Endure audiobook cover - Mind, Body and the Curiously Elastic Limits of Human Performance

Endure

Mind, Body and the Curiously Elastic Limits of Human Performance

Alex Hutchinson

4.4 / 5(184 ratings)

If You're Curious About These Questions...

You should listen to this audiobook

Listen to Endure — Free Audiobook

Loading player...

Key Takeaways from Endure

Learning Tools

Reinforce what you learned from Endure

Mind Map

Endure
The Limits of Endurance+
Instinctual Pacing+
Psychological Factors+
Physiological Factors+
Neuroscience of Exhaustion+
Actionable Advice+

Quiz — Test Your Understanding

Question 1 of 9
What does the pacing pattern of runners aged eleven and older suggest about human endurance?
  • A. It is a learned tactical strategy that requires formal coaching to master.
  • B. It is an instinctual evolutionary response likely developed during our time as hunter-gatherers.
  • C. It proves that younger children have higher cardiovascular endurance than teenagers.
  • D. It demonstrates that long-distance running relies entirely on conscious mathematical pacing.
Question 2 of 9
According to Samuele Marcora's 2009 study, how does mental fatigue affect physical endurance?
  • A. Mental fatigue causes athletes to reach their maximum threshold of perceived effort and physical exhaustion sooner.
  • B. Mental fatigue decreases muscle glycogen levels at a faster rate than physical exertion.
  • C. Engaging in complex mental tasks before a race improves focus and extends physical endurance.
  • D. Mental fatigue has no impact on endurance because exhaustion is a purely physiological experience.
Question 3 of 9
How do elite athletes' experiences of physical pain compare to those of amateurs, according to Dr. Karel Gijsbers's study?
  • A. Elite athletes do not feel pain due to the deadening of nerve endings from years of training.
  • B. Elite athletes have a significantly higher initial threshold for when they first begin to feel pain.
  • C. Both groups feel pain at the same time, but elite athletes have a much higher tolerance for enduring it.
  • D. Amateurs can endure more pain because their muscles are less fatigued from rigorous daily overtraining.
Question 4 of 9
Why does scientist Yannis Pitsiladis suggest holding a marathon at the Dead Sea?
  • A. The extreme heat would help runners maintain an optimal core body temperature.
  • B. The high salt content in the air prevents rapid dehydration during physical exertion.
  • C. Its location 400 meters below sea level provides an oxygen-rich atmosphere that could improve VO2 max levels.
  • D. The completely flat terrain reduces the mechanical strain on runners' joints, allowing for faster speeds.
Question 5 of 9
What happens when an athlete's core body temperature reaches approximately 40.0 to 40.3 degrees Celsius?
  • A. The athlete hits peak performance and experiences a 'runner's high.'
  • B. The body begins to efficiently metabolize fat instead of carbohydrates.
  • C. The athlete reaches the point of complete physical exhaustion and stops exercising.
  • D. The brain releases endorphins that completely mask the feeling of perceived effort.
Question 6 of 9
In Dr. Martin Paulus's study on soldiers, what was the primary neurological benefit of the eight-week mindfulness training program?
  • A. It increased the size of the motor cortex, allowing for faster physical reaction times.
  • B. It prevented panic during unpredictable oxygen restriction by keeping activity in the insular cortex stable.
  • C. It completely deactivated the brain's pain receptors during high-stress combat simulations.
  • D. It stimulated the continuous release of adrenaline, giving soldiers a sudden burst of energy.
Question 7 of 9
According to neuropsychologist Kai Lutz, which two regions of the brain act as the 'endurance center' by anticipating muscle collapse and triggering exhaustion?
  • A. The prefrontal cortex and the amygdala
  • B. The hippocampus and the cerebellum
  • C. The insular cortex and the motor cortex
  • D. The occipital lobe and the parietal lobe
Question 8 of 9
What double-edged psychological factor contributed to explorer Henry Worsley pushing his body dangerously past its reasonable limits in Antarctica?
  • A. The presence of a satellite phone gave him a false sense of security.
  • B. He was unaware of the physical symptoms of severe dehydration.
  • C. He had undergone experimental brain stimulation that masked his fatigue.
  • D. He believed the freezing environment would prevent his core temperature from rising.
Question 9 of 9
Based on the book's actionable advice, how should an athlete view recovery methods like ice baths that lack scientific proof of reducing inflammation?
  • A. They should discard them entirely to avoid wasting time and resources.
  • B. They should continue using them if they provide a psychological benefit or placebo effect that aids recovery.
  • C. They should replace them immediately with transcranial direct-current stimulation.
  • D. They should only use them if a medical professional mandates it as part of a physical conditioning program.

Endure — Full Chapter Overview

Endure Summary & Overview

Endure (2018) takes an in-depth look at what enables certain boundary-pushing athletes to hit the wall of pain and effort – and still keep going. Alex Hutchinson examines the multiple and complex factors that allow marathon runners and cyclists to keep breaking records and reaching new heights in human endurance.

Who Should Listen to Endure?

  • Athletes and coaches
  • Students of psychology and sports medicine
  • Anyone training for a marathon

About the Author: Alex Hutchinson

Alex Hutchinson is an award-winning journalist and contributing editor to Outside magazine. His work has also been featured in the New Yorker, the New York Times, the Globe and Mail and Runner’s World. With a PhD in physics from the University of Cambridge, as well as a true passion for the outdoors and running, he is uniquely qualified to research the science behind fitness and endurance.

🎧
Listen in the AppOffline playback & background play
Get App