Andere Kunden interessierten sich auch für
![Morpho-physiological parameters to determine drought tolerance wheat]( "Morpho-physiological parameters to determine drought tolerance wheat")
Morpho-physiological parameters to determine drought tolerance wheat26,99 €![Effects of salicylic acid on some physiological processes of wheat]( "Effects of salicylic acid on some physiological processes of wheat")
Effects of salicylic acid on some physiological processes of wheat36,99 €![THYROID DISEASES: PHYSIOLOGICAL , MOLECULAR AND HISTOLOGICAL STUDIES]( "THYROID DISEASES: PHYSIOLOGICAL , MOLECULAR AND HISTOLOGICAL STUDIES")
THYROID DISEASES: PHYSIOLOGICAL , MOLECULAR AND HISTOLOGICAL STUDIES53,99 €![Microbiological and Physiological Studies on Rocket Meals and Oil]( "Microbiological and Physiological Studies on Rocket Meals and Oil")
Microbiological and Physiological Studies on Rocket Meals and Oil36,99 €![Physiological and Biochemical Responses of Alfalfa to Salt Stress]( "Physiological and Biochemical Responses of Alfalfa to Salt Stress")
Physiological and Biochemical Responses of Alfalfa to Salt Stress45,99 €![Physiological Changes And The Nutritional Status Of Menopausal Women]( "Physiological Changes And The Nutritional Status Of Menopausal Women")
Physiological Changes And The Nutritional Status Of Menopausal Women38,99 €![Histological and Physiological Study of Rats Inducing Anemia]( "Histological and Physiological Study of Rats Inducing Anemia")
Histological and Physiological Study of Rats Inducing Anemia36,99 €
Wheat (Triticum aestivum L.) is considered to be the first strategic food crop in Egypt. Wheat is the most important grain crop for bread flour and straw crop for livestock feed in Egypt. Nitrogen (N), an essential element of the biochemical processes that drives crop production. Ammonium sulphate with Sakha94. Increases in response to ammonium sulfate in the SPN, leaf area and dry-matter at anthesis were higher than those in response to urea in four cultivars. However, there was no difference in responses of the SPN to plant-absorbed N between the two fertilizers in any of the cultivars. The SPN and straw weight at anthesis per applied and absorbed N in Sakha94 and Sakha93 were the highest among the four cultivars, respectively. The results indicated that higher applied nitrogen lead to significantly increase in WUE in both cultivars under irrigated and desiccated conditions. In addition to WUE was significantly higher under desiccated conditions than irrigated conditions in both cultivars. Observed that drought was imposed after anthesis, the primary cause of increased WUE was decreased leaf chlorophyll concentration, photosynthesis rate and stomatal conductance (gs).