Articles tagged with Plants
Global mangrove cover has increased by 47,720 hectares worldwide between 1985 and 2025, according to new analysis, but some key regions, such as Indonesia, have lost significant mangrove cover, highlighting uneven progress in mangrove ecosystem changes.
A three-year field study found that deeper straw incorporation reduced maize ear rot and mycotoxin contamination while improving soil health and microbial communities. The study suggests that optimizing straw management strategies could turn a familiar practice into a more effective tool for soil health and food safety.
New research contradicts past findings on plant recovery from drought, revealing that sunflowers cannot fully recover from drought. A study by Colorado State University found that gas bubble blockages in sunflowers' water-transporting tissues do not reverse after watering, despite appearing to recover remarkably well from drought.
Researchers distinguish multiple fluorescent proteins with overlapping emission colors by their lifetime using fluorescence lifetime imaging microscopy (FLIM). FLIM successfully distinguishes several fluorescent proteins with overlapping color emissions within plant cells, enabling simultaneous analysis of multiple proteins.
Researchers developed a new environmentally friendly insecticide using nanoemulsions of diallyl disulfide and carvone, which showed enhanced toxicity against the adzuki bean beetle while having relatively low impact on parasitic wasps. The nanoemulsions were also safe on seeds and enhanced root growth.
The Conservation Gap Analysis of Select Native Asian Oaks reveals over half of native ranges are under human pressure, with many species lacking backup in botanical collections. The report prioritizes oak conservation efforts in Southeast and East Asia, focusing on regions with high human impact and limited protected area coverage.
Scientists at NYU have identified a key regulator controlling nitrogen use in plants, which can be harnessed to develop 'gluttonous' plant varieties that absorb more nitrogen from the soil. This discovery could lead to reduced fertilizer application and lower greenhouse gas emissions.
Under elevated CO2 levels, trees work with microbes to 'mine' soil nutrients, increasing nitrogen availability by 30%. This 'faster but tighter' cycle supports tree growth and productivity.
Researchers found that plants absorb more elements with longer hydrated metal ion distances, suggesting a basic chemical influence on mobility. The metric may help estimate poorly studied contaminants and reduce reliance on complex variables.
Research in New Phytologist shows that plant spininess is shaped by browsing mammals past and present, as well as environmental conditions like dry-season length, soil pH, and temperature. Current and extinct large herbivores are key predictors of spiny species prevalence.
Indigenous Australians gathered whole grasses from the landscape and burned them in a cave for ritual practices dating back 25,000 years. The study found that people selectively targeted specific types of grasses for burning, with over 97% coming from temperate or cool-climate grasses.
Researchers have discovered a rich genetic diversity of avocado varieties in Central America, including those grown in Nicaragua, which could help boost sustainable agriculture and commercial varieties. By analyzing DNA from local farmers and examining leaf samples, the team found evidence of ancient migration from South America thousa...
A greenhouse study suggests that converting rice straw into biochar could provide greater environmental and food safety benefits than directly incorporating untreated straw. Biochar treatment reduced copper and lead accumulation, improved soil properties, and produced high grain biomass, while avoiding air pollution from open burning.
A new tool, Tree Value Visions, aims to support councils and communities in thinking about the future of trees in towns and cities in a more inclusive way. The research highlights the importance of considering deeper connections people have with nature and integrating urban tree planning across different policy areas.
Researchers at the University of Michigan found that pollinators are driving plant adaptation in morning glories, leading to a steep decline in their ability to adapt to changing climate conditions. The study suggests that human activities such as pesticide use and habitat destruction have contributed to this decline.
Researchers analyzed DNA samples from foraging honeybees, hive workers, and their honey to understand plant-microbe interactions in honeybee ecology. The study found that these complementary sources provide distinct insights into the complex relationships between plants, microbes, and honeybees.
A new study reveals that Amazonian communities use at least one-third of the region's known plant species, totaling 5,796 species. Climate change is expected to lead to a decline in biocultural heritage by 26% from 2060 to 2080, threatening Indigenous cultural identity and ecosystem services.
Research highlights impact of cannabis cultivation and drying methods on VOCs and human perception, identifying optimal storage conditions to preserve aroma profiles. Human assessors associated monoterpenes with bright notes and sesquiterpene clusters with woody scents.
A genetic analysis of Peruvian cacao trees reveals four previously unidentified groups, showcasing unique regional 'signatures' and potential high-quality bean producers. The discovery provides valuable resources for conservation and the fine flavor chocolate market.
