Lifeboat News: The Blog – Safeguarding Humanity

Get the latest international news and world events from around the world.

Mar 12
2026

Plastic Responses to Single and Combined Environmental Stresses in a Highly Chemodiverse Aromatic Plant Species

🚱Plants face various environmental stresses, to which they respond in different ways. Due to climate change, it is expected that plants will encounter increased phases of drought and changes in herbivory.

🐛This study thus aimed to evaluate the intra-individual variation in responses, that is phenotypic plasticity, to single and combined stresses, including drought and insect herbivory. Authors used plants of the aromatic species Tanacetum vulgare, which are characterized by distinct terpenoid chemotypes and metabolic fingerprints shaped by maternal origin. Clones were exposed to no stress, drought, herbivory, or a combination of both.

⚗️The impacts of these treatments were determined in terms of aboveground biomass as well as emission rates or concentrations, richness, and functional Hill diversity (FHD) of volatile organic compounds (VOCs), stored leaf and root terpenoids, and leaf metabolic fingerprints.

📊Drought resulted in lower plant aboveground biomass, VOC richness, and VOC FHD. Herbivory had no effect on biomass, but increased the VOC emission rates and richness, also in combination with drought. The treatment significantly affected the phenotypic plasticity of the aboveground biomass and VOC emission.

👉These findings highlight the importance of studying intra-individual variation in plant responses to different stresses and their combinations to fully comprehend the finely tuned chemodiversity.

PFAS thermal treatment approaches and enhancement

Thermal treatment approaches can remediate solids contaminated by per- and polyfluoroalkyl substances (PFAS), but are energy-intensive and create products of incomplete destruction. This Review discusses these approaches and the use of additives to lower reaction temperatures and drive complete destruction of PFAS.

Mar 12
2026

The Royal Society

Influential themed journal issues across the physical mathematical and engineering sciences.

Mar 12
2026

Neuronal VIP shapes intestinal stem cell activity and mucosal immunity

Intestinal homeostasis and regeneration rely on intestinal stem cells (ISCs). Li et al. identified neuronal vasoactive intestinal peptide (VIP) as a brake on ISCs through VIPR1 to limit regeneration. In Nature Immunology, Jakob et al. and Pirzgalska et al. further showed that VIP-VIPR1 signaling restrains secretory lineage expansion and balances immune responses.

Mar 12
2026

Fluid simulation at unprecedented scale provides toolkit for fundamental physics and applied fluid engineering

What governs the speed at which raindrops fall, sediment settles in river estuaries, and matter is ejected during a supernova? These questions circle around one, deceitfully simple factor: the rate at which a fluid filled with particles mixes with a particle-free one. Raindrops travel from one layer of air to another; sediment falls from river to seawater, and ejecta travels from the exploding star through the surrounding dust cloud. The same principle dictates sediment mixing in rising smoke, dust storms, nuclear explosions, hydrocarbon refining, metal smelting, wastewater treatment, and more.

New simulations have now provided researchers and engineers with unprecedented access to these fundamental fluid mechanics. While plainly visible in everyday life, the phenomenon has eluded scientific scrutiny due to their complexity. For the first time, researchers have derived a general formulation of how layers of heavy particles mix and described the common characteristics of the phenomena.

Simone Tandurella, study first author and Ph.D. student in the Complex Fluids and Flows Unit at OIST, explains, “Both the simulations and the model we obtain enable exciting research into a wide range of fundamental physics phenomena, as well as applied research in fluid engineering. They provide the basic puzzle pieces that can help us understand fluid-particle instabilities at large scales.”

Mar 12
2026

Astronomers capture birth of a magnetar, confirming link to some of universe’s brightest exploding stars

Astronomers have for the first time seen the birth of a magnetar—a highly magnetized, spinning neutron star—and confirmed that it’s the power source behind some of the brightest exploding stars in the cosmos. The finding corroborates a theory proposed by a UC Berkeley physicist 16 years ago and establishes a new phenomenon in exploding stars: supernovae with a “chirp” in their light curve that is caused by general relativity. A paper describing the phenomenon was published in the journal Nature.

