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Q: What’s the best way to motivate a client who’s hit a plateau—no longer losing weight or improving strength or speed?

A One off the best tools a trainer has is the ability to listen. First, reevaluate goals—adjust some initial goals and add new (appropriate) challenges based on current assessments. Try to discover what motivates a particular client most (maybe losing weight, health issues, or improving performance). You’ll also need to uncover any barriers keeping a client from making good food choices or exercising on his or her own time.Consider treating a client who has hit a plateau like a new client to help you view the person and situation with a critical eye and be sure that the plateau is not due to a stale training routine. One thing we often forget: Hitting a plateau means that some uphill progress has been made. So help your client celebrate those accomplishments as you work together to make adjustments.

The post Q: What’s the best way to motivate a client who’s hit a plateau—no longer losing weight or improving strength or speed? appeared first on NASM Blog.

Related Articles
Similar slow down in running speed progression in species under human pressure.
J Evol Biol. 2012 Sep;25(9):1792-9
Authors: Desgorces FD, Berthelot G, Charmantier A, Tafflet M, Schaal K, Jarne P, Toussaint JF
Abstract
Running speed in animals depends on both genetic and environmental conditions. Maximal speeds were here analysed in horses, dogs and humans using data sets on the 10 best performers covering more than a century of races. This includes a variety of distances in humans (200-1500 m). Speed has been progressing fast in the three species, and this has been followed by a plateau. Based on a Gompertz model, the current best performances reach 97.4% of maximal velocity in greyhounds to 100.3 in humans. Further analysis based on a subset of individuals and using an 'animal model' shows that running speed is heritable in horses (h(2) = 0.438, P = 0.01) and almost so in dogs (h(2) = 0.183, P = 0.08), suggesting the involvement of genetic factors. Speed progression in humans is more likely due to an enlarged population of runners, associated with improved training practices. The analysis of a data subset (40 last years in 800 and 1500 m) further showed that East Africans have strikingly improved their speed, now reaching the upper part of the human distribution, whereas that of Nordic runners stagnated in the 800 m and even declined in the 1500 m. Although speed progression in dogs and horses on one side and humans on the other has not been affected by the same genetic/environmental balance of forces, it is likely that further progress will be extremely limited.

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Great information and very well scripted.

Brian Norris - eBay
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