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. 2013 Dec 18;8(12):e82641. doi: 10.1371/journal.pone.0082641

Table 1. Total Microlaena stipoides population numbers and treatment distribution in final field site compared with top 50 mutant phenotypes selected for their amenability to domestication and the component phenotypes observed in these groups.

Treatment Number transplanted to field Number of mutants selected with improved phenotypic traits Phenotypic characteristics selected for, because of their role in accelerating the domestication process
S1 control 148
S2 control 174
M1 145 mM 462 11 HTN, EH, NS, HH, DS, BL, CP, LM, TT,
LL, EP, LM, CSH, LG
M2 40 mM 90 1 EH, HH
M2 60 mM 135 7 HTN, EH, NS, HH, LG, HY
M2 80 mM 105 1 CP, EH, LG, NS,
M2 100 mM 100 1 NS, EH, HH, HTN, BU
M2 115 mM 43 2 VHH, EH, HTN, ST, CSH
M2 130 mM 29 3 HTN, EH, NS, HH, FO, HY
M2 145 mM 872 23 HTN, EH, NS, HH, DS, BL, CP, LM, TT,
LL, EP, LM, CSH, LG, CL, PA
M2 175 mM 4 2 CP, HTN, NS, HH
Total 2162 50

Legend: BL-broad leaves, BU-blue green leaf color, CP-compact plant, CSH-compact seed head, DS-delayed shattering, EH-erect habit, FO-forage application, HH-high herbage (for grazing applications), HTN-high tiller number, LG-large grains, LL-low leaf material (for grain applications), LM -late maturing, NS-Non-shattering, PA-purple awn, TT-thick tillers, V-very. Note: All 145 mM treated plants were progressed to the final evaluation while the S1/S2 controls and M1/M2 dosage trial populations underwent selection for potentially beneficial phenotypes, particularly reduced shattering, prior to transplant.