马伊纳古里 Bhotepatty 的马铃薯田转变为小型茶园:通过调查和土壤分析了解农业转移的后果

Dipankar Das, Soumya Majumder, S. Sarkar, A. Ghosh, Sudeshna Nandi, Preeti Subba, S. Saha, S. Acharyya, Baishakhi Ghosh, Sourav Chakraborty, M. Bhattacharya
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摘要

摘要 在过去几年中,印度的茶叶产业开始受到各种弊端的影响,即生产率低下和投入成本上升(即整个北孟加拉邦茶园的茶树树龄不经济),导致产业衰退和小型茶叶种植者的急剧扩张。因此,北孟加拉邦小型茶园的大规模扩张促使本研究探讨这种扩张概念的目的和结果。在本研究中,梅纳古里(Jalpaiguri 区)的博特帕蒂被视为研究对象,因为该地区的农业用地大量转变为众多小型茶园。研究的重点是农业从马铃薯田向小茶园的转变。最初,采用了一种包括初步调查工作和土壤理化特征分析在内的累积方法来评估这种农业转变的适当性。调查显示,缺乏适当的土地整理、种植前的土地复垦、健全的土壤养分管理和转移后的土壤检测计划(造成茶叶土壤中钾和磷等主要养分的消耗,可以通过适当和及时的培肥措施解决)。与印度茶叶委员会建议的最佳值相比,表层土壤中的硫和有机质、有机碳以及可利用氮的含量都很高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Conversion of Potato Fields into Small Tea Plantations at Bhotepatty, Mainaguri: Consequences of This Shifting Agriculture Through Survey and Soil Analysis
Summary Over the past years, the tea industry in India has started to suffer from various drawbacks, i.e. issues regarding low productivity and rising input costs (namely the uneconomic age profile of tea bushes across the tea estates of North Bengal), leading to a decline in the industry and dramatic expansion of small tea growers. Accordingly, the vast expansion of small tea plantations in North Bengal prompted this study to examine the purpose and outcome of such an expansion concept. In the present study, Bhotepatty, Maynaguri (the Jalpaiguri district), was considered due to an immense conversion of agricultural land into numerous small tea plantations in the region. The study focuses on the agricultural shift from potato fields to small tea gardens. Initially, a cumulative approach encompassing the preliminary survey work and analysis of soil physicochemical characteristics was adopted to assess the adequacy of this agricultural shift. The survey conducted revealed the lack of proper land preparation, land rehabilitation before planting, sound soil nutrient management, and soil testing programs after shifting (responsible for the depletion of major nutrients such as potassium and phosphorus in the tea soil, which can be resolved with proper and timely manuring practices). Sulphur and the organic matter, organic carbon and available nitrogen of the top soil were detected in huge amounts compared to the optimum values suggested by the Tea Board of India.
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