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1376
 
 

In Sturt National Park, near Tibooburra in central Australia where temperatures can range from freezing to nearly 50°C, there lives a small bird with a white back, forked tail and—as we've just discovered—a very clever strategy to survive its extreme environment.


From Biology News - Evolution, Cell theory, Gene theory, Microbiology, Biotechnology via This RSS Feed.

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Florida's Indian River Lagoon (IRL), one of the state's most ecologically productive estuaries, is facing a growing but invisible threat that could reshape its marine ecosystems. Over the past decade, the lagoon has suffered severe degradation caused by nutrient pollution, excessive freshwater runoff, harmful algal blooms (HABs), and declining water quality. These changes have led to the loss of tens of thousands of acres of seagrass and have negatively impacted shellfish, fish, dolphins, manatees and other key species.


From Biology News - Evolution, Cell theory, Gene theory, Microbiology, Biotechnology via This RSS Feed.

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A pair of US researchers have developed a new model to tackle a deceptively simple problem: how a small block of ice melts while floating in calm water. Using an advanced experimental setup, Daisuke Noto and Hugo Ulloa at the University of Pennsylvania have captured the intricate dynamics that underlie this everyday process—work that could ultimately pave the way for more accurate predictions of melting sea ice. The study has been published in Science Advances.


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Ferns, defined by large genomes, high chromosome counts, and pervasive aneuploidy as well as intraspecific polyploid complexity, diverge significantly from the classical genetic theories and analytical frameworks largely developed based on diploid models. Studies leveraging second-generation sequencing technologies have long centered on neutral variation in noncoding genomic regions.


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Researchers at the Technical University of Munich (TUM) have identified a bacterial genus that promotes root growth and nitrogen uptake in plants. The findings open new possibilities for developing customized "plant probiotics" that could contribute to more resource-efficient agriculture by reducing the need for nitrogen fertilizer.


From Biology News - Evolution, Cell theory, Gene theory, Microbiology, Biotechnology via This RSS Feed.

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University of Alberta researchers have, for the first time, captured a much better view of what may be contributing to failures in lodgepole pine seed orchards—a tree essential to Alberta's forest industry. The researchers used synchrotron microcomputed tomography, an advanced 3D imaging method usually used in medicine, in a pilot study to visually explore why some pollinated female pine cones, known as conelets, are healthy while others die long before they fully develop.


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Amelia Schafer
ICT

Two senators introduce a bill elevating the Indian Health Services director to assistant secretary for Indian health within the Department of Health and Human Services Tuesday morning.

U.S. Sens. Catherine Cortez Masto, D-Nevada, and Mike Rounds, R-South Dakota, introduced the Stronger Engagement for Indian Health Needs Act with the goal of improving health outcomes in tribal communities. To do this, they proposed an upgrade of IHS’s top position.

Currently, the IHS director position lacks certain authorities critical for the recruitment and retention of doctors, nurses and other essential IHS employees, the press release states.

If those decisions need to be made at present, then the IHS director would need to relay that information to and receive approval from the assistant secretary of health, who does not fall under IHS and doesn’t have the background and training to make those choices, said Sen. Cortez Masto’s office. It can create delays and worse situations.

Senators said that by elevating the position to assistant secretary in HHS would give IHS more authority, especially when it comes to new hires and advocating for health disparities in Indian Country as a whole without going through someone else.

If passed, the assistant secretary for Indian health would report directly to Secretary of Health and Human Services Robert F. Kennedy Jr.

IHS has recently struggled with employee retention, especially following the “Fork in the Road” memo allowing for early retirements among government employees.

More than 1,000 IHS employees left the department in 2025 through early retirement offers or voluntary termination, said National Indian Health Board Chief Executive Officer A.C. Locklear, Lumbee during a Senate Committee on Indian Affairs hearing in October.

Early retirements, other cuts slash Indian Health Service workforce

On Jan. 29, IHS announced its largest hiring effort in agency history, aiming to hire more doctors, dentists, administrators, mental health providers and more. The initiative’s immediate focus will be on filling vacancies, a news release said.

Nevada has five IHS clinics and South Dakota has over 10 facilities (including 638 contract facilities).

“The shockingly unequal health outcomes in Indian Country paint a clear picture: our country has failed to live up to our obligation to provide quality health care for Tribal communities,” said Sen. Cortez Masto in a statement. “This bipartisan legislation would be an important step toward giving IHS the tools and authority it needs to ensure everyone has access to excellent, affordable health care.”

The bill is endorsed by the National Congress of American Indians, the National Indian Health Board, the National Council of Urban Indians and the Reno-Sparks Indian Colony, the senators said.

Companion legislation has been introduced in the House of Representatives by Reps. Greg Stanton, D-Arizona, and David Joyce, R-Ohio.


The post Senators introduce legislation to promote top IHS position appeared first on ICT.


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Researchers led by Collaborative Research Center (CRC) 1357 Microplastics at the University of Bayreuth have overturned a common scientific assumption in a new study: Microplastic particles do not all exhibit similar transport behavior regardless of their shape. Instead, microplastics behave differently in aquatic environments depending on whether they occur as fragments or fibers. This insight reshapes our understanding of how strongly organisms are exposed to microplastics—an assessment that is crucial for evaluating the environmental risks posed by microplastic pollution.


