What is *In Praise of Walking* by Shane O'Mara about?

*In Praise of Walking* explores the science-backed benefits of walking for physical health, cognitive function, and social well-being. Neuroscientist Shane O'Mara argues that walking is central to human evolution, enhances creativity, strengthens social bonds, and promotes mental clarity through mind-wandering. The book synthesizes research on how walking boosts brain health, reduces stress, and serves as a free, accessible tool for holistic wellness.

Who should read *In Praise of Walking*?

This book is ideal for anyone interested in neuroscience, public health, or holistic well-being. Fitness enthusiasts, urban planners, and individuals seeking evidence-based strategies to improve mental and physical health will find actionable insights. O'Mara’s accessible writing also appeals to readers curious about how simple habits like walking can transform daily life.

Is *In Praise of Walking* worth reading?

Yes, O’Mara’s compelling blend of neuroscience, evolutionary biology, and practical advice makes it a standout read. It offers fresh perspectives on a mundane activity, backed by studies on brain plasticity, social connectivity, and cardiovascular health. Critics praise its ability to translate complex research into relatable insights, making it a valuable resource for personal and professional growth.

What are the key concepts in *In Praise of Walking*?

Key ideas include: - **Mind-wandering**: Walking stimulates creative thinking and self-reflection by allowing the brain to process emotions and memories. - **Social cohesion**: Group walks strengthen relationships and collaborative problem-solving. - **Evolutionary advantage**: Humans evolved to walk upright, enabling efficient calorie use and global migration.

What scientific benefits of walking does Shane O'Mara highlight?

O’Mara details how walking increases **vascular endothelial growth factor (VEGF)**, which improves brain blood flow and oxygen delivery. It also reduces stress hormones, enhances mood via endorphin release, and slows cognitive decline by stimulating hippocampal activity. Regular walking is linked to lower risks of heart disease, diabetes, and depression.

Who is Shane O'Mara, the author of *In Praise of Walking*?

Shane O’Mara is a Professor of Experimental Brain Research at Trinity College Dublin, a Wellcome Trust Senior Investigator, and a Fellow of the Royal Irish Academy. His expertise spans neuroscience, psychology, and the impact of stress on brain function. He’s also authored *Why Torture Doesn’t Work* and *A Brain for Business – A Brain for Life*.

How does *In Praise of Walking* compare to other fitness books?

Unlike fitness-focused guides, O’Mara’s work emphasizes **neuroscientific and societal impacts** of walking rather than weight loss or exercise regimens. It complements books like *Spark* by John Ratey (exercise’s brain benefits) but stands out for its interdisciplinary approach, linking evolution, mental health, and social dynamics.

Can walking improve creativity, according to *In Praise of Walking*?

Yes, O’Mara cites studies showing walking enhances divergent thinking, problem-solving, and idea generation. Physical motion stimulates neural networks associated with creativity, making tasks like brainstorming more effective when done while walking.

걷기 예찬 요약

우리가 걷는 방식에 대한 새로운 과학과 그것이 우리에게 유익한 이유

셰인 오마라

3.33(2612 Reviews)

걷기 예찬 요약 개요

신경과학자 셰인 오마라(Shane O'Mara)가 걷기를 우리의 "초능력"이라 부르는 이유를 알아보세요. 걷기는 뇌 기능을 향상시키고 창의력을 발휘하게 하며, 전 세계 도시 계획 담론을 재편하고 있는 활동입니다. 웰빙 전문가들이 노화, 우울증, 인지력 저하를 동시에 방지하면서도 별도의 장비가 전혀 필요 없다고 말하는 일상적인 습관은 무엇일까요?

전달 방식을 선택하세요

다양한 학습 방식으로 걷기 예찬 요약 살펴보기

걷기 예찬의 같은 아이디어를 담았습니다. 나에게 맞는 목소리, 깊이, 속도를 고르고 언제든 바꿔 보세요.

1장

The Remarkable Power of Two Feet: A Journey into Walking

When Michelle Obama chose "In Praise of Walking" as her summer reading pick last year, it sparked renewed interest in Shane O'Mara's exploration of humanity's most natural form of movement. The book quickly climbed bestseller lists, with celebrities from Oprah to Bill Gates praising its accessible blend of neuroscience, psychology, and evolutionary biology. What makes this work so compelling is how it transforms something we take for granted-putting one foot in front of another-into a revelation about what makes us human. In an age of increasing sedentary behavior and screen time, O'Mara's passionate defense of walking arrives at precisely the moment when our relationship with this fundamental activity is most threatened. As walking rates decline globally and cities prioritize cars over pedestrians, this book serves as both warning and celebration of our bipedal heritage.

