Citas bibligráficas
Gonzales, Y., (2022). Efecto de vermicompost elaborado con harina de huesos y cabello humano en el establecimiento de grass japonés en suelo salino [Tesis, Universidad Privada del Norte]. https://hdl.handle.net/11537/30689
Gonzales, Y., Efecto de vermicompost elaborado con harina de huesos y cabello humano en el establecimiento de grass japonés en suelo salino [Tesis]. PE: Universidad Privada del Norte; 2022. https://hdl.handle.net/11537/30689
@misc{renati/519182,
title = "Efecto de vermicompost elaborado con harina de huesos y cabello humano en el establecimiento de grass japonés en suelo salino",
author = "Gonzales Wong, Yasmin del Rosario",
publisher = "Universidad Privada del Norte",
year = "2022"
}
Peru has 128.5 million agricultural and green hectares, 5.91% being covered. By accumulation of land sales. This research seeks to reduce salinity through the application of Improved Vermicompost (VCM) made with: Bone meal and human hair, comparing its effectiveness with Conventional Vermicompost (VC). The treatments were: T0 (100% saline soil), T1 (3% VC-97% saline soil), T2 (2.2% VC-97.8% saline soil), T3 (1.5% VC-98, 5% saline soil), T4 (3% VCM-97% saline soil), T5 (2.2% VCM-97.8% saline soil), T6 (1.5% VCM-98.5% saline soil) and T7 (1.4% SO4Ca-98.6% saline soil). Each treatment had 5 repetitions. They were evaluated (pH, EC and STD) every 10 days for a month and in Japanese grass (color, density and resilience) they were evaluated every week for a month. It is contained with 40 pots. The sample was 2500 m2 of saline soil from Puerto Viejo, with an initial EC of 6.11 dS/m (moderately saline). It was concluded that the optimal dose and most effective treatment was T4 (3%VCM-97% saline soil) with an initial CE of 3.07 dS/m (slightly saline) and a final CE of 1.37 dS/m (not saline). salinity in 47.56%, being reflected in the Japanese grass, with the best level of vegetation cover (50-75%). The treatment with the lowest yield was T0 with an initial CE of 6.11 dS/m and a final CE of 5.45 dS/m (moderately saline), reducing salinity by 10.80%, and with poor performance (density <25%). The results show that VCM had better performance in the growth of Japanese grass.
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