Training Principles - 4:
Individualization, Periodization, Progressive Overload, Balance, Specificity, Reversiblility, Evaluation, Rest-Recuperation-Diet.
Progressive Overload.
"The story of Milo of Croton from the 6th century B.C. illustrates this principle perfectly. Every morning, according to legend, this greatest of ancient Greek athletes of would lift a
young calf overhead and carry it across a pasture. As it grew, Milo lifted a little more each day, until he could carry the full-grown bull.
Similarly, training adaptation, and hence improved performance, is induced by stress loads that “challenge” the body (exceed existing fitness levels) and fatigue it to an appropriate degree (see Seth Hosmer’s fine summary of the workout/recovery cycle for more). As an old and fundamentally useful maxim runs, “Train where you are, or slightly beyond, not where you want to be.” In response, and after adequate rest/recuperation, the body’s plasticity allows it to “defend” itself, and “supercompensate” or rebound to reach a higher level of fitness. It is in quantifying the imposed stress load, especially at higher/variable intensities, that power-measuring devices and analysis software are most useful." Howe
15/11/2011 - Velodrome
Threshold work (SST). Hot out today - felt difficult, high HR & low Power..
Duration: 1:23:09
Work: 723 kJ
TSS: 68.8 (intensity factor 0.707)
Work: 723 kJ
TSS: 68.8 (intensity factor 0.707)
Distance: 38.472 km
Heart Rate: 76 169 136 bpm
Cadence: 31 182 94 rpm
Temperature: 21 30 28.1 Celsius
Heart Rate: 76 169 136 bpm
Cadence: 31 182 94 rpm
Temperature: 21 30 28.1 Celsius
15/11/2011 - Road
Recovery with Ol..
Work: 116 kJ
TSS: 6.9 (intensity factor 0.339)
Norm Power: 92
VI: 1.72
Pw:HR: n/a
Pa:HR: n/a
Distance: 9.524 km
Temperature: 24 27 25.4 Celsius
No comments:
Post a Comment