Historical case studies reveal three major energy transition paths: insulation, compensation, and market-driven approaches. These paths influence the pace of clean energy adoption and inform targeted policy interventions.
A new study finds that more complex microbial communities tend to be less stable and transition through distinct dynamical phases as diversity increases. The research demonstrates predictable patterns of diversity and dynamics in ecological communities, shedding light on general ecological principles.
Researchers used a physics-informed machine learning approach to discover 17 new Invar high-entropy alloys with extremely low thermal expansion coefficients. The approach identified these alloys from millions of possible candidates, exceeding current known records.
A new study by Genevieve Plant and colleagues found that natural gas flaring is only 91% effective in consuming methane emissions, resulting in significantly lower emission reductions. This means that removing oil and gas operations would be equivalent to taking 2.9 million cars off the road annually.
A new study reveals the western Arctic Ocean's ocean acidification is happening at a rate three to four times higher than other oceans due to sea ice loss. The researchers found a correlation between the decrease in sea ice and increased acidification, suggesting this process could intensify over the next few decades.
Researchers suggest that collisional erosion played a key role in shaping Earth's composition, contradicting initial building block theories. The findings have implications for the creation of other terrestrial planets outside the Solar System.
A large-scale mouse study identified several genetic loci associated with longevity, showing that gene contributions vary between males and females. The researchers also found a significant impact of early-life nutrition on longevity, echoing human observations.
A new study finds that forestation of Earth's vast drylands would do little to slow climate change, despite its potential for carbon sequestration. Smart dryland forestation can provide local benefits and potentially longer-term climate mitigation, but it cannot replace efforts to rapidly reduce emissions.
Termite-mediated wood decay is significantly influenced by temperature, with termite presence and activity being more sensitive to thermal changes than microbial decomposition. As the planet warms, termites are expected to expand their range, becoming a crucial factor in global carbon cycling.
The Hunga Tonga-Hunga Ha'apai eruption injected at least 50 million metric tons of water vapor directly into the stratosphere, potentially increasing global stratospheric water vapor by more than 5%. This unprecedented event could lead to changes in atmospheric chemistry and dynamics, including stratospheric cooling and surface warming.
A new study reveals that the retia mirabilia in cetacean brains help protect against blood pressure pulses generated by swimming. The findings suggest a previously unknown function for the retia mirabilia in protecting the delicate cerebral vasculature from damage.
A study using LinkedIn data found that weak ties have the greatest impact on job mobility, while strong ties have the least. Weakest ties increased job transmissions to a point, after which diminishing returns were observed.
Researchers propose that a violent event 150 million years ago destroyed a moon called Chrysalis, causing Saturn's iconic rings to form recently. This event could also explain Titan's eccentricity and Saturn's obliquity, providing a possible solution to long-standing puzzles in planetary formation.
Exceptionally well-preserved fossilized soft-tissue organs from Devonian-age placoderms have provided new insights into the early evolution of jawed vertebrates. The discovery sheds light on major changes to skeletal and soft tissue anatomy, revealing a flat S-shaped heart separated from other abdominal organs.
A recent study found that certain gut microbial strains evolved alongside humans, exhibiting genetic diversity tied to human populations. This codiversification highlights the importance of understanding population-specific microbes in shaping human health.
A new study reveals that density measurements separate rocky and water-rich exoplanets around red dwarf stars, suggesting a third population with 50% rock and 50% water composition. This discovery improves our understanding of small planet formation and evolution, paving the way for future searches for signs of life.
A single genetic change in the TKTL1 protein enabled increased neocortical neurogenesis in modern humans, potentially contributing to their unique cognitive abilities. This discovery sheds light on the evolution of the human brain and may help predict its future development.
A comprehensive genomic analysis reveals the origins and global expansion of domestic donkeys over thousands of years. The study found a single domestication event in eastern Africa around 7000 years ago, followed by expansions into Eurasia and Asia.
A new study reveals that frequent El Nino events drive dramatic faunal turnover in eastern Pacific coastal ecosystems, causing declines in phytoplankton and zooplankton. This tipping point has important implications for understanding changes to the region's future ecosystems.
Researchers used single-cell and spatial transcriptomics to investigate cell type evolution in reptiles and amphibians, revealing diverse cell types and regions that evolved independently. The studies also highlighted the importance of data sharing and the power of accumulating single-cell data from multiple species for evolutionary co...
When humans are exposed to ozone indoors, they produce highly reactive hydroxyl (OH) radicals that oxidize pollutant gases. The human body is a chemical reactor consuming or producing oxidants and oxidized species, similar to how Earth interacts with the atmosphere.
Research on queen ants found altered insulin signaling allows them to live long and reproduce millions of eggs. This pathway may inhibit the AKT protein, enabling queens to thrive despite high reproductive demands.
Researchers found that GnRH therapy improved cognitive function in male patients with Down syndrome, reversing olfactory and cognitive defects. The treatment did not affect olfaction but increased cognitive performance in all but one participant.
The Perseverance rover has revealed a crater floor composed of igneous rocks altered by water, with core samples stored for potential return to Earth. The rover's radar scans also suggest a layered structure beneath the surface, indicating history of igneous activity and repeated exposure to liquid water.
A new study using deep-learning models found that more than half of terrestrial mammal food web links have disappeared due to extinctions and range contractions. This has significant impacts on long-term ecosystem persistence and function, highlighting the need for biodiversity recovery and conservation.
