China’s Green Great Wall Tames Desert Growth

For half a century, millions of workers have repeated a task across the deserts in northern China: inserting forearm-length sticks into shifting sand, first in a row, then in an intersecting line, gradually forming a grid. Then saplings are planted at the center of each small square. 

The technique, known as “straw checkerboards”, is a simple yet widely used method to stabilize sand dunes against the wind and help plants take root by using water supplied through an irrigation system. 

The widespread lattice it created across the sand has become the iconic image of China’s decades-long campaign against the spreading of desert conditions, known as the Three-North Protective Forest Program or the Green Great Wall. 

The generations of work have yielded measurable progress, but scientists caution that preserving the gains will require decades of continued effort. 

For a long time, drought, overgrazing and farming removed vegetation, harmed the soil and made areas vulnerable to wind and sandstorms. That kind of degradation of the land over time is known as desertification. The area of desertified land in northern China peaked in 2000, and it has been reduced by over 1,000 square kilometers (400 square miles) each year since then, according to data published by state media. 

The Chinese government said the initiative launched in 1978 has played a crucial role in transforming vast regions covering nearly half of China from “the desertification advancing and people retreating” to “greenery advancing and the desertification retreating”. Forests planted by the program now cover a cumulative 500,000 square kilometers (200,000 square miles). 

“The broad significance of the Three-North Program is not only the scale of restoration, but the long-term political commitment behind it”, said Barron Joseph Orr, chief scientist for the UN Convention to Combat Desertification. In a response to The Associated Press, he wrote that reversing desertification is possible when it becomes part of long-term development strategies. 

Elsewhere, efforts to combat desertification have included a project launched in Africa in 2007 to plant trees across a number of countries to hold back the Sahara Desert. 

The progress is the result of the efforts of frontline sand-control workers, along with top-level planning and substantial state investment, said Zhu Jiaojun, a scientist at the Institute of Applied Ecology, Chinese Academy of Sciences, who has long been dedicated to the construction and management of the program. He added that increased rainfall in recent years in some areas has made vegetation restoration easier. “The achievement of desertification combat is due to people’s hard work and a bit of luck with climate”, he said. 

According to long-term monitoring data by Zhu’s team, China’s desertified land has shrunk by around 10% overall since 2000, and areas of severely or extremely desertified land have decreased by more than 40%. Forest cover in the program area has risen from around 5% in 1978 to 14% in 2022. 

Zhu estimated that over 300 million rural laborers have been involved in the program, mostly on a paid, part-time basis.

Orr maintained that restored ecosystems in drylands can become increasingly self-sustaining over time, but they still require careful management and long-term monitoring, with success depending on factors such as water availability and soil health. 

The environmental advocacy group Green Camel Bell in Gansu province work to explain desertification and its risks to farmers and herders, plant trees with them in dryland areas, and help restore and sustain vegetation. 

“Efforts to combat desertification and restore forests should be linked to local livelihoods, so communities do not see economic development and ecological protection as an either-or choice”, said their founder Zhao Zhong. 

Orr agreed that restoration efforts have a much greater chance of succeeding if they’re structured to help communities benefit economically. 

Japan Presses Forward With 21st Nuclear Wastewater Release

Japan began a new round of discharge of nuclear-contaminated wastewater from the crippled Fukushima Daiichi Nuclear Power Plant into the sea on July 06, 2026, marking the 21st such release since the controversial operation began in 2023. 

The discharge started on Monday, and according to the plant's operator, Tokyo Electric Power Company Holdings (TEPCO), the latest round, scheduled to continue through July 24, will release about 7,800 tonnes of wastewater into the ocean, containing approximately 1.3 trillion becquerels of radioactive tritium. 

Struck by a 9-magnitude earthquake and the ensuing tsunami on March 11, 2011, the Fukushima nuclear plant suffered core meltdowns that released radiation, resulting in a level-7 nuclear accident, the highest on the International Nuclear and Radiological Event Scale. 

Despite concerns and opposition from the international community, Japan unilaterally launched the discharge of nuclear-contaminated water from the Fukushima Daiichi plant into the ocean in August 2023. So far, TEPCO has completed 20 rounds of discharges, and around 157,000 tonnes of wastewater have been released into the sea.

😡😡😡

Scotland Loses to Morocco @ World Cup

Scotland's World Cup knockout took a big knock when the Atlas Lions secured a narrow 1-0 win in the Group C clash yesterday.

The Scots had a really poor start, the worst possible and allowed the latter to score in just 71 seconds. The Moroccan midfielder from PSV Eindhoven got in behind the Scotland defence and sent an absolute rocket into the top corner of the net. 

Scotland were just so passive and to be honest, I'd rather we go out of the tournament with a bit of bravery and gallusness. 

In the second-half, there was more control from Scotland, much more possession and much more aggression higher up the pitch. But, sigh, they couldn't score. 

Despite the setback, Scotland's World Cup dreams are mathematically still alive. A point against Brazil on Wednesday will likely be enough to earn the first ever knockout stage place for the Scots.

