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137 139 Altland, J.E. Buamscha, M.G. 2008 Nutrient availability from douglas fir bark in response to substrate pH HortScience 43 478 483 Bar-Tal, A. Saha, U.K. Raviv, M. Tuller, M. 2019 Inorganic and synthetic organic components of soilless culture and

excess boron J. Amer. Soc. Hort. Sci. 132 484 491 Fanasca, S. Colla, G. Rouphael, Y. Saccardo, F. 2006 Evolution of nutritional value of two tomato genotypes grown in soilless culture as affected by cacrocation proportions HortScience 41 1584 1588 Flores

round in a soilless culture with appropriate cultivars and manipulation of the nutrient solution temperature ( Ikeda et al., 1995 ). Frantz and Welbaum (1998) used hydroponic float beds for growing several horticultural crops in the greenhouse

.7.1403 Raviv, M. Lieth, J.H. 2008 Soilless culture: Theory and practice Elsevier San Diego, CA Sambo, P. Sannazzaro, F. Evans, M.R. 2008 Physical properties of ground fresh rice hulls and sphagnum peat used for greenhouse root substrates HortTechnology 18 384

fertilizer concentration: II. Optimal fertilizer solution concentration for species differing in light requirement and growth rate HortScience 39 1293 1297 Putra, P.A. Yuliando, H. 2015 Soilless culture system to support water use efficiency and product

.H. 2008 Soilless culture: Theory and practice Elsevier Maryland Heights, MO Sun Gro 2010 Professional growing products catalog Bellevue, WA 2 Oct. 2010 < http://sungro.com/2009_Catalog.pdf >. Apr. 2010. Wallach, R. 2008 Physical characteristics of soilless

-prensa, Madrid, Spain Alt, D. 1980 Changes in the composition of the nutrient solution during plant growth a factor in soilless culture Intl. Soc. for Soilless Cult 97 109 Bar-Tal, A. Alón, B. Karni, L. Rosenberg, R. 2001 Nitrogen nutrition of greenhouse pepper

Anthurium soilless culture in actual production is between 5.5 and 6.5. Considering the adsorption effect of 375 mg and a 6.0 pH value of oyster shell fragments, pH = 5.9 was selected for the following experiments. Effects of temperature and light intensity

of “peat-lite” mixes containing peatmoss, vermiculite and/or perlite ( Boodley and Sheldrake, 1977 ). Peat-based substrates are common in soilless culture; however, peat substitutes have also been evaluated due to concerns with the availability and

as a major cut flower in many countries ( Anderson, 2007 ), its greenhouse production, especially using soilless culture systems, is more feasible. Several factors, particularly plant nutrition, may be involved in successful production of this flower