A new study reveals that giant Dipterocarp trees can transport water to their topmost branches without difficulty, contrary to conventional scientific theory. The research found that these trees' hydraulic systems are perfectly adapted for their height, allowing them to withstand drought conditions.
Researchers found that ROS-producing enzymes coordinate cell proliferation, tissue integrity, and differentiation in plants. The study used a liverwort model to examine the role of RBOHs in plant development, revealing their importance in maintaining normal cell shape and tissue organization.
Researchers have discovered a previously unknown mechanism by which microbes boost plants' ability to survive in salty conditions. Pseudomonad bacteria stimulate the production of lignin, a tough substance found in plant cell walls, helping plants withstand environmental stress.
Scientists at Durham University have discovered a previously unknown way that plants control the formation of wood, revealing a complex interaction between two receptor proteins on the surface of plant cells. This finding could change how scientists think about communication between plant cells.
A global study of over 5,100 species reveals that climate change is transforming ecosystems and threatening species across the globe. Temperate species are experiencing more local extinctions than tropical species due to faster warming rates, with temperate regions losing up to 49% of their species.
Researchers found mycorrhizal fungi in desert moss, unlike those found in less harsh conditions, suggesting a deliberate relationship. The discovery could rewrite moss biology and offer clues about the origins of life on land.
Nishi Rajakaruna, a Cal Poly biological sciences professor, has received the Charles Edwin Bessey Teaching Award for his innovative teaching methods that combine fieldwork, food, culture, and rigorous science. The award recognizes his dedication to improving botanical education at a regional, national, or international level.
A new soft gripper designed by WVU researcher Anand Mishra can accurately gauge the size, curvature, color, and ripeness of fruits like strawberries and avocados. The gripper's quick inspections and harvesting capabilities can reduce spoilage and lower supply chain costs.
Researchers found that plant species with tougher leaves actually suffered more from insect damage, while those with higher silicon concentrations sustained less. In contrast, plants with higher heat tolerance experienced greater herbivory. Understanding these drivers is crucial for predicting forest health under future climate scenarios.
Aldebaran, a red wine made from Muscat Bailey A grapes, won a Gold Award in the Muscat Bailey A category, while Junmai -eme- received the Platinum Award in the Junmai Sake category at the French Japanese Sake Competition for the second consecutive year
Researchers found that heme molecules transmit functional state of chloroplasts to the nucleus, regulating photosynthesis-related gene expression. Heme signaling is essential for plastid-derived signaling molecules, which form active phytochrome.
A new study found that alternate wetting and drying irrigation combined with nitrogen-loaded biochar can help rice farming address food security, water scarcity, and environmental pressure at the same time. The approach reduced water use by 14.17 to 15.56 percent while increasing rice yield by 2.23 to 5.11 percent.
A study combining citizen science data with experimental research found that switchgrass adapts its flowering time to optimize survival in different regions. The work highlights the potential of pairing public data sets with controlled experiments to uncover mechanisms of adaptation.
Researchers identify previously unknown protein RAK1, crucial for three-dimensional growth and division in moss, a step towards understanding plant colonization of land. The study provides new insight into fundamental mechanisms underlying plant growth and evolution.
A Stanford-led team has identified the molecular basis of Hechtian structures, which maintain plant cell membranes connected to the wall during water loss. Plants with more Hechtian structures recover better once water returns.
A recent study published in Cell has found that certain plants actively reduce their ability to take up iron when experiencing drought stress. This shift is driven by changes to plant roots that downregulate both immune systems and iron uptake machinery, allowing specific bacteria to thrive.
Healthy plants release chemical signals called VOCs that inform neighboring plants about competitive pressure, triggering adjustments in growth and defense strategies. Genetic analysis reveals shifts in biomass linked to changes in stress-response and cellular transport genes.
Scientists analyzed vast botanical data to understand why some exotic plants become invasive pests. They found that the timing of flowering is crucial and depends on climate conditions, with native species adapting to local environments and invasive species thriving in milder regions.
Researchers found that powdery mildew disease caused by different fungi infects strawberries in North America and Europe differently, indicating the pathogens jumped hosts over millions of years. This discovery can aid understanding of plant diseases and their spread.
Researchers found that genome duplications during major environmental upheavals helped plants survive mass extinctions and extreme conditions. The study suggests that polyploidy, or having multiple sets of chromosomes, can be beneficial for plants in stressful environments.
Researchers have discovered that plants utilize two forms of cyclic adenosine monophosphate (cAMP) to regulate normal cellular functions and respond to stress, while maintaining cross-talk between the pathways. This redundancy enables plants to adapt more robustly to a wider range of environmental factors.
