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79. P Masaya, JW White. Adaptation to photoperiod and temperature. In: A van Schoonhoven, O Voysest, eds.
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80. DH Wallace, KS Yourstone, JP Baudoin, J Beaver, DP Coyne, JW White, RW Zobel. Photoperiod temper-
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81. J Haterlein, CD Clayberg, LD Teare. Influence of high temperature on pollen grain viability and pollen tube
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82. ML Weaver, R Timm, MJ Silbernagel, DW Burki. Pollen staining and high temperature tolerance of bean. J
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83. Y Gross, J Kigel. Differential sensitivity to high temperature of stages in the reproductive development of com-
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84. G Hoogenboom, DS McSmith. Temperature sensitivity of common bean during germination. Annu Rep Bean
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85. JW White, C Montes-R. The influence of temperature on seed germination in cultivars of common bean. J Exp
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86. HZ Zaiter, E Baydoun, M Sayed-Hallak. Genotipic variation in common bean in response to cold temperature
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87. ST Otubo, MAP Ramalho, AFB Abreu, JB dos Santos, B Griffing, JL Jinks, HS Pooni. Genetic control of low
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88. D Genchev. Screening for cold tolerance in dry bean (planting-emergence). Annu Rep Bean Improv Coop
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89. GC Shonnard, P Gepts. Genetics of heat tolerance during reproductive development in common bean. Crop Sci
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90. P Miranda, CJ da Anunciação Filho, DG da Cruz, VF dos Santos. Tolerância de cultivares de feijão comum
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91. DH Wallace. Physiological genetics of plant maturity, adaptation, and yield. Plant Breed Rev 3:21–167, 1985.


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93. JA Acosta-Gallegos, P Vargas-Vazquez, JW White. Effect of sowing date on the growth and seed yield of com-
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94. JW White, SP Singh. Breeding for adaptation to drought. In: A van Schoonhoven, O Voysest, eds. Common
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95. M Thung, IM Rao. Integrated management of abiotic stresses. In: SP Singh, ed. Common Bean Improvement
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96. JW White. Implications of carbon isotope discrimination studies for breeding common bean under water
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97. JS Robins, CE Domingo. Moisture deficits in relation to the growth and development of dry beans. Agron J
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98. JA Acosta-Gallegos, J Kohashi-Shibata. Effect of water stress on growth and yield of indeterminate dry-bean
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99. G Bascur, MA Oliva, D Laing. Termometria infrarroja en selección de genotipos de frijol (Phaseolus vulgaris,
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100. BN Sponchiado, JW White, JA Castillo, PG Jones. Root growth of four common bean cultivars in relation to
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101. JW White, JA Castillo. Relative effect of root and shoot genotypes on yield of common bean under drought
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102. PM da Silveira, CM Guimaraes, LF Stone, J Kluthcouski. Aviliacao de cultivares de feijao para resistencia a
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103. DE Miller, DW Burke. Response of dry beans to daily deficit sprinkler irrigation. Agron J 75:775–778, 1983.


104. J Jara-R. Respuesta a sequía de cinco variedades de frijol (Phaseolus vulgarisL.): estudio preliminar. Agro-
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105. JA Acosta-Gallegos. Selection of common bean (Phaseolus vulgaris) genotypes with enhanced drought toler-
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106. JR Ehleringer, S Klassen, C Clayton, D Sherrill, M Fuller-Holbrook, Q Fu, TA Cooper. Carbon isotope dis-
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107. WY Kao, MP Comstock, JR Ehleringer. Variation in leaf movements among common bean cultivars. Crop Sci
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ADAPTATION OF BEANS AND FORAGES TO ABIOTIC STRESSES 607