这些都说明渗透胁迫对盐生植物滨藜的伤害大于非盐生植物棉花。
This indicated that the injurious effect of osmotic stress played a main role in salt injury of the halophyte saltbush.
种植在澳洲被证明能有效逆转沙漠化的植物。滨藜C4光合途径能逆转土地沙化和沙漠化并释出土壤和土壤碳。
Planting out the approved Australian desert reversal, C4 photosynthesis pathway Bin Li Atriplex nummularia reverses sandification desertification and makes soil and soil carbon.
耐盐（海水）植物培育是海水灌溉农业的关键技术，现已筛选出了碱蓬、北美海蓬子、三角叶滨藜、狐米草等耐盐（海水）植物；
Planting salt and seawater tolerant plant is a key technology of seawater irrigation agriculture. Screening of salt and seawater tolerant plants has been done by scientist domestic and abroad.
采用盆栽试验，通过观察叶片和枝条的生长状况，测定生长期内生物量的增加情况，研究四翅滨藜在不同含盐土壤中的生长状况。
Through observation of leaf and branch growth in pot experiment, biomass increase during growth period was tested to study the growth situation of Atriplex canescenes in various salt level soils.
采用盆栽试验，通过观察叶片和枝条的生长状况，测定生长期内生物量的增加情况，研究四翅滨藜在不同含盐土壤中的生长状况。
Through observation of leaf and branch growth in pot experiment, biomass increase during growth period was tested to study the growth situation of Atriplex canescenes in various salt level soils.
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