral fellow at Harvard University’s Microrobotics Institute. Previously, at Georgia Tech, he studied fluid mechanics to help ultra-fast invertebrates (insects, hexapods, and arachnids) perform essential biological functions (e.g., feeding, excretion, and predator avoidance). I was researching how to deal with this issue.

Jonathan Larson He is an extension entomologist and assistant professor at the University of Kentucky, providing insect expertise to those working on urban landscapes, turfgrass, nursery crops, greenhouses, and household problems. He is also the co-host of the Informative Insects Podcast. arthropod.

read more:

  • “Insect Apocalypse” will feature billions of cicadas. Here’s what you can expect
  • Top 10 largest insects in the world
  • Bugs on the brink: Why bugs are disappearing from your garden this year

Source: www.sciencefocus.com