Research Articles
Life = Epigenetics, Ecology, and Evolution: How Plasticity Shapes Our World
Exploring the revolutionary framework where developmental plasticity guides evolutionary change through epigenetic mechanisms
Cities as Evolutionary Labs: How Urban Jungles Shape the Genetics of Invasion
Exploring how urban environments transform evolutionary pathways and genetic diversity in invasive species through cutting-edge research in urban invasion genetics.
The Secret World Beneath Our Feet: How Tiny Creatures Shape Upland Grasslands
Exploring how soil microarthropods in upland grasslands respond to different agricultural management practices and their crucial role in ecosystem health.
The Hidden Perfume: How Plant Endophytes Use Volatile Chemicals to Protect Their Hosts
Discover how plant endophytes produce volatile organic compounds (VOCs) that form an invisible defense system, protecting plants from diseases and stress.
The Unseen Passengers: How Invasive Raccoons Are Spreading Tick-Borne Diseases
Discover how invasive raccoons in Europe are spreading spotted fever group rickettsiae through molecular research findings from Poland and Germany.
The Evolution of Population Biology: How Genes Shape Our World
Explore how population biology reveals evolutionary processes through human adaptation and long-term barley experiments
Unveiling Nature's Blueprint: The 2009 American Society of Naturalists Awards
Exploring the groundbreaking research recognized by the American Society of Naturalists in 2009, focusing on novel methods for measuring fitness and population growth in evolutionary biology.
The Hidden Survival Toolkit of Plants: How Functional Traits Predict the Fate of Ecosystems
Explore how plant functional traits help scientists predict ecosystem responses to climate change, grazing, and other environmental pressures.
The CRISPR Revolution: Rewriting the Code of Life
Explore the latest breakthroughs in CRISPR gene-editing technology and how it's transforming medicine, biotechnology, and our understanding of genetics.
Mapping Our World: The Science of Population Surface Modeling
Explore how population surface modeling transforms sparse data into dynamic maps revealing human settlement patterns and movement.