In order to investigate the possibility of using composted agro-industrial and municipal wastes in the production of an ornamental succulent plant, this research was carried out in a heated glasshouse, replacing the peat in the growing medium at 30, 50 or 70%. Rooted apical cuttings of Euphorbia x lomi Rauh hybrid were grown in media containing olive mill (OWC) and green wastes compost (GWC), peat and draining materials in different percentage. A medium of peat:draining material 7:3 (v/v) was established as control. Chemical and physical properties of growing media were analyzed; plant vegetative growth, root growth and flowering were determined at the end of the 1st phase of pot cultivation (after 140 days after transplanting) and at the end of the 2nd one (280 days). The obtained results showed that Euphorbia x lomi growth was not adversely affected by rates of GWC up to 50% indicating the potential for using GWC as a growing medium component, and also that OWC can replace up to 30% of the peat: the quality of plant produced in this medium was often as good as that of the control one.
Greenhouse growth of Euphorbia x Lomi Rauh in peat-reduced and peat-free substrates prepared with different composted wastes
DE LUCIA, Barbara;
2008-01-01
Abstract
In order to investigate the possibility of using composted agro-industrial and municipal wastes in the production of an ornamental succulent plant, this research was carried out in a heated glasshouse, replacing the peat in the growing medium at 30, 50 or 70%. Rooted apical cuttings of Euphorbia x lomi Rauh hybrid were grown in media containing olive mill (OWC) and green wastes compost (GWC), peat and draining materials in different percentage. A medium of peat:draining material 7:3 (v/v) was established as control. Chemical and physical properties of growing media were analyzed; plant vegetative growth, root growth and flowering were determined at the end of the 1st phase of pot cultivation (after 140 days after transplanting) and at the end of the 2nd one (280 days). The obtained results showed that Euphorbia x lomi growth was not adversely affected by rates of GWC up to 50% indicating the potential for using GWC as a growing medium component, and also that OWC can replace up to 30% of the peat: the quality of plant produced in this medium was often as good as that of the control one.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