2장

Our Evolutionary Superpower: How Walking Made Us Human

Walking upright on two legs represents one of humanity's most distinctive evolutionary adaptations. While we often consider language or tool use as our defining characteristics, bipedalism fundamentally altered our relationship with the world in ways denied to other animals. This adaptation required dramatic modifications throughout our bodies-from our skulls to our toes-creating a uniquely efficient form of locomotion. Our bipedal gait enabled our ancestors to migrate out of Africa and spread across the globe. It freed our hands to carry food, weapons, and children, allowing us to throw projectiles with deadly accuracy, gather resources efficiently, and travel great distances. The evolutionary advantages were immense: walking bipedally is remarkably economical, allowing humans to cover twice the distance of a chimpanzee for the same caloric expenditure. The fossil record reveals bipedalism appearing in African specimens from 6-7 million years ago, including the famous "Lucy" from 3.2 million years ago. This transition required profound anatomical changes across our entire body-from the repositioning of the foramen magnum (the opening at the skull's base) to modifications in our pelvis, spine, and feet. Our feet evolved from prehensile, hand-like appendages to specialized structures with forward-facing toes and elastic arches optimized for long-distance walking. This evolutionary legacy has created a delicate balance between activity and energy conservation. While regular walking remains vital for overall health, we've inherited a paradoxical relationship with physical activity: it's beneficial, yet we instinctively avoid it to conserve energy-precisely how we evolved. Until recently, physical activity was obligatory while food remained scarce. The consequences of abandoning our walking heritage are severe. Modern humans move remarkably little; smartphone tracking reveals we average only a few thousand steps daily. This sedentary lifestyle creates serious health problems that regular walking can help overcome. Studies of the Tsimane hunter-gatherers in the Bolivian Amazon, who walk everywhere and don't use wheeled transport, show they possess remarkably better cardiac health than Western populations. Their coronary artery calcium scores are a fifth or less of Western populations, with 65% having a score of zero. An 80-year-old Tsimane has the vascular age of an American in their mid-fifties. Walking represents not just our evolutionary past but our biological present-our bodies still function optimally when we honor this fundamental adaptation. The evidence is clear: walking extensively every day will repay you in countless ways, from cardiovascular health to cognitive benefits that our ancestors could never have imagined but instinctively understood.

들리는 모든 단어를 눈으로 확인하세요

걷기 예찬의 각 단어가 오디오에 맞춰 실시간으로 강조되어 편하게 따라 읽을 수 있습니다.

3장

The Brain in Motion: How Walking Transforms Our Minds

When we walk, our brains are actively in motion too. This isn't just poetic language-it's neurological fact. Modern brain imaging techniques have revolutionized our understanding of cognition, though they've primarily studied the brain in static conditions. Researchers like Simon Ladouce argue our understanding of cognition has progressed slowly because we haven't sufficiently studied mobile minds and brains "in the wild." Walking markedly changes brain activity in subtle but powerful ways. Consider the evolutionary arms race between predator and prey: both cat and rat have visual systems that are sharpened by walking. This mobility tunes their cognitive systems-one to capture prey, one to escape-demonstrating how walking positively affects brain function. Walking improves hearing, sight, and reaction times by changing activity across sensory, central processing, and motor components of the nervous system. The brain becomes more alert and responsive during movement, preparing us for action in ways that sitting simply cannot match. When we stand and walk, we become "cognitively mobile," with altered electrical brain rhythms and increased alertness. This heightened state improves cognitive control, enhances heart health, aids digestion, and remarkably, can reverse brain aging by strengthening learning and memory areas. Walking triggers crucial molecular changes that support brain function. Two key molecules drive these changes: Brain-derived neurotrophic factor (BDNF) supports structural changes in brain cells, while vascular endothelial growth factor (VEGF) encourages growth of blood vessels that supply oxygen and nutrients to brain cells. Research shows that molecules produced by active muscles circulate through the bloodstream into the brain, stimulating blood vessel growth and supporting new brain cell production. This creates a positive feedback loop between muscle activity and brain health-"use it or lose it" applies to both. Regular walking increases BDNF, stimulating brain plasticity and even producing new hippocampal cells. Unlike medications with side effects, walking is pure medicine-clearing the mind, enhancing creativity, and connecting us intimately with our environment. When we walk, we experience the world directly, unfiltered, making our own way at our natural pace, with our brains fully engaged in motion. This multisensory engagement creates a unique cognitive state that sitting or mechanical transportation simply cannot replicate. Our minds evolved to work optimally while in motion-a biological reality we ignore at our peril.