But that's assuming we'll want to aim for a draw outcome. You can plan all you want but believe me, football is so random that you're never promised to get that outcome. 

I say we go for a win! And a win over Brazil would guarantee Scotland a place in the next round. No ambiguity, no doubt, no uncertainty. 

Scotland can win!

China's "Great Green Wall", officially known as the Three-North Shelter Forest Program, is an ongoing, decades-long project to plant nearly 100 billion trees, stretching over 3,000 miles (4,800 km) across northern China. 

Launched in 1978 and slated for completion in 2050, it is one of the largest ecological engineering projects in human history. The purpose is to combat soil erosion, stop the expansion of the Gobi Desert, and protect farmland and cities from severe dust and sandstorms. 

And sure enough, it has successfully stabilized shifting sand dunes, reduced the frequency and severity of dust storms, and significantly boosted China’s overall forest coverage from about 10% in the mid-20th century to over 25% today. The expanded vegetation has also absorbed massive amounts of CO₂, transforming sections of the belt into a vital carbon sink.

10 Giant Tortoises Reshape the Aride Ecosystem

The reintroduction of ten Aldabra giant tortoises (Aldabrachelys gigantea) – a species recognized for playing the role of a large terrestrial herbivore – on the northernmost granitic island in the Seychelles, restored ecological functions absent for over 180 years in just six months. 

Translocated from nearby Frégate Island, the tortoises restored critical processes like seed dispersal and vegetation management.

Giant tortoises became extinct on Aride Island nearly two centuries ago, and with them, important processes that maintained the island’s habitat were lost. Their reintroduction confirms that they act as ecosystem engineers by performing three fundamental ecological functions: controlling the cover of exotic plants; accelerating decomposition and nutrient recycling in soils through the consumption of leaf litter; and dispersing native plant seeds through their droppings after ingesting fruits. 

Conducted by researchers from the Doñana Biological Station (EBD), the National Museum of Natural Sciences (MNCN), the Royal Botanical Garden (RJB) – all part of the Spanish National Research Council (CSIC) – and the University of Exeter, the study demonstrates that reintroducing a small number of giant tortoises is a cost-effective restoration strategy capable of reestablishing lost ecological interactions. 

The study "Individual variability shapes interaction rewiring and fosters ecosystem restoration by reintroduced giant tortoises in the Seychelles", which highlights how these 10 Aldabras dramatically reshaped the island's ecosystem, was published in the journal Restoration Ecology and released on April 16, 2026.

The dispersal of more than 11,000 seeds in two months helps to gauge the extent of the process recorded by scientists during the initial monitoring of the animals. As nearly nine out of ten seeds belonged to native species, the movement of the reptiles may favor the regeneration of original vegetation in areas where introduced plants have gained space. 

The consumption of 54 exotic species was also recorded as relevant data because invasive plants can compete with local flora for light, water, and nutrients. By feeding on these species, the tortoises reduce some of the pressure on native vegetation and alter the growth dynamics in the territory, according to the researchers’ assessment.

The research also pointed out behavioral differences among the reintroduced individuals, a fact considered relevant to assess how each animal contributed to the ecological restoration of Aride Island. 

In fact, only three of the ten tortoises accounted for more than 80% of the native seed dispersal in two months, while others had a greater role in the consumption of exotic plants or in nutrient recycling. For this reason, the team advocates that conservation projects evaluate which animals play broader ecological roles, as individuals of the same species can generate different effects in the ecosystem’s recomposition. 

The case of the tortoise identified as T08 was used by the scientists to exemplify this variation in behavior observed during monitoring conducted after reintroduction on the island. According to the study, this individual demonstrated greater efficiency in consuming exotic flora, strong native seed dispersal, and balanced ingestion of native and introduced plant matter compared to other monitored tortoises. 

The finding led the researchers to highlight behavioral diversity within the same species as an element to be considered in ecological restoration actions. 

The study does not claim that any release of animals will produce the same result, nor does it indicate that reintroduction can be done without planning in other island ecosystems. For this type of action, experts consider it necessary to evaluate species, environment, ecological history, health risks, and subsequent monitoring, especially on islands, where imbalances can spread quickly.

Researchers advocate that future restoration initiatives consider the so-called effective number of individuals capable of sustaining ecological functions, and not just the total number of animals reintroduced. This concept broadens the traditional analysis, which usually prioritizes the genetic viability of a reintroduced population, by also including the individuals’ ability to recover natural processes in the environment. 

The six-month interval does not represent complete restoration of the island, but indicates, according to the study, that functions previously absent were measurably resumed after the reintroduction of the tortoises. 

Oyster Shells to Rebuild Coastal Reefs

The oyster shells that used to go to waste in restaurants have become part of a marine restoration program led by marine scientist Kaysha Kenney (right). The work takes place in Southern California in the United States, with the involvement of Orange County Coastkeeper in Orange County and Long Beach. 

