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Computer simulations show that under high greenhouse gas emissions, marine heatwaves could become almost permanent across most oceans by 2070. These extreme thermal spikes speed up energy loss and amplify the damage of steady ocean warming on marine food webs.
Marine conservation hotspots change location completely depending on whether researchers tally total bird numbers or measure species diversity. A single location almost never protects both.
Marine macrogenomics pools genetic data from whole communities and ancient seabed sediments to predict how warming oceans will disrupt marine life.
A systematic review reveals how artificial intelligence can protect connected cars from cyberattacks by splitting defence duties between onboard vehicle parts and distant cloud servers.
A computer framework called CMS-NAS automatically designs tiny, accurate neural networks to predict epileptic seizures from brain activity. It combines image filters, memory models, and brain-like spiking neurons to run on low-power wearable chips.
A framework called SentiAgent uses five specialised digital roles running on a single language model to explain text sentiment instead of guessing from inside a black box.
A single smart controller trained a simulated robotic arm across ten workshop jobs while blocking dangerous crashes.
A review of historical data and models shows the Arabian Seas are warming unusually fast, causing oxygen-starved zones to swell. These extreme regional seas offer a natural test bed for understanding future tropical oceans.
A review of plant technologies shows that delivering short-lived editing proteins modifies crop DNA precisely without inserting foreign genetic material.