4장

The Art of Bipedal Movement: Learning to Walk

Walking may seem like the most natural thing in the world, yet it represents an astonishing neurological and physical achievement requiring extensive training and practice. Unlike foals or gazelles that must walk quickly after birth for survival, humans are born with only the propensity, not the capacity, to walk. We must learn through experience to develop the neural circuits that enable lifelong bipedalism. Karen Adolph's research reveals the remarkable process of learning to walk: children take thousands of steps and experience dozens of falls daily, using these failures to refine their technique. The average toddler takes 2,368 steps, travels 701 meters, and falls seventeen times hourly. Over 300-400 days, children might take hundreds of thousands of steps and experience thousands of falls, with falls decreasing as expertise grows. Unlike language acquisition, which requires a community, walking emerges largely from innate motor programs in the spinal cord and brain. Studies show that crawling expertise predicts walking proficiency. Crawling develops crucial muscle groups and coordination patterns that support walking. This extended learning period-playing across varied terrains and surfaces-provides the training needed to develop unconscious adult-level walking skill. Walking upright requires remarkable balance-staying perpendicular to the ground while adjusting to changing surfaces and traction. The brain circuits used for imagined walking closely resemble those used during actual walking, with additional motor regions engaging only during physical movement. The brain views the body as hanging down from the head rather than built up from the feet. Standing upright requires continuous postural control to prevent toppling, as our line of gravity shifts with movement. The head functions as an "inertial guidance platform," maintaining a relatively flat, parallel-to-ground position despite terrain changes. This balancing act relies on the vestibular system in the inner ear, which uses semicircular canals and otoliths to detect movement in three dimensions. These structures convert motion into electrical signals through tiny hairs with crystals that move in fluid. Unlike visual systems, the vestibular sense operates even during sleep, providing lightning-fast reflexive responses to slips or falls before conscious awareness. Walking fundamentally depends on rhythm, functioning like an "inverted double pendulum" where the body swings over a stiffened limb during each step. This rhythmic movement emerges from extraordinary collaboration between top-down brain control, bottom-up input from feet and legs, and mid-level spinal cord "central pattern generators" (CPGs)-neural circuits producing regular rhythmic motor patterns. Walking also requires knowing where your foot is without constant conscious attention. Beyond our brain's cognitive map for navigation, we possess an acute sense of our body's position-proprioception, our "sixth sense." This system monitors ankle, knee and hip joint positions and signals from muscles and ligaments, creating our standard walking experience where the world appears to flow past us as we move forward.

걷기 예찬에서 더 많은 것을 얻으세요

매일 새로운 인사이트를 10만 개 이상의 레슨에서 만나보세요
단어가 강조되어 오디오와 실시간으로 동기화됩니다
내 라이브러리를 저장하고 모든 기기에서 이용하세요

