Seeing Heat: The Sensory Systems Of Boas, Pythons And Pit Vipers

The video explores how snakes, particularly pythons and boas, use thermal vision to hunt with precision. Supported by the National Science Foundation, Florida Tech biologist Michael Grace studies these reptiles' infrared sensors. The research aims to enhance artificial infrared devices for various applications. Snakes can be trained to use their thermal senses for complex tasks, as demonstrated in experiments. Understanding these abilities could help manage invasive species like pythons in the Everglades. The video concludes by highlighting the ecological impact of these snakes and their unique sensory capabilities.

How do snakes like the ball python detect their prey even when blindfolded?

• By listening to sounds

• By sensing heat through pit organs

• By detecting vibrations in the ground

• By using their sense of smell

What is the ultimate goal of the research conducted by Michael Grace and his team?

• To create new snake habitats

• To eliminate invasive snake species

• To develop better artificial infrared devices

• To train snakes for entertainment

In what ways can the understanding of snake infrared sensors be applied?

• In creating new snake species

• In improving snake diets

• In developing infrared sensors for industrial, police, and military use

• In designing snake-friendly environments

How are snakes trained to use their thermal sensing abilities?

• By changing their environment frequently

• By exposing them to loud noises

• By using bright lights

• By rewarding them with food for correct choices

Why is it important to understand the thermal sensing skills of snakes in the Everglades?

• To make them more friendly to humans

• To increase their population

• To manage them as they are an invasive species

• To help them find more food