Superluminous supernovae—which can be 10 or more times brighter than run-of-the-mill supernovae—have puzzled astronomers since their discovery in the early 2000s. They were thought to result from the explosion of very massive stars, perhaps 25 times the mass of our sun, but they stayed bright much longer than would be expected when a star’s iron core collapses and its outer layers are subsequently blown off.

In 2010, Dan Kasen, now a UC Berkeley theoretical astrophysicist and professor of physics, was the first to propose that a magnetar was powering the long-lasting glow.

Mar 12
2026

Nocturnal ants use lunar compass and sophisticated calculations to travel at night

It’s well known that many animals, including migratory birds, butterflies, and even fish, use the sun for navigational purposes. Nocturnal animals are dealt a more difficult hand, however, as the moon’s path is far more variable. But a new study, published in Current Biology, has shown that nocturnal bull ants (Myrmecia midas) not only use the moon as a compass, but are also capable of accounting for speed variations in its movement.

Although there is a slight change every day, the sun’s path in the sky is much more stable than the moon’s. As most people know, the moon goes through monthly phases, varying dramatically in its placement in the sky throughout the month and being entirely absent from the night sky for a portion of time. Additional speed variations further complicate things. Because of this, it was unclear whether nocturnal animals could accurately predict the moon’s complex movement for navigation.

Some diurnal insects, like certain ants and bees, use time-compensated sun compasses that adjust for the sun’s daily movement. Past studies have shown that some nocturnal insects use lunar or polarized light cues, but did not show whether these were used for time-compensated lunar navigation.

Mar 12
2026

Dolphin mass strandings in Patagonia linked to killer whales

In 2021 and 2023, hundreds of dolphins were stranded in shallow waters in San Antonio Bay in northern Patagonia. Some died, but many were returned safely to the sea. But what remained a mystery until now was how they ended up stuck on sandbanks in the first place. Now, a new study published in the journal Royal Society Open Science suggests that orcas may be to blame.

Mass strandings of common dolphins are rare and poorly understood in the southwestern Atlantic. Explanations for why they occur in other parts of the world include everything from disease and disorientation to human activities and being trapped by tides.

To discover what happened at San Antonio Bay, researchers from Argentina conducted necropsies (animal autopsies) on 38 dolphins from the 2021 event and gathered evidence from local community members. This included video footage from drones and tourist vessels uploaded to the eWHALE science platform, as well as interviews with fishermen and residents.

Mar 12
2026

Scalable quantum batteries can charge faster than their classical counterparts

Over the past decades, energy engineers have developed increasingly advanced battery technologies that can store more energy, charge faster and maintain their performance for longer. In recent years, some researchers have also started exploring the potential of quantum batteries, devices that can store energy leveraging quantum mechanical effects.

To store energy, quantum batteries rely on qubits, quantum systems that can exist in two energy states simultaneously, leveraging a property known as superposition. While in principle these batteries could perform better than classical batteries, the realization of battery prototypes that exhibit this predicted quantum advantage has proved challenging.

Researchers at the Southern University and Technology in China (Sustech) and the Superior Council for Scientific Research (CSIC) in Spain recently realized a quantum energy storage device that was found to outperform a classical equivalent when operating under realistic conditions.

Mar 12
2026

Open 3D Human Organ Atlas lets users explore anatomy in unprecedented detail

An international team of scientists and clinicians has announced the launch of a new open-access 3D portal that allows users to explore intact human organs in unprecedented detail—from the whole organ down to individual cells locally. The Human Organ Atlas, created using a powerful synchrotron imaging method, brings together some of the most detailed 3D images of human organs ever produced. It enables scientists, doctors, educators, students and the wider public to interactively “fly through” organs such as the brain, heart, lungs, kidney and liver, providing a new way of understanding human anatomy and human diseases.

Building on an initial release, the Human Organ Atlas (HOA) is now available in a greatly expanded form and can be accessed directly through a standard web browser, without specialized software. The technology is published in the journal Science Advances.

The Atlas is powered by an advanced imaging method called Hierarchical Phase-Contrast Tomography (HiP-CT), developed at the European Synchrotron (ESRF) in Grenoble, France, by an international team led by University College London (UCL), UK. HiP-CT uses the ESRF’s Extremely Brilliant Source—a new generation of synchrotron source—which is up to 100 billion times brighter than conventional hospital CT scanners.