Ecological Stoichiometry Interactive Videos

Investigate various ecological relationships and examine their effects on ecosystems, with a particular focus on predator-prey dynamics, mutualism, and abiotic factors. Understand how these interactions contribute to maintaining ecological balance, and gain insights into the roles that different organisms play within their habitats.

Explore key practices and metrics essential for restoring and maintaining healthy ecosystems, with a focus on ecological succession and the role of pioneer species. Learners will gain insights into effective strategies for ecosystem management, identifying critical factors that contribute to ecological health, and applying restoration techniques.

Explore essential concepts of conservation biology, focusing on biodiversity protection, genetic diversity, and ecosystem restoration. Understand strategies for preventing ecological damage and the role of genetic diversity in species adaptation.

Exploration of ecological redundancy highlights its critical role in sustaining ecosystem stability and biodiversity. Gain insights into how species roles can mask biodiversity loss, enhancing awareness of conservation priorities.

Investigate the principles of ecological succession, focusing on how community composition changes over time. Understand the roles of pioneer species, differentiate between primary and secondary succession, and appreciate the impact of microclimates. This exploration enhances comprehension of biodiversity and ecosystem health.

Fundamental concepts of rewilding and ecological change are explored, focusing on species reintroduction, ecosystem restoration, and the Gaia hypothesis. Insights are provided into how these processes foster environmental sustainability and maintain the balance of natural systems.

Investigate the core principles of ecosystem dynamics and ecological succession by examining biotic and abiotic components, energy flow, and nutrient cycles. Gain an understanding of the roles various organisms play within ecosystems and explore ecological processes such as succession, productivity, and nutrient cycling. Learners will develop insights into these vital ecological functions, enhancing knowledge of ecosystems' intricate balance and interactions.

Explore the ecological impacts resulting from the loss of predators in isolated environments, with a focus on island ecosystems in Venezuela as a natural experiment. Gain insights into the critical role that apex predators play in maintaining ecological balance and learn strategies for effective ecosystem conservation.

Explore the impact of rewilding and trophic cascades on ecosystems through Yellowstone and ocean case studies. Understand ecological processes, the importance of megafauna, and how rewilding can restore natural balance and increase biodiversity.

Explore the significance of wolves in maintaining ecological balance within Yellowstone by examining their interdependent relationships with other species and their impact on the ecosystem. Understand how predators like wolves regulate grazer populations, recognize the challenges in wildlife photography, and appreciate the concept of permeable natural boundaries.

Explore the critical characteristics and extinction of the mammoth steppe ecosystem, focusing on its restoration and the role of large grazing animals. Gain insights into ecological restoration practices and understand the impact of climate change on prehistoric ecosystems.

Explore the fundamental principles of feedback loops in nature, focusing on their essential role in maintaining ecosystem balance and resilience. Learners will gain the ability to identify and explain the distinctions between positive and negative feedback, and develop an understanding of the complex dynamics within ecological systems.

Examine the complex dynamics within the Serengeti ecosystem, focusing on factors influencing population fluctuations and ecological roles. Gain insights into essential ecological principles, including carrying capacity and keystone species, to enhance the understanding of ecosystem interactions and mechanisms of population regulation.

Investigate the emergence of predation during the Ediacaran period and its evolutionary impact on ecosystems. Gain an understanding of the significance of early predators, explore the adaptations and defensive mechanisms developed by prey, and examine the role of predation in pivotal evolutionary events such as the Cambrian explosion.

Investigate the impacts of climate change on deep-water corals as analyzed by French scientists, concentrating on climate scenarios and carbon influence on ecosystems. Understand the environmental resilience of structures and recent scientific advances, forming a foundational comprehension of ecological research and studies.

Analyze the ecological implications of the Dingo Fence and human interventions in Australia's wildlife management. Gain insights into maintaining ecological balance and understand the consequences of human-centric environmental practices. Learn about species protection and sustainable practices, enhancing knowledge of effective wildlife management strategies.

Discover the complexities of biodiversity and its crucial role in ecosystem dynamics. Gain an understanding of key ecological principles, appreciate the significance of biodiversity, and learn about human influences on ecosystems to support environmental sustainability.

Explore ecological relationships including food chains, trophic levels, and keystone species. Gain insights into energy transfer processes and the impact of invasive species on ecosystems, enhancing understanding of ecosystem function and adaptation.

Explore the flow of matter and energy through ecosystems by examining the roles of producers, consumers, and decomposers. Gain a comprehensive understanding of key ecological concepts, such as energy transfer and the critical function of decomposers in matter recycling. Enhance knowledge of ecosystem dynamics through these learning objectives.

Explore the ecological significance of beaver-created wetlands and their impact on biodiversity and climate resiliency. Understand innovative methods for relocating beavers and recognize their role as essential ecological engineers in supporting environmental stability.