The Story Behind The Amazing Success of Black Athletes

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Jon Entine

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Although sub-Saharan Africans share many characteristics, different environments also have left distinctive evolutionary footprints. Athletes who trace their ancestry to western Africa, which has been geographically, and genetically, somewhat isolated from the north (by the harsh desert climate) and the east (by the Great Rift Valley) - are the world's premier speedsters and jumpers. Studies have shown that athletes of West African origin hit a biomechanical wall after about 45 seconds of intense, anaerobic activity (distances longer than 400-meters in sprinting and all measurable distances in swimming, in which Africans are believed to be genetically disadvantage on average) when aerobic skills come into play.

Such absolute domination is even more remarkable considering that African athletes have clearly had less access to the latest in sports medicine, technology, coaching, and opportunity. Yet it is indisputable that the highest level of athleticism among males athletes is disproportionately linked to Africa. For all practical reality, men's world championship events might as well post a sign declaring, "whites need not apply."

Remember the last time a non-black set the men's world record in the 100-meter sprint? One has to go back to 1960, when German Armin Hary won the Olympic gold medal in 10.2 seconds. The best time by a white 100-meter runner is 10 seconds, which ranks well below two hundred on the all-time list. There are also no sprinters of note from Asia, which has more than 55 percent of the world's population, even with the Confucian and Tao traditions of discipline and an authoritarian sports system in the most populous country, China.

Today, blacks of West African ancestry monopolize the 100 meter distance. They are quicker out of the starting blocks and demonstrate blazing speed. Former "world's fastest human" Donovan Bailey clocked a mind-bending 27 miles per hour at the mid-point of his record-breaking sprint at the Atlanta Olympics. Dozens of blacks have cracked the 10-second barrier. While blacks of West African ancestry hold the fastest two hundred 100-meter times, all under 10 seconds (which no white, Asian or East African has ever broken) they are hapless at longer distances that demand endurance.

All of the thirty-two finalists in the last four Olympic men's 100-meter races are of West African descent. The likelihood of that based on population numbers alone-blacks with ancestral roots in that region represent 8 percent of the world's population - is 0.0000000000000000000000000000000001 percent.

There have been a small handful of non-West African 200- and 400-meter runners over the years. In 1979 Italy's Pietro Mennea shattered the 200-meter record running 19.72 seconds, still the best time by a non-African. Although he ran in Mexico City's 7,300 foot altitude and was aided by a tailwind of 90 percent of the allowable limit, Mennea's moment-in-the-sun is invoked as "proof" that whites can run as fast as blacks. Mennea's record held for seventeen years before being pulverized in 1996 by Michael Johnson in a stunning 19.32, an improvement of more than 2 percent, an unheard of breakthrough in sprinting. Intriguingly, Mennea traces part of his own ancestry to Africa. Many southern Europeans, who are disproportionately stand-outs in running, trace a significant percentage of their genes to Africa as a result of interbreeding.

Whether or not genes confer a competitive advantage on blacks when it comes to stealing bases, running with the football, shooting hoops, or jumping hurdles remains the $64,000 question. Since the first known study of differences between blacks and white athletes in 1928, the data have been remarkably consistent: in most sports, African-descended athletes have the capacity to do better with their raw skills than whites. Blacks with a West African ancestry generally have:
  • relatively less subcutaneous fat on arms and legs and proportionately more lean body and muscle mass, broader shoulders, larger quadriceps, and bigger, more developed musculature in general;

  • denser, shallower chests;

  • higher center of gravity, generally shorter sitting height, narrower hips, and lighter calves;

  • longer arm span and "distal elongation of segments" - the hand is relatively longer than the forearm, which in turn is relatively longer than the upper arm; the foot is relatively longer than the tibia (leg), which is relatively longer than the thigh;

  • faster patellar tendon reflex;

  • greater body density, which is likely due to higher bone mineral density and heavier bone mass at all stages in life, including infancy (despite evidence of lower calcium intake and a higher prevalence of lactose intolerance, which prevents consumption of dairy products);

  • modestly, but significantly, higher levels of plasma testosterone (3-19 percent), which is anabolic, theoretically contributing to greater muscle mass, lower fat, and the ability to perform at a higher level of intensity with quicker recovery;

  • a higher percentage of fast-twitch muscles and more anaerobic enzymes, which can translate into more explosive energy.
Relative advantages in these physiological and biomechanical characteristics are a gold mine for athletes who compete in such anaerobic activities as football, basketball, and sprinting, sports in which West African blacks clearly excel. However, they also pose problems for athletes who might want to compete as swimmers (heavier skeletons and smaller chest cavities could be drags on performance) or in cold-weather and endurance sports. Central West African athletes are more susceptible to fatigue than whites and East Africans, in effect making them relatively poor candidates for aerobic sports.

White athletes appear to have a physique between central West Africans and East Africans. They have more endurance but less explosive running and jumping ability than West Africans; they tend to be quicker than East Africans but have less endurance.
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