Genetic study uncovers origins of French winemaking and traces enduring grape lineages back over two millennia.

YouTube video by Wise Owl

Breakthrough links centuries-old grape varieties and uncovers a shared winemaking heritage between Turkey and Hungary

Breakthrough links centuries-old grape varieties and uncovers a shared winemaking heritage between Turkey and Hungary

Could the conspiracy theories be true?

Think Your History Book is 100% Correct? Think Again. Ever wonder why we’re still obsessed with the supernatural when the answers are right under our noses? From the murky depths of Loch Ness to the shallow grave of a long-lost king, the line between folklore and fact is being rewritten in real-time. In this episode, we dive deep into the "Death of the Paranormal" as modern science turns legendary ghosts into earthly explanations. We’re using Forensic Genetic Genealogy and eDNA analysis to solve the world’s most persistent "cold cases." If you've ever suspected that ancient aliens were just a cover for ancient human ingenuity, you’re in the right place. We dismantle history’s greatest hoaxes using the latest LiDAR archaeology and digital imaging to reveal that the truth is often stranger—and more thrilling—than the myth. Key Findings & Evidence-Based Insights: - The DNA Truth: How a simple cotton swab solved the 500-year-old mystery of Richard III. - Cryptid Reality: Why Environmental DNA (eDNA) results have finally closed the case on the Loch Ness Monster. - Engineering Geniuses: Using digital reconstruction to prove how humans moved the stones (without extraterrestrial help). - The Textbook Rewrite: Why breakthroughs in 2025-2026 mean 40% of what you learned in school is now outdated. Whether it's the Antarctica hidden structures or the Screaming Mummy’s medical diagnosis, we’re trading ghost stories for peer-reviewed mysteries. Stop chasing shadows and start finding answers. Join the hunt for truth—subscribe now and share this episode with someone who still believes in the "unsolvable"! #EvidenceBased #ForensicHistory #MysterySolved  

Genomics catches up with archaeology.

An unrelated pair of people buried in cemeteries in 7th-century Britain probably had grandparents from West Africa

Explore how AI algorithms are revolutionizing genetics by decoding DNA faster and more accurately, powering personalized medicine and disease predicti

Discover how genomics helps prevent chronic diseases through early risk detection, personalized medicine, and targeted lifestyle changes.

A genetic study has finally solved the mystery of the worm inside mezcal bottles. While speculation ranged from butterflies to weevils, DNA analysis revealed that all sampled larvae came from a single...

At least 300,000 men died during Napoleon’s retreat from Russia - now the latest genetic techniques have identified two pathogens that may have contributed to some of the deaths

<p>Ukrainian forensic pathologists are managing an unprecedented scale of war casualty identification, processing approximately 30,000 examinations monthly while receiving support from international p...

This article was generated with the assistance of artificial intelligence. However, all content has been thoroughly reviewed and curated by a human editor before posting to guarantee accuracy, relevan...

Advancing DNA Forensics: Meet, Learn, Innovate Step into the heart of forensic DNA innovation at ISHI – the largest annual symposium dedicated to your field. Connect with thought leaders, engage in ha...

A groundbreaking study using DNA analysis has revealed that feral cats in Australia kill significantly more native animals than previously estimated. Traditional methods of analyzing cat diets, such as examining stomach contents and scat, often miss small or soft-bodied prey. The new research, conducted at Wild Deserts in New South Wales, found DNA detection identified twice as many mammal species and three times as many bird species compared to manual methods. This suggests feral cats are consuming native animals at a higher rate than previously thought. The findings highlight the critical threat posed by feral cats to Australia's biodiversity, particularly rare and vulnerable species. Conservation efforts, including predator-free fenced reserves, are vital for protecting native wildlife. However, the study underscores the need for improved methods to accurately assess the impact of invasive predators, ensuring resources are directed effectively to safeguard at-risk species.

Researchers in the Yukon identified bones from the Bluefish Caves and a mine site as belonging to an ice-age cheetah, not pumas as initially thought. DNA analysis by Molly Cassatt-Johnstone revealed the remains were actually of Miracinonyx, an extinct American cheetah. Stable isotope analysis showed these cheetahs survived by primarily eating fish, a unique adaptation in their ecosystem. Paleontologist Grant Zazula noted this discovery challenges previous assumptions about the species' habitat and diet. The study highlights how genetic and isotopic techniques are reshaping understanding of ancient ecosystems. Scientists suggest low genetic diversity may have contributed to the cheetahs' extinction, prompting a reclassification as 'Yukon Cheetah.' This finding underscores the importance of paleontological research in uncovering evolutionary adaptations to extreme environments.