The case gained prominence on May 15, 2026, when the scale of the project drew attention: the program had already accumulated over 10 tons of used shells. The goal is to reuse this waste to help in the recovery of oyster reefs, strengthen coastal habitats, and show how ocean conservation can also start with something seemingly common. 

Initially, the operation fit into a few wooden boxes. The oyster shells were collected in local restaurants, stored, and prepared for an environmental reuse process. Over time, the volume grew so much that the initial space was no longer sufficient. 

What seemed like a small action turned into a weekly operation of logistics, science, and environmental education. Today, the collected shells form a large storage area and continue to arrive through partnerships with seafood restaurants and markets. 

The expansion shows how consumer waste can gain a new function when there is planning. Instead of ending up in landfills or common disposal, the shells are treated as raw material to restore degraded coastal environments. 

This growth also helped transform the project into a story with great public appeal. The image of tons of accumulated shells draws attention because it visually reveals the size of a problem and the potential of a solution. 

The Shells for Shorelines program by Orange County Coastkeeper collects oyster shells used in partner restaurants and markets. The team organizes collections to pass through several establishments on the same route, reducing travel and making the process more efficient. 

After collection, the shells are taken to a field where they undergo weighing, cataloging, and sun curing. This step is important because it helps prepare the material before reuse in restoration projects. 

The process also requires cleaning the containers used in collections. Buckets, boxes, and other materials need to be sanitized so they can return to the restaurants and participate in the next collection round. 

In practice, recycling involves more than just gathering shells. There is volume control, partner organization, transportation, curing time, and preparation to ensure the material can be safely used in reef recovery. 

Oyster shells have environmental value because they help rebuild the physical base of reefs. These reefs serve as habitats for various marine and coastal species, providing shelter, food, and breeding areas. 

Oyster reefs also contribute to water filtration and coastal protection. When well preserved, these environments can improve water quality and help reduce impacts in vulnerable coastal areas. 

Another important point is the resilience of ecosystems. In regions subject to erosion, climate change, and urban pressure, healthy coastal habitats can function as natural barriers and points of biodiversity recovery. 

Restoration, therefore, benefits not only oysters. It can strengthen an entire network of marine life, from small organisms to species that depend on these environments to survive. 

Kaysha Kenney’s work gained traction on social media because it shows stages that many people never see: bins full of shells, fields covered with the material, teams organizing collections, and the slow work behind environmental recovery. 

The virality helped turn a technical topic into something understandable for the public. Instead of just talking about marine restoration, the videos show the concrete path of oyster shells, from the restaurant to the coastal project. 

This type of dissemination helps bridge conservation and everyday life. Many people consume oysters without imagining that the shells can return to the environment as part of a strategy to recover reefs. 

The repercussion also broadens the debate about waste. What seemed like worthless waste is now presented as an environmental resource, provided there is an organized chain for collection, preparation, and reuse. 

The accumulation of more than 10 tons of oyster shells reveals the strength of the program but also points to the magnitude of the environmental problem. Reef restoration requires volume, time, technical knowledge, and continuous participation from partners. 

According to the material released about the project, oyster reefs have suffered significant losses worldwide. This scenario makes restoration initiatives even more important, especially in coastal areas pressured by urbanization, pollution, and environmental changes. 

The pile of shells serves as a symbol of reconstruction. Each collected batch represents waste that is no longer discarded and becomes part of a larger effort to recover the oceans. 

At the same time, the project shows that conservation does not depend solely on large works or actions distant from the population. Restaurants, consumers, scientists, environmental organizations, and content creators can participate in a chain with real impact. 

The story of oyster shells shows that ocean conservation does not start only within the water. It also involves decisions made in restaurants, collection programs, environmental education, and public communication. 

When a restaurant separates shells for recycling, it participates in a chain that can help reefs and coastal habitats. When the public understands this process, the likelihood of supporting similar initiatives in other regions increases. 

The case also reinforces the importance of local organizations. Orange County Coastkeeper acts as a bridge between commercial establishments, technical teams, and restoration projects, transforming dispersed waste into environmentally useful material.

This model can inspire other coastal cities, provided it respects local conditions, sanitary requirements, and technical criteria for restoration. It is not enough to throw shells into the sea; planning, monitoring, and a clear ecological purpose are needed. 

The case draws attention because it combines science, logistics, and communication in an easy-to-visualize agenda: what is left on the plate can return to the ocean as a conservation tool.

Forest Sounds Confirm Biodiversity is Returning in Costa Rica

Can listening to forests help us understand if the life inside them is thriving? Apparently, yes. 

Giacomo Delgado likens it to a doctor examining heart health. 

“A doctor has listened to many people’s hearts, and knows what healthy hearts sound like”, Delgado (right), a doctoral researcher in the Department of Environmental Systems Science at ETH Zürich, told Mongabay in a video interview. “She then starts to compare your heart to other heart sounds to see if you have a healthy heart”. 

A team of researchers, led by Delgado, has used the same logic to assess the success of a forest protection and restoration mechanism in Costa Rica. Using more than 16,000 hours of audio recordings of the forest, they found that biodiversity was restored in naturally regenerated forests. These forests were also found to sound similar to forests that have been protected for years. 

