Polarized training
5 lurkers |
91 watchers
Nov 2016
1:35pm, 28 Nov 2016
1,767 posts
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Canute
An additional point that has emerged in the recent discussion is that it is necessary to take account of individual differences when planning training. I think that there are two reasons why Ed Whitlock has been so successful with an extremely polarised program including only about 20-30 intense sessions per year (largely in the form of 5m and 10Km races). Firstly, he has experienced only a very slow decline in max heart rate with age, almost certainly determined by his genes. This makes him less dependent on upper aerobic /anaerobic training. Secondly, he has great leg muscle power, illustrated by his impressive gait when racing. This is probably due to a combination of a substantial amount of intense training in early middle age and his genes. Other runners with lesser genetic endowment probably require a higher proportion of intense training than Ed has done in recent years. |
Nov 2016
11:30am, 29 Nov 2016
2,483 posts
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Ninky Nonk
Remind me. In polarised training what speeds are avoided? Are those speeds that are avoided independent of the event that is being trained for? |
Nov 2016
11:59am, 29 Nov 2016
23,104 posts
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SPR
Speeds aren't avoided. Training just breaks down into around 80/10/10.
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Nov 2016
12:02pm, 29 Nov 2016
2,484 posts
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Ninky Nonk
Where are the boundaries?
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Nov 2016
12:19pm, 29 Nov 2016
1,768 posts
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Canute
Stephen Seiler, who has reviewed a great deal of the evidence, recommends minimising the amount of training in the range between VT1 (the appreciable increase in respiratory drive that occurs at lactate concentration around 2 mM) and VT2 (the marked increase in respiratory drive that occurs at lactate concentration around 4 mM) In terms of heart rate, this ‘threshold range’ corresponds roughly to the range 82-87% HR max. Studies of elite athletes indicate a proportions around 80% below VT1, 10% between VT1 and VT2 (threshold) and 10% above VT2 I note that the link to Seiler’s 2013 Paris Lecture that was originally in the header to this thread no longer works, so I will update it to the following link which still works. vimeo.com |
Nov 2016
12:31pm, 29 Nov 2016
23,105 posts
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SPR
scienceofrunning.com
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Nov 2016
12:32pm, 29 Nov 2016
23,106 posts
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SPR
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Nov 2016
12:33pm, 29 Nov 2016
23,107 posts
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SPR
Green 80, Yellow 10, rest 10.
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Nov 2016
12:35pm, 29 Nov 2016
1,769 posts
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Canute
With regard to the question of which events, Seiler reviewed evidence from running, skiing, cycling, and triathlon, across a range of endurance events. My own view is that the proportions do not change much, at least for races of 5Km or above, but the proportions should not be regarded as set in stone. I think that each athlete needs to take account of their own strengths and weaknesses. Also many elite athletes follow a periodized schedule with a greater proportion below VT1 during base-building and an increased amount above VT2 in the pre-competition period. The main point is that threshold training (between VT1 and VT2) appears to generate relatively more stress on the body relative to the amount of benefit, but the evidence for this is only indirect |
Nov 2016
12:47pm, 29 Nov 2016
1,770 posts
|
Canute
I note that comparing the threshold range I quoted above with the table posted by SPR a few minutes later the lactate range is very similar but there is a small difference in the HR range (82-87% v 85-90%). My figures came from an earlier review by Seiler (2010). I do not think small difference matters much, as there are differences between individuals in HR% at VT1 and VT2, but the round numbers in SPR's table are probably easier to remember. I personally use respiratory effort as my guide. |
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