From Earth News - Earth Science News, Earth Science, Climate Change via This RSS Feed.

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Tree planting has become a favored response to environmental loss. Governments, companies, and philanthropies announce large targets with reassuring round numbers. Forests, after all, store carbon, shelter wildlife, and support livelihoods. Yet the details matter. Planting the wrong species, or planting trees where forests did not exist, can undermine both biodiversity and climate goals. That problem has become clearer as restoration pledges have multiplied. A 2019 commentary in Nature found that nearly half of the area pledged under the Bonn Challenge consisted of plantation-style monocultures. A 2024 study in Science showed that much land promised for reforestation in Africa was actually savanna, an ecosystem poorly suited to trees. Ambition, in other words, has often run ahead of ecological sense. Paul Smith, secretary-general of Botanic Gardens Conservation International (BGCI), says this pattern raised concerns as pledges grew larger. “It started to occur to us that there was potentially a problem here, particularly given the size of the pledges that were being made.” What was missing was a way to distinguish restoration that improved biodiversity from restoration that merely looked good on paper. The Global Biodiversity Standard (TGBS) was created to fill that gap, reports Ruth Kamnitzer. Officially launched in 2024, it certifies forest and landscape restoration projects that can demonstrate measurable gains for biodiversity. Unlike many existing certification schemes, it focuses first on ecological outcomes and is designed to be affordable for small projects. Certification under TGBS begins with evidence. Projects are assessed using satellite imagery and on-the-ground surveys, which examine…This article was originally published on Mongabay


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Each year, bacterial infections are responsible for roughly 7.7 million deaths worldwide, with this problem further exacerbated by rising antibiotic resistance. Not only are wound infections increasingly difficult to treat, they also impede healing of the surrounding tissue at the same time. This is because the wound infection causes a misdirected inflammatory reaction in which the immune system is constantly activated, damages healthy tissue and blocks the repair processes required for healing. Antibiotics offer little assistance in such situations, even if they are effective against the underlying bacteria.


From Biology News - Evolution, Cell theory, Gene theory, Microbiology, Biotechnology via This RSS Feed.

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Every ecosystem is shaped by billions of invisible battles: organisms competing for light, nutrients, space, or mates. These competitive interactions determine which species survive, how they evolve, and how vibrant and resilient ecosystems remain. Yet, despite decades of research, scientists have struggled to answer one key question: how competition alters traits, such as body size, lifespan, and behavior, that define how species exist in nature. A global study led by LSU Assistant Professor Jiaqi Tan and published in Nature Communications brings new clarity to that question.


From Biology News - Evolution, Cell theory, Gene theory, Microbiology, Biotechnology via This RSS Feed.

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New pieces have been added to the puzzle of the evolution of some of the oldest fish that lived on Earth more than 400 million years ago. In two separate studies, experts in Australia and China have found new clues about primitive lungfishes, the closest living relatives of land vertebrates. The new research builds on long-running work by Flinders University and other paleontologists in the fossil-rich Gogo site in Western Australia's far north, and with the Chinese Academy of Sciences.


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Britain unveiled Tuesday its first-ever plan to tackle "forever chemicals" and reduce the risks they pose to health and the environment.


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New research led by a University of Oregon ecologist suggests that fire was historically more frequent in the Douglas fir forests of the western Oregon Cascade Range than previously believed.


From Biology News - Evolution, Cell theory, Gene theory, Microbiology, Biotechnology via This RSS Feed.

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Before plants evolved, vegetative life consisted of primitive green algae living in the sea. Like plants, these algae survived by performing photosynthesis, turning sunlight into energy. However, little light reaches the ocean where algae live; therefore, they evolved specialized organs to grab what little is available.


From Biology News - Evolution, Cell theory, Gene theory, Microbiology, Biotechnology via This RSS Feed.

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Mark Wagner
Special to ICT

Sara Factor recalls the moment that food company Saucy Spoon reached out to make a licensing deal with her daughter, Peyton “Beans” Factor, a gifted collegiate golfer.

“A complete surprise, shock,” she told ICT. “Followed by, ‘Shut up! No way!’”

The company wanted to negotiate a contract with the young golfer for a Name, Image and Likeness contract, known as an NIL, to sell their product — beans.

Factor, Chickasaw, a rising golf star who committed last year to play Division 1 golf at Manhattan University in New York, caught the attention of the company after influencer Bunkie Perkins began a social media campaign to promote the idea that Factor was a candidate for the growing NIL market for college athletes.

With her talent for golf and a name like Beans, Factor caught the attention of more than a million viewers from Golf Oklahoma to Barstool Sports, TikTok and X, formerly Twitter.

“It was last January,” Sara Factor recounted. “My friend called and said a story that mentioned Beans was getting millions of likes.”

The folks at Saucy Spoon and their ad agency, space150, took notice.

“A once-in-a-lifetime opportunity for us,” Jilliann DeLawyer, the senior director of marketing for Saucy Spoon, told ICT. “We are all about beans.”

