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The Energetic Cost of Pollen Collection Bees use as much energy collecting pollen through “floral buzzing” as they do taking off in flight, a study shows. Scientists have found the vibrations bumblebees use to shake pollen loose from flowers are among the most exhausting behaviours they perform, forcing bees to “carefully choose” which flowers are worth visiting. The Study's Findings The study, released by the Royal Society, is the first to directly measure the energy cost of floral sonication, or “buzz pollination” – where bees vibrate flowers to extract pollen. Natacha Rossi, a University of Sussex research fellow who led the study, said: “As nectar availability shifts due to climate change or habitat loss, the energetic demands of pollination could influence bee behaviour and, ultimately, where bees forage and which plants they pollinate. The Data Analysis Using lasers and respirometry equipment to monitor three colonies of buff-tailed bumblebees, researchers discovered that a single “buzzing event” required about the same amount of energy as a flight take-off. Because buzzing can last longer, the total drain on energy can be even greater. The metabolic rate of a floral buzzing bee is more than 30 times higher than its resting metabolism, according to the study, making the process among its most energetically demanding behaviours. The Impact Analysis The researchers warned that declining nectar supplies caused by climate crisis and habitat destruction could intensify the strain on pollinators. Prof Mario Vallejo-Marin, at Uppsala University, said: “We long suspected that buzz pollination was an energetically expensive affair. We can now put a number to it and begin making quantitative predictions of how it could affect the ecology and evolution of bees and buzzpollinated flowers.” The Prediction The study points out that the energetic drain on the bee does not stop when the pollination stops. According to the paper, after the bee vibrates the pollen loose, it must engage in a “grooming and pollen-packing phase”. This grooming takes even more energy. The bee then has to force a high-power take-off to carry its new, heavier load away, making the whole process a demanding two-phase sequence.

Global Study Quantifies Gender Attractiveness Gap Across AgesThe research team led by Dr Eugen Wassiliwizky at the Max Planck Institute for Empirical Aesthetics compiled the world’s largest dataset on facial attractiveness, drawing from 52 studies across 76 countries.Numbers Behind the Gap: 1.5 Million Ratings Reveal 60% Preference1.5 million attractiveness ratings17,000 distinct faces evaluated30,000 individual ratersAverage female face rated more attractive than 60% of male facesGap strongest in Western cultures, present across all sexual orientationsWhen participants rated themselves, the gender gap vanished, underscoring the role of external perception.Implications for Evolutionary Theory and Social PerceptionThe findings revive debate over Darwinian sexual selection. While Darwin noted male ornamentation in many species, he considered humans an exception where male competition dominated. This study suggests a universal bias toward rounder, more feminine facial structures, which may be linked to infant‑like features rather than purely cultural norms.Historical language—"the fairer sex", "le beau sexe"—reflects a long‑standing perception that the research now quantifies.Future Research Directions and Societal ShiftsAs the attractiveness gap diminishes after age 80, researchers hypothesize that facial structural differences shrink with age, reducing perceived bias. Ongoing work will explore:Neuro‑cognitive responses to facial roundness across agesCross‑cultural variations beyond the current datasetPotential impacts on age‑related social dynamics and media representationThe study, published in Proceedings of the Royal Society B, calls for cautious interpretation but highlights a robust, global pattern that challenges purely cultural explanations.