5장

Finding Our Way: The Brain's GPS System

Finding our way through the world involves sophisticated cognitive processes beyond simple mechanics. Dead reckoning-estimating position based on speed and direction from a known point-is fundamental to navigation for humans and other species. Though imperfect without environmental recalibration, this "path integration" allows us to navigate even unfamiliar territory by combining self-centered orientation with environment-centered awareness. Contrary to intuition, vision isn't essential for navigation. Experiments with congenitally blind, adventitiously blind, and blindfolded sighted participants reveal that all groups can perform simple and complex navigation tasks with similar proficiency. The brain constructs a "cognitive map" from multiple sensory inputs, not just vision. This spatial sense functions like a "silent" operating system-we're unaware of it until it fails. It's built from walking experience and activated most effectively at walking speed. The hippocampal formation receives input from all senses plus motor feedback, creating an environmental map that works regardless of which particular senses are available. The concept of cognitive maps originated with Edward Tolman's studies of rats in mazes. He investigated "latent learning" by allowing rats to explore mazes with occasional food rewards, then blocked certain routes to observe their responses. Challenging the dominant stimulus-response behaviorism, Tolman discovered rats developed internal "survey maps" of their environment, enabling them to solve navigation problems flexibly. Without reliable visual cues, humans systematically veer off course. Experiments in forests and deserts showed that without celestial references like the sun or moon, people inevitably walk in circles. Virtual reality studies reveal we consistently underestimate travel times while overestimating straight-line distances-the "it won't take long" fallacy. Yet despite these navigational challenges, humans possess remarkable wayfinding abilities, drawing on landmarks, memories, and hard-to-articulate instincts to navigate successfully. The brain's navigational system centers on place cells that form our cognitive map, telling us where we are and working best when we're walking. These cells show directional preferences-firing when moving one way but not another-which explains why we get lost when this feedback is missing. O'Keefe's groundbreaking discovery of place cells was followed by Ranck's identification of head-direction cells that function like a compass. The Mosers discovered grid cells that provide spatial metrics, completing the core GPS system. Additional specialized cells track boundaries, object distances, movement speed, and upright position across multiple brain regions. This GPS network enables coherent walking and is evolutionarily conserved across species. The system activates through movement like walking, supporting not just navigation but also mental time travel and predator avoidance through "latent learning" of safe refuges.

6장

Urban Pathways: Walking in the Modern World

Walking is the optimal way to truly know a city-its energy, smells, sights and sounds that remain hidden when driving. With over half the world's population now living in urban areas (projected to reach 80-90% by 2050), city walkability has become crucial. Studies show that higher walkability correlates with lower activity inequality and reduced obesity rates. Cities like San Francisco, with higher walkability scores than comparable California cities like San Jose and Fremont, demonstrate lower activity inequality. Urban planner Jeff Speck argues that the best city walks must be useful (daily necessities within walking distance), safe (pedestrians protected from vehicles), comfortable (streets as "outdoor living rooms"), and interesting (unique buildings with signs of humanity). Urban green spaces like Hyde Park or Central Park fulfill these criteria perfectly, and research shows these spaces remain relatively stable despite population growth. With aging populations living longer than ever before, cities must adapt to accommodate slower walking speeds and mobility challenges-84% of older males and 94% of females walk below the standard 1.2 meters per second assumed for road crossings. Walkable cities also generate economic benefits through increased social interaction and local spending. Studies show city dwellers generally walk faster than those in smaller towns, possibly reflecting economic vitality and competition for resources. The relationship between population numbers and density's effect on walking speed remains complex. Places like London's Oxford Circus slow movement during rush hour, while nearby streets flow more easily. Cities accelerate our pace through economic rewards and competition. Our brains calculate effort versus reward, seeking to minimize the former while maximizing the latter. We'll walk faster toward greater rewards-greeting your child versus a colleague at an airport-and cities offer abundant rewards we must compete for, like restaurant tables or train seats. In bustling cities, we must predict others' movements to avoid collisions. We unconsciously coordinate walking speeds when in pairs or groups. "Walking rage" emerges when pedestrians impede others' progress-though social norms typically prevent confrontation. We navigate crowds using an invisible force field, gathering information from others' feet, body trunk, shoulders, head position, and especially eye gaze. When someone wears sunglasses or looks at a device, our predictions falter. Virtual reality experiments confirm eye gaze importance, showing how brain regions process this social information to predict movement trajectories. The Italian tradition of passeggiata-the sociable evening stroll through town-exemplifies the best of urban walking. For this to flourish, cities must be designed with EASE: Easy to walk, Accessible to all, Safe for everyone, and Enjoyable. The steps to make our cities walkable are straightforward-we simply need to take them.

들리는 모든 단어를 눈으로 확인하세요

걷기 예찬의 각 단어가 오디오에 맞춰 실시간으로 강조되어 편하게 따라 읽을 수 있습니다.