Collegiate golfer Peyton “Beans” Factor, Chickasaw, takes a swingfor the Manhattan University Jaspers golf team as a freshman in September 2025. Credit: Photo courtesy of Manhattan University Athletics Department

The Saucy Spoon parent company, Faribault Foods, includes Saucy Spoons Baked Beans and more than a half-dozen other brands of foods – many of which also include beans. The company, formed by the merger in 2014 of Faribault Foods and Arizona Canning Company, is based in Faribault, Minnesota, with a manufacturing and distribution facility in Tucson, Arizona.

The company had never considered an NIL sponsorship, but the leadership at Faribault Foods got on board quickly.

“Serendipitous to say the least,” DeLawyer said. “The more we learned about Beans and her family, how delightful they all are, the more we were convinced this was a good partnership.”

While details are private, the multi-year contract between Saucy Spoon and the Factor family is not trivial. When ICT reached the family, Beans was treating her mother with a trip to the Oklahoma-Alabama football playoff.

A true trophy hunter

Factor earned her nickname as a child, her mother said.

“When she was 3 years old, maybe even younger, my grandmother, Sue Burris, babysat her and fed her beans every day,” Sara Factor said. “She had a hearty appetite for beans as a tyke. She became so well-known as Beans that her enrollment papers (which used her first name Peyton) at school would get lost.”

The family welcomed the attention from Saucy Spoon.

“As Native people, we’re often taught, don’t get in the limelight,” Sara Factor said. “A lot of it stems from grandparents from the past.  As Native, you’re not supposed to brag about yourself. But the tribes have grown. Before you weren’t Indian. Now you’re Indian. Now it’s ok. And if we don’t root for them, if we don’t cheer for them, who will?”

As her family cheered, Beans racked up wins in golf.

“She is a true trophy hunter,” her mother said.

Lots of driving

For many talented athletes, parental support is critical. There’s little surprise that Beans is not the only Oklahoma state champion in the family.

Her brother, Wyatt Factor – aka Boomer – was an Oklahoma state champion in baseball. Bean’s sister,Taylor, was a two-time Oklahoma state champion in softball. Just above Beans in birth order, Elijah was an Oklahoma state champion in basketball. Beans also has two younger siblings, Elliot, 6, and Goose, 4.

Jimpsey Factor, Bean’s father, remembers a lot of driving. Although there’s a country club in their hometown of Ada, Oklahoma, they would go to a driving range in Norman for golf.

“It was just too expensive,” Jimpsey Factor said. “So we’d go to Norman and she would practice sometimes every other day … We were taking her to Norman from when she was about six.”

Beans began to win tournaments before she had turned 10, and when she got to high school, her dad recalls that she was a key reason that Ada High School adopted golf.

“The golf team was pretty much nonexistent until she got there,” he said. “Maybe one girl, two girls would come out for the team. That’s all they ever had … Now golf is big.”

With Beans aboard, the Ada high school team won the state tournament in her sophomore year. She transferred in her junior year to Sequoyah, where, surprise, the team won the state tournament.  In her senior year, she won the Oklahoma statewide individual medal for low score.

Licensing deals

After years of lawsuits and negotiations, the National Collegiate Athletic Association began to allow student athletes to receive money for the use of their name, image and likeness beginning in July 2021.

While there is no reliable count of women with NIL income, the most active NIL deal-makers are most often for women in basketball, softball, soccer, and gymnastics. Combined with the fact that Native American athletes make up less than 1 percent of NCAA Division I athletes, Factor’s NIL in women’s golf is all the more impressive.

Coach Keith Prokop, who oversees the Manhattan Jaspers golf teams for men and women, said that NIL contracts  “are definitely a different world than I’m used to with the landscape of coaching golf, which sometimes doesn’t get the flowers it deserves. So I’m happy for them to find a way to shine.”

Members of Manhattan University’s women’s golf team gather after winning first place at the Evann Parker Memorial Tournament in October 2025 at Lake View Country Club, hosted by Mercyhurst University. It was the first win for the team’s first-year. Pictured are, from left, Coach Keith Prokop, Jayden Peters, Maddison Long, Peyton “Beans” Factor, Giana Zinke, Isabella Encinas and Nawel Ben Latief. Not pictured are Edie Nicholson and Arianna Steele. Credit: Courtesy of Manhattan University Athletic Department

DeLawyer, with Saucy Spoon, said the company was careful in reaching out.

“We approached Beans directly to see if she was interested in an NIL partnership,” DeLawyer said. “When developing the agreement we had to make sure we were compliant with state and school rules. When Faribault and Beans were both happy with the arrangement, we then submitted it for review/approval from both the NCAA and Manhattan University.”

Above the mean

As Beans Factor is not your average golfer, Saucy Spoon varieties are not your average beans.

“We spent a lot of time talking to consumers about how we could improve baked beans, and the answer was clear: ‘Give me more flavor,’” said DeLawyer. “So we did. We developed flavors like applewood smoked bacon, jalapeño bourbon, sweet hickory, and spicy roasted chipotle. Our newest flavor is Korean style barbeque.”

Parent company, Faribault Foods, which includes Saucy Spoons Baked Beans with more than a half-dozen other food brands, was formed by a merger in 2014 of Faribault Foods and Arizona Canning Company. It is based in Faribault, Minnesota, with a manufacturing and distribution facility in Tucson, Arizona. Products are available in groceries across the U.S. and on Amazon.com.