In 1950, half of Costa Rica was forested; by 1995, forest cover had been reduced to 25%, driven in part by cattle ranching and agriculture expansion in the 1970s and 1980s. Since then, however, Costa Rica became something of a pioneer in the payment for ecosystem services (PES) system, a mechanism where landowners and local communities are financially compensated for protecting and preserving forests. The country’s PES initiative, launched in 1997, is one of the first national-level programs of its kind in the world, and to date has covered more than 1.3 million hectares (3.2 million acres). 

“Costa Rica’s PES program is notable not only for its longevity and scale, but also for the institutional framework built around it”, Laura Villalobos, assistant professor of economics and environmental studies at Salisbury University in the US, told Mongabay in an email interview. “The program has progressively incorporated scientific evidence to prioritize areas facing higher risks of deforestation”, said Villalobos, who wasn’t involved in Delgado’s study.

While satellite data have shown an increase in forest cover, it’s been more challenging to assess whether the recovered forests have life thriving within them. More often than not, forest cover regeneration is considered the key metric of success in PES programs. Biodiversity assessments, however, are more difficult and expensive to implement over large areas. As a result, “biodiversity restoration is still measured predominantly through changes in forest cover, often used as a proxy for biodiversity outcomes”, Villalobos said. “This doesn’t capture the quality of biodiversity, species diversity and ecosystem functioning”. 

Enter bioacoustics. For years, scientists have used this noninvasive technology – essentially placing microphones throughout the forest to record animal sounds – to conduct large-scale biodiversity assessments over wide swaths of forests. It’s also used to understand the behavior and communication patterns of animals. 

To determine if regenerated forests are functioning as viable habitats, Delgado sought answers to a wide range of questions. When are the big bursts of sounds happening? What species are making these choruses of sounds, and at what times? Is there a high diversity of sounds? Is the sound distributed through all sorts of pitches? 

“We have listened to healthy forests and made designations on sound profiles of healthy forests”, Delgado said. “We used those to see how close recovering forests sound to the healthy baseline”. 

Delgado and his team captured close to 16,658 hours of audio data from 119 sites across the Nicoya Peninsula in northwestern Costa Rica. They placed their audio recorders (left) in protected areas, forests recovering under the PES program, monoculture plantations, and pastures, and retrieved them a week later. The sites that were sampled include 50 forests that were allowed to regrow naturally without any human intervention. These forests have been recovering after being abandoned for cattle ranching and farming for anywhere between 25 and 42 years. 

After analyzing the data, they found that the sound profile of naturally regenerated forests under the PES program was very similar to that of protected forests. These patches were found to be “1.4 times more acoustically similar” to protected forests than they were to pastures. “Healthy forests have strong peaks of acoustic activity right when the sun is coming up and going down”, Delgado said. “Whereas in pastures, these are much less pronounced and the biggest peak is in the middle of the day when humans are active there”. 

Biodiversity in monoculture timber plantations was also found to be recovering, but not as strongly as in naturally regenerated forests. “You hear and feel a lot less in monoculture plantations where things are sometimes very quiet, almost eerily so”, Delgado said.

Villalobos said using sound to measure the success of PES programs goes beyond determining whether the forest is still standing. It also allows researchers to determine whether the recovered forests are functioning as healthy habitats. However, she said, since the study compares areas with PES against reference protected forests without PES, some questions remain unresolved: What would have happened to the PES areas had they not received the incentive? Would PES areas sound different in the absence of the payments? 

“Even so, the methodology is valuable because it moves beyond forest cover as a proxy and begins to measure ecological quality more directly”, she said. 

Delgado and his team are planning to continue their work. They’re now expanding their research across the entire country, having already collected 16 years’ worth of audio data from 600 forests. This time, in addition to assessing whether the forests are recovering, they’re also planning to identify what other factors correlate to forest recovery. 

“We want to find out which variables, whether it’s climate or forest cover or socioeconomic factors, are the biggest drivers of this recovery and what’s causing the biodiversity to return”, he said. “That’s really the point of doing ecosystem restoration: bringing back these natural communities of living beings that can thrive together”.

Denmark Switches to Red Streetlights

A quiet transformation is underway in Gladsaxe, Denmark, where urban lighting is evolving to protect local wildlife without compromising public safety. 

In this municipality near Copenhagen, red LED streetlights have been installed along key roadways, offering a potential model for cities worldwide grappling with the environmental impact of artificial lighting. The initiative targets light pollution and seeks to reduce disruptions to nocturnal species, particularly bats, which are sensitive to urban light. 

This innovative shift is rooted in scientific research and aligns with global sustainability efforts. In doing so, it represents more than just a change in lighting color. It is a rethinking of how cities can evolve their infrastructure to meet pressing environmental goals, preserve local ecosystems, and manage the growing challenges of urban development. 