7장

Nature's Medicine: Walking for Physical and Mental Health

Movement, especially regular walking, profoundly benefits both body and mind. Regular walkers report feeling sluggish and down when deprived of their walks-science now confirms this isn't mere anecdote. Despite Hippocrates claiming "walking is the best medicine," modern humans spend 87% of their time indoors, with some calling sitting "the new smoking." This sedentary lifestyle damages not just our physical health but our personalities. Studies show inactivity correlates with negative changes in three of the "Big Five" personality traits: decreased openness, extraversion and agreeableness. While the exact mechanism remains unclear, the cure is simple: get up and walk. Walking immediately alters blood pressure, circulation, and metabolic rate. Regular, brisk walking exercises the heart, benefiting the head-heart axis that directs 20% of cardiac output to our oxygen-hungry brain. Similar effects occur in the gut. Where we walk matters profoundly. As urban populations grow, green spaces become essential for well-being. Historical architecture recognized this need-monastery cloisters (derived from ambio, "I walk in a circle") and walled gardens provided protected outdoor walking around nature. Modern buildings could incorporate similar features to connect us with the natural world. Yet we consistently underestimate our need for nature. A Canadian study comparing tunnel walks versus outdoor riverside walks found participants significantly underestimated how much better the nature walk would make them feel. The outdoor walk improved mood scores by about one-third compared to indoor walking-demonstrating our poor "affective forecasting" abilities. The Japanese tradition of forest bathing (shinrin-yoku) exemplifies our deep connection to nature. Scientific evidence confirms that regular exposure to nature positively affects health in measurable ways. In deprived areas of Dundee, researchers found residents without access to green spaces lacked the normal daily decrease in cortisol (stress hormone) levels. According to "attention restoration theory," restorative natural environments should provide three elements: removal from normal surroundings, fascinating sensory elements, and expansiveness. A UK study of 4,255 participants found coastal environments most restorative, followed by countryside and urban green spaces. Importantly, well-designed urban parks can effectively substitute for countryside experiences if they incorporate wilderness areas and natural pathways rather than just manicured lawns. The positive effects of nature exposure on mood apply universally across ages, genders and cultures. Remarkably, the impact of nature exposure on happiness is comparable to factors like income, education, religiosity, marital status, volunteering and physical attractiveness. While changing income or attractiveness may be difficult, walking in nature is accessible to almost everyone and provides lasting benefits to happiness and well-being. There's a crucial distinction between temporary low mood and major depressive disorder (MDD), which the World Health Organization considers one of the greatest future health hazards. Studies demonstrate that walking can be comparable to drug treatments and cognitive behavioral therapy for MDD sufferers. Research tracking 33,908 mentally and physically healthy adults for eleven years found that even minimal physical activity-walking just once weekly-significantly reduced depression risk. The researchers concluded that approximately 12% of future depression cases could be prevented if everyone engaged in at least one hour of weekly physical activity.

8장

The Walking Muse: Creativity on Two Feet

Walking liberates the mind, clearing daily clamor and enabling problem-solving through quiet self-dialogue. This connection between bodily movement and mental flow has been recognized since antiquity-from the peripatetic philosophers of ancient Greece to Nietzsche's assertion that "Only thoughts reached by walking have value." Throughout history, writers and thinkers have noted walking's relationship to creativity. Wordsworth composed "Tintern Abbey" during rambles, Kierkegaard walked himself into wellbeing and away from burdensome thoughts, and philosopher Bertrand Russell walked an hour each morning before writing "smoothly, easily and without a single correction." Walking facilitates creative thinking by enabling efficient switching between different mental states-the ability to zoom in on specific thoughts and zoom out to see broader context. This reflects two essential brain work modes: the active, executive mode (focused attention on details) and the default mode (mind-wandering, autobiographical memory). We spend substantial time mind-wandering-up to 10-15 minutes every hour-which isn't mere idleness but necessary mental housekeeping that integrates past, present and future while creating personal narratives. Walking creates a state of "active idleness" that facilitates engaged mind-wandering, allowing thoughts to range freely while maintaining directed physical action. The brain system active during memory access-the extended hippocampal formation-is also active during walking and navigation. This shared neural network supports both episodic memory and spatial navigation, enabling creativity through novel associations as mind-wandering allows ideas to collide while focused thinking evaluates their value. Walking affects different types of thinking in varying ways. While psychologist Daniel Kahneman notes that complex calculations requiring working memory (like multiplying 23 x 78) may be hindered by walking, ill-defined problems often benefit from ambulatory thinking. The contrast between Kahneman's experience and mathematician William Rowan Hamilton's walking-inspired quaternion discovery illustrates this distinction. Hamilton's "flash of genius" while walking between Dunsink Observatory and Dublin city center exemplifies how walking facilitates divergent thinking for creative problems. Walking increases creativity by activating more brain regions simultaneously and enabling remote associations between normally disconnected neural networks. Stanford researchers Oppezzo and Schwartz demonstrated that walking (especially outdoors) dramatically increases performance on divergent thinking tests and metaphor creation compared to sitting. This effect occurs because walking demands greater brain activity across systems controlling balance, vision, and coordination while facilitating the collision of half-formed ideas into novel combinations. Walking alters our perception of time passing. The walker's experience of time fluctuates between extremes: arduous uphill climbs in poor conditions make minutes feel like hours, while pleasant downhill walks in moderate temperatures create a "flow" state where significant distances pass with minimal perceived effort. This flow state-characterized by concentration, deep enjoyment, control, and immersion-represents an optimal psychological experience where the mind becomes liberated from moment-to-moment control of walking while still covering considerable ground.

