TABLE 2.
Taxon | Collection | Planta | Cytotypeb |
---|---|---|---|
Z. mays ssp. mays | Inbred line A619 | 0 | |
Z. mays ssp. mexicana R Nobogame | Galinat Nobogamec | G132 | 1 |
Z. mays ssp. mexicana R Nobogame | Galinat Nobogamec | G133 | 1 |
Z. mays ssp. mexicana R Nobogame | Galinat Nobogamec | 1 | |
Z. mays ssp. mexicana R Chalco | Wilkes Amecameca | 2 | |
Z. mays ssp. mexicana R Chalco | Wilkes Chalco | 2 | |
Z. mays ssp. mexicana R Central Plateau | Wilkes 45121 | 4 | |
Z. mays ssp. mexicana R Central Plateau | Wilkes 48703 | 3 | |
Z. mays ssp. parviglumis | Wilkes 47890 | 4 | |
Z. mays ssp. parviglumis | Wilkes 47335 | 5 | |
Z. mays ssp. parviglumis | Beadle El Salado | 5 | |
Z. mays ssp. parviglumis | Beadle Kato 2 and 3 | 5 | |
Z. mays ssp. parviglumis | Guzman La Huert. | G120 | 6 |
Z. mays ssp. parviglumis | Guzman La Huert. | G121 | 6 |
Z. mays ssp. parviglumis | Wilkes 47711 | 4 | |
Z. mays ssp. huehuetenangensis | Wilkes San Antonio Huista | 7 | |
Z. luxurians | Wilkes 51186 | P181 | 8 |
Z. luxurians | Wilkes 51186 | P182 | 8 |
Z. luxurians | Iltis et al. G-36 | G105 | 9 |
Z. luxurians | Iltis et al. G-36 | G106 | 9 |
Z. luxurians | Galinat Hondurasc | G127 | 10 |
Z. luxurians | Galinat Hondurasc | G129 | 10 |
Z. luxurians | Mazotid | 11 | |
Z. diploperennis | Guzman 777 | G112 | 12 |
Z. diploperennis | Guzman 777 | G113 | 13 |
Z. diploperennis | Iltis et al. 1190 | G114 | 14 |
Z. diploperennis | Iltis et al. 1190 | G116 | 13 |
Z. diploperennis | Iltis et al. 1250 | G117 | 12 |
Z. diploperennis | Iltis et al. 1250 | G119 | 14 |
Z. perennis | Beckett W23e | 15 | |
Z. perennis | Beckett N6e | 15 | |
Z. perennis | Wisconsin 1e | 15 | |
Z. perennis | Wisconsin 2e | 15 | |
Z. perennis | Iltis et al. 1050 | 16 |
Plant identification is given only where two plants per accession were utilized.
Cytotypes are based on mtDNA RFLP patterns (see text).
Teosinte propagated by W. Galinat before use in this study.
Via E. H. Coe; history obscure, but pollinated by maize for several generations.
From G. N. Collins and J. H. Kempton; all cytolines ultimately derived from the same teosinte clone.