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Correlation between Viability of Pollination and Length of Basal Dehiscence of the Theca in Rice under a Hot-and-Humid Condition
Dehiscence of anther Flowering High temperature Hot-and-humid condition Pollination Rice Tolerance
2009/7/24
Anticipated global warming may increase the floret sterility of rice (Oryza sativa L.). For selection of genotypes tolerant to high temperatures during the flowering period, it is important to identif...
Pod Dehiscence in Soybean:Assessing Methods and Varietal Difference
Desiccator method Moisture content Oven-dried method Pod dehiscence Relative humidity Soybean Strain gauge method Varietal difference
2009/7/24
The varietal difference of pod dehiscence in 25 soybean cultivars consisting of 16 Japanese and 9 Thai cultivars was examined at 3, 5, 7, 14, 21, 28 and 35 days after placing in a desiccator (desiccat...
Pod Dehiscence in Relation to Pod Position and Moisture Content in Soybean
Moisture content Pod dehiscence Pod position Soybean Strain gauge method
2009/7/23
The relationship between pod dehiscence and the position and moisture content of pods was examined in two soybean cultivars, Fukuyutaka and Keito-daizu. The frequency of pod dehiscence at different pa...
Pod Dehiscence in Relation to Chemical Components of Pod Shell in Soybean
Acid detergent fiber Acid detergent lignin Cellulose Chemical component Hemi-cellulose Neutral detergent fiber Pod dehiscence Soybean
2009/7/23
The relationship between chemical components of pod shell and pod dehiscence was investigated using 25 soybean cultivars; 16 with easily dehiscing pods (susceptible cultivars) and 9 with hardly dehisc...
A Major Soybean QTL,qPDH1,Controls Pod Dehiscence without Marked Morphological Change
Glycine max(L.) Merr. Pod dehiscence QTL Near-isogenic lines (NILs) Pod morphology
2009/7/21
Pod dehiscence (shattering) is a major source of yield loss in the mechanically harvested soybean. We examined near-isogenic lines (NILs) for a major quantitative trait locus (QTL) controlling pod deh...
Mechanism of Anther Dehiscence and Floret Sterility Induced by High Temperature at Flowering in Rice
Anther Dehiscence Floret Sterility High Temperature
2009/7/14
Mechanism of Anther Dehiscence and Floret Sterility Induced by High Temperature at Flowering in Rice.