“Beneficial soil bacteria help plants survive in salty soils by increasing root strength through lignin production, improving health and yields.”
Researchers have discovered that certain soil bacteria enhance plant resilience to salt stress by stimulating lignin production. Lignin strengthens plant roots, helping them better withstand salty conditions.
Experiments in greenhouses and field trials confirmed plants treated with these bacteria show improved health and higher crop yields in salt-affected soils.
This breakthrough points to new bio-based agricultural treatments aimed at boosting crop productivity on salt-impacted farmland.
We locked five over-ear ANC picks for 2026 — Sony WH-1000XM6, Bose QuietComfort Ultra 2, Soundcore Space One, Sennheiser Momentum 5, and Apple AirPods Max 2 — then stress-tested them on lab metrics, long-term owner truth, and live street prices.
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New research from the Leibniz Institute on Aging reveals that the protein LMOD1 acts as a key molecular switch in muscle stem cell development, offering a potential breakthrough in combatting age-related muscle decline.
A groundbreaking study reveals that shifting zoo lions to a feast-and-fast feeding schedule, mimicking natural hunting cycles, significantly improves their behavioral well-being.
A sobering new report reveals a alarming 121% surge in heart failure deaths among young adults, signaling a major shift in cardiovascular health demographics.
Researchers have discovered that blocking the P2X7 receptor significantly reduces harmful brain inflammation, offering a potential path for treating conditions like Alzheimer's, Parkinson's, and traumatic brain injury.
Researchers have identified a hidden phase in uranium ditelluride where electron pairs persist even after superconductivity vanishes, potentially rewriting our understanding of quantum materials.
New observations of the exoplanet HD 3167 b suggest that even the most extreme rocky worlds can retain an atmosphere, providing a window into the molten history of our own planet.
New research reveals a significant link between dietary sugar consumption and intensified gut microbiome disruption for patients taking antibiotics.
A landmark global study reveals that pooling sputum samples can double testing capacity for tuberculosis, effectively cutting costs and reaching thousands more patients.
