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Denby, a 217-year-old pottery firm based in Derbyshire, has appointed administrators, putting almost 600 jobs at risk of loss. The company, which owns the Burleigh brand, has struggled with surging energy costs, higher labour costs, tighter financial markets, and softening consumer demand for its premium homeware.Earlier this month, Denby's CEO, Sebastian Lazell, stated he was 'trying to move heaven and earth' to save the business. A #SaveDenby campaign was launched to encourage people to buy more products and lobby the government for support. Despite an 'overwhelming and deeply moving' response, the company was unable to secure 'strategic investment partners' to continue.Tony Wright, joint administrator of Denby Group, said: 'Denby is one of Britain's most beloved and enduring pottery brands... We are focused on progressing the sale process and encourage any interested parties to come forward without delay.'The problems at Denby come a year after Royal Stafford and Moorcroft pottery firms also called in administrators. Stoke's Wedgwood pottery has also announced job cuts. A string of consumer goods companies have fallen into administration this year due to lacklustre consumer spending and rising costs.

David Attenborough’s voice returns to British screens in ‘Secret Garden’, a BBC One series launched to celebrate the network’s 100th birthday. Unlike his classic wildlife documentaries, the show turns the lens toward the UK’s own backyards, exploring how gardens can rival tropical rainforests in biodiversity.Series producer Bill Markham explains that the programme deliberately avoids the usual “lions and tigers” spectacle, aiming instead for a relatable, garden‑centred narrative. He notes that British gardens collectively cover more area than all national nature reserves combined, and that an average garden can host up to 2,600 different species.The series tackles the contentious issue of domestic cats. With 9.5 million pet cats in Britain, Attenborough reveals they may kill around 55 million birds each year. Simple measures—such as fitting cats with bells—can slash hunting success by one‑third, while raising bird feeders reduces fatalities further.Markham stresses that the current predator‑prey balance is “unfair on the prey”, noting that cats are “the biggest predator in our gardens” yet are constantly fed, leading to an unsustainable population. He cites ecologist Dr Davide Dominoni, who suggests that keeping cats indoors during the breeding months of April and May could dramatically lower bird deaths.Beyond cats, the series examines other garden‑linked wildlife challenges. Each year, over 30 million pheasants—an Asian species—are released into the countryside, where they prey on native insects, reptiles, and amphibians. Markham argues that despite the countryside lobby’s claim that pheasant shooting sustains rural jobs, the practice “mess‑es with the ecology”.‘Secret Garden’ also showcases rare footage, including a pine marten hunting sand martins, an otter preying on ducks, and intricate mayfly battles reminiscent of the famed “snakes vs. iguana” scene from Planet Earth II. These moments underline the hidden drama unfolding in everyday green spaces.Markham hopes the series will soothe the growing eco‑anxiety many feel about climate change. He points out that the UK boasts roughly 25 million gardens, with 80 % of the population having access. Simple actions—like planting a native tree to boost caterpillar supplies for birds—can make a measurable difference.While the show may provoke cat owners and countryside advocates, Markham believes the nation’s love for “animals, gardens and David Attenborough” will drive a collective re‑thinking of garden stewardship. As Attenborough reflects, his first encounter with nature likely occurred in his own garden, setting him on the path to becoming the world’s most renowned naturalist.‘Secret Garden’ airs from 5 April on BBC One and iPlayer.

After clinching the 2026 Asian Cup in Australia, 35‑year‑old defender Saki Kumagai was asked to rank the trophy among the many she has collected over a 17‑year career. She smiled, shook her head and said, “I never compare my titles… this team is from a different generation, so winning this tournament means a lot.” Kumagai is the sole remaining player who lifted the Women’s World Cup in 2011 – the first and only Asian nation to do so. At 21, she scored the decisive penalty in the shoot‑out against the United States, a victory that came just months after the devastating earthquake and tsunami that struck Japan. Today, the squad she captains features teenagers who were toddlers when she made history: forward Maika Hamano was seven, centre‑back Toko Koga five, and top scorer Riko Ueki twelve when Kumagai’s winning penalty was replayed on TV. Kumagai admits she offers little direct advice, but she leads by example, saying, “I try to pass the baton to the next generation to show them how to perform in these moments.” The transition is no accident. In 2005 the Japanese Football Association unveiled a 50‑year vision aimed at expanding participation, climbing FIFA rankings and eventually hosting – and winning – a World Cup. Halfway through that plan, Japan now sits fifth in the FIFA women’s rankings, having added an Olympic silver medal (2021), a second World Cup final (2015), and three Asian Cup titles (2014, 2018, 2026) to its résumé. While the men’s game has progressed more slowly, the women’s side has surged ahead, bolstered by the launch of Asia’s first full‑time professional women’s league in 2021. This structural backbone has produced a squad “propelled by young stars,” as Kumagai notes. Currently playing for the London City Lionesses after spells at Olympique Lyonnais, Bayern Munich and Roma, Kumagai sees herself as a bridge between eras. She hopes her experience will help Japan reclaim the sport’s summit. “We have a lot of good young players,” she says. “They have confidence, they’re gaining experience in Europe, and as an experienced player I want to create a supportive environment for them.”

