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Reaction of wheat, alternative wheat and triticale cultivars to common bunt
common bunt resistance Triticum aestivum T. durum T. spelta T. turgidum var. dicoccum ×Triticosecale Tilletia tritici Tilletia laevis
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2014/3/10
Seventeen winter wheat cultivars registered in the Czech Republic were tested for reaction to common bunt in 2–3 year field trials. Bunt infection of resistant checks Globus and Bill varied between 4....
Effect of Sodium Chloride on Germination and Growth of Hexaploid Triticale at Early Seedling Stage
Germination Hexaploid triticale Salt tolerance Seedling growth
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2009/8/4
Salt tolerance of ten cultivars of hexaploid triticale was assessed at the time of germination and at the early seedling stage in a laboratory experiment. Concentrations of the NaCl solutions employed...
Yielding Ability of Winter Triticale in Snow Heavy Area of Central Hokkaido
Ear number Ear weight Grain yield Harvest index Winter injury Winter triticale Winter wheat
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2009/7/15
Field experiments were conducted over 4 seasons (1994-98) in central Hokkaido to examine the differences in growth habits between high- and low-yielding varieties of winter triticale (× Triticosecale...
Growth Analysis of High-Yielding Cultivars of Winter Triticale in Comparison with those of Wheat and Rye in Hokkaido
Cultivar Differences among crops Dry matter production Grain yield Growth analysis
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2009/7/8
Field experiments were conducted to determine the reasons, on the basis of growth analysis, for the high-yielding new winter triticale cultivars bred in Poland in comparison with those of Japanese wh...
Responses to Nitrogen Fertilizer Application at Regrowing Stage of High-Yielding Cultivar of Winter Triticale in Comparison with Those of Wheat and Rye in Hokkaido
Differences among crops Grain yield Leaf area Nitrogen fertilizer efficiency
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2009/7/8
The efficiency of nitrogen fertilization (the increase of grain yield (G) per unit nitrogen fertilizer (FN) applied at the regrowing stage, ΔG/ΔFN) of high yielding winter triticale cultivar 'Presto'...
SPRING TRITICALE YIELD AS DEPENDENT UPON GROWTH REGULATORS, APPLIED ALONE OR IN COMBINATIONS WITH MAGNESIUM SULPHATE
triticale yield growth regulators
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2009/3/31
The effects of growth regulators, applied alone or in combinations with magnesium sulphate, on the yield of ‘Gabo’ spring triticale were studied in a three-year field experiment. Growth regulators: 3-...
TILLAGE METHOD AND TRITICALE WEED INFESTATION AND YIELDING
winter triticale spring triticale simplified tillage weed infestation
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2009/3/30
The studies were carried out on the Experimental Farm at Zawady in the years 1999-2002. A field experiment followed the field method without replications. In case of both winter and spring triticale t...
小黑麦(Triticale)育种若干问题的研究——Ⅰ小麦与黑麦杂交的亲和力及小黑麦几个主要性状的研究
小黑麦
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2008/1/10
1.测定了国内外42个小麦品种与黑麦杂交的亲和力,结果,有7个原产于我国的小麦品种,其杂交结实率达到50%以上,有3个中国小麦品种,与供试的大多数国外品种一样,较难与黑麦杂交。2.小麦与黑麦杂交亲和力的高低,主要取决于亲本的基因型。杂交亲和力低,在一些品种中表现为完全显性,在另一些品种中,表现为不存在显性。本试验结果,看不出小麦的穗形与杂交亲和力有密切的关系。3.黑麦花粉在杂交亲和力不同的小麦品种...
小黑麦×小滨麦后代1RS·1BL易位系的选育和鉴定Development and Molecular Cytogenetic Identification of 1RS·1BL Translocation lines derived from Triticale×Tritileymus
小黑麦 小滨麦 1RS·1BL易位系 原位杂交 分带
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2008/1/8
摘要
利用细胞学、染色体C分带和原位杂交方法，对八倍体小黑麦劲松49与八倍体小滨麦杂种后代选育的稳定遗传材料山农030-1进行了鉴定。染色体观察结果表明，山农030-1根尖染色体数目为42，花粉母细胞减数分裂中期I(PMC MI)染色体构型为2ｎ=21Ⅱ。分别以黑麦、滨麦草基因组DNA为探针进行原位杂交，表明山农030-1含有一对黑麦和小麦的整臂易位染色体，不含有来自滨麦草的遗传物质。染色体C分...
DNA Markers for High Molecular Weight Glutenin Subunits 5+10 Used in Wheat and Triticale Breeding
triticale wheat SPLAT Glu D1 5+10 translocation T1R.1D
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2014/3/19
Prediction of flour breadmaking quality was verified using DNA markers in seven genotypes of winter
wheat (T. aestivum L., 2n = 6x = 42, AABBDD) of different quality classes, four genotypes of triti...