The Record-Breaking Transoceanic JourneyA humpback whale has made a remarkable 15,000km journey from Brazil to Australia, marking what researchers believe is the longest distance ever documented between sightings of an individual humpback. The whale was first photographed in 2003 at the Abrolhos Bank, Brazil's main humpback whale nursery, off the coast of the north-eastern state of Bahia. In September 2025, it was spotted again in Hervey Bay off the Queensland coast, representing a travel distance of about 15,100km.Scientific Breakthrough in Whale IdentificationThe extraordinary discovery was made possible through the Happywhale platform, to which researchers and citizen scientists contribute whale sightings. The photographs allow individual animals to be identified by their flukes – the underside of their tails. A whale fluke is "unique to each humpback whale, very similar to the way fingerprints are unique to humans," according to Stephanie Stack, a PhD candidate at Griffith University and co-author of the research published in Royal Society Open Science.The Happywhale platform, co-founded by study co-author and Southern Cross University whale biologist Ted Cheeseman, uses an AI algorithm to identify matches, akin to facial recognition in humans. This technological advancement has enabled researchers to track individual whales across vast ocean distances and time spans.Research Methodology and Rare FindingsThe study drew on 19,283 fluke photos collected between 1984 and 2025 from eastern Australia and Latin America. The two record-breaking whales accounted for "only 0.01% of identified whales," highlighting the rarity of such long-distance migrations. Another whale was photographed in Hervey Bay in 2007 and seen again in the same area in 2013, then spotted off the coast of São Paulo six years later, covering a distance of about 14,200km.These two whales represent "the first recorded exchange in both directions" between the Brazilian and eastern Australian humpback populations. "Resighting intervals of six and 22 years suggest that these are rare, possibly single-lifetime events, rather than regular migratory shifts," the researchers noted.Implications for Marine ConservationThe discovery of these extraordinary whale journeys "is a good reminder that conservation of our marine resources needs to be collaborative between nations, because these are migratory animals that move across borders and between countries," Stack emphasized. The typical migration route for an Australian humpback whale is between feeding grounds in Antarctic waters and breeding grounds near the Great Barrier Reef – a round trip of about 10,000km, which is significantly shorter than the record-breaking journeys.As these whales traverse international waters, the findings underscore the importance of coordinated conservation efforts across national boundaries to protect critical habitats and migration routes.Future Outlook: Climate Change and Migration PatternsStack pointed out that it was "very likely" that climate change would affect migration patterns in the future. Dramatic changes are already occurring in the Southern Ocean feeding grounds, with Antarctic krill populations under threat. These environmental changes could potentially alter traditional migration routes, timing, and destinations for humpback whales and other marine species.As researchers continue to study these magnificent creatures through advanced identification technologies, they hope to gain deeper insights into how marine ecosystems are responding to changing environmental conditions and what measures might be necessary to ensure the long-term survival of these ocean travelers.

The Legacy of a Scientific Pioneer My husband Peer Bork, who has died unexpectedly aged 62, was a bioinformatician with a remarkable ability to identify new directions in science and carry out world-class research to push them forward. Revolutionizing Microbiome Research During his career, he progressed from the statistical analysis of the sequences of individual protein molecules, via the analysis of the human genome, to the bioinformatics analysis of whole microbial communities. Peer pioneered the computational analysis of the human microbiome, introducing the concept of gut enterotypes – in work that was highlighted in many newspaper articles as well as on the radio and TV. He went on to study microbial ecosystems worldwide and, at the time of his death, was involved in expanding a consortium that he had initiated to systematically document coastal ecosystems in Europe. All these studies required the creation of bioinformatics tools – software and curated datasets – which are now widely used by the scientific community in academia and industry. A Life in Science Peer was born in the former East Berlin, where his father, Joachim, worked in economic statistics, and his mother, Regina, had an administrative job in the construction industry. Owing to his mathematical abilities, he won a place at a high school specialising in mathematics and science, the Heinrich-Hertz-Oberschule. After military service on the border between East and West Germany, he studied biochemistry at the University of Leipzig. He followed this with a PhD in bioinformatics under the supervision of Jens Reich at the Central Institute for Molecular Biology of the Academy of Sciences of the GDR in Berlin. International Scientific Career After the fall of the Berlin Wall in 1989, Peer joined the European Molecular Biology Laboratory (EMBL) in Heidelberg in 1991 as a visiting scientist. He and I met there and married in Canterbury, Kent, in 1994. We had two sons, Udo and Robin, and family life involved many trips between Germany and Britain. EMBL became Peer's scientific home and he rose up the ranks to become interim director general in 2025. He was dedicated to furthering EMBL – an intergovernmental research organisation with six sites, including the European Bioinformatics Institute near Cambridge. He was an outstanding mentor. Awards and Recognition He made science both challenging and fun. Among his awards, which included honorary doctorates and the 2009 Royal Society and Académie des Sciences Microsoft award, he was particularly proud of the Nature award for mentoring in science he received in 2008. Final Scientific Journey He died in Taiwan, where he was due to speak at an international conference on the microbiome. He loved to travel and make friends all over the world. Peer is survived by me, his sons, by a granddaughter and his mother.

