Evaluation of Lac Factory Waste on Flower Production

A. Singh, S. Ghosal, Monobrullah
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引用次数: 2

Abstract

Two separate experiments were conducted to evaluate the suitability and effectiveness of lac mud on flower production of rose and Chrysanthemum flowers under pot culture. Lac mud is produced during primary processing of lac to a tune of about 2.5 to 4.5% on dry and wet weight basis, respectively, of the raw material processed. Lac mud was grinded in fine particles and treated with lime (@ 25 g per kg of lac mud) followed by enriching with each of N, P and K as per treatments, and azotobacter and PSB each @ 25 g/kg of lac mud. Experimental results revealed that lac mud enriched with 0.2% N + 0.2% P2O5 + 0.2% K2O produced the highest number and weight of chrysanthemum and rose flowers which was significantly superior to all other treatments, except lac mud enriched with 0.2% N + 0.2% K2O for number and weight of rose flowers. The increase in number and weight of flowers with application of lac mud enriched with 0.2% N + 0.2% P2O5 + 0.2% K2O was 47.4 and 38.5 per cent in chrysanthemum and 25.5 and 31.7 per cent in rose over conventional method of manuring (application of vermicompost), respectively. Thus, application of lac mud for manuring in floriculture may give another diversified dimension to lac processing factories along with saving of inorganic fertilizers and improvement in soil fertility status.
紫胶工厂废弃物对花卉生产的影响评价
通过盆栽试验,评价了紫胶泥对玫瑰和菊花开花的适宜性和有效性。紫胶泥是在紫胶初级加工过程中生产的,按所加工原料的干重和湿重分别计算,其含量约为2.5至4.5%。将紫胶泥磨成细颗粒,用石灰(每公斤紫胶泥25克)处理,然后按处理方式分别添加N、P和K,并分别添加固氮菌和PSB(每公斤紫胶泥25克)。结果表明,除玫瑰花的数量和重量在0.2% N + 0.2% P2O5 + 0.2% K2O的紫胶泥处理外,富0.2% N + 0.2% K2O紫胶泥处理的菊花和玫瑰花的数量和重量最高,且显著优于其他处理。施用富含0.2% N + 0.2% P2O5 + 0.2% K2O的紫胶泥,与常规施肥(施用蚯蚓堆肥)相比,菊花的花数和花重分别增加47.4%和38.5%,月季的花重增加25.5%和31.7%。因此,在节省无机肥料和改善土壤肥力状况的同时,应用紫胶泥进行养花施肥可以为紫胶加工厂提供另一个多元化的维度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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