DeLawyer said that baked beans have been a staple in American cuisine for generations, and that Saucy Spoon’s innovations have introduced new flavors to the grocery aisles and attracted more than a million new households to baked beans.

They are also innovating in the NIL space, and could not pass on an opportunity to have Beans promote their beans.

“We are just happy to have met Beans and her family,” DeLawyer said. “At the same time, we want her to focus on her studies, golfing, and just generally enjoy being at college as much as possible, so we’ll probably shoot footage only once or twice a year.”

Good start

In her first fall season at Manhattan, Factor finished in the top 10 at two tournaments and combined with her teammates to record Manhattan’s first-ever win at the Evann Parker Memorial in October. During that win, the team senior Nawel Ben Latief received support from Beans, who put together a near-perfect second round.

Prokop, the coach, remains impressed by his young team and their desire to learn.

“We are a very young team and a talented team that needs to become wiser in how we approach our play and build confidence,” he said.

 Among the team members is Factor’s long-time golf colleague and friend Maddison Long, Navajo and Coeur d’Alene, who is a sophomore at Manhattan. Both developed through programs like the U.S. Golf Association qualifiers, NB3 Elite Golf and Nike’s N7 program. And both appear to be adjusting to big city life.

Their moms told ICT of a shopping trip to midtown. Beans and Long came on a QR code sponsored by the city in Times Square. They clicked on it and, lo and behold, their surprised faces appeared on the towering screen above the New Year’s Eve ball drop. That jumbotron is often called the ‘#1 billboard in the world’ for its visibility.

The Manhattan Lady Jaspers begin the spring season March 8 in Orlando at Orange Tree Country Club.

Mark Wagner is a golf historian and the founding director of the Binienda Center for Civic Engagement at Worcester State University in Massachusetts. His book, “Native Links, the Surprising History of Our First People in Golf,” was published in 2024 and is available from Back Nine Pressand Amazon. He can be reached at markgwagner@charter.net.

The post ‘With a name like Beans’: Chickasaw golfer lands licensing deal appeared first on ICT.


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The year 2010 was a reckoning for Japan’s economic security.

On September 7, the Chinese fishing trawler Minjinyu 5179 refused an order by Japan’s coast guard to leave disputed waters near the Senkaku Islands, which are known in China as Diaoyu. The vessel then rammed two patrol boats, escalating a decades-long territorial feud.

Japan responded by arresting the captain, Zhan Qixiong, under domestic law, a move Beijing considered an unacceptable assertion of Japanese sovereignty. Amid mounting protests in both countries and the collapse of high-level talks, China cut exports of rare earth elements to Japan, which relied upon its geopolitical adversary for 90 percent of its supply. The move reverberated throughout the global economy as companies like Toyota and Panasonic were left without materials crucial to the production of everything from hybrid cars to personal electronics.

It wasn’t long before Japan gave in and let Qixiong go. The crisis, which garnered worldwide attention, became a catalyst for Japan’s push to secure a reliable supply of critical minerals. “That was the turning point,” said Takahiro Kamisuna, a research associate at the International Institute for Strategic Studies in London.

Fifteen years later, that reckoning has only deepened.

China still provides 60 percent of Japan’s critical minerals, a reliance that has grown riskier as Beijing asserts its position as the world’s dominant supplier. Last month, Japan took a bold step to break that dependence when it launched a five-week deep-sea mining test off Minamitorishima Island. A crew of 130 researchers aboard the Chikyu — Japanese for “earth” — will use what is essentially a robotic vacuum cleaner to collect mud from a depth of 6,000 meters, marking the world’s first attempt at prolonged collection of minerals from great depths.

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Jake Bittle

Seabed mud off the coast of that uninhabited island, which sits 1,180 miles southeast of Tokyo, is rich in rare earths like neodymium and yttrium — distinct from the potato-shaped polymetallic nodules often associated with marine extraction. Such materials are essential for electric vehicles, solar panels, advanced weapons systems, and other technology.

The expedition, which is expected to end February 14, is being led by the Japan Agency for Marine Earth Science and Technology, which did not respond to a request for comment. It comes three months after the country signed an agreement with the United States to collaborate on securing a supply of critical minerals. It also propels Japan to the forefront of a growing debate over how far nations should go to secure these materials. Deep-sea mining “is not a new thing,” Kamisuna said, “it’s just gaining more attention mainly because of geopolitical tensions.”

The trawler incident highlighted a vulnerability that successive governments vowed to alleviate. Many criticized then-prime minister Naoto Kan of the country’s center-left party for capitulating to China, but he pledged to never again let Japan’s industrial future hinge on a single supplier. His successor, Shinzo Abe of the center-right party, was more aggressive and saw critical minerals as not just an economic issue, but a matter of national security that must be addressed even if it meant exploiting the deep sea.

Establishing a domestic supply could help Japan reach its goal of achieving carbon neutrality by 2050, a high priority for Yoshihide Suga, who succeeded Abe. Although Prime Minister Sanae Takaichi, an Abe protégé who assumed office late last year, supports the 2050 timeline, she has said the transition must not risk Japan’s industrial competitiveness and energy stability.

Takaichi has proposed slashing subsidies for large-scale solar projects or batteries, largely because so much of that technology is imported from China. Instead, she has hailed nuclear power as the path toward carbon neutrality. With the mining experiment unfolding in the Pacific, Takaichi hopes to secure a strategic reserve of minerals to protect key industries.