The Lead A recent study has provided evidence that crickets may experience pain in a similar way to humans and other animals. Researchers at the University of Sydney have found that crickets exhibit behaviors that resemble pain responses when injured, such as stroking and grooming a sore antenna. Cricket Pain Response Study Associate Professor Thomas White, an entomologist from the University of Sydney, led the study, which was published in Proceedings of the Royal Society. The researchers applied a heated soldering iron to the antennae of dozens of crickets, causing a temporary but unpleasant sensation. The crickets that received the hot probe 'overwhelmingly' directed their attention to the affected antenna, grooming it more frequently and for a longer period than those that did not receive the treatment. The Data Analysis The study found that: Crickets that received the hot probe directed their attention to the affected antenna. They groomed the antenna more frequently and for a longer period. The soldering iron was set to 65C, hot enough to be unpleasant but not causing lasting harm. The Impact Analysis This research has significant implications for our understanding of insect cognition and pain. The study's findings suggest that insects may be capable of experiencing pain, which challenges traditional views of their cognitive abilities. This has important implications for animal welfare, particularly for insects that are farmed for food, feed, and research. The Prediction As science continues to reveal more about insect brains, behavior, and experiences, it is likely that our understanding of their capacity for pain and consciousness will evolve. This may lead to changes in animal welfare laws and our treatment of insects in various industries. Ultimately, this research encourages us to reevaluate our relationship with insects and consider their well-being.

The Lead: Carole Jordan’s Enduring Impact on Astrophysics and EqualityThe recent Guardian obituary of Carole Jordan (31 March 2026) celebrates a career that combined pioneering research on the universe’s complexity with relentless advocacy for gender parity in academia.The Advocacy for Women in Science: A Personal MissionJordan was described as “a formidable advocate for women in science,” a reputation forged through both her scientific achievements and her willingness to confront Oxford’s historically male‑biased promotion practices.The Oxford Promotion Struggle: From Fellow to Reform CatalystIn the 1990s, after being elected a Fellow of the Royal Society, Jordan was denied promotion at Oxford, joining a broader groundswell of female academics demanding change. Her case contributed to a revision of the university’s promotion system toward greater fairness.1990s – Elected Fellow of the Royal Society.Subsequent denial of promotion sparked internal reviews.University of Oxford revised promotion criteria to address gender bias.The Ripple Effect: Shaping Institutional PoliciesJordan’s experience underscored systemic issues, prompting other institutions to examine their own promotion frameworks. The reforms have been cited as a model for fostering inclusive environments in scientific research.Looking Ahead: Gender Equity in ScienceAs the scientific community reflects on Jordan’s legacy, the focus shifts to sustaining momentum—ensuring that funding, mentorship, and institutional policies continue to support women and under‑represented groups in physics and astrophysics.

The Royal Society for the Protection of Birds (RSPB) has issued new guidelines urging bird enthusiasts to take down their bird feeders during the summer months to help prevent the spread of avian diseases. This move aims to protect bird species such as the greenfinch, whose numbers have drastically declined due to the outbreak of trichomonosis, a parasitic disease.According to the RSPB, garden birds should not be fed seeds and nuts between May and October, as this can lead to the clustering of birds around feeders, facilitating the transmission of diseases. Instead, bird lovers are advised to offer small amounts of protein-rich food sources like mealworms, fat balls, or suet, which tend to attract fewer birds and are beneficial for their health.The greenfinch population has plummeted by 67% since 1979, with an estimated 6 million birds dying from trichomonosis in recent years. The RSPB's guidance also includes recommendations for bird-friendly garden planting, such as sunflowers, teasels, and ivy, which provide natural sources of food and encourage insects that are crucial for many garden birds.The RSPB emphasizes that feeding birds can still be beneficial if done safely and seasonally. During the winter months, seeds and peanuts can be offered, but bird tables and flat-surfaced feeders should be avoided, as they can collect contaminated food. Regular cleaning and maintenance of feeders and water sources are also crucial in preventing the spread of diseases.The Big Garden Birdwatch 2026 results show that the house sparrow remains the most-seen bird, followed by the blue tit and starling. The greenfinch, however, has seen a significant decline in its population and now ranks 18th in the survey.

Science is often seen as a dry and serious field, but does it have to be? A recent study published in Proceedings of the Royal Society B found that scientists deliver an average of only 1.6 jokes per presentation, with 66% generating only polite chuckles.The findings confirm previous research, including a randomized clinical trial conducted over 20 years ago by Timandra Harkness and Helen Pilcher under the guise of the Comedy Research Project. The study found that laughter levels failed to reach statistical significance, even when scientists attempted to incorporate humor into their talks.However, research suggests that humor can be an effective tool in science communication. A 2025 study called Wit Meets Wisdom found that humor can boost credibility and likability, making researchers seem more trustworthy and their findings less likely to be disputed.Helen Pilcher, a science writer and author, argues that scientists should not be afraid to adopt a more playful tone when communicating their research. By incorporating humor, scientists can build cohesion and foster a sense of shared perspective with their audience.Pilcher suggests that scientists can use humor to make their research more engaging and memorable, without having to convert it into standup comedy. By doing so, scientists can make their research more accessible and enjoyable for a wider audience.