High School Species Range Shifts Interactive Videos

Investigate the intriguing geological phenomena of the Mediterranean Salinity Crisis by analyzing its causes, effects, and subsequent developments. Gain insights into the significant environmental transformations during this period and explore how species adapted to these changes. Enhance understanding of historical climate and geographical shifts, focusing on the interplay of natural forces shaping our planet's history.

Learn about the significant impacts of climate change on water resources, agriculture, and oceanic environments, with a focus on human influences. Understand the redistribution of rainfall, shifts in agricultural zones, and the effects of ocean acidification on marine ecosystems and human food supplies. Develop a comprehensive understanding of these changes and their implications for the environment and society.

Explore the effects of rising ocean temperatures on marine species migration patterns and their broader implications. Understand the impact on fish and mussel populations, gaining insights into how these changes affect global ecosystems and international fisheries.

Investigate how ancient marine fossils unlock understanding of Earth's historical climates and environments. Analyze the interactions between marine organisms and their past conditions to develop skills in scientific data interpretation and geological change inference.

Investigate the hypothetical scenario of oceans and continents exchanging places, leading to the formation of a supercontinent named Pacifico. Analyze its distinct geographical and ecological characteristics while understanding the vital role oceans fulfill in Earth's ecosystem. Gain insights into potential evolutionary shifts, culminating in a deeper understanding of ecological balance's significance in averting mass extinction events.

Investigate the importance of fossils in deciphering Earth's extensive history, encompassing 'Deep Time' and significant climatic changes. Analyzing the role of microscopic fossils provides an understanding of Earth's interconnected systems and illustrates the influence of human actions on the planet's future. Learning outcomes include developing skills in interpreting geological records and comprehending complex environmental interactions over time.

Explore the foundational concepts of biological evolution, examining mechanisms such as gene flow, natural selection, and genetic drift, supported by evidence from fossil records and biogeography. Gain a clear understanding of evolution as an ongoing process in populations, and how evidence from various sources reinforces evolutionary theory.

Examine ecological adaptations and population dynamics, emphasizing organism behavior and survival strategies. Understand morphological, behavioral, and physiological adaptations to gain insights into ecosystem interactions and species survival.

Explore the role of proximity-based urban farming in sustaining New York City, examine innovations in robotic learning inspired by human behavior, and investigate how games can enhance critical thinking abilities. Gain insights into sustainable food systems, develop understanding of robotic algorithms, and learn methodologies associated with game-based learning, focusing on achieving relevant skills and outcomes.

Explore key themes of culture and diversity, with an emphasis on the relationship between mammals and the role of technology in shaping society. Gain insights into visualization techniques and examine musical influences. Understand the significance of change and adaptation in a global context.

Master the complexities of trigonometric graph transformations for sine and cosine functions, emphasizing their alterations. Develop skills in modifying these graphs through various transformations and grasp the impact of coefficients and shifts on their characteristics.

Analyze the impacts of global warming on ecosystems by examining feedback loops, contrail effects, methane emissions, and El Niño events. Gain a comprehensive understanding of how climate changes alter ecosystems and the contribution of these natural phenomena in intensifying these transformations.

Explore environmental changes focusing on climate phenomena such as contrail-induced impacts, the effects of global warming on polar regions, and shifts in marine and terrestrial ecosystems. Gain insights into the factors driving these transformations and understand the broader implications for biodiversity and global ecological balance.

Investigate the cannibalistic behavior of invasive cane toad tadpoles in Australia, focusing on their consumption of their species' eggs and larvae. Understand the ecological implications and the role of toxic chemicals in influencing this behavior. Gain insights into survival strategies and environmental adaptation, reflecting on the intersection of behavior and ecological impact.

Exploration of themes such as emotional change, communication nuances, and the complexities of the human spirit is integrated with narratives of Paralympic achievements. Learners will gain insight into the impact of technology on emotional transformation and the importance of communication in both personal and commercial contexts.

Understand the nuances of cosine function transformations, including phase shifts, amplitude modifications, and vertical translations. Gain the ability to analyze and interpret trigonometric graphs, focusing on how variations in these transformations influence the graph of cosine functions.

Examine the intricate relationships among global challenges such as environmental limitations, economic trends, and geopolitical shifts. Understand their influence on sustainability and worldwide power structures. Explore how technological advancements and communication shape awareness of global issues.

Analyze the graphing of the cosecant function by examining key concepts such as period, range, and asymptotes. Comprehend the effects of transformations, including shifts and compressions, on the graph. Develop analytical skills in understanding trigonometric functions.

Examine the transformative milestones in biology that paved the way for Darwinian theories, highlighting significant historical figures and their groundbreaking ideas. Analyze the shift from Aristotelian frameworks to modern scientific concepts. Understand the enduring influence of pre-Darwinian naturalists on contemporary biological classification and theory.