Titlebook: Biosalinity in Action: Bioproduction with Saline Water; Dov Pasternak,Anthony San Pietro Book 1985 Martinus Nijhoff Publishers, Dordrecht

folliculitis

事物的方面

https://doi.org/10.1007/978-1-4842-3156-2 summer, light was the limiting factor, whereas in winter the low daytime temperature appeared to constitute the major limitation. The oxygen concentration in the culture can serve as a useful indicator of limiting factors and can also be used to estimate the extent of such limitations.

使迷醉

擔(dān)心

Working with Multiple Activities,ed enzyme ferredoxin-NADP reductas0e was only partially sensitive to sodium ions. The respiratory enzymes exhibited well-coupled activity, and faster respiration was observed with the preparation from the hypersaline culture.

VEN

Working with Multiple Activities,lt tolerance in particular. The prospects of breeding crops for salt tolerance are discussed, with emphasis on a) its relation to breeding for resistance to other mineral stresses; b) field trials; c) collaboration between plant physiologists and geneticist-breeders; and d) extensive exploration of germplasm.

synchronous

Physiology of halophytes leaf expansion, are particularly important. The role of phloem in retranslocation is uncertain due to lack of data. Decreases in transpiration rate per unit area of leaf help to lower the ion input into leaves. Any linked reductions in photosynthesis appear to be due to decreases in stomatal frequency.

凹處

Cyanobacterial biomass production in saline mediaed enzyme ferredoxin-NADP reductas0e was only partially sensitive to sodium ions. The respiratory enzymes exhibited well-coupled activity, and faster respiration was observed with the preparation from the hypersaline culture.

atrophy

Salt-tolerant crops: origins, development, and prospects of the conceptlt tolerance in particular. The prospects of breeding crops for salt tolerance are discussed, with emphasis on a) its relation to breeding for resistance to other mineral stresses; b) field trials; c) collaboration between plant physiologists and geneticist-breeders; and d) extensive exploration of germplasm.

消耗

eardrum

Principles and strategies in breeding for higher salt tolerancen saline and nonsaline environments can be used to estimate the potential for improving salt tolerance. Absolute salt tolerance can be improved best by increasing both absolute yield and relative salt tolerance.