But Japan doesn’t face an either-or choice, said Jane Nakano, a senior fellow at the Center for Strategic and International Studies in Washington, D.C. “Energy security and energy transition are closely tied,” she said.

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Anita Hofschneider

“To me, it’s much more about the pace, not so much the direction,” said Nakano, who has worked for the U.S. Department of Energy and for the energy attaché at the U.S. embassy in Tokyo. “I don’t find Takaichi’s way of framing this dual challenge — energy security and decarbonization — unique to Japan. A lot of G7 countries are starting to recalibrate again, so they do have to think about international competitiveness. Direction-wise, [Japan] is just aligning itself with the political establishment and the industry.”

Unlike China, Japan lacks the sedimentary geology associated with rare earth deposits, requiring it to look toward the waters within its exclusive economic zones. Under the United Nations Convention on the Law of the Sea, Japan has the right to exploit the resources within 200 nautical miles of its coastline, which includes the atoll island of Minamitorishima.

Although the minerals to be found there lie nearly 20,000 feet beneath the surface, proponents of digging them up argue the challenge of extracting them and the cost of refining them is justified by mounting geopolitical tension. With Takaichi’s recent political jabs at Beijing, China has begun choking off its exports to Japan. Nakano said Japanese officials seem “confident” in the outcome of the experiment. “They’ve determined that it merits to have this demonstration of technologies and equipment this time around,” she said.

Japan’s foray into deep-sea mining comes amid mounting concern about the ecological cost of such technology. Scientists and environmental groups warn that marine extraction is racing ahead of our understanding of the impacted ecosystems. They are particularly concerned about sediment plumes, noise and light pollution, and damage to habitats and food webs, noting that scars left by equipment could render the seafloor uninhabitable for decades, even centuries.

“A tiny little nudge, and the whole seafloor is disturbed,” said Travis Washburn, a marine biologist at Texas A&M University in Corpus Christi. He studies deep-sea environments and human impacts on marine ecosystems, and he has analyzed the waters around Minamitorishima Island and represented Japan at International Seabed Authority workshops. He believes that mining rare earths from mud could have the same impact as mining nodules. “I think that they’re both pretty much going to destroy the habitat directly affected.”

Government officials insist the ecological impacts will be closely monitored. But assessing them could be difficult, because the seafloor around the island, home to sea cucumbers, sponges, corals, and potentially rare endemic species — remains the subject of intense study. Scientists fear these ecosystems may be permanently altered before anyone assesses them. As with many extractive industries, Washburn noted, technology is often deployed before anyone fully understands its environmental impacts.

Shigeru Tanaka, deputy director general of the Pacific Asia Resource Center, is an outspoken critic of deep-sea mining. He argues that the industry as a whole disregards international law and that exploiting the seafloor will harm fisheries and trample upon the rights of Pacific Islanders who consider the sea as sacred. (The Indigenous people of the Mariana Islands have raised such concerns in opposing Trump administration plans to open the waters there to mining.) He also believes that some of the experts involved in Japan’s project “are not really taking seriously the risks to the environment and how irreversible it may be.”

Even some government officials have expressed concern. Yoshihito Doi of the Agency for Natural Resources and Energy has said Japan should mine only “if we can establish a robust system that properly takes environmental impacts into account.”

A geologist inspects a bucket of polymetallic nodules, misshapen black globes encrusted with metals like cobalt, nickel and manganese.

A geologist inspects a bucket of polymetallic nodules, misshapen black globes encrusted with metals like cobalt, nickel, and manganese, collected by the research vessel MV Anuanua Moana from near the Cook Islands.
William West / AFP via Getty Images

It remains unclear what exactly is unfolding beneath the waves during this current test, but based upon his experience working with the Japanese government on similar research, Washburn said the top priority will be assessing whether the technology works. Researchers also will monitor how much material the system can hold and if the machinery can keep the sea mud contained without releasing a massive sediment plume on the seafloor or in the water column.

If Japan can successfully deploy a 6,000-meter pipe that can suck up 35 metric tons of mud under extreme pressure — about 8,700 pounds per square inch, or 600 times the pressure at sea level — government officials say a broader trial, which may include polymetallic nodules, could begin in February 2027.

One longer-term goal is to develop what’s called “hybrid mining.” Because deep-sea polymetallic nodules sit atop the rare-earth mud around Minamitorishima Island, researchers are exploring whether both could be collected and separated in a single operation.

Kamisuna said Japan faces another challenge: The energy needed to acquire and refine a stockpile. “If we want to create a sufficient reserve for rare earth [minerals], either using domestic or export, a large amount of electricity is required,” he said. “And the question is, What are we going to use, liquified natural gas or coal? What is the environmental cost?”

Using more environmentally friendly methods of extraction and processing can be expensive, he said — which is one reason many countries turn to China as a cheaper option.

For now, Japan’s deep-sea mining experiment seems to have drawn little public opposition at home, unlike in the United States and Australia where environmental activists and Indigenous communities have pushed back against such operations, particularly around the Pacific Islands. In the meantime, the country’s test moves forward, even as the implications of success, and questions about its long-term impact, remain unresolved.