In most urban areas, artificial light serves primarily to ensure safety and improve visibility for pedestrians and drivers. However, growing evidence suggests that traditional lighting systems disrupt natural ecosystems. Species such as bats, which rely on echolocation for navigation and feeding, are particularly vulnerable to artificial light. Research shows that short-wavelength lights – like those in white, blue, and green spectrums – disrupt their behavior, leading to altered migration patterns and disrupted feeding cycles. 

In contrast, red-spectrum lighting has been found to have minimal impact on bat activity. In Gladsaxe, the decision to replace standard white lights with red LEDs along Frederiksborgvej, a road near a local bat colony, is designed to protect species such as the common pipistrelle (Pipistrellus pipistrellus) and the brown long-eared bat (Plecotus auritus). This shift is based on evidence that red light interferes less with nocturnal species, offering a sustainable compromise between ecological protection and the need for public illumination. 

The implementation of red lights is a targeted effort to reduce the impact of street lighting on local bat populations, ensuring their ability to forage and navigate while maintaining road safety. This innovation follows findings from the Danish Road Directorate, which highlighted how artificial light affects bat behavior in close proximity to their feeding corridors and roosting areas. Gladsaxe’s project has become a key part of Denmark’s broader sustainability strategy, linking urban development with environmental responsibility. 

The introduction of red lighting in Gladsaxe is part of the EU-funded Lighting Metropolis – Green Mobility program, which also involves cities across Denmark and Sweden. The program aims to reduce the environmental footprint of urban lighting while maintaining energy efficiency and road safety. 

The move to red LEDs aligns with sustainable city goals and offers multiple benefits. These energy-efficient lights reduce power consumption compared to older systems like sodium vapor lamps. Additionally, they require less maintenance and integrate smart lighting technologies that adjust brightness based on real-time data, further improving energy efficiency.

The Great Pacific Garbage Patch is Home to Aquatic Species

Plastic drifts across the Pacific in no particular hurry. Some pieces have been moving for years, thinning and softening as the sun and salt work on them. 

Far from land, where the sea usually offers little to cling to, those fragments have started to matter differently. Small animals have found them. They stay. They grow. Some even reproduce. This was not what scientists expected to see when they began pulling plastic from the middle of the ocean. 

The open sea was meant to be too exposed, too empty. But the plastic remains. It floats. It lasts. And slowly, almost quietly, it is being used. The garbage patch is still polluted. It is also now inhabited. 

The study published in Nature Ecology & Evolution, volume 7, pages 687–697 (2023), came from a close look at 105 large pieces of plastic collected from the North Pacific Subtropical Gyre. This is the slow-moving system of currents where floating debris tends to gather. Nearly all of the items carried life. Barnacles were common. So were crabs, amphipods, sea anemones and other small invertebrates. 

In total, researchers counted 46 different kinds of animals. Many of them were not supposed to be there at all. They normally live near coasts, attached to walls or harbour walls. Yet here they were, thousands of kilometres from shore. 

For a long time, scientists assumed the open ocean was off limits to coastal species. There is no seabed to anchor to and little shelter from waves or predators. Food is less predictable. Conditions change fast. The idea was that coastal animals lacked the ability to cope with this. 

What the plastic shows is something simpler. The problem may never have been the water. It may have been the lack of a surface. once that surface appeared, in the form of floating waste, the rules shifted. 

Not all debris is equal. Nets and ropes turned out to host the most life. Their twisted shapes created pockets and shade. They offer grip. Some pieces had clearly been at sea for many years, worn down to a thin and brittle state. Still, they held on. These objects act like small rafts. Over time, they collect layers of organisms, some feeding, some sheltering, some just staying put. It is not a reef. It is not land. But it is enough. 

They are not only clinging on. Many are breeding. Scientists found females carrying eggs and signs of different growth stages on the same object. The young and adult shared the space. Sea anemones showed several size classes living together. This suggests more than chance arrival. It points to persistence. Some species reproduce without needing a mate or release young that settle quickly. Those traits may help them survive long journeys on drifting plastic.

Most of the animals identified trace back to the western Pacific. Several are known from the coast of Japan. A few pieces of debris even carried markings from East Asia, though most plastic had lost any clear sign of origin. Tsunami-related debris from past events may have played a role, but the broader picture is movement. Plastic travels easily. Life goes with it. Over time, species from one coastline can end up established far beyond their usual range. 

This new floating community is sometimes called neopelagic. It exists before the plastic exists. It does not replace natural ecosystems. It alters them. Coastal species now mix with open ocean ones on the same debris. How that affects food webs, or competition, is still unclear. There is no neat ending here. The plastic problem remains. 

What has changed is the understanding. The high seas are not as empty as they once seemed. They are being reshaped, slowly, by what we leave behind.

Project Firefly in Sabak Bernam, Selangor

Etiqa, Malaysia's comprehensive insurance and takaful provider have started Project Firefly, a practical project to preserve the habitats of fireflies (Kelip-Kelip in Malay) along the banks of Sungai Panjang in Sabak Bernam, Selangor. 