A new study reveals that carnivorous plants like pitcher plants provide a vital source of nutrient-rich nectar to wasps, benefiting both parties. This interaction may be more than just predator-prey, as the plants and wasps work together for mutual benefit.
Researchers have identified a novel genetic locus in the common agricultural weed Elymus repens that provides significant resistance to Fusarium Head Blight, a destructive fungal disease threatening global food security. The novel Fhb.Er-1StL locus has been successfully transferred into wheat, reducing diseased plant spikelets by up to...
A new study by The Morton Arboretum reveals that oaks rapidly diversified in the Americas when they encountered high-elevation terrain, forming a unique biodiversity hotspot. This is supported by data from 322 of the world's approximately 450 oak species, with Mexico and Central America home to at least 160 different oaks.
Researchers found that integrating a mix of shade trees improves soil health and plant physiology, leading to stronger plant growth and consistent early fruit development. Proper management through spacing, pruning, and natural mulch can also make cacao farms more resilient to climate stress.
Engineers developed an adhesive gel that can deliver substances into plants' tissues, clearing bacterial infections within 48 hours. The gel sticks to various surfaces, including hairy leaves and stems, and can be removed without damage.
Researchers found that plants can acquire essential nutrients like phosphorus and iron from atmospheric dust settling on their leaves. This discovery suggests an important new pathway for plant nutrition and ecosystem functioning, particularly in nutrient-limited ecosystems.
MIT researchers found plants respond to sound waves generated by raindrops, stimulating germination. Seeds exposed to rain sounds germinated 30-40% faster than those not exposed.
Researchers at John Innes Centre develop rapid seed germination protocol, reducing Ash dieback's impact. This new method has already produced over 2,000 seedlings for trials and research.
A mild chemical strategy enhances interfacial bonding and pore structure in biomass-based magnesium cement materials, leading to improved mechanical strength and thermal insulation. The approach promotes more uniform pore distribution, stabilizes the foam structure within the composite, and reduces environmental burden.
A team at Osaka Metropolitan University discovered a new mechanism behind light-controlled plant growth. Light enhances adhesion between the epidermal and inner tissues in plant stems, allowing plants to strengthen their cell walls and regulate growth.
Researchers at DTU have developed a new method to identify bacteria capable of producing vitamin B2 in soya drinks. A bacterium from bumblebee guts was found to thrive in plant-based dairy alternatives and produce the nutrient in high quantities.
Researchers found that auxin's partner proteins serve as internal plant 'thermostats' that directly sense temperature and change genetic programs to direct root growth accordingly. This discovery could lead to engineering plants that withstand extreme temperatures, protecting crop productivity under challenging conditions.
Research in New Phytologist reveals that plants can obtain essential nutrients like phosphorus and iron from atmospheric dust settling on their leaves. In a Mediterranean field study, dust application increased plant macronutrient and micronutrient concentrations through mildly acidic leaves.
Researchers at Virginia Tech used modern data science to guide restoration strategies for the endangered butternut tree. The study mapped climate and soil conditions linked to natural disease resistance, identifying prime regions for resistant butternut trees and hybrids across the eastern United States.
A new study demonstrates that combining a water-saving irrigation technique with an engineered biochar fertilizer can significantly improve rice production while lowering nitrogen pollution. The approach, known as AWD and nitrogen-loaded biochar synergy, achieved co-benefits in yield improvement, water saving, and ammonia mitigation.
A new study warns of a 20-year window to act on climate and land use policies to prevent further biodiversity loss in Britain. Sustainable practices like strong emissions action and reduced meat consumption could save up to 69 fewer species from extinction.
Scientists developed a scalable ultrastrong bamboo strip through homogeneous fusion, achieving 942 MPa tensile strength and 32.1 GPa Young's modulus. The material demonstrates exceptional durability, biodegradability, and practical scalability for various industries.
Researchers discovered that high humidity induces the production of CYP707A3, breaking down ABA and promoting stomata opening to release water. Plants lacking this enzyme are more vulnerable to water-soaking. The study reveals a molecular defense mechanism against water accumulation in plants.
Researchers tracked genetic changes in Arabidopsis thaliana across 30 sites over five years, finding most populations adapted to local environmental conditions. However, some populations went extinct due to genetic drift, highlighting the importance of preserving biodiversity.
A groundbreaking experiment tracked plant evolution in response to climate change across 30 sites worldwide, revealing gene variants associated with successful adaptation and tipping points beyond which plants can't adapt. The study provides quantitative data to understand rapid adaptation and predict where risks lie.