“We are not prepared,” Tanaka said. “My personal take is that by the time we are ready, when the technology and the science is set, I really do not think there would be a demand for it.”

This story was originally published by Grist with the headline Japan’s unprecedented project could test the limits of deep-sea mining on Feb 3, 2026.


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I recently ate a pig that’s alive and well at a sanctuary in upstate New York. Her name is Dawn, and she donated a bit of fat, which a company called Mission Barns grows in bioreactors, then blends with plant-based ingredients to create pork products (like the meatballs above) that taste darn near like the real thing. Its “cultivated” offerings join a herd of alternative meats — including those from mainstays like Impossible Foods and Eat Just — that are challenging the traditional livestock industry, which uses immense swaths of land and spews staggering quantities of greenhouse gas emissions.

In his new book Meat: How the Next Agricultural Revolution Will Transform Humanity’s Favorite Food — and Our Future, Bruce Friedrich, founder and president of the Good Food Institute, catalogs the extraordinary costs of conventional meat production and the vast potential for alternative culinary technologies. Grist sat down with Friedrich to talk about the progress, challenges, and potential of the fledgling industry. This conversation has been condensed and edited for clarity.

Q. It’d be great to get a rundown on — if you’ll pardon the pun — your beef with meat.

A. Conventional meat production has significant external costs. In 2006, the U.N. Food and Agriculture Organization released a more-than-400-page report called Livestock’s Long Shadow. It said that animal-product production is responsible for all of the most serious environmental harms at every scale, from local to global. It looked at deforestation, climate change, air pollution, water pollution, water depletion, loss of biodiversity, and said that the inefficiency and extra stages of production involved in producing animal products made meat, dairy, and eggs a significant contributor to all of those, including being the number one contributor to deforestation.

All of those environmental consequences have gotten worse. If it takes 9 calories of feed to get 1 calorie of chicken, or 10 or more calories of feed to get a calorie of farmed fish or pork, and even more calories to get a calorie from a ruminant animal — a cow or a sheep or a goat — that’s an inherent inefficiency that really is 800 percent food waste, or more. All of the inefficiency adds up, and that’s why the latest numbers are that roughly 20 percent of climate emissions are attributable to animal agriculture.

Q. We’re at an interesting point in which the technology has gotten extremely advanced when it comes to replicating what is grown in an animal in a field somewhere. What are the options for alternative meats?

A. It’s very much similar to how we think about renewable energy or electric vehicles. There is a recognition that the world is going to consume more energy, the world is going to drive more miles. The world is also going to eat more meat. In the last 25 years, meat production is up about 65 percent. It will probably be up something like 65 percent again through 2050, and that means all of the external costs of meat production continue to get worse.

Just like if you’re talking about energy, we need an all-of-the-above strategy. So we want everything from more energy-efficient light bulbs to houses, but we do need renewable energy as one of the tools in the toolkit. Here, the solution is to figure out how we create plant-based meat that is indistinguishable and less expensive, and how we grow actual animal meat in factories rather than on live animals.

Q. You talk in the book about a number of ways this can be incentivized, though there are many states that have already done things like ban cultivated meat. What could be done in these early days of alt meats that could accelerate both the science and the adoption?

A. One very encouraging aspect of a shift in the direction of plant-based meat and cultivated meat is that because they are so much more efficient, there is a massive profit motive. And there is also a massive food-security motive for countries like China, Japan, and Korea that have significant food self-sufficiency concerns. Countries that cannot feed themselves recognize that that is a significant national security threat and are highly motivated to figure out how to feed themselves. These countries recognize that if they can produce meat with a fraction of the inputs required to produce animal-based meat, that will be a boon to their national security. And in the United States, we’re also seeing bipartisan support for alternative proteins for economic competitiveness reasons.

Q. One challenge now is that there’s a backlash in the United States against ultra-processed foods. Beyond Meat and Impossible Foods have been struggling financially lately, perhaps as part of that. Is that a surmountable challenge for the industry?

A. The first thing to say is that the plant-based meats are significantly healthier than what they are replacing. All of the plant-based meats that consumers like best, relative to animal-based meat, have less fat, less saturated fat, less cholesterol, more fiber, and more protein. All of the plant-based meats are significantly less calorically dense than the animal-based meat they’re replacing. The indictment against ultra-processed foods works, generally speaking, as shorthand for products that are low in fiber, calorically dense, high in fat, high in sugar. But comparing plant-based meat to Doritos and Coca-Cola doesn’t make a lot of sense. There are some questions around some of the other ultra-processed foods, but the science is clear that the meat and dairy alternatives do not lead to bad health outcomes.

Q. You make the point in the book that these companies should collaborate with the traditional meat industry, reforming the industry instead of replacing it. Why?

A. The goal of the meat industry is to produce high-quality protein profitably. Figuring out how to produce that same end product far more efficiently is going to be extremely profitable for the companies and countries that lean in. If you’re sort of analogizing to photography, nobody wants to be Kodak. Everybody wants to be Canon, and to seize the opportunity rather than to pretend it doesn’t exist.

This story was originally published by Grist with the headline Why the future of meat production is in vats, not farms on Feb 3, 2026.