The 2026 International Booker Prize shortlist has been unveiled, marking the award's 10th anniversary. Daniel Kehlmann, Marie NDiaye, and Yáng Shuāng-zǐ are among the six authors competing for the top honor.The annual prize celebrates the best works of fiction translated into English, with the winning author-translator pair receiving £50,000, split equally.The shortlisted authors and their works are:Daniel Kehlmann - 'The Director', translated by Ross BenjaminMarie NDiaye - 'The Witch', translated by Jordan StumpYáng Shuāng-zǐ - 'Taiwan Travelogue', translated by Lin KingRene Karabash - 'She Who Remains', translated by Izidora AngelShida Bazyar - 'The Nights Are Quiet in Tehran', translated by Ruth MartinAna Paula Maia - 'On Earth As It Is Beneath', translated by Padma ViswanathanThe judging panel, chaired by author Natasha Brown, praised the shortlisted books for capturing moments from across the past century, saying they 'reverberate with history' and offer 'hope, insight and burning humanity.'The winner will be announced on May 19, with each shortlisted title receiving £5,000.

Aarti Holla-Maini, a British lawyer with a background in the satellite business, is the director of the UN's Office for Outer Space Affairs (Unoosa). She is responsible for alerting the UN secretary general if a large asteroid is on a possible collision course with Earth.On 27 December 2024, a robotic telescope in Chile spotted a distant rock, asteroid 2024 YR4, which was initially estimated to be the size of a small building. As the asteroid's impact probability increased, Holla-Maini's team drafted a letter to the UN secretary general, triggering the first global notification since the UN established a planetary defence collaboration in 2013.The asteroid's size and speed meant an impact could release energy comparable to hundreds of times the power of the Hiroshima bomb, potentially wiping out a city or region. The asteroid reached level three on the Torino Impact Hazard Scale, indicating a threat to human civilization.Holla-Maini's team worked with the International Asteroid Warning Network and other experts to track the asteroid. Although its impact probability peaked at more than 3% in February 2025, it has since dropped to a negligible level. The asteroid scare served as a useful test for Unoosa's role in planetary defence.Unoosa plays a critical role in registering satellites launched into Earth's orbit and acts as an informal 'hotline' for potential satellite collisions. Holla-Maini's small team of 35 employees punches well above its weight, managing a massive remit as governments and businesses increasingly operate in space.

