Ep 13. The Coevolution of Who Pollinates Whom
- TV-PG
- April 28, 2017
- 30 min
Plant Science: An Introduction to Botany season 1 episode 13, titled "The Coevolution of Who Pollinates Whom," takes viewers deep into the fascinating world of plant-pollinator relationships and the evolutionary adaptations that have led to their intricate co-dependency.
In this episode, host Dr. Jane Lee is joined by a team of experts in the field of plant-pollinator coevolution to explore the fascinating ways in which plants and their pollinators have adapted to one another over time. From the incredibly intricate coevolutionary relationships between orchids and their pollinators, to the amazing chemical signals that plants use to attract specific pollinators, this episode offers a rich and detailed look at the myriad ways in which plants have evolved to interact with the animals that help them reproduce.
Throughout the episode, viewers will learn how the coevolutionary relationships between plants and pollinators have shaped the appearance, structure, and reproductive strategies of both groups. They will discover how the striking appearance of many flowers is actually a result of the selective pressure exerted by pollinators, and how the evolution of complex floral structures has enabled plants to attract specific pollinators while deterring others.
In addition to exploring the fascinating adaptations that have evolved in flowering plants, this episode also delves into the unique relationships between pollinators themselves. Viewers will learn how different pollinators have evolved to specialize on specific plant species, and how these specialized relationships have been a driving force in the diversification of both plants and pollinators.
By the end of the episode, viewers will have gained a deep understanding of the complex and interconnected ways in which plants and their pollinators have influenced one another's evolutionary trajectories. Moreover, they will come away with a new appreciation for the beautiful and intricate relationships that exist between the plant and animal kingdoms, and the incredible diversity and complexity of life on our planet.