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Article Summary

• Conflict has long threatened the survival of traditional Palestinian crops, and Israeli attacks since 2023 have destroyed nearly all the farmland in Gaza.
• The West Bank-based Palestine Heritage Seed Library collects and distributes Palestinian seeds for cultivation.
• In 2024, the Library created a U.S. network of growers called the Seed Protectors Project, based in the Hudson Valley of New York.

At City Green Farm Eco-Center, in Clifton, New Jersey, giant 9-foot-tall stalks of okra produce bushels of succulent, fuzzy green pods, ideal for soups and stews. This variety of okra, Bamyeh Falastinia, is native to what is now the West Bank, and for centuries, it has been a staple in Palestinian kitchens.

The plants’ true treasure, though, is its seeds—and in 2024, the City Green plants produced more than 9,000. At a time when conflict in the Middle East has destroyed Palestinian farmland and foodways, these seeds have become a beacon of hope for many.

Seeds are vessels of memory that carry the traditions of the people who grow, cook, and share the food.

City Green is part of a grassroots network of growers in the U.S. who are cultivating ancient Palestinian crops as part of the Palestinian Heirloom Seed Library (PHSL) Seed Protectors Project. Currently, approximately 40 growers and organizations in the U.S. work as seed protectors, including the Experimental Farm Network (EFN) in Pennsylvania, the Hudson Valley Farm Hub in New York, the Organic Seed Alliance in Washington State, the Ujamaa Cooperative Farming Alliance, and Truelove Seeds.

While growing varieties of okra, tomatoes, squash, cucumbers, herbs, and collard greens that have been grown in Palestine for centuries, these groups are also preserving Palestinian culture.

In her book Heirloom Seeds and Their Keepers, anthropologist Virginia Nazarea describes seeds as not only of critical importance to the preservation of crop diversity but also to the safeguarding of cultural knowledge. In this way, seeds are vessels of memory that carry the traditions of the people who grow, cook, and share the food, embodying both communal identity as well as agricultural value.

This is something the leaders at City Green understand. “We try to grow a lot of culturally relevant food at City Green,” says farm director Henry Anderson. “There’s a lot of Palestinian people here in Paterson and Clifton, and so we just want to keep preserving those cultures as much as we can.”

The Founding of the Seed Protectors

Seed Protector Lana Mustafa (left) and PHSL Program Director Melina Roise (right) with towering Bamyeh Falastinia okra plants. (Photo credit: Nicole Vascimini)

Seed protector Lana Mustafa (left) and PHSL Program Director Melina Roise (right) with towering Bamyeh Falastinia okra plants. (Photo credit: Nicole Vascimini)

The warm, dry climate of the West Bank and Gaza has for centuries supported unique varieties of wheat, barley, chickpeas, olives, lentils, and a diverse range of vegetables. Both regions belong to the Fertile Crescent, the area in the Middle East that was the birthplace of agriculture.

Protecting both cultural identity and crop varieties is what inspired Vivien Sansour, an advocate for seed conservation, to establish the PHSL in the West Bank town of Battir in 2014. Unlike a seed bank or vault, which sequesters seeds for safekeeping, the goal of a seed library is to keep crops active and growing. Growers borrow seeds from the library and then propagate, harvest, and resow them—as well as return a portion back to the library to be shared with more growers. For almost a decade, the PHSL worked in the West Bank, lending seeds and preserving culture.

But, as conflict in the region caused conditions to deteriorate, the work of the PHSL was also jeopardized.  Since 2023, bombing and ground assaults into Gaza by Israeli forces have left only 1.5 percent of the farmland in Gaza undamaged and accessible to cultivation, according to a United Nations report released in August 2025.

To be able to continue the work of preserving seeds and culture, the PHSL launched the Seed Protectors Project in 2024. Its goal is to get Palestinian heirloom seeds into the hands of “trusted friends, both Palestinian and non-Palestinian, who live in safety and security elsewhere in the world”—though primarily the United States.

“It really started from conversations that our team was having around our responsibilities as seed keepers right now,” says Melina Roise, program director for the PHSL.

At Saboon Maazeh farm at the Chester Agricultural Center in New York, seed protectors for the PHSL harvest crops for seeds. (Photo credit: Melina Roise)

At Saboon Maazeh farm at the Chester Agricultural Center in New York, seed protectors for the PHSL harvest crops for seeds. (Photo credit: Melina Roise)

How the Network Works

Regulations from the U.S. Department of Agriculture (USDA) limit the import of seeds to protect American agriculture from disease and insect infestation. This has meant that the PHSL has had to rely on the Palestinian diaspora in the U.S. for seeds.

“We have re-formed the seed library in the U.S.,” Roise says, “by people gifting us seeds, mostly passed down from their grandmothers and mothers.”

Seeds are shared with growers who have the experience and the available land to scale seed production. Once harvested, growers share seeds with other growers within their networks to resow and keep safe.

“The seed library does not currently have a permanent home in the U.S.,” Roise says. “Seeds are kept in various places, with farmers, at our homes, and at a small office we have in the Hudson Valley. Our dream is to have a farm in the future with a public seed library, but we are still in the process.”

Some of the seeds grown by the Seed Protectors Project are also available to the general public through seed sales. TrueLove Seeds, for example, sells Palestinian seeds grown by U.S. seed protectors, including the okra grown at City Green.

