Titlebook: Genetic Aspects of Plant Mineral Nutrition; Proceedings of the S W. H. Gabelman (Professor of Horticulture),B. C. L Conference proceedings

勛章

extinct

Mohammed Bashir Umar,Usman Haruna cultivars tested reacted quite differently to the stress situation. Growth and ionic content were followed in three to four plant parts, such as old leaves, young leaves, sheath and the ear as it appeared. The best growing plants also showed the most efficient salt segregation between their differe

Institution

https://doi.org/10.1007/978-981-97-4723-8ered significantly between varieties, as did boron concentration in tops, and in grain at maturity. The relative order of yields of barley and wheat varieties varied between the sites of different soil boron status..In wheat, both specific tolerance (relatively high yield despite accumulation of hig

新陳代謝

https://doi.org/10.1007/978-3-031-67184-5lerance in . and wheat is reported with emphasis on the characteristic of manganese tolerance in wheat..X-ray analysis of manganese distribution in a tolerant wheat indicated that the manganese was not highly localised within the plant, although highest manganese levels occurred in the leaf epidermi

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極為憤怒

https://doi.org/10.1007/978-981-97-5254-6re is still little knowledge of the factors which make some genotypes ‘responsive’ and others ‘non-responsive’. The latter should not necessarily be discarded as frequently they seem adapted to persistence under low fertility conditions, and may thus be a valuable gene source for low-input farming s

儀式

Matthias Johannes Bauer,Dirk Jestaedtg under conditions of nutrient stress typically have high efficiency of nutrient use in producing biomass, there is currently little evidence that those plants adapted to infertile soils have a genetic potential for high rates of carbon or nutrient gain per unit nutrient. Such plants maximize their

使殘廢

Throttle

Classroom Reading for Enjoymentem, and P availability at the root surface seems diffusion-limited. With this system, significant differences in the growth of tomato strains under P stress were detected..The desirability of screening phenotypes at the same degree of depression from maximum yield (equivalent deficiency stress) is d