Directory UMM :Data Elmu:jurnal:S:Scientia Horticulturae:Vol87.Issue3.2001:
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In a later study, in which a wider range of crop loads was examined, Palmer (1992) observed that, although crop load had a marked effect on dry matter production and parti-
Specific leaf area (SLA) and element concentrations (N, S, P, Ca, K, and Mg) (amount per unit dry weight) of 1-year-old needles of Picea abies (spruce) and leaves of Fagus sylvatica
At vegetative growth stage (6 weeks after planting), the plant height, the leaf area and the dry weight were signi®cantly reduced at salinities higher than 25 mM NaCl (Table 3) for
The occurrence of chlorosis at any time during the growth period was chosen as the parameter for the de®nition of toxicity levels for Zn contents in petunia dry matter and for CaCl
This study examined the effects of inorganic nitrogen and glutamine on: (i) the accumulation and partitioning of dry matter in shoots and roots, (ii) concentrations of free
ADCs for dry matter, energy and nitrogen were highest for fish meal, although several other ingredients, including some animal meals and gluten from wheat and corn, had similar ADCs
Average annual forage dry matter production of the herbaceous vegetation components in uplands of the Montseny Biosphere Reserve Component Average production (g m −2 per year) (Mean
The daily gross CO 2 assimilation is allocated to respiration, growth of organs (leaves, tap root, ®brous roots) and to sugar storage. 3 shows cumulative simulated dry matter
