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

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s graduate study period we envisioned a saline irrigation and turf management program; in an effort to focus on a niche area of the turf industry with an expanding future potential. As we developed the idea, this program development process took on two main areas of focus. One in which the focus was

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Me, Myself, and I? The Neoliberal Citizen,used the highest quality water to irrigate cut flower crops, but the need for alternative water sources for irrigation is increasing given the rising demand for quality water due to population growth and agronomic use. The reuse of saline wastewaters provides a viable option for the irrigation of sa

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https://doi.org/10.1007/978-3-031-15889-6n to .. These ions accumulated more in shoots of S. salsa whereas distributions of ions were similar in both shoots and roots of .. Shoot soluble sugar decreased and proline increased with increase of external salinities of both species but shoots of . contained relatively higher amount of sugar and

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Suisheng Zhao,Simon X.B. Zhao,Zhen Zhangland may be apoplastic or symplastic. Apoplastic transport of ions was supported by the absence of suberin or cutin and by the localisation of chloride and in situ precipitation of lanthanum in the walls of the basal cell of the salt gland. Symplastic transport was suggested by the presence of numer

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h more locations along the sabkha edges where the environmental conditions would support . communities. It is strongly suggested that these communities be cultivated in order to provide more recreational possibilities especially near urban settlements.

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Manuel Sánchez Luna,Belén Fernández Colomer7% of the total variance, which indicated that native salt grass populations are well adapted to hyper-saline soil condition, and also to saline beach dry soil. Electrical conductivity (EC), permanent wilting point (PWP), and soil saturation (SAT), were the variables with the highest loading values

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https://doi.org/10.1007/978-981-16-2948-8grasses and showed little change with the increase in salinity except for ., where in root it increased up to 35%. Na+ and Cl− concentrations showed a small increase while Ca., Mg. and K+ remained constant with increasing salinity. Various ion ratios for shoot and root also showed variation between