Developing Drought and Low N-tolerant Maize: Proceedings of a Symposium, March 25-29, 1996, CIMMYT, El Batán, MexicoCIMMYT, 1996 - 566 páginas Incidence and intensity of drought and low N stresss in the tropics; Case studies strategies for crop production under drought and low n stresses in the tropics; Stress physology and identification of secondary traits; Physiology of low nitrogen stress; Breeding for tolerance to drought and low n stresses; General breeding strategies for stress tolerance; Progress in breeding drought tolerance; Progress in breeding low nitrogen tolerance; Experimental design and software. |
Contenido
7 | |
14 | |
24 | |
37 | |
44 | |
58 | |
75 | |
87 | |
169 | |
177 | |
183 | |
189 | |
200 | |
208 | |
216 | |
222 | |
103 | |
116 | |
122 | |
131 | |
142 | |
151 | |
159 | |
235 | |
245 | |
254 | |
263 | |
274 | |
280 | |
Términos y frases comunes
adapted Africa agricultural analysis applied average Bolaños breeding CIMMYT combining correlation crop crosses Cuadro cultivars cycles drought stress drought tolerance early effects efficiency environments estimated et al evaluated experiments factors farmers fertilizer field Figure flowering G.O. Edmeades gains genetic genotypes germplasm grain yield growing grown growth ha¹ hybrids important improved inbred increased indicate irrigation leaf levels limited líneas lines locations loss maíz maize maize production maturity mean measured methods Mexico nitrogen observed performance plant plots Pool populations potential presented production progenies rainfall reduced region relatively rendimiento response riego root season seed selection Sequía severe showed significant silking soil t/ha Table testing traits treatments trials tropical maize Tuxpeño variation varieties weight zone