Titlebook: Ecophysiology of High Salinity Tolerant Plants; M. Ajmal Khan,Darrell J. Weber Conference proceedings 20061st edition Springer Science+Bus

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https://doi.org/10.1007/978-3-031-41669-9designed to evaluate the alteration of anthocyanin concentration in leaves of daisy under high NaCl concentration. Because, high NaCl concentration is a common stress factor in natural and agricultural system, which has detrimental effect on crop productivity, it is critical to recognize the mechani

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https://doi.org/10.1007/978-3-031-15889-6aptations which help them to avoid salt stress. Their mechanism of salt tolerance is varied and not properly understood. Therefore, the proposed plan to grow them in highly saline conditions could be hampered. The present study was designed to study the effect of salinity on growth and various solut

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Haimanti Banerjee,Sucharita Ghoshr-Allah, 1996). Currently from 100 Mha to 1000 Mha of irrigated land is salt-affected due to human activity (Szabolcs, 1989; Oldeman et al., 1991). Though much of this land is currently too saline for conventional agriculture, it has the potential for growing salt tolerant forages, grasses (Poaceae)

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Suisheng Zhao,Simon X.B. Zhao,Zhen Zhangthat is exposed to the leaf surface. In this study we attempted to localize potential ion transport pathways through the bicellular salt glands of ., a halophytic, perennial, C. grass, using a variety of ultracytochemical techniques. Differential membrane staining, using zinc iodide-osmium tetra oxi

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Manuel Sánchez Luna,Belén Fernández Colomerhe northwestern states of Mexico, because it grows in dry and saline habitats, and because its foliage is mainly produced during periods when other grasses are not available for livestock and wild life. This study was conducted to determine the soil condition of the areas where this plant is dominan

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