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Follow the Raramuri athletes as they run not just to compete-but to preserve a way of life. For them, running is culture, survival, and resistance. This inspiring documentary explores the Raramuri (Tarahumara) people of Mexico's Copper Canyon, renowned for their endurance running. The film focuses on athletes and indigenous runners Catalina and Miguel as they prepare for the Ultramaraton Caballo Blanco. The Raramuri's running tradition is presented not merely as a sport, but as a critical act of cultural resilience and identity preservation. The documentary highlights how this deep-seated practice has helped the community resist assimilation and affirm its heritage for centuries. By placing the athletes' training against a backdrop of economic hardship and drug cartel violence, the film positions endurance running as a metaphor for the Raramuri's collective struggle for survival. It examines how the Ultramaraton, while offering economic opportunity, also creates a complex space of both cultural celebration and potential exploitation. This film, by Makesso Mukash, examine how the issues of drug violence, economic precarity, and cultural survival intersect in the lives of Raramuri men and women. Set against the backdrop of poverty and drug-related violence, Running for a Future offers an intimate look at Raramuri community life, cultural traditions, endurance, resilience and survival. A compelling addition to library and educational collections, it provides rich insight into Indigenous cultures, Latin American history, social issues, and the spirit of human perseverance. Key topics include: Cultural resilience through physical tradition, The spiritual meaning of running, Youth leadership and generational transmission, Indigenous perspectives on balance, health, and the land.

\"Once the reserve of only the most hardcore enthusiasts, ultra running is now a thriving global industry, with hundreds of thousands of competitors each year. But is the rise of this most brutal and challenging sport--with races that extend into hundreds of miles, often in extreme environments--an antidote to modern life, or a symptom of a modern illness? [A]uthor Adharanand Finn travels to the heart of the sport to investigate the reasons behind its rise and discover what it takes to join the ranks of these ultra athletes. Through encounters with the extreme and colorful characters of the ultramarathon world, and his own experiences of running ultras everywhere from the deserts of Oman to the Rocky Mountains, Finn offers a fascinating account of people testing the boundaries of human endeavor.\"-- Provided by publisher.

Ultrarunning is gaining in popularity but no information is available on the physiological and psychological responses during backyard ultrarunning events. The aim of this study was to determine changes in cognitive function, markers of physiological resilience, and running performance during a backyard‐running event. Twelve male ultrarunners (38 ± 8 years old, BMI: 23.5 ± 1.6 kg/m2, and VO2max: 60.8 ± 4.7 mL/min/kg) were monitored before, during, and after the event. Cognitive performance was determined using a cognitive test battery before, during, and after the event. During the event, the rating of perceived exertion (RPE), blood lactate concentration, and heart rate (HR) were assessed. Physical performance was investigated using the total number of completed laps and running speed per lap. Athletes completed 34 ± 17 laps equaling 227.8 ± 113.9 km with average speeds starting at 9.0 km/h and slowing down to 7.5 km/h at the end of the event. Physiological resilience (estimated using HR/speed) varied between athletes, with significantly lower values in the more proficient backyard runners at the end of the event (p < 0.05). HR and lactate levels remained constant, whereas a progressive increase in RPE was noticed (p ≤ 0.001). A significantly worsened reaction time was observed for several cognitive tasks after the event compared to baseline measures (p ≤ 0.05). These observations show that physiological resilience differs depending on the level of endurance performance of the athletes. Furthermore, the backyard ultrarunning event negatively impacted psychomotor speed. Therefore, the results suggest that implementing strategies that enhance physiological resilience and/or psychomotor speed could potentially have a positive effect on performance in ultraendurance activities. Highlights Backyard running events showcase varying physiological resilience, emphasizing its role in differentiating top‐performing athletes. Pacing dynamics and cognitive decline during ultraendurance events highlight the complex interplay between physical and mental fatigues. Exploring resilience and cognitive functioning during ultraendurance events is important for optimizing training and other interventions in extreme endurance challenges.

Background and Objectives: The 6-h ultra-marathon is the shortest time-limited ultra-marathon race, but little has been investigated regarding this race format. Previously, only the age of peak performance in the context of longer time-limited ultra-marathons was determined. The purpose of this study was to investigate the trends in 6-h ultra-marathon races from 1982 to 2020 for female and male ultra-runners, the participation and performance by countries, the age of peak performance, and the differences in performance regarding countries. Materials and Methods: The sample included 23,203 female ultra-runners, aged 18–83 years, and 87,264 male ultra-runners, aged 18–85 years, who were finishers in a 6-h ultra-marathon held between 1982 and 2020. The age of peak performance was tested using the Kruskal–Wallis test, followed by the Bonferroni Correction. The difference in performance by countries was verified using a linear regression model with the fastest runners from Russia in women, and Tunisia in men, used as reference. Results: Over the years, the men-to-women ratio decreased. The mean age was 43.20 ± 9.30 years for female and 46.09 ± 10.17 years for male runners. Athletes in younger age groups were faster than athletes in older age groups. Most female and male participants originated from Germany. Women from Russia (10.01 ± 1.28 km/h) and men from Tunisia (12.16 ± 1.46 km/h) were the fastest. Conclusions: In summary, in 6-h ultra-marathons held between 1982 and 2020, the participation for both women and men increased, while the men-to-women ratio decreased. The mean age was higher in men compared to women. Most female and male runners originated from Germany, but the fastest women were from Russia, and the fastest men from Tunisia. Future studies need to investigate whether Russian women and Tunisian men are also the best in other distance-limited ultra-marathon races, such as 12-h and 24-h.