The ongoing United States-Israeli conflict with Iran has triggered severe disruptions to global LNG supplies in the Gulf, creating the most significant energy market disruptions in recent years. The critical Strait of Hormuz, through which 27 percent of the world's maritime oil trade and 20 percent of LNG shipments pass, has been brought to a near standstill.In response to the conflict, oil-producing nations such as Saudi Arabia have rerouted oil through alternative pipelines, while Qatar has completely halted LNG production at its Ras Laffan and Mesaieed facilities following attacks on its energy infrastructure. This disruption comes as natural gas makes up about a quarter of global energy consumption, raising widespread concerns about the impact on nations heavily reliant on gas imports.Natural gas is formed over millions of years from decomposed organic matter subjected to intense heat and pressure beneath the Earth's surface. LNG represents natural gas that has been cooled to -162 degrees Celsius through cryogenic processing, shrinking it to a 600th of its gaseous volume. In its liquid state, LNG is colorless, odorless, and non-flammable, making it safe and efficient to transport across vast distances.Before liquefaction, the gas undergoes purification through water-based solvents and molecular sieve beds to remove impurities including carbon dioxide, hydrogen sulfide, water, and mercury. Heavier hydrocarbons are then separated from methane and ethane through fractionation. The resulting fuel is typically composed of 85 to 95 percent methane, with small amounts of ethane, propane, butane, and nitrogen.LNG is stored in large insulated tanks without requiring high-pressure infrastructure, then pumped onto double-hulled carriers for shipment to terminals worldwide. At destination facilities, LNG is heated using seawater or warm water baths until it vaporizes—a process known as regasification—before being distributed through pipelines for consumption.Once returned to a gaseous state, LNG serves multiple purposes globally. Residential applications include cooking, heating, and electricity generation, while supporting hot water systems in homes and heating for commercial buildings. In power generation, LNG offers a comparatively low-carbon alternative to coal and oil. Industrial applications span fertilizers, plastics, paints, and medicines, with LNG also used to fuel heavy-duty vehicles and ships.The disruption has particularly affected agricultural production, as Gulf nations export close to half the world's traded urea—a key fertilizer component. Natural gas serves as both the primary feedstock and fuel for fertilizer manufacturing, with the halt in production forcing producers across the region to suspend or reduce operations.While primarily valued as an energy source, LNG processing yields significant by-products with industrial and medical applications. The most notable is helium, extracted during cryogenic processing. With global helium production estimated at 180 million cubic meters annually, the disruption to Qatar's LNG facilities has removed approximately 5.2 million cubic meters from the market each month—accounting for about a third of global monthly production.Helium is critical for cooling superconducting magnets in MRI and CT scanners, with the average MRI machine requiring about 1,700 liters of liquid helium. The element is also vital to the data center industry, where it conducts heat away from silicon components, preventing damage to semiconductors. Additionally, the natural gas value chain generates petrochemical derivatives that serve as feedstock for manufactured goods, including medical-grade plastics.According to the International Gas Union's 2025 World LNG Report, 411.24 million tonnes of LNG were traded in 2024. The United States emerged as the largest exporter with 88.4 million tonnes, followed by Australia (81 million tonnes), Qatar (77.2 million tonnes), Russia (33.5 million tonnes), and Malaysia (27.7 million tonnes). Together, these top five suppliers account for more than three-quarters of global LNG supply.China was the largest importer with 78.6 million tonnes in 2024, followed by Japan (67.7 million tonnes), South Korea (47.1 million tonnes), India (26.1 million tonnes), and Taiwan (21.8 million tonnes). These top five importers constituted nearly 59 percent of all global LNG imports that year.South Asian nations face particularly severe risks from the current conflict. Pakistan, where natural gas accounts for 28 percent of electricity generation for its 250 million people, and Bangladesh, where gas supplies half of all electricity for its 176 million population, are heavily dependent on Gulf imports. Qatar and the United Arab Emirates supply approximately 99 percent of Pakistan's LNG imports and 72 percent of Bangladesh's.In response to the energy crisis, Pakistan has implemented emergency measures including a four-day workweek for government employees and extended school holidays. Bangladesh has reduced gas supplies and is seeking nearly $2 billion in international loans to fund energy inputs and maintain price stability. India, which relies on Gulf nations for about half of its LNG and generates 5 percent of its electricity from gas, has shifted toward coal usage as LNG disruptions continue.

A recent study conducted by researchers at Adelaide University has revealed that sperm in microgravity environments become disoriented and struggle to navigate through a simulated female reproductive tract. This finding has significant implications for the future of human reproduction in space, particularly as plans for lunar and Mars settlements gain momentum. The researchers used a machine to mimic microgravity, similar to the conditions experienced by astronauts on the International Space Station. They found that sperm tumble around like untethered astronauts, unable to determine their direction. This disorientation resulted in a 40% reduction in the number of microgravity-exposed human sperm that successfully navigated the maze compared to the control group. The study, published in the journal Communications Biology, highlights the challenges of reproduction in space. Dr. Nicole McPherson, the lead researcher, noted that understanding the effects of microgravity on sperm navigation is crucial for the success of future space missions. The study also found that adding progesterone helped overcome the sperm's disorientation, suggesting a potential solution for improving fertility in space. The research has broader implications for both space exploration and earthly reproductive science. As NASA's Artemis mission and private companies like SpaceX plan for human habitats on the moon and Mars, understanding the effects of microgravity on reproduction becomes increasingly important. The study's findings also contribute to the ongoing discussion about the feasibility of human settlements on Mars and the need for sustainable reproductive technologies. The Adelaide researchers collaborated with the university's Andy Thomas Centre for Space Resources to conduct the study. Their work builds on a history of research into reproduction in space, including NASA's 2018 mission to study the effects of weightlessness on human sperm. As space exploration advances, the need for further research into reproductive health in space becomes increasingly urgent.