This is a ground-breaking effort to preserve the environment and promote sustainable tourism. The Malaysian Nature Society (MNS), Universiti Kebangsaan Malaysia (UKM), and the Sabak Bernam District Council are among the notable organizations working on this important project. Together, they seek to maintain and restore the river’s ecosystem’s delicate balance, which is essential to local livelihoods and biodiversity. 

Fireflies (Family: Lampyridae; insect order: Coleoptera) are not merely captivating creatures that light up the night; they are vital indicators of a healthy ecosystem. Their presence is closely linked to the condition of mangrove forests and riverbank vegetation, which are critical for the survival of a myriad of species. 

The decline of fireflies in Malaysia, largely due to pollution, deforestation, and artificial light intrusion, poses a significant threat to biodiversity, ecotourism, and the livelihoods of local communities dependent on the river’s resources. 

Project Firefly is designed to address these challenges by focusing on the restoration of mangrove ecosystems along the riverbank. Over a stretch of 10 kilometres of river, the project has seen the planting of 130 Berembang (Sonneratia caseolaris) saplings and the sowing of 200 seeds, aiming to rejuvenate the area and provide a sustainable environment for fireflies to thrive. The initiative’s scale and reach underscore the significance of its environmental mission and its potential to impact local conservation efforts. 

A key aspect of Project Firefly is its commitment to involving the local community, with a strong emphasis on ecotourism. Etiqa volunteers have been actively engaged in the restoration process, with 50 volunteers contributing to the planting efforts. This collaborative approach not only aids in habitat conservation but also educates locals about the environmental importance of fireflies and mangrove ecosystems. 

As eco-tourism gains momentum in Malaysia, projects like Project Firefly offer a model for how businesses can collaborate with local communities to restore natural habitats. Firefly conservation directly supports ecotourism by ensuring that areas remain biodiverse, attractive, and economically viable for those who rely on tourism for income. The initiative’s focus on river-based livelihoods further underscores the importance of harmonising tourism activities with conservation efforts.

Prized Japanese Oysters Are Dying

In August 2023, Japan began dumping over a million tonnes of radioactive wastewater from Fukushima into the Pacific Ocean. The IAEA said it was safe. The world agreed. 

China banned Japanese seafood immediately, citing radiation concerns. Everyone called it politics. 

Fast forward to November 2025: Japan's prized oysters are dying at rates up to 90%. Scallops too. 

The official explanation? "High water temperatures". But is that really the whole story? 

Remember, China warned us! Isn't it strange that Japan's not testing for radiation in these dead oysters. Why?

The graphic speaks for itself!

Plastic Brain

Scientists just discovered your brain is transforming into a landfill for tiny plastic particles – with concentrations up to 30 times higher than other organs. 

A study "Bioaccumulation of microplastics in decedent human brains" by Alexander J Nihart, Marcus A Garcia, Matthew J Campen, et al, published in Nature Medicine on February 03, 2025, reports that researchers examined brain, liver, and kidney tissue from deceased donors and found microscopic plastic fragments everywhere – but especially in the brain. 

“The concentrations we saw in the brain tissue of normal individuals, who had an average age of around 45 or 50 years old, were 4,800 micrograms per gram, or 0.48% by weight”, Campen said. That’s the equivalent of an entire standard plastic spoon. 

Our brains appear to be soaking them up like tiny toxic sponges. Most were nanoscale shards of polyethylene, the same plastic used in containers (e.g. shampoo bottles, milk jugs, plastic drinking cups) bags (e.g. grocery bags, garbage bags, recycling bins), packaging films and toys. 

Even more delightful? Brain samples from 2024 contained about 50% more plastic than samples from 2016. Progress! 

"We're seeing exponentially increasing environmental concentrations of these particles", said co-lead study author Campen. The plastic particles are incredibly tiny – most were 100-200 nanometers long, or about 500 times thinner than a human hair. 

But they're everywhere, like glitter after a kindergarten craft project. When examining brain tissue under high magnification, researchers saw "innumerable shard-like solid particulates" scattered throughout. You know, just tiny plastic daggers floating around in your thinking meat. 

“It is unclear if, in life, these particles are fluid, entering and leaving the brain, or if they collect in neurological tissues and promote disease”, said Phoebe Stapleton, an associate professor of pharmacology and toxicology at Rutgers University in New Jersey, USA. She was not involved in the said study. “Further research is needed to understand how the particles may be interacting with the cells and if this has a toxicological consequence”. 

In fact, researchers did see signs that the body’s liver and kidneys may be capable of flushing some plastics from the body, Campen asserted. Whether that can happen in the brain, he said, is unknown.

"(The) data compels a much larger effort to understand whether these particles have a role in neurological disorders", Campen noted, in what might be the most diplomatic way possible of saying "Holy shit, our brains are turning into Tupperware". 

But look on the bright side – your brain is now officially a recycling bin for shopping bags!

Pollution-hit Bangkok Offers Free Public Transport

Thai authorities have made public transport in Bangkok free for one week – starting Saturday – in an attempt to reduce the number of private cars on the roads and tackle air pollution.