The study provides a detailed genomic history of the Southern Arc from Neolithic to Ottoman periods, revealing complex migrations and population interactions. The analysis challenges previous modern population history and ancient writings, suggesting an inaccurate picture of early Indo-European cultures.
Rapid eye movements during REM sleep encode direction and amplitude of a mouse's dream environment, providing an external readout of internal cognitive processes. This finding reveals a coordination that may underlie the realistic experience of dreams.
Accelerating photoprotection recovery in soybean plants has been shown to improve photosynthetic efficiency and biomass in field-grown tobacco plants. Researchers engineered the same change into the widely cultivated soybean plant, resulting in yield up to 33% higher than unmodified plants across 5 independent events.
A new low-temperature approach mineralizes perfluorocarboxylic acids, also known as 'forever chemicals', into benign nonorganic fluoride ions. The method involves decarboxylation and defluorination pathways, showing promise in degrading these environmentally ubiquitous pollutants.
The 'food-delivery revolution' has led to a surge in low- and middle-income countries, transforming the food systems and impacting local labor markets. The authors argue that new policies can help advance progress toward UN Sustainable Development Goals, reducing malnutrition and poverty.
Researchers discover glycoprotein GPNMB as a possible biomarker for Parkinson's Disease risk through interaction with alpha-synuclein and increased plasma concentrations in patients. The study establishes GPNMB as a risk gene and potential therapeutic target for the debilitating neurodegenerative brain disorder.
Hybridization between whiptail lizards leads to diverse evolutionary outcomes, including increased genetic diversity and creation of new species. A study reveals that only above a certain level of genetic distance does hybridization result in unisexual lineages, suggesting predictable outcomes.
A new study found that human laryngeal anatomy simplification allowed for stable vocal folds and harmonic-rich sounds characteristic of human speech. This evolutionary adaptation enabled humans to produce a wide range of sounds, distinct from nonhuman primates.
Researchers tracked nocturnally migrating hawkmoths using tiny trackers, revealing they adjust flight headings in response to winds and terrain features. The findings suggest the animals use a combination of visual landmarks and Earth's magnetic field to navigate long distances during migration.
Scientists have successfully engineered synthetic genetic circuits in Arabidopsis plants, allowing for the predictable alteration of lateral root density without affecting normal plant growth. This breakthrough enables future success in implementing combinatorial circuits in complex biological systems.
The FDA's longstanding confidentiality practices have prevented data sharing with other regulatory agencies worldwide, particularly in low- and middle-income countries. New transparency policies could promote US scientific and regulatory leadership and advance global health by enabling greater data sharing.
A new study based in Africa reveals hidden selection against interspecies breeding in wild baboon species. The findings highlight the crucial role of other living primates as models for understanding human evolution, particularly for phenomena that are impossible to study in our lineage alone.
Robert Reinhart's work utilizes noninvasive neuromodulation technology to develop personalized treatments for cognitive brain disorders. His research shows significant improvements in age-related memory function and compulsive behaviors with high-definition transcranial alternating current stimulation.
Grasses supply crucial ecosystem services, including food for humans and animal habitats, but are threatened by land-use conversion and climate change. Research highlights the need to better understand their functions to inform policy and management.
Researchers used single-nucleus RNA-sequencing to study heart tissue from patients with cardiomyopathies and found distinct cell types involved in pathogenesis. Genotype-associated pathways were also identified, providing evidence that genotype influences pathological remodeling of the heart.
The BAUS patch provides over 48 hours of robust adhesion and enables continuous imaging of internal organs and tissues. This breakthrough device overcomes challenges faced by existing stretchable ultrasound imaging devices.
New study reveals that tidal marshes' elevation gain due to sediment accumulation is not enough to counteract accelerated sea level rise. The researchers found that at high rates of SLR, marshes subside instead of gaining elevation, threatening the world's most vulnerable ecosystems.
A new class of glioma drugs exploits tumors lacking the DNA repair enzyme MGMT, generating cytotoxic DNA and selectively killing tumor cells without resistance. The approach may lead to new glioma treatments for highly aggressive brain tumors like glioblastoma.
A small marine isopod helps fertilize red seaweed by carrying pollen on its body, increasing plant growth and reproductive success. The discovery suggests animal-mediated fertilization may have evolved earlier than thought, potentially in both terrestrial and marine environments.
Researchers found that the Huanan market in Wuhan, China was the early epicenter of the COVID-19 pandemic, with SARS-CoV-2 likely present in live mammals sold at the market. The studies suggest two separate zoonotic transmissions led to the virus's introduction into humans.
A recent study has identified numerous previously undiscovered asteroids within Earth's orbit, including an asteroid with an orbital period around the Sun. These discoveries highlight the potential of telescopic surveys to track near-Earth objects and provide crucial data on their formation.
The Colorado River is facing a basin-wide water supply crisis due to ongoing drought and poor water management policies. Drastic measures and difficult decisions are needed to stabilize the river's resources, particularly those that limit the amount of water used by all stakeholders.
A new study of 31 mountain regions across the globe found that species interactions, not climate, limit bird species' ranges in tropical mountains. The study used 4.4 million fine-scale locality records from eBird and suggests that physiological adaptations to climatic niches result in high numbers of species in tropical mountains.
Scientists have discovered a novel 22-step process to produce biologically active tetrodotoxin and its derivatives from commercially available starting materials. This concise synthesis will help better understand TTX biosynthesis and chemical ecology, potentially informing the development of next-generation clinical analgesics.
The US is lagging in establishing a unified open research commons due to lack of leadership, focus, and coordination. This is hindering productivity and innovation in solving global problems like climate change.