The deadly conflict in Iran has precipitated what the International Energy Agency describes as the worst oil crisis in history, creating a complex situation for global clean energy efforts. While climate advocates are calling for accelerated transition away from fossil fuels, the war simultaneously presents both opportunities and significant challenges for renewable energy development.US-Israeli strikes on Iran have critically disrupted supply routes through the Strait of Hormuz, a maritime channel through which 20% of global oil flows. The conflict has also seen direct attacks on fossil fuel infrastructure by all parties involved, creating additional market shocks and uncertainty.Interestingly, reduced reliance on oil and gas is proving beneficial for some regions navigating the ongoing fuel crisis. As Jan Rosenow, a professor of energy at Oxford University, explains: Electricity generated from wind and solar is largely insulated from fossil fuel price volatility – once built, the fuel is free.Countries with substantial renewable energy investments are demonstrating greater resilience. Spain and Portugal have witnessed electricity prices decline in recent weeks, while Pakistan has experienced a surge in rooftop solar installations over the past five years, helping the nation weather oil and gas market disruptions.The electric vehicle revolution is also providing some economies with protection against gasoline price increases. In China, more than 50% of all new cars sold are electric, while in Nepal, that figure reaches an impressive 70%.However, the war is creating near-term challenges that could impede clean energy growth. The conflict has disrupted transport routes for metals essential in solar panel construction, particularly aluminum. The Middle East accounts for approximately 9% of global aluminum production, and regional producers have begun scaling back operations amid the hostilities.Furthermore, the inflationary pressures stemming from the conflict pose significant hurdles for renewable energy projects, which require substantial upfront investment for construction, equipment, and installation.Paradoxically, the war and resulting energy shocks have provided a short-term boon for fossil fuels, including coal. Many Asian countries heavily reliant on imported liquefied natural gas (LNG) are burning more coal to meet energy demand as LNG supplies through the Strait of Hormuz become constrained.The conflict has also incentivized increased oil and gas drilling and exploration, as countries scramble to replace disrupted LNG supplies and higher prices make previously unviable projects economically viable. US company Venture Global recently announced a new five-year contract to supply LNG, while Canadian energy company TC Energy indicated that Iran war disruptions are increasing the likelihood of expanding a massive LNG export facility.The Trump administration has further incentivized oil expansion, recently announcing plans to pay a French company $1 billion to abandon offshore wind farm projects in favor of fossil fuel initiatives.Experts propose various policy responses to encourage the green transition during this crisis. Rosenow advocates for tax reform to reduce the disproportionate burden on electricity compared to gas. Professor Gregor Semieniuk suggests imposing windfall taxes on oil and gas companies during the war, while Lauren Pagel of Earthworks calls for ending fossil fuel subsidies and making polluters pay for their environmental impact.Despite the current challenges, Kingsmill Bond, a strategist for the energy thinktank Ember, maintains that this crisis could ultimately accelerate the clean energy transition: This is the first oil shock in history where oil faces a superior alternative. Solar, wind and EV are cheaper, local, faster to deploy, and huge.

Rob Petit's documentary Underland, inspired by Robert Macfarlane's bestselling book, delves into the mysterious world beneath the Earth's surface. The film features Mexican archaeologist Fátima Tec Pool exploring cenotes on the Yucatan peninsula, theoretical physicist Mariangela Lisanti studying dark matter in an ultra-clean facility in Canada, and urban explorer Bradley Garrett navigating storm-drain tunnels in Las Vegas.The documentary intertwines these experiences with Sandra Hüller reading poetic prose about the 'nether' in a faintly Americanised accent. While the film raises intriguing ideas, it sometimes struggles to reconcile natural underground spaces with human-made ones. The most striking scenes showcase Lisanti's work searching for dark matter, highlighting the vastness of deep time and the potentially fruitless pursuit of scientific discovery.The film is set to release in UK and Irish cinemas on 27 March, offering viewers a chance to explore the hidden world beneath their feet.