Already, on Friday morning, the level of PM2.5 pollutants – cancer-causing microparticles small enough to enter the bloodstream through the lungs – hit 108 micrograms a cubic metre, according to IQAir. The World Health Organization recommend 24-hour average exposures should not be more than 15 for most days of the year. The reading makes the Thai capital the world’s seventh-most polluted major city at present.

On that same morning, 352 of the 437 schools under the Bangkok Metropolitan Authority had shut their doors – the highest number in five years – affecting thousands of students.

Seasonal air pollution has long afflicted Thailand, like many countries in the region, as colder, stagnant winter air combines with smoke from crop stubble burning and noxious exhaust fumes. [Note: Cities in neighboring Vietnam and Cambodia also ranked high on IQAir’s most-polluted list on Friday, with Ho Chi Minh second and Phnom Penh fifth].

Liverpool maintained their six-point lead at the top of the Premier League when they whipped Ipswich Town 4-1 at Anfield yesterday. 

The latter barely offered any attacking threat as they sat deep to try to frustrate the former, but their resistance lasted just eleven minutes. Ibrahima Konaté picked Dominic Szoboszlai out in a pocket of space just outside the box and the Hungary midfielder cut back onto his left foot before stroking a shot into the bottom-right corner. Mohamed Salah doubled Liverpool's lead in the 35th minute as Gakpo's cross found him at the back post and the Egypt international lashed the ball into the roof of the net from a very tight angle.

And Gakpo scored the third himself in the 44th minute when Szoboszlai's shot was parried and he was on hand to turn in the loose ball. And in the 66th minute, a brilliant ball from the right by Trent Alexander-Arnold, was met with a towering header from Gakpo to give Liverpool their fourth goal.

A late surge from the visitors was rewarded when an Ipswich defender headed home in the 90th minute to deny Liverpool a clean sheet in an otherwise dominant display.

The league is not won yet. There are still plenty of points to win and potentially lose, but all the predictors and results bots will be putting a high percentage number next to Liverpool’s chances of lifting the Premier League trophy.

Microplastics Are Already In Our Bodies

 

 

 

 

 

 

 

 

 

We are very much living in the Plastic Age. 

 

Whether it’s our food supply and how it’s packaged, our dwellings, furnishings and clothing or even our environment, there is almost no avoiding plastic in some way, shape or form. 

 

While plastic makes our lives easier in countless ways – can you imagine life without shoes, computers or cars? – there’s also no denying that plastics are choking our environment. And governments can’t agree on how to tame this monster they have created. 

 

Plastics also affect our health in ways we are only just beginning to understand. Microplastics and nanoplastics – incredibly tiny bits of plastic that break off and shed from larger products – have made their way into many of the tissues of our bodies, including our brain, reproductive organs (both male and female), and cardiovascular system.

 

“It’s much more pervasive than meets the eye”, Dr. Leonardo Trasande (left), the director of environmental pediatrics and the vice chair for pediatric research at NYU School of Medicine had disclosed on his podcast "Chasing Life". Trasande has spent the last two decades studying how environmental exposures, including to microplastics, affect our health. 

 

“We eat a lot of plastic. We inhale a lot of plastic” in the form of dust, Trasande said. “We literally use cosmetics that resorb in our body... We’ve just come to accept plastic as normal. And it’s not normal”. 

The Malaysian women's squash squad ended the 2024 World Team Squash Championships in Hong Kong, China, with the bronze medal after losing to the United States.

 

 

 

 

 

 

 

 

 

 

World No. 17 Rachel Arnold, who went first for Malaysia, displayed great fighting spirit, forcing world No. 30 Amanda Sobhy to battle through to a decisive fifth set. However, Rachel eventually lost 9-11, 11-7, 9-11, 11-5, 8-11 after 45 minutes of play.

 

The loss meant that world No. 10 Sivasangari Subramaniam had to shoulder the heavy responsibility to level the score – but she succumbed to world No. 4 Olivia Weaver with a result of 11-7, 11-9, 5-11, 2-11, 2-11 in 47 minutes.

 

Sivasangari's defeat meant that world No. 31 Aira Azman, who was scheduled to play as the third singles, was not fielded in the semi-final.

 

The national women's squash team's best achievement was in the 2014 edition in Canada, where Malaysia finished as runners-up after losing to England in the final.

China’s Criminal Case Involving Red-eared Sliders

A man surnamed Yi who attempted to bring a batch of 1,760 red-eared sliders (Scientific name: Trachemys scripta elegans) to the Chinese mainland was sentenced to nine months in prison and fined 100,000 yuan ($14,151), the Intermediate People’s Court of Zhuhai in South China’s Guangdong Province, said on Thursday. This marked the country's first criminal case involving the illegal introduction of the said terrapins. 

 

The reptiles, valued at approximately 88,000 yuan ($12,475) and which have been listed by China as an invasive alien species, due to their strong adaptability and reproductive capacity, were confiscated, according to news portal The Paper. 

