Browsing Department of Chemistry by Subject "acid soils, application methods, application rates, chemical composition, crop yield, exchangeable cations, growth, leaves, manganese, nitrogen content, nitrogen fertilizers, NPK fertilizers, nutrient content, plant composition, sandy loam soils, soil chemical properties, soil organic matter, soil pH, soil physical properties, tea"

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Changes in soil chemical properties and leaf nutrients content in tea due to nitrogen fertilizer rates and application intervals.

Kebeney, S. J. ; Kamau, D. M. ; Othieno, C. O. ; Ng'etich, W. K. ; Owuor, P. O. (Tea Research Foundation of Kenya, 2010)

Tea (Camellia sinensis (L.) O. Kuntze) plant, requires much more nitrogen than most of the other nutrients for its growth, development and sustainability of harvestable crop. Soil as a resource of plant nutrients, cannot ...

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