Researchers at McGill University and the United States Forest Service have found that plants living in areas where human ...

Domestic pigs bred with wild boar after the nuclear disaster offer lessons in wildlife genetics and invasive species management.

Plants can carry long-lasting genetic damage from past population crashes, leaving them more vulnerable to future environmental change.

Population genetics explores the distribution and change in frequency of alleles within and between populations, while genetic diversity underpins the capacity of species to adapt to environmental ...

Insertion-deletion markers (InDels) have rapidly emerged as a robust alternative to conventional short tandem repeats in both forensic science and population genetics. Owing to their biallelic nature, ...

Much of the controversy about the forensic use of DNA has involved population genetics. In this chapter, we first explain the principles that are generally applicable. We then consider the special ...

Millions thrive at high altitudes due to remarkable genetic adaptations. Tibetans, for instance, possess a gene variant allowing efficient oxygen use without dangerously thick blood. Andeans and ...

A new genetic study examines an unusually large hybridization event that followed the Fukushima nuclear accident, when ...

Hybridization between domestic animals and wildlife is a growing concern worldwide, particularly as feral pigs and wild boar ...

Songbirds who make the arduous flight from their nesting sites in northern boreal forests to warm, southern climates in the winter may be rewarded for their journey with greater genetic diversity.

The 2026 International Statistical Genetics Workshop will be a virtual course held online, with live sessions on June 1—11, 2026, and pre-recorded lectures to be viewed before the live sessions. Live ...