Chemical properties of the soil and development of the coriander treated with biofertilizer and moringa cover
DOI:
https://doi.org/10.6008/CBPC2179-6858.2021.001.0001Keywords:
Coriandrum sativum, Organic fertilization, Soil conservationAbstract
Coriander stands out as an income-generating crop for family and organic farming. Through the techniques of vegetation cover and supply of nutrients with biofertilizer, it is possible to improve soil fertility, promote the good development of coriander plants, and improve farmers' income. Thus, the objective was to evaluate the chemical properties of the soil and the development of coriander under application of biofertilizer and moringa coverage. Five biofertilizer sacrifices associated with the presence and absence of moringa vegetation cover were studied in a completely randomized design. Fresh and dry shoot weight, height, number of pressures and chlorophyll content of coriander plants and chemical properties for soil fertility purposes were measured (hydrogen potential, phosphor, potassium, sodium, calcium, magnesium, aluminum, potential acidity, electric conductivity and soil matter organic). Analysis of variance and regression analysis were performed. The application of the biofertilizer and the presence of moringa cover in the soil lead all the agronomic characteristics of coriander development in isolation, but there was no interaction between the variation variations. It is observed that the fresh weight shoot and dry weight shoot of the crop responded linearly to the increasing concentrations of biofertilizer, with 15% being the treatment with the highest weight production that reached mean values of 1.7 and 0.23 g planta 1, respectively. In soil, the gradual increase in biofertilizer influenced hydrogen potential, such as K+, Na+ and EC practices with increasing linear responses and P, Al+3, potential acidity and SOM with decreasing polynomial tendencies and do not lead as calcium rules and magnesium. In the evaluation of plants and applied soil properties, the best results were chosen under the application of 15% biofertilizer and when in soils covered by moringa.
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