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tolerance by independent researchers. The salt tolerance of 18 Earth-Kind ® Rose cultivars was investigated, and it was concluded that ‘Belinda’s Dream’, ‘Climbing Pinkie’, ‘Mrs. Dudley Cross’, ‘Reve d’Or’, and ‘Sea Foam’ roses were salt-tolerant when

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levels, is especially important for the identification of stress-responsive proteins (such as the salt tolerance protein eIF5A) for which the encoding genes are not changed at the transcript level ( Lan and Schmidt, 2011 ). Comparative proteomic analyses

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sources often contain high salt levels that are detrimental to many species. Salt damage depends on the levels of salts and the degree of salt tolerance of crops. Therefore, the use of alternative waters for irrigation requires an adequate understanding of

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source for nursery crops in some areas, varies with location and rainfall ( Niu and Cabrera, 2010 ). Overuse of groundwater leads to decline of water table and increases salinity ( Smith et al., 2016 ). Therefore, information on salt tolerance of nursery

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climates with supplemental irrigation. Kentucky bluegrass genotypes with increased salt tolerance would benefit many turf operations. Increased evaporative demand, however, can potentially lead to significant salt loading. Proper irrigation management and

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Most recommendations about salt tolerance state that plants have low, medium, or high salt tolerance. Salt tolerance can be assessed in terms of plant growth rate, which is appropriate for many plant species ( Munns, 2002 ). We expect to observe a

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regarding spirea salt tolerance is limited. The salt tolerance of japanese spirea has been reported in extension articles. For example, japanese spirea and bumalda japanese spirea ( Spiraea × bumalda ) are listed as shrubs tolerant to saline soils and salt

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overcome salinity problems is the introduction of salt-tolerant crops. However, limited information exists for salt tolerance of various horticultural crops, including chile peppers. Earlier studies classified pepper as moderately sensitive to salt stress

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of reclaimed water is not a widely acceptable practice for irrigating nursery and landscape plants because of potential salt damage to sensitive plant species and lack of information on their salt tolerance. To enhance sustainable development and

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stress. However, the adverse effects of high salinity were more pronounced when turf was treated by TE at 1.7 g/100 m 2 , suggesting that effects of TE on salt tolerance varied with its application rate and salinity levels. A relatively high TE

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