Ultramarathoner Dean Karnazes explores his Greek ancestry and, with the help of scholars, learns about the world's first marathon. He decides to follow the 153-mile run from Athens to Sparta to honor an ancient Greek runner as well as his own Greek heritage.

Ultrarunner Harvey Lewis and his 78-year-old father-turned-crew chief navigate remote wilderness and unpredictable weather on their 2,190-mile journey to conquer the Appalachian Trail in record-breaking fashion.

\"Millions of runners around the country are interested in special experiences, whether it means running a bucket-list event like the world's largest marathon (New York City), or competing in beautiful and challenging locales such as Rome or Death Valley. There is no one better to guide these runners than Bart Yasso. As Chief Running Officer at Runner's World, he's run more than 7,000 races, on all 7 continents, at every conceivable distance. Whether it's a 5K or half-marathon, he's done it all, and in Runner's World Race Everything he presents 50 of his favorite races. Yasso shares tips on how he trained, the particularities of each course, and what specific lessons he learned and insights he gleaned about how to run your best in each race. Bart will teach you how to train and what to do on race day to make the best use of your training. The book will give you everything you need to know to succeed at the most popular race distances, alongside Bart's one-of-a-kind advice on his experiences at popular destination races so you can be inspired to tackle running's signature events. You'll also learn Bart's methods for winning the greatest race of all--longevity--so that you can remain healthy, fit, and able to race for decades to come\"-- Provided by publisher.

The 100-km ultra-marathon is one of the most popular ultra-marathon distances. While we have a lot of scientific knowledge, no data exist about the influence of race course characteristics and other geographical aspects, on race performance. Therefore, the aims of this study were (i) to investigate where the fastest 100-km races are held and where the fastest runners originate from, (ii) to evaluate a potential influence of specific race characteristics ( i.e., influence of elevation and race course characteristics) on performance, and (iii) to assess the influence of individual athlete performance against the other investigated factors. A total of 858,544 race records (732,748 from men and 125,796 from women) from 317,312 unique runners originating from 103 different countries and participating in 2,648 100-km races held in 80 different countries worldwide between 1892 and 2022 were analyzed using several descriptive, inferential and predictive methods, including a machine learning XG Boost Regression model. We evaluated the influence on the average running speed (in km/h) of factors such as gender of the athlete, age group, country of origin of the athlete, country where the race was held, course characteristics ( i.e. mountain, trail, road, or track race) and elevation ( i.e. flat or hilly course). The relative effect of the individual athlete performance was also investigated through a Mixed Effects Linear model. Discounting the fact that individual athlete performance is between 3 and 4 times ahead in race speed influence compared to the other factors, the model rated elevation (0.85) as the most important variable ahead of the country where the race was held (0.07), gender (0.02), age group (0.02), the country of origin of the runner (0.02) and the course characteristics (0.02). Running on a track (9.32 km/h) was the fastest ahead of road running (8.11 km/h), trail running (6.21 km/h) and mountain running (5.74 km/h). Flat running (8.85 km/h) was faster than running on a hilly course (6.57 km/h). The fastest athletes originated from African and Eastern European countries, with Swaziland (13.15 ± 0.88 km/h), Botswana (11.61 ± 2.22 km/h), Belarus (11.10 ± 2.29 km/h), Kazakhstan (10.74 ± 3.78 km/h), and Cape Verde (10.49 ± 2.26 km/h) in the top five. Africa, the Middle East, and Europe hold the fastest 100 km races, with Botswana (12.23 ± 1.35 km/h), Qatar (12.10 ± 1.63 km/h), Belarus (11.24 ± 1.27 km/h), Jordania (11.05 ± 1.58 km/h), and Montenegro (10.63 ± 1.90 km/h) in the top five. In summary, elevation was the most important variable in 100-km ultra-marathon running ahead of the country where the race was held, gender, age group, country of origin of the runner and course characteristics. Running on a track was the fastest ahead of road, trail and mountain running. Flat running was faster than running on a hilly course. Africa, the Middle East, and Europe hold the fastest 100 km races. Common for the fastest 100-km race courses was the fact that they were mainly indoor races and/or Championships. The fastest runners originated mainly from former republics of the dissolved Soviet Union. Future studies might select the fastest 100-km race courses.