 

They are a hardy species that pose a significant threat to native turtle populations. The International Union for Conservation of Nature (IUCN) list the red-eared slider among 100 examples of the "world’s worst invasive species".

 

In June this year, Malaysia's Perhilitan (Department of Wildlife and National Parks) seized some 2,500 baby sliders from the suitcases of two Indian nationals from China – and which were subsequently euthanized. These terrapins reportedly cost Australia more than $800,000 to try to eradicate them in 2016. Besides being a huge bummer to local wildlife, red-eared sliders are also known as hosts to salmonella, which is why sales of sliders less than four inches is banned in the US, so that kids won’t put them in their mouths.

 

On Friday, China and Japan announced they have reached a four-point agreement in August on the discharge of Fukushima nuclear-contaminated water, in which both parties agreed on the latter establishing a long-term international monitoring arrangement and allowing stakeholders including the former to conduct independent sampling and monitoring.

 

China's firm opposition to the discharge of nuclear-contaminated wastewater which began on August 24, 2023, has not changed – but the agreement would allow China to promptly access comprehensive and accurate data, enabling timely action to prevent any discharges that do not meet safety standards, analysts said.

 

According to the agreement, Japan explicitly commits to fulfilling its obligations under international law, doing its utmost to avoid leaving negative impact on human health and the environment, and conducting continuous evaluations of the impact on the marine environment and marine ecosystems.

 

Given the concerns of China and all other stakeholders, Japan welcomes the establishment of a long-term international monitoring arrangement within the International Atomic Energy Agency (IAEA) framework covering key stages in the discharge of the nuclear-contaminated water, ensuring that China and all other stakeholders can carry out independent sampling and monitoring as well as inter-laboratory comparisons (ILCs), according to the agreement.

 

The agreement also noted that after China participates substantively in the long-term international monitoring within the IAEA framework and the independent sampling and other monitoring activities by participating countries are carried out, China will begin adjusting relevant measures and gradually resume imports of Japanese aquatic products that meet regulatory standards.

 

The wastewater release has been a flashpoint in recent tensions alongside disagreements over trade, territorial disputes and espionage allegations. Despite the row, both countries continue to be major trading partners, and China imported more than $500 million of seafood from Japan in 2022, the AFP news agency reported, citing customs data.

Greenwashing Goes Wild in Canada

With its vast expanses of forest, Canada has the most “certified” sustainable timber operations of any nation, according to the nonprofit organizations that attest to the environmental soundness of logging practices.

 

Such forestry-standards groups were born in the 1990s out of rage over tropical rainforest destruction. Today, they put their leafy seals of approval on toilet paper, two-by-fours and other wood and paper goods to assure eco-conscious consumers and investors they were responsibly produced.

 

Yet research shows Canadian forests have seen some of the world’s largest declines in ecologically critical primary and old-growth woodlands over the last two decades, even as sustainability-certification programs grew to include nearly all of Canada’s logging.

 

To track destruction of older woodlands in these certified zones, Reuters analyzed forestry data in Ontario, a major logging province. The analysis found that about 30 percent of the certified boreal forests (or taiga) harvested from 2016 to 2020 were at least 100 years old. That resulted in the loss of 377 square miles of these older forests, an area the size of New York City and Washington DC combined, the analysis found. Canada’s forests – accounting for 9 percent of the world’s total – are considered critical to containing global warming. Environmental advocates have long pushed to end logging in primary or old-growth forests, which soak up far more climate-damaging carbon than logged-and-replanted areas. 

 

Primary forests are those that show no sign of previous harvesting. They can include old-growth areas – some with trees hundreds or thousands of years old – but also relatively newer woodlands that, for instance, might have regrown after wildfires.

 

Forest-certification nonprofits have chosen to allow logging of older forests through a host of concessions to industry. The harvesting of such areas in Ontario came despite the fact that 94 percent of the province’s managed forests are certified by one of the two dominant environmental-certification organizations in Canada, the analysis found. 

 

[FYI, the Forest Stewardship Council (FSC), the world’s first such certification organization, founded in 1993 with environmentalist support; and the Sustainable Forestry Initiative (SFI), a rival founded by a timber and forest-products trade group the following year, certify logging companies’ practices in specific forests and examine consumer-product supply chains. Their seals of approval – a tree with a checkmark for the FSC and a leaf insignia for SFI – have become essential to timber and forest-products firms amid rising pressure for environmental stewardship].

 

Reuters analyzed satellite-derived logging data, government forest-age estimates and forest-certification maps to estimate the harvest of forests at least 100 years old in Ontario’s certified zones.

 

“Why the heck are they allowing logging – certified logging – in primary forests that are over 100 years old?” questioned Dominick DellaSala (right), a conservation biologist with environmental group Wild Heritage who studies Canadian logging impacts. “For Canada to claim that it’s doing sustainable management, it’s laughable. To put a certification seal of approval on it is more alarming”.

 

For sure, the rapid loss of older Canadian forests highlights the flaws of certification programs that have come under heavy influence of the logging and forest-products industries. A scam.