Productivity of Cotton in Association with Food Crops in Soil without Nutritional Assistances
Intercropped systems have agro-ecological and socioeconomic advantages over monocultures. Cotton is used in systems associated with food crops as an option to increase sustainability in family farming. The objective of this research was to evaluate the productivity of cotton in association with food crops, without using any nutritional assistance in the soil. This study was conducted on the rainy season of 2020 in Manabí-Ecuador. Six treatments were performed: four treatments related with the association of cotton with peanut, cowpea bean, field corn, and sweet corn; and two treatments with cotton monoculture (with and without soil fertilization). Agronomic, productive, and phytosanitary variables were evaluated in 60 m2 experimental plots. A randomized complete block design with four replications was used. The results determined that cotton yield in the association with peanut was significantly equal to the monoculture with and without fertilization. In the intercropped food crops, there was a reduction in production in relation to the monocultures. However, it was the peanut in association with cotton with the lowest reduction, in addition to presenting the best Land Equivalence Ratio (1.71) and the best Marginal Rate of Return (120.56%), which suggests that this association is a viable alternative and easy to adopt by the small cotton producer.
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2023-05-01
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dig-iniap-41000-60282024-01-10T19:02:15Z Productivity of Cotton in Association with Food Crops in Soil without Nutritional Assistances Journal of Ecological Engineering, 24(6), 75-85 Montero Cedeño, Silvia Lorena Cañarte Bermúdez, Ernesto Navarrete Cedeño, José Bernardo COMPETENCE GOSSYPIUM LAND EQUIVALENT RATIO Intercropped systems have agro-ecological and socioeconomic advantages over monocultures. Cotton is used in systems associated with food crops as an option to increase sustainability in family farming. The objective of this research was to evaluate the productivity of cotton in association with food crops, without using any nutritional assistance in the soil. This study was conducted on the rainy season of 2020 in Manabí-Ecuador. Six treatments were performed: four treatments related with the association of cotton with peanut, cowpea bean, field corn, and sweet corn; and two treatments with cotton monoculture (with and without soil fertilization). Agronomic, productive, and phytosanitary variables were evaluated in 60 m2 experimental plots. A randomized complete block design with four replications was used. The results determined that cotton yield in the association with peanut was significantly equal to the monoculture with and without fertilization. In the intercropped food crops, there was a reduction in production in relation to the monocultures. However, it was the peanut in association with cotton with the lowest reduction, in addition to presenting the best Land Equivalence Ratio (1.71) and the best Marginal Rate of Return (120.56%), which suggests that this association is a viable alternative and easy to adopt by the small cotton producer. Intercropped systems have agro-ecological and socioeconomic advantages over monocultures. Cotton is used in systems associated with food crops as an option to increase sustainability in family farming. The objective of this research was to evaluate the productivity of cotton in association with food crops, without using any nutritional as sistance in the soil. This study was conducted on the rainy season of 2020 in Manabí-Ecuador. Six treatments were performed: four treatments related with the association of cotton with peanut, cowpea bean, field corn, and sweet corn; and two treatments with cotton monoculture (with and without soil fertilization). Agronomic, productive, and phytosanitary variables were evaluated in 60 m2 experimental plots. A randomized complete block design with four replications was used. The results determined that cotton yield in the association with peanut was significantly equal to the monoculture with and without fertilization. In the intercropped food crops, there was a reduction in produc tion in relation to the monocultures. However, it was the peanut in association with cotton with the lowest reduction, in addition to presenting the best Land Equivalence Ratio (1.71) and the best Marginal Rate of Return 120.56%), which suggests that this association is a viable alternative and easy to adopt by the small cotton producer. 2023-06-29T20:37:36Z 2023-06-29T20:37:36Z 2023-05-01 Artículo 2299–8993 http://repositorio.iniap.gob.ec/handle/41000/6028 en p. 75-85 application/pdf E. E. Portoviejo |
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COMPETENCE GOSSYPIUM LAND EQUIVALENT RATIO COMPETENCE GOSSYPIUM LAND EQUIVALENT RATIO |
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COMPETENCE GOSSYPIUM LAND EQUIVALENT RATIO COMPETENCE GOSSYPIUM LAND EQUIVALENT RATIO Montero Cedeño, Silvia Lorena Cañarte Bermúdez, Ernesto Navarrete Cedeño, José Bernardo Productivity of Cotton in Association with Food Crops in Soil without Nutritional Assistances |
description |
Intercropped systems have agro-ecological and socioeconomic advantages over monocultures. Cotton is used in
systems associated with food crops as an option to increase sustainability in family farming. The objective of this
research was to evaluate the productivity of cotton in association with food crops, without using any nutritional assistance in the soil. This study was conducted on the rainy season of 2020 in Manabí-Ecuador. Six treatments were
performed: four treatments related with the association of cotton with peanut, cowpea bean, field corn, and sweet
corn; and two treatments with cotton monoculture (with and without soil fertilization). Agronomic, productive, and
phytosanitary variables were evaluated in 60 m2
experimental plots. A randomized complete block design with four
replications was used. The results determined that cotton yield in the association with peanut was significantly equal
to the monoculture with and without fertilization. In the intercropped food crops, there was a reduction in production in relation to the monocultures. However, it was the peanut in association with cotton with the lowest reduction,
in addition to presenting the best Land Equivalence Ratio (1.71) and the best Marginal Rate of Return (120.56%),
which suggests that this association is a viable alternative and easy to adopt by the small cotton producer. |
format |
Artículo |
topic_facet |
COMPETENCE GOSSYPIUM LAND EQUIVALENT RATIO |
author |
Montero Cedeño, Silvia Lorena Cañarte Bermúdez, Ernesto Navarrete Cedeño, José Bernardo |
author_facet |
Montero Cedeño, Silvia Lorena Cañarte Bermúdez, Ernesto Navarrete Cedeño, José Bernardo |
author_sort |
Montero Cedeño, Silvia Lorena |
title |
Productivity of Cotton in Association with Food Crops in Soil without Nutritional Assistances |
title_short |
Productivity of Cotton in Association with Food Crops in Soil without Nutritional Assistances |
title_full |
Productivity of Cotton in Association with Food Crops in Soil without Nutritional Assistances |
title_fullStr |
Productivity of Cotton in Association with Food Crops in Soil without Nutritional Assistances |
title_full_unstemmed |
Productivity of Cotton in Association with Food Crops in Soil without Nutritional Assistances |
title_sort |
productivity of cotton in association with food crops in soil without nutritional assistances |
publishDate |
2023-05-01 |
url |
http://repositorio.iniap.gob.ec/handle/41000/6028 |
work_keys_str_mv |
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