New research suggests tropical giants and smaller neighbors share the same drought vulnerability, reshaping forest risk models.

A rare, sudden vascular emergency can be hard to treat, and one expert likened it to “a knife to the back.”

A new machine-learning calibration method aims to make low-cost biosensors match the accuracy regulators need.

Simple slide behavior changes can reduce distraction when students must listen and visually process at once.

A prolific producer breaks out of Matmos-style constraints, and the result feels hypnotic, healing, and hopeful.

A new measurement method turns drone-reflected laser signals into gas concentration maps, improving the CO2-to-sulfur dioxide eruption signal.

A new pathway study turns scattered natural compounds into one production site, shifting both research speed and commercialization risk.

A three-day fungi workshop in Tasmania’s Tarkine reframes the third kingdom as the foundation of living ecosystems.

A Broad Institute method called BGE makes deep genetics scale to thousands of samples by slashing cost.

LIGO, Virgo, and KAGRA have hundreds of events, and new analysis points to hidden populations inside mergers.

A new Marina el-Alamein dig turns up Ptolemaic and Roman burials, plus mummified communication tech made of gold.

A new discovery explains how ocean microbes feed at crushing depths, with knock-on effects for carbon storage models.