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89<br />
I submit that the faulty logic of ‘survival of the fittest’ in testing new crop varieties originated from the concept of the<br />
average (or mean). Suppose the average yield for ll was derived from these yields in 9 different sites in that same<br />
region: EE 88, NT 93, NF 95, NS 97, NE 98, OH 100, OO 100, OT 100, OX 120 tons. So, we find 99 tons as the mean yield<br />
(no site), 98 tons (Site NE) as the median yield, and 100 tons (Sites OH, OO, OT) as the mode yield. The difference<br />
between mean and median and mode is a significant 1 ton. Since there’s no such thing as an average sorghum;<br />
the median is an arbitrary figure – I’ll pick the mode yield, reflecting the trend of the yields of LL in that region –<br />
there are 3 sites with 100 tons. LL’s best yield is 100, not 99 tons. 120 tons (Site OX) is a fluke.<br />
Don’t forget that a crop variety is site-specific, growing best in one place and not another. Therefore, in<br />
un-natural selection, ‘the survival of the fittest’ fits best the Site in the Region, not the Country. That’s the<br />
fittest I can say, right?<br />
‘Survival Of The Fittest’