Composted Agave Bagasse for Growing Strawberries and Tomatoes
Abstract
Here we conducted studies to evaluate the possibility of growing strawberries and tomatoes on a composted agave bagasse substrate. We tested the Albión and Camino Real strawberry varieties in a hydroponic closed PVC gutters system, with nutrient solution recirculation and pH control. Compared to commercial substrate, the composted agave bagasse substrate resulted in lower productivity in terms of fruits/plant, but was 75% cheaper. Tomatoes were grown using a hydroponic system for 5 months and 10 days. Compared with national coconut coir and a compressed imported coconut substrate called “cocopeat”, growth using composted agave bagasse did not lead to asignificant difference (p ˃ 0.5) in the quantity of total tomatoes or of quality tomatoes in terms of mean values (g/pot) obtained from 42 cuts in 10 pots per treatment. The present results support the use ofcomposted agave bagasse to replace coconut coir and/or “cocopeat”, which is an expensive imported substrate.
Full Text: PDF DOI: 10.15640/jaes.v9n2a9
Abstract
Here we conducted studies to evaluate the possibility of growing strawberries and tomatoes on a composted agave bagasse substrate. We tested the Albión and Camino Real strawberry varieties in a hydroponic closed PVC gutters system, with nutrient solution recirculation and pH control. Compared to commercial substrate, the composted agave bagasse substrate resulted in lower productivity in terms of fruits/plant, but was 75% cheaper. Tomatoes were grown using a hydroponic system for 5 months and 10 days. Compared with national coconut coir and a compressed imported coconut substrate called “cocopeat”, growth using composted agave bagasse did not lead to asignificant difference (p ˃ 0.5) in the quantity of total tomatoes or of quality tomatoes in terms of mean values (g/pot) obtained from 42 cuts in 10 pots per treatment. The present results support the use ofcomposted agave bagasse to replace coconut coir and/or “cocopeat”, which is an expensive imported substrate.
Full Text: PDF DOI: 10.15640/jaes.v9n2a9
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