High School Marine Food Webs Interactive Videos

Explore the diverse roles of jellyfish in marine ecosystems, focusing on their nutritional contributions and the impact of population blooms. Gain insights into ecosystem changes and conservation strategies in the context of climate change.

Examine the interactions within marine ecosystems, focusing on the essential role of seabirds and their unique adaptations. Gain insights into wildlife conservation and learn about the application of bird-borne sensors in oceanographic research. Develop an understanding of ecological dynamics and acquire skills in data interpretation and analysis related to seabird behavior and their impact on marine environments.

Focuses on the intricate dynamics of food chains, food webs, and feedback loops within ecosystems. Highlights how energy flows through trophic levels and enhances student understanding of ecological interactions. Aims to help students identify energy pathways and differentiate between types of feedback in environmental science.

Explore the interconnectedness of human and natural networks, focusing on the ecological roles of key species such as sea otters, kelps, and fungi. Gain insights into the pivotal functions species play in ecosystems and understand the implications of human activities on these networks. Develop strategies for ecosystem preservation through a comprehensive understanding of these interactions.

Examine the critical role of pristine ocean ecosystems and establish baselines for their original state prior to human impact. Gain insight into the importance of marine reserves, the functionality of intact food webs, and their contribution to ecosystem resilience and economic advantages.

Examine the essential role international collaboration plays in safeguarding the unique Antarctic ecosystem from climate change and human activities. Understand the significance of marine protected areas and recognize the delicate equilibrium of Antarctic biodiversity, promoting a comprehensive global view on conservation efforts.

Investigate the vital role of phytoplankton in Earth's ecosystems by examining its various types and contributions to both atmospheric conditions and marine life. Understand its geological impacts and recognize phytoplankton as primary producers crucial to ecological balance. Gain insights into environmental science dynamics at a global level, enhancing comprehension of their ecological significance.

Explore the intricacies of food chains and food webs, demonstrating the energy transfer through ecosystems. Gain insights into the roles of producers, consumers, and predators while understanding the interconnected complexity within natural habitats.

Explore the dynamics of the Antarctic ecosystem by examining the pivotal role of krill as a keystone species. Understand how penguins adapt to environmental changes and recognize the importance of sustainable fishing practices, such as ECHO harvesting. Gain insights into the significance of preserving intact marine ecosystems to support biodiversity and maintain ecological balance.

Explore fundamental ecology concepts with a focus on energy sources, food chains, and interconnected food webs within ecosystems such as the Galapagos Islands and the Everglades. Gain insights into the flow of energy through ecosystems, understand predator-prey dynamics, and recognize the crucial role of producers. Develop a comprehensive understanding of ecological dynamics through this study.

Explore the ecosystems of lakes through the study of water chemistry, biological processes, and environmental challenges. Understand nutrient dynamics, the effects of invasive species, and the consequences of eutrophication. Develop critical-thinking skills in environmental science.

Investigate the extensive impacts of ocean pollution, focusing on the origins and consequences of plastic waste, including the presence of microplastics and their role in bioaccumulation. Understand practical strategies for minimizing plastic pollution and explore global initiatives to eliminate single-use plastics.

Examine the distinctive ecological dynamics of the Chesapeake Bay as the largest estuary in the United States. Understand its ecosystem, the effects of human activity, and the factors influencing marine life. Gain insights into environmental stewardship and the principles of resource management.

Investigate the intriguing world of Megalodon by examining its adaptations, related species, and role in marine ecosystems. Understand the principles of evolutionary biology, including the influence of these massive predators on marine environments and the challenges faced in estimating their characteristics.

Examine the complex mechanisms of biomagnification and bioaccumulation, with a particular emphasis on the effects of mercury exposure and persistent organic pollutants. Understand how these harmful substances impact food webs, focusing on aquatic ecosystems. Gain insights into the broader implications for environmental health and conservation strategies.

Examine the ecological effects of oil spills on marsh ecosystems, concentrating on salt marshes and their complex food webs. Gain an understanding of the long-term environmental consequences of oil exposure and insights into scientific research methodologies for studying these impacts.

Examine the causes and consequences of Red Tide, emphasizing the role of phytoplankton in marine ecosystems. Identify the factors leading to harmful algae blooms and understand the ecological significance of phytoplankton in oxygen production and their contribution to the marine food web.

Examine the role of jellyfish in marine food chains, focusing on their ecological significance and the impact of jellyfish blooms. Understand how these creatures affect marine ecosystems and explore interactions between jellyfish and various animals. Develop skills to effectively monitor and assess changes in marine environments.

Investigate the primary factors causing species endangerment and extinction, focusing on human activities and habitat destruction. Understand the consequences of ecological disruptions and gain insights into effective conservation strategies.

Investigate the formation and ecological importance of polynyas in polar environments, emphasizing their role in sustaining biodiversity. Understand the impacts of these open water areas on the life cycles of species such as phytoplankton and elephant seals. Evaluate the effects of climate change on the persistence and functionality of polynyas, focusing on ecological interdependencies and adaptive strategies within these communities.