Lana Mustafa, an American Palestinian living in Clifton, New Jersey, has been stewarding the okra seeds for the last 10 years and is now part of the Seed Protectors Project. Needing more land to scale up okra production for the PHSL, she reached out to City Green, and it’s her seeds that now tower above the landscape at the Eco-Center. For her, saving the okra seeds is much more than a hobby. “It’s our duty and responsibility as humans and as individuals to protect what needs protection,” she says.

It’s a belief shared by others involved with the PHSL. “As an American and as a Jew,” says Nate Kleinman, founder of the Experimental Farm Network, “I believe that we have a really important role to play in working to solve the ongoing, really terrible situation of Palestine and the Palestinian people. Working to preserve seeds is just one piece of the puzzle, as they are such an important conveyor of culture and memory.”

As part of their efforts to preserve crops vital to Ukrainian agriculture and culture, the Experimental Farm Network (EFN) grows and saves seeds from Ukrainian cucumbers. (Photo credit: Nate Kleinman)

As part of their efforts to preserve crops vital to the agriculture and culture of war-torn regions, the Experimental Farm Network (EFN) grows and saves seeds from Ukrainian cucumbers. (Photo credit: Nate Kleinman)

The Benefits—and Challenges—of Growing Non-Native Crops in U.S. Soil

The PHSL and its seed protectors are not the only organization working to preserve seeds from areas ripped apart by conflict. The Iraqi Seed Collective, a U.S.-based network, distributes heirloom Iraqi vegetable seeds to members of the Iraqi diaspora in the U.S., and the Ukrainian Heritage Seed Network has distributed heritage seeds to more than 2,000 farmers, both in Ukraine and around the world.

The EFN has played a role in some of these efforts. It has grown soybeans and sunflowers from Ukrainian seeds it has requested from the USDA, as well as from other regions facing extreme challenges, such as South Sudan and Afghanistan.

“We have made it a focus on growing seed from threatened communities where the traditional agricultural systems and foodways are under threat, whether by war or climate change, sea level rise, or outmigration due to poverty and other factors,” says Kleinman.

He believes that, along with culture preservation, Palestinian seeds may hold clues to future crop production and even global food security. Traditional Palestinian agriculture has long relied on ba’al crops, sometimes referred to as rainfed crops, which grow using only the moisture retained in the soil during the winter months. This has produced crops that are able to adapt to hot and dry conditions, something increasingly common in North America due to climate change.

“We have to do a much better job of preserving seeds from around the world and especially preserving varieties that can stand up to the extreme climatic forces that are coming our way,” Kleinman says.

There are, of course, challenges when growing seeds attuned to a Middle Eastern climate in unfamiliar soils. Jennifer Williams of Wild Dream Farms on Vashon Island in Washington State’s Puget Sound grows vegetables for the Seed Protectors Project. She was recruited by Kleinman to work on brassicas like cauliflower and cabbage.

“These brassica crops are very difficult to grow for seed on the East Coast because of pest pressure primarily,” Kleinman says. Cabbage worms and aphids can devastate them, and the Pacific Northwest offers more favorable conditions. Williams often receives advice during monthly calls with other seed protectors, advising her not to water the plant once established. This helps mimic the arid conditions of the Middle East.

Even so, Williams admits, a plant grown in the wet climate of the Pacific Northwest, no matter how carefully curated, does not taste the same as one grown in the dry soils of Palestine. “The cauliflower wasn’t the same flavor,” she says. “At least I can harvest the seed, with the idea being that they will go back to Palestine when the opportunity arises.”

It’s this hope and the connection these crops give to Palestinians around the world that makes the work at City Green take on a deeper meaning. The fall of 2025 was wetter than the previous year in Clifton, and some of the okra pods didn’t dry as well, resulting in fewer seeds. This, though, has not dampened spirits, especially for Mustafa, who sees the okra as more than just a plant.

“It’s an opportunity for me to stay connected to my identity as a Palestinian,” she says.

The post The US Farmers Saving Palestinian Seeds appeared first on Civil Eats.


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Young Kenyan environmentalist Truphena Muthoni has set a Guinness World Record (GWR), for the second time, after embracing a tree for 72 hours. She hugged the tree for three days, Dec. 8-11, 2025, to raise awareness about climate change and protest the destruction of Indigenous forests. In doing so, she caught the attention of the country and inspired others to embrace trees for their own causes. Muthoni told GWR that she took on the challenge to “elevate and advocate for the protection of indigenous trees and to honor the wisdom of Indigenous Peoples, whose knowledge systems remain central to global climate solutions.” Muthoni’s 72-hour feat surpassed the previous record, also held by her, of 48 hours, set in February 2025. For the duration of the challenge, Muthoni didn’t eat, sleep or let go of the tree’s trunk. She did have medical care available and was surrounded by supporters. For Muthoni, these were more than just records. She said in a video that she aimed to respond to the cries of Indigenous people and make people to fall in love with nature. “We are cutting down indigenous forests, indigenous trees, replacing them with saplings and calling that mitigation. … I’m encouraging people to first protect what we have.” Days before GWR announced her achievement on Jan. 26, Muthoni was named to the top 20 most impactful women in Kenya list by Timely Kenya. She was recognized along with female leaders in governance, health, politics and the environment. Following Muthoni’s achievements activists…This article was originally published on Mongabay


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