Appendix A
PEG Awards
- Club Members may submit any climb or expedition for consideration by the Committee for the award of PEG points. Points are accumulated individually throughout the year, culminating in the annual awards which feature prizes determined by the Committee.
- In accordance with the aims of the Club, the points are to be awarded in a predetermined manner: in general to the benefit of original and adventurous undertakings. Points are referred to as PEGs (Particularly Extreme Grafts) and apportioned according to the formula givenツ in the following section. The formula may be modified only at an AGM with the unanimous agreement of the Committee. Club members may appeal against any PEG award (with supporting evidence) unless the decision of the Committee should prove unanimous in which case no further evidence will be admissible.
Rat Climbs
NOTE: Any member lacking:-
i) A sense of humour or
ii)ツ Common sense
when reading the following section should refer to section 3b of this constitution.
A Rat Climb shall be defined as a climb of at least Diff. standard, undertaken with the aid of the following:
# Wellington boots or Galoshes
# 'Vintage rope', hemp, or laundry line only
#Natural chockstones and a well appointed picnic hamper
N.B. Alpensocks are not permitted for winter ascents
Calculation of PEG Points
PEG points are awarded in accordance with the formula shown below:
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No. of Pegs =
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Ns BD
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[Ta - Te]
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HW sin A
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Nc
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Te
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Where :-
Ns = number in party at start of ascent
Nc = number in party at finish after deductions for death, mutilation or cowardly retreat
B = biomass coefficient, representing the degree of vegetable encumbrance - clean rock = 0.01, amazon jungle = 0.99
D = detritus coefficient, typically 0.1 for solid rockface up to 1.0 for avalanche or moving scree
A = average angle of slope from horizontal
H = height in metres gained between lowest and highest points of expedition
W = weather coefficient, W = w + p, w = wind strength Beaufort scale, p = precipitation on a 0-10scale
Ta = duration in hours of actual ascent
Te = original estimate for ascent in hours
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