Effect of organic farming practices on soil properties and beneficial soil micro-organism.

R. F. Channagouda, H. Babalad, S. B. Salimath
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引用次数: 2

Abstract

The field experiment was carried out at MARS, Dharwad during Kharif 2010-11 and 2011-12 to study the effect of organic farming practices on soil properties and beneficial soil micro-organism among the organic manurial treatments, application of EC (1/3) + VC (1/3) + gliricidia GLM (1/3) equivalent to RDF recorded significantly higher uptake of N, P 2 O 5 and K 2 O (72.53, 14.26 and 77.3 kg ha -1 , respectively) over EC (1/3) + VC (1/3) + GLM (1/3) equivalent to RDN. Among the organic treatment combinations, application of EC (1/3) + VC (1/3) + gliricidia GLM (1/3) equivalent to RDF with foliar spray of Panchagavya @ 5 per cent recorded significantly higher uptake of N, P 2 O 5 and K 2 O (73.80, 15.16 and 78.4 kg ha -1 , respectively) over other organic combinations and was at par with (1/3) + VC (1/3) + GLM (1/3) equivalent to RDF with borax @ 0.2 per cent + MgSO 4 @ 1 per cent and RDF + FYM. Among the nutrient management practices, integrated application of EC (1/3) + VC (1/3) + gliricidia GLM (1/3) equivalent to RDF recorded significantly higher available soil N, P 2 O 5 and K 2 O (282.5, 28.8, 328.3 kg ha -1 , respectively) over FYM @ 5 t ha -1 ). + RDF. Combined application of EC (1/3) + VC (1/3) + GLM (1/3) equivalent to RDF and EC (1/3) + VC (1/3) + GLM (1/3) equivalent to RDN recorded significantly higher organic carbon (5.6 and 5.5 g kg -1 ). respectively) over FYM @ 5 t ha -1 + RDF (5.2 g kg -1 ). Integrated application of EC (1/3) + VC (1/3) + gliricidia GLM (1/3) equivalent to RDF recorded significantly higher bacteria, fungal, actinomycetes, phosphorus solubilising bacteria, N 2 -fixers, enzymes mainly phosphatase and dehydrogenase activity and soil respiration rate (73.19 cfu × 10 6 / g of soil, 26.84 cfu × 10 3 / g of soil, 39.65 cfu × 10 2 / g of soil, 26.15 cfu × 10 3 / g of soil, 29.52 cfu × 10 3 / g of soil, 25.01μ pnp/g of soil/hr, 11.99 μ TPF/g of soil/day and 9.51 mg of C or CO 2 /hr/100 g of soil, respectively) at 60 DAS as compared to application of FYM @ 5 t ha -1 + RDF. Among the different treatment combinations, application of EC (1/3) + VC (1/3) + gliricidia GLM (1/3) equivalent to RDF with foliar spray of Panchagavya @ 5 per cent recorded significantly higher bacteria, fungi, actinomycetes, N 2 -fixers and P-solubilizer, phosphatase and dehydrogenase enzyme activity and soil respiration rate over RDF + FYM.
有机耕作方式对土壤性质和有益土壤微生物的影响。
进行了现场试验在火星,Dharwad雨季期间2010 - 11和2011 - 12来研究有机农业实践的影响对土壤性质和土壤有益微生物有机肥料的治疗中,应用EC (1/3) + VC (1/3) + gliricidia GLM(1/3)相当于RDF吸收明显高于N, P 2 O 5 K 2 O(分别为72.53、14.26和77.3公斤公顷1)/ EC (1/3) + VC的漠视(1/3)+(1/3)相当于RDN。有机处理组合中,应用EC (1/3) + VC (1/3) + gliricidia GLM(1/3)相当于RDF叶面喷雾Panchagavya @ 5%吸收明显高于N, P 2 O 5 K 2 O(分别为73.80、15.16和78.4公斤公顷1)在其他有机组合,并与漠视(1/3)+ VC(1/3) +(1/3)相当于RDF硼砂+ MgSO 4 @ @ 0.2%和RDF +施厩肥1%。在养分管理措施中,EC (1/3) + VC (1/3) + GLM(1/3)(相当于RDF)综合施用比FYM (5 t ha -1)显著提高了土壤速效N、p2o和k2o(分别为282.5、28.8和328.3 kg kg ha -1)。+ RDF。与RDF相当的EC (1/3) + VC (1/3) + GLM(1/3)和与RDN相当的EC (1/3) + VC (1/3) + GLM(1/3)联合施用显著提高了有机碳(5.6和5.5 g kg -1)。分别)超过FYM @ 5 t -1 + RDF (5.2 g kg -1)。综合应用EC (1/3) + VC (1/3) + gliricidia GLM(1/3)相当于RDF记录显著高于细菌、真菌、放线菌、磷溶解细菌,N 2调停者,酶主要磷酸酶和脱氢酶活性和土壤呼吸率(cfu 73.19×10 6 / g的土壤,cfu 26.84×10 3 / g的土壤,cfu 39.65×10 2 / g的土壤,cfu 26.15×10 3 / g的土壤,cfu 29.52×10 3 / g的土壤,25.01μpnp型土壤/ g /人力资源,在60 DAS条件下,与施用FYM @ 5和-1 + RDF相比,分别为11.99 μ TPF/g土壤/天和9.51 mg C或CO 2 /小时/100 g土壤)。在不同的处理组合中,施用EC (1/3) + VC (1/3) + gliriicidia GLM(1/3)相当于RDF,叶面喷施Panchagavya @ 5%,其细菌、真菌、放线菌、n2固定物和p增溶剂、磷酸酶和脱氢酶活性和土壤呼吸速率显著高于RDF + FYM。
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