걷기 예찬에서 더 많은 것을 얻으세요

매일 새로운 인사이트를 10만 개 이상의 레슨에서 만나보세요
단어가 강조되어 오디오와 실시간으로 동기화됩니다
내 라이브러리를 저장하고 모든 기기에서 이용하세요

9장

Collective Movement: The Social Power of Walking Together

While the author has avoided certain walks (pilgrimages, sleepwalking, walking the plank), many of their best walks have been social experiences with friends and family, particularly on cold, sunny days or at night when the mundane becomes transformed. Walking has a profound social function that's often unrecognized-we walk together for ideals, food gathering, social display, political change, better lives, or simply enjoyment. We've evolved to walk together, with social walking sending signals about shared intentions and collective goals. Walking is frequently overlooked as a group activity, but our relationship with walking stretches back to deep time, evidenced by 19,000-year-old fossilized footprints of an extended social group near Lake Laetoli in Tanzania. Without such larger walking groups, there would be no reproduction, specialization, coordinated resource acquisition, or colonization of new places. Even solitary walks like pilgrimages have social dimensions, performed in solidarity with a greater purpose or community. Walking together offers unique conversational opportunities that sitting together doesn't provide. As Mark Twain noted, while scenery and physical activity are important, "the supreme pleasure comes from the talk." Walking strengthens our connection to others and the world-studies show elderly people who walk about 150 minutes weekly are more socially active with better overall well-being. Learning to walk fundamentally changes children's social interactions. Unlike crawling, walking allows direct eye contact without awkward postural changes. Studies show walking children play more with toys and vocalize much more than crawlers or those in baby walkers. Walking liberates both hands and minds, dramatically increasing opportunities for social interaction. Unlike car travel, walking creates common ground and shared experiences, enabling human-level interaction. Social walking requires remarkable brain-body coordination to fall into step with others while maintaining common purpose. It demands simultaneous control of one's own movement while predicting others' trajectories-often while talking, singing or chanting. We find synchronizing with one or two others relatively easy, but larger groups require more conscious effort, often aided by natural leaders. Sound plays a crucial role in coordinating larger walking groups-singing, chanting, or metronome-like beats help synchronize our movements. Studies show that groups walking to a regular beat (around 70 beats per minute-the average resting heart rate) maintain steadier pace with increased frontal lobe activity, the brain region involved in planning and intention. Walking together for migration, exploration or protest is fundamental to human society-a collective expression absent even in our closest animal relatives. Research shows we experience psychological "effervescence" from being part of crowds assembled for common purpose-whether protests, concerts, religious gatherings or sports events. This feeling of connectedness correlates with lower loneliness, higher positive feelings, greater meaning in life, and better self-awareness. People who experience high levels of social connectedness while walking generally report better life outcomes. Mass walking demonstrations can sometimes transform societies. Gandhi's marches revealed how removing consent makes colonial power untenable. The American civil rights marches, coupled with legislative action, led to enduring changes. By walking together, we solve the collective action problem-demonstrating shared feelings about crucial issues through unified physical presence.

