Discover how plant wax biomarkers are revolutionizing our understanding of human evolution and ancient environments through molecular archaeology.
Explore how philosophy of biology bridges life's big questions with scientific facts, examining reductionism, teleology, and evolutionary theory through real-world discoveries.
Explore the fascinating molecular evolution of chemoreceptor genes in the common eastern bumblebee, Bombus impatiens, and how it adapts to its chemical environment.
Explore the 300-million-year evolutionary journey of the mammary gland from reptilian skin to complex organ that defined mammalian success.
Explore the 300-million-year journey of arborescent gymnosperms - from ancient dominance to modern resilience in the face of climate change.
Explore the groundbreaking integration of ecology, molecular evolution, and functional genetics that is transforming our understanding of how life adapts and evolves.
Explore how mathematical models reveal nature's secrets, from predator-prey dynamics to evolutionary patterns in ecology and biology.
Explore homeorhesis, the revolutionary biological concept that explains how living systems maintain stable trajectories through dynamic flow rather than static balance.
Explore how evolutionary biotechnology harnesses nature's innovation engine to solve modern challenges through laboratory experiments and computer simulations.
Exploring the groundbreaking research honored by the 2010 American Society of Naturalists Awards, including niche conservatism in salamanders and evolutionary insights into aging.