International Scientific Publications
© 2017 Science Events Ltd
Terms of use
Choose language English French Russian Bulgarian

Agriculture & Food, Volume 3, 2015

IMPACT OF NITROGEN DEFICIENCY ON BIOMASS PRODUCTION, MORPHOLOGICAL AND BIOCHEMICAL CHARACTERISTICS OF SWEET BASIL (OCIMUM BASILICUM L.) PLANTS, CULTIVATED AEROPONICALLY
Argyropoulou K., Salahas G., Hela D., Papasavvas A.
Pages: 32-42
Published: 19 Feb 2015
Views: 1938
Downloads: 1534
Abstract: Sweet Basil was grown aeroponically under three levels of NO3- N (25, 50 and 160ppm) fertilization. Dry biomass production, plants height, roots length and number of leaves were dramatically decreased in nitrogen deficient plants. In addition, net photosynthesis and transpiration rates and stomatal conductance were also restricted, indicating that the primary metabolism was severely limited by low nitrogen availability. In contrast, nitrate accumulation in the leaves strongly decreased in relation with decreased nitrogen supply rates into nutrient solution. Also, total phenolics concentration significantly increased in N-starved plants indicating that biosynthesis of secondary plant metabolites is favored in nitrogen deficient plants.
Keywords: ocimum basilicum l., nitrogen deficiency, growth, biochemical characteristics, total phenolics
Download full text

Back to the contents of the volume