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Evaluation of winter wheat collection in terms of HMW- and LMW-glutenin subunits
characterization electrophoresis genetic diversity glutenin subunits Triticum aestivum L.
2014/3/10
The composition of high molecular weight (HMW-GS) and low molecular weight (LMW-GS) glutenin subunits was examined in a collection of 86 Czech registered winter wheat varieties. These proteins were an...
Effects of Soil Type,Vertical Root Distribution and Precipitation on Grain Yield of Winter Wheat
Grain yield Precipitation Root system Soil type Solar radiation Sunshine duration Temperature Winter wheat
2010/3/4
In Abashiri in eastern Hokkaido, Japan, grain yields of winter wheat (Triticum aestivum L. cv. Hokushin) in the western area, with umbric andosol or dystric cambisol soil types, are lower and unstable...
Phenological Development in Relation to Temperature of Winter Wheat Iwainodaichi Seeded Early in Southwestern Japan
Early sowing Phenological development Photoperiod Spring wheat Temperature Winter wheat
2009/7/24
The phenological development of winter wheat Iwainodaichi seeded early was compared with that of spring wheat Chikugoizumi based on the temperature. In this paper, the developmental phase from the sow...
Phenological Development in Relation to Temperature of Winter Wheat Iwainodaichi Seeded Early in Southwestern Japan
Early sowing Phenological development Photoperiod Spring wheat Temperature Winter wheat
2009/7/24
The phenological development of winter wheat Iwainodaichi seeded early was compared with that of spring wheat Chikugoizumi based on the temperature. In this paper, the developmental phase from the sow...
Phenological Development in Relation to Temperature of Winter Wheat Iwainodaichi Seeded Early in Southwestern Japan
Early sowing Phenological development Photoperiod Spring wheat Temperature Winter wheat
2009/7/24
The phenological development of winter wheat Iwainodaichi seeded early was compared with that of spring wheat Chikugoizumi based on the temperature. In this paper, the developmental phase from the sow...
Development of a Method for Predicting the Optimum Harvest Time by Using the Falling Number in Winter Wheat(Quality and Processing)
Accumulated temperature Falling number Moisture content Optimum harvest time
2009/7/10
Wheat is expected to be harvested at the optimum time for producing grains that have a high maximum viscosity of amylogram in areas that suffer severe rain damage. Research was carried out to develop ...
YIELD OF WINTER WHEAT CULTIVATED AFTER VARIOUS FORECROPS
forecrop winter wheat grain yield yield components total protein content in grain
2009/3/31
An experiment was carried out to examine the forecrop value (weight of post-harvest residue and accumulation of total nitrogen, phosphorus and potassium) of spring wheat, spring triticale, field pea,...
EFFECT OF WATER DEFICIT ON GAS EXCHANGE PARAMETERS, produCTIVITY AND GRAIN HEALTH OF WINTER WHEAT CULTIVARS
water deficit winter wheat photosynthesis transpiration stomatal conductance
2009/3/31
The rate of photosynthesis and transpiration, intercellular CO2 concentration, and stomatal conductance of two cultivars of winter wheat were determined in the study. The severity of fungal infection ...
WEATHER-CROP MODEL SELECTION BY CROSS VALIDATION TEST FOR WINTER WHEAT CULTIVATED IN NORTH-EASTERN POLAND
weather-crop models winter wheat verification Cross Validation test
2009/3/30
The empirical data used in the present research cover the results of winter wheat cultivar experiments carried out over 1971-1995 and the weather observations reported by local meteorological stations...
Studies on Effects of Russian Knapweed（Acroptilon repens（L.）DC）and Butter Cup（Ranunculus damascenus Boiss and Gaill）, Causing Problem in Winter Wheat, on Yield and Determination of Their Economical Thresholds in Van
Russian Knapweed Butter Cup Winter Wheat Economical Thresholds Van
2009/1/22
In this study, effects of different densities of Russian knapweed (Acroptilon repens (L.) DC) and butter cup (Ranunculus damascenus Boiss and Gaill) on yield and yield components of winter wheat were ...
Some Morpho-Physiological Characteristics of Winter Wheat and Their Effects on Grain Yield
Morpho-Physiological Characteristics Winter Wheat Grain Yield
2009/1/16
The grain yield of wheat is influenced by several morpho-physiological characteristics and also by developmental processes in the vegetation period. Five winter wheat genotypes (Yayla-305, Doğu-8...
Reaction of 50 Winter Wheat Cultivars Grown in the Czech Republic to Pyrenophora tritici-repentis Races 1, 3, and 6
Pyrenophora tritici-repentis tan spo winter wheat resistance
2014/3/13
The reaction of 50 winter wheat cultivars/lines to artificial infection with Pyrenophora tritici-repentis
(PTR) races 1, 3, and 6 was studied under greenhouse conditions. The set of tested cultivars...
EFFECTS OF DIFFERENT SOIL TILLAGE SYSTEMS ON YIELD OF MAIZE, WINTER WHEAT AND SOYBEAN ON ALBIC LUVISOL IN NORTH-WEST SLAVONIA
yield of maize yield of winter wheat yield of soybean
2010/12/1
The paper presents comparison of three soil tillage systems in maize, winter wheat and soybean growing on anthropogenic Albic Luvisol in north-west Slavonia, Croatia, during 1996-1999. Tillage systems...
Vernalization Response of Some Winter Wheat Cultivars (Triticum aestivum L.)
Triticum aestivum wheat Vrn genotypes vernalization response time to heading
2014/3/19
For 17 cultivars of winter wheat (Triticum aestivum L.) different vernalization and photoperiod responses were detected. The effect of photoperiod sensitivity was not significantly changed by vernaliz...