Scientists have unveiled three new species of bumpy snailfish, previously unknown to science, thanks to advancements in underwater research technology. Explore the depths of the ocean and the wonders it holds!
A groundbreaking study reveals that Prochlorococcus, a crucial marine microorganism, could decline by up to 50% due to rising sea temperatures, threatening the entire ocean food web and our oxygen supply.
On a quest to revive Southern California's kelp forests, divers tackle the invasive purple urchin threat. Discover how their efforts are transforming underwater ecosystems and supporting marine life.
Recent studies reveal that shark teeth, critical for their hunting efficiency, are increasingly vulnerable to ocean acidification. This could disrupt marine ecosystems and human food sources. Learn how global carbon emissions threaten these apex predators!
Discover the fascinating genetic journey of the potato, a humble tuber that arose from an ancient hybridization between tomatoes and Etuberosum. This breakthrough research reveals how potatoes adapted to thrive in harsh Andean conditions, paving the way for modern agriculture.
A groundbreaking study on the coelacanth has uncovered shocking truths about its anatomy, revealing that many previously identified evolutionary muscle novelties were incorrect. This research reshapes our understanding of vertebrate evolution.
A groundbreaking study reveals the hidden osteoderms in goannas, reshaping our understanding of these iconic Australian reptiles and their evolutionary journey.
In a shocking twist, jaguars migrated towards the 2020 wildfire site in Brazil's Pantanal, showcasing resilience and adaptability. Researchers reveal how this apex predator thrives amidst disaster.
New research reveals that ash trees in Britain are evolving resistance to dieback disease, offering hope for their survival after predictions of massive losses. Experts emphasize the importance of protecting and nurturing these resilient trees.
Three newly-discovered sea spider species have taken survival to the next level by farming methane-eating bacteria on their bodies, showcasing a remarkable symbiotic relationship in the deep sea.