10장

Steps Forward: A Walking Revolution

Walking deserves central consideration from policymakers, medical professionals and urban planners. We need a walker's charter with straightforward principles and legal implementation. The EASE framework (walking should be Easy, Accessible, Safe and Enjoyable) should guide town planners and architects to improve our collective quality of life. However, information alone isn't enough-otherwise there would be no smokers or anti-vaccination campaigns. A successful walking campaign needs simple behavioral change goals: ensuring walkable towns and cities, providing well-designed green spaces, and promoting walkers' needs as central to human mobility. Our communities must be engineered to allow what comes naturally-opportunities for activity alongside places to rest and recharge. Creating, engineering and defending walking places and spaces remains our present and future challenge, one that will enrich us all in ways we've yet to discover. In this book, we've journeyed deep into evolutionary time to meet our bipedal ancestors and witnessed how walking emerged repeatedly in nature. We've explored how cognitive maps prevent us from getting lost, functioning best when regularly activated through walking. We've examined our modern cities, which can be walking paradises when designed with pedestrians in mind. As we become increasingly urban-dwelling, we must remember that cities should prioritize people, providing EASE for everyone from the elderly to the young, including those using mobility aids. To implement these lessons, use walking apps with alerts to track your steps and compare with others. Simple changes like parking farther away or getting off public transport earlier can increase your daily walking. Walking improves mood more than you expect, potentially inoculating against depression and negative personality changes from sedentary living. It also enhances problem-solving and creativity. The core message is clear: walking enhances every aspect of our social, psychological and neural functioning-a simple, health-building prescription we should take regularly. Whether in nature or urban settings, walking connects us to our evolutionary past while securing our future wellbeing.

★★★★★

걷기 예찬 완독을 축하합니다

“23일째 매일 사용하고 있어요. 이제 제 일상의 한 부분이 되었습니다.”

jayallen

걷기 예찬 요약의 핵심 주제

bipedal evolution
cognitive mobility
neuroscience of movement
sedentary lifestyle consequences
brain plasticity

걷기 예찬 요약의 명문장

Walking represents not just our evolutionary past but our biological present.
Our minds evolved to work optimally while in motion—a biological reality we ignore at our peril.
Walking is pure medicine—clearing the mind, enhancing creativity.
Modern humans move remarkably little.
Walking upright on two legs represents one of humanity's most distinctive evolutionary adaptations.

걷기 예찬 요약의 등장인물

Shane O'MaraAuthor and neuroscientist exploring walking
Simon LadouceResearcher studying mobile minds and cognition

저자 소개

*걷기 예찬: 새로운 과학적 탐험(In Praise of Walking: A New Scientific Exploration)*의 저자인 셰인 오마라(Shane O’Mara)는 더블린 트리니티 칼리지의 실험 뇌 연구 교수이자 신경과학 분야의 권위자입니다. 그의 연구는 움직임이 인지, 기억, 정신 건강을 어떻게 형성하는지 탐구하며, 이는 걷기의 변화무쌍한 효과를 과학적으로 깊이 파고드는 이 책의 핵심 주제이기도 합니다.

트리니티 칼리지 신경과학 연구소의 책임 연구원이자 웰컴 트러스트 시니어 어워드(Wellcome Trust Senior Award) 수상자인 오마라는 학술적 엄밀함과 대중적 소통을 결합해 왔습니다. 그는 고문은 왜 효과가 없는가(Why Torture Doesn’t Work) 및 *비즈니스를 위한 뇌 – 삶을 위한 뇌(A Brain for Business – A Brain for Life)*와 같은 저서를 통해 스트레스, 우울증, 뇌 기능에 대해 폭넓게 집필해 왔습니다.

그의 연구는 글로벌 정책 토론에 영감을 주고 있으며, 다양한 미디어 출연과 자신의 블로그 *브레인 피자(Brain Pizza)*를 통해 통찰을 공유하고 있습니다. 왕립 아일랜드 아카데미 및 심리과학협회(APS)의 석학 회원인 오마라의 저작은 15개 언어로 번역되었으며, 6,000편 이상의 동료 검토 연구에서 인용되었습니다. 걷기 예찬은 수십 년간의 연구를 요약하여 이족 보행이 주는 인지적, 진화적 이점을 수용해야 한다는 설득력 있는 근거를 제시합니다.

걷기 예찬 요약 다운로드

걷기 예찬 요약을 무료 PDF 또는 EPUB으로 받으세요. 인쇄하거나 오프라인에서 언제든 읽을 수 있습니다.

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걷기 예찬 요약의 등장인물

저자 소개

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BeFreed는 호기심 넘치는 글로벌 커뮤니티를 하나로 연결합니다

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