
Exploring human-nature interactions through food webs and archaeoecology, revealing our interconnectedness with ecosystems and challenging traditional ecological perspectives.

Explore the efficiency of multiple intermediate compartments in maintaining cell populations, minimizing clonality, and optimizing division rounds from progenitors to product cells.

Exploring thermodynamics in living systems, from cellular metabolism to ecosystems. Insights on climate change, agriculture, and the search for extraterrestrial life through a new lens of biochemistry and physics.

Explores ecological and evolutionary impacts of ontogenetic niche shifts, using structured population models to analyze complex life cycles, habitat changes, and their effects on population dynamics and community interactions.

Exploring indirect genetic effects in wild red squirrels, examining how spatial and temporal neighbors influence phenotypes and potential evolutionary impacts in varying population densities.

Explore ecosystem collapse through the lens of mass extinctions, focusing on the End-Permian event and its aftermath. Gain insights into biodiversity patterns and ecological dynamics.

Explore transient dynamics in ecology, challenging classical theory focused on long-term behavior. Examine implications for modeling, management, and understanding complex ecological systems.

Exploring root system evolution and its impact on biogeochemical cycles. Insights into plant adaptation, nutrient acquisition, and ecological interactions, with implications for understanding complex systems and future technologies.

Explores how demographic differences between juveniles and adults, combined with energy requirements, challenge established ecological theories and impact population dynamics.

Explore the roles of energy and information in 21st century biology with Geoffrey West's lecture on scaling laws, energy dynamics, and their implications for life on Earth and our future.

Explore ecological and economic systems as complex adaptive systems, examining emergent behaviors, critical transitions, and evolutionary forces shaping resource allocation and cooperation.

Explore the fascinating world of collective animal behavior, from insect swarms to human crowds. Discover how individual actions create complex group dynamics and problem-solving abilities in nature.

Explore post-Darwinian complexities in biology, economics, and politics, examining ecosystems, food webs, origin of life, HIV/AIDS, and sociobiology to expand on Darwin's evolutionary theories.

Explore future challenges and solutions related to climate change and resource depletion. Learn about growth limits, their impacts, and potential regional initiatives for a sustainable future.

Explore a groundbreaking 50,000-generation experiment revealing evolutionary processes in action, offering insights into adaptation, genetic changes, and long-term population dynamics.

Explore how humans impact ecosystems through interactions with other species, and how ecological network science can inform sustainable resource use and consumption.

Explore hidden ecological patterns in food webs, from ancient biodiversity to modern ecosystems. Learn how underlying forces shape nature and strategies to fortify ecosystems against threats.

Explore pathogen diversity through an ecological lens, examining the complex interactions between microorganisms and their environments in disease dynamics and evolution.

Explore how big data and theoretical frameworks can improve ecological forecasting and our understanding of complex ecosystems and their future.

Explore the impact of influential individuals in animal societies, focusing on social spiders in African deserts. Learn about their effects on group dynamics and adaptability.

Exploring ecological theory to analyze human societies' energy use and density compared to other mammals, and modeling sustainable conditions for hyper-dense populations through green technologies.