Efectos del biol (efluente industrial modificado) sobre el rendimiento del cultivo vainita (Phaseolus vulgaris L.)
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Rev. Inv. Cs. Agro. y Vet.
Abstract
Los datos económicos correspondientes al 2022 indican un agravamiento de la situación a consecuencia de diversos factores: por un lado, la COVID-19 que aún está presente y por otro lado se tiene el problema la guerra entre Rusia y Ucrania, ocasionándose el incremento de los costos de energía y la pérdida de suministro de fertilizantes han hecho que los precios de los fertilizantes se incrementen a una mayor velocidad que el de los alimentos. Ante esta situación adversa de la realidad para el abastecimiento de los agroquímicos, es necesario plantear alternativas de solución para afrontar la crisis alimentaria con enfoque sostenible y viable. El objetivo es determinar la dosis adecuada de biol para obtener mayor rendimiento de vainita Para mostrar las propiedades fertilizantes de esta mezcla obtenida se le utilizó como fertilizante foliar aplicado al cultivo vainita, para ello se realizó la experimentación en campo de cultivo, se hizo la instalación utilizando el Diseño de Bloques Completamente Aleatorio, con cinco tratamientos, que fueron T1, T2, T3, T4 y T5 con dosis de fertilizante 0, 2, 3, 4, 5 L/200 L, respectivamente aplicados al cultivo experimentado.
The economic data for 2022 indicate a worsening of the situation as a result of several factors: on the one hand, the COVID-19 is still present and on the other hand there is the problem of the war between Russia and Ukraine, causing the increase in energy costs and the loss of fertilizer supply have caused fertilizer prices to increase at a faster rate than food prices. Faced with this adverse situation of reality for the supply of agrochemicals, it is necessary to propose alternative solutions to address the food crisis with a sustainable and viable approach. The objective is to determine the adequate dose of biol to obtain higher yields of vanita To show the fertilizing properties of this mixture obtained, it was used as foliar fertilizer applied to the vanita crop, for this purpose the experimentation was carried out in the crop field, the installation was done using the Completely Randomized Block Design, with five treatments, which were T1, T2, T3, T4 and T5 with doses of fertilizer 0, 2, 3, 3, 4, 5 L/200 L, respectively applied to the experimented crop.
The economic data for 2022 indicate a worsening of the situation as a result of several factors: on the one hand, the COVID-19 is still present and on the other hand there is the problem of the war between Russia and Ukraine, causing the increase in energy costs and the loss of fertilizer supply have caused fertilizer prices to increase at a faster rate than food prices. Faced with this adverse situation of reality for the supply of agrochemicals, it is necessary to propose alternative solutions to address the food crisis with a sustainable and viable approach. The objective is to determine the adequate dose of biol to obtain higher yields of vanita To show the fertilizing properties of this mixture obtained, it was used as foliar fertilizer applied to the vanita crop, for this purpose the experimentation was carried out in the crop field, the installation was done using the Completely Randomized Block Design, with five treatments, which were T1, T2, T3, T4 and T5 with doses of fertilizer 0, 2, 3, 3, 4, 5 L/200 L, respectively applied to the experimented crop.
Description
Vol. 7, No. 19