Latest Articles for Population Studies

Adjusting HWE methods can improve genetic variant analysis in large samples.

A new model improves accuracy in low-pass sequencing genetic studies.

A look into how populations change through birth and death processes.

USFWS surveys provide essential insights into waterfowl populations and hunting practices.

Explores the impact of city size on economic output and social dynamics.

A new tool helps researchers assess stability in genetic data analysis.

A new method for predicting behavior in constrained Hamilton-Jacobi equations.

Methods to provide reliable population estimates while ensuring respondent confidentiality.

This study examines major differences in settlement maps across three major datasets in Africa.

Examining how rescaling affects genetic simulation results and findings.

A study reveals the rich HLA genetic diversity in Africa compared to the U.S.

New methods improve understanding of natural selection in population genetics.

Tandem repeats in DNA are linked to various genetic disorders and challenges in detection.

Papua New Guinea's genetic history reveals deeper ties to Asia and distinct challenges.

A new approach to estimate heritability accurately in large genetic datasets.

A fresh method for managing population changes in real-time.

A study on genetic patterns in human and nonhuman populations using new algorithms.

Researchers build realistic fake populations to study behavior and social patterns.

New research uncovers shared genetic factors among major neuropsychiatric diseases.

This study examines how genetic rescue can support at-risk populations.

New methods improve the analysis of genetic variation using tree sequences and machine learning.

Examining how city size, population density, and building height influence urban landscapes.

Exploring how genetic ancestry shapes human health and disease risk.

Research sheds light on Peru's unique genetic variations and health implications.

Studying genetic data reveals insights into human population size and evolution.

An overview of approaches to estimate ancestry from genetic data.

GWAS reveals genetic links to traits and diseases.

This study examines the behaviors of particle types and maximum position decay in BBM.

Discover how local ancestry shapes our understanding of genetic risks.

K-mers offer a fresh approach to understanding genetic diversity in populations.

Exploring how quantum principles reshape our view of population changes over time.

An overview of genetic variation and natural selection in evolution.

A new method enhances accuracy in predicting age-specific death counts.

A new method improves estimation of population characteristics using mixed sampling data.

New study explores plasma proteins' impact on health across diverse populations.

Research on mtDNA reveals connections to health traits in the Taiwanese population.

MultiPopPred improves disease risk assessments for underrepresented populations.

Learn how germline mutations shape genetic diversity and evolution.

Exploring genetic variation's impact on traits and health through advanced research methods.

Learn how simulations advance our knowledge of genetic changes in populations.