“…4n, 6n, 12n 2n,4n,6n,8n 2n,4n 2n,4n 2n,4n,6n 60, 70, 100 22,44,66,88 14,28,42 20,29,35,40,42,60,61,77,84 12,20,21,28,37,42,46 20,40,60 28,42 14,28,42 14,28,56,70,84 14,27,28,29,30,31,35,42,48 14,28 14,21,28 36,44,46,48,49-52,72,84,96 40,48,54,56,60,64,72,80,96,104, 112, 128 28,40,42,80,84 18, 36, 38, 72 14,28 14284n? 4n, 6n, 12n 2n,4n,6n,8n 2n,4n 2n,4n 2n,4n,6n 60, 70, 100 22,44,66,88 14,28,42 20,29,35,40,42,60,61,77,84 12,20,21,28,37,42,46 20,40,60 28,42 14,28,42 14,28,56,70,84 14,27,28,29,30,31,35,42,48 14,28 14,21,28 36,44,46,48,49-52,72,84,96 40,48,54,56,60,64,72,80,96,104, 112, 128 28,40,42,80,84 18, 36, 38, 72 14,28 142842 Nielsen, 1939Brown, 1950Hickman, 1993Hickman, 1993Fults, 1942Snyder & Harlan, 1953Fults, 1942Gould, 1958Sutherland, 1986Nielsen & Humphrey, 1937Myers, 1947Myers & Hill, 1947Hickman, 1993Hansen & Hill, 1953Hickman, 1993Hickman, 1993Hickman, 1993Panje & Babu, 1960A1-Janabi et aI., 1993Myers, 1947Sutherland, 1986Hickman, 1993Hickman, 1993Hickman, 1993Hickman, 1993 For ease of description I will outline the differences using diploids and tetraploids. Diploids are the basis on normal Mendelian genetics: each individual has two copies of each (non-duplicated) locus, and so can be heterozygous (a t a 2 ) or homozygous (aja!, or a 2 a 2 ).…”