Articles
USE OF BEEKEEPING RESIDUES FOR TOMATO SEEDLING PRODUCTION
Article number
898_22
Pages
185 – 188
Language
English
Abstract
An organic beekeeping waste called slumgum appears in the beeswax-rendering process from old scraped honeycombs, which are eliminated every three or four years.
The main objective of the present work was to study different strategies for the utilization of slumgum for tomato seedling production and to verify their fertilizing potential.
Assays on tomato seedling production were carried out under greenhouse conditions and different slumgum treatments were performed: granules slumgum-gypsum (SG) and minced slumgum (MS) in different proportions (w/w) mixed with a commercial peat: 10% SG, 5% SG, 10% MS and 5% MS. Two commer¬cial fertilizers were employed as controls: -organic fertilizer- Guano (G) and -mineral fertilizer- Fertilent® (F). A fertilizer-free peat (FFP) treatment was also carried out as control.
The parameters recorded were: plant emergence percentage, number of leaves in two different growth stages [20 days after sowing (I) and at the end of the assays (II)], stem width, seedling height, third leaf area, chlorophyll level of leaves (SPAD-502, MINOLTA)and root and shoot dry weight.
In general, addition of minced slumgum (5% with peat) gave the best results for tomato seedling parameters.
Granules slumgum-gypsum (5% with peat) treatment also presented similar results to those obtained with commercial fertilizer controls.
However our results suggested that adding 10% slumgum have not so positive influence as commercial fertilizers on tomato growth.
The main objective of the present work was to study different strategies for the utilization of slumgum for tomato seedling production and to verify their fertilizing potential.
Assays on tomato seedling production were carried out under greenhouse conditions and different slumgum treatments were performed: granules slumgum-gypsum (SG) and minced slumgum (MS) in different proportions (w/w) mixed with a commercial peat: 10% SG, 5% SG, 10% MS and 5% MS. Two commer¬cial fertilizers were employed as controls: -organic fertilizer- Guano (G) and -mineral fertilizer- Fertilent® (F). A fertilizer-free peat (FFP) treatment was also carried out as control.
The parameters recorded were: plant emergence percentage, number of leaves in two different growth stages [20 days after sowing (I) and at the end of the assays (II)], stem width, seedling height, third leaf area, chlorophyll level of leaves (SPAD-502, MINOLTA)and root and shoot dry weight.
In general, addition of minced slumgum (5% with peat) gave the best results for tomato seedling parameters.
Granules slumgum-gypsum (5% with peat) treatment also presented similar results to those obtained with commercial fertilizer controls.
However our results suggested that adding 10% slumgum have not so positive influence as commercial fertilizers on tomato growth.
Publication
Authors
R. Morales-Corts, M.A. Gómez-Sánchez, R. Pérez-Sánchez
Keywords
slumgum, organic fertilizer, dry weight, Lycopersicon esculentum
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