Feats of Strength
How Evolution Shapes Animal Athletic Abilities| By: | Simon Lailvaux |
| Publisher: | Yale University Press |
| Print ISBN: | 9780300222593 |
| eText ISBN: | 9780300235456 |
| Edition: | 0 |
| Format: | Reflowable |
Lifetime - $33.60
eBook Features
Instant Access
Purchase and read your book immediately
Read Offline
Access your eTextbook anytime and anywhere
Study Tools
Built-in study tools like highlights and more
Read Aloud
Listen and follow along as Bookshelf reads to you
Details
Table of Contents
A fascinating exploration of the extreme world of animal athletics, how these stunning abilities have evolved, and their insights into human performance and evolution†‹
How is it that fish can climb waterfalls, snakes glide, and cheetahs run so fast? Natural and sexual selection has driven the evolution of diverse and amazing athletic abilities throughout the animal kingdom. Integrative biologist Simon Lailvaux draws on decades of performance research to highlight the ecological and evolutionary importance of these abilities, which include running, jumping, flying, biting, climbing, and swimming, and explains the many reasons they exist. He describes the methods and tools scientists use to measure animal performance—remote sensing technologies that can capture a cheetah’s running speed, or force meters that gauge the strength of a lizard’s bite or crab’s grip—as well as the diverse mechanisms underlying and enabling spectacular animal athletic feats. Using examples from the smallest insects to birds, whales, and even dinosaurs, Lailvaux provides a unique glimpse into a vibrant, eclectic field of research and points to new directions for understanding performance evolution in both animals and humans.
How is it that fish can climb waterfalls, snakes glide, and cheetahs run so fast? Natural and sexual selection has driven the evolution of diverse and amazing athletic abilities throughout the animal kingdom. Integrative biologist Simon Lailvaux draws on decades of performance research to highlight the ecological and evolutionary importance of these abilities, which include running, jumping, flying, biting, climbing, and swimming, and explains the many reasons they exist. He describes the methods and tools scientists use to measure animal performance—remote sensing technologies that can capture a cheetah’s running speed, or force meters that gauge the strength of a lizard’s bite or crab’s grip—as well as the diverse mechanisms underlying and enabling spectacular animal athletic feats. Using examples from the smallest insects to birds, whales, and even dinosaurs, Lailvaux provides a unique glimpse into a vibrant, eclectic field of research and points to new directions for understanding performance evolution in both animals and humans.