利用Heber土壤质量指数对甘蔗和水稻高产土壤进行理化分析

A. Rajendran, M. Shanmuganathan
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引用次数: 1

摘要

土壤质量在可持续土地利用系统评价中起着重要作用。对土壤质量的评估总是有助于农民以正确的比例向土壤施用正确的肥料。这肯定会帮助他们以最小的支出获得最大的收益。不仅如此,他们还可以保护环境。在不同尺度上寻找土壤质量指标的评估工具,以显示土壤作为可持续土地管理基础所提供的多种功能。近年来发展起来的Heber土壤质量指数(HSQI)被广泛用于各类土壤的识别和区分。本次调查选取了Thiruvarur地区(9.28°N, 79.3°E)至少15个水稻和甘蔗田的土壤样本,并根据Heber土壤质量指数(HSQI)将土壤样本分为水稻和甘蔗种植优、优、劣3个等级。所有样品的HSQI值在73.34 ~ 81.04之间,表明所研究的土壤质量适合种植水稻和甘蔗。该指标是一种省时、经济的土壤肥力评价方法,可用于水稻和甘蔗的有效栽培。基于HSQI的土壤质量评价旨在更好地了解土壤资源,采取措施,改善土壤系统质量,以提高任何作物的一般产量,特别是水稻和甘蔗的生产过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Physico-chemical analysis of soils for the better yield of sugarcane and rice using Heber soil quality index
ABSTRACT Soil quality plays an important role in the assessment of sustainable land-use systems. Assessment of soil quality will always help farmers to apply correct fertilisers in correct proportions to their soil. This will definitely help them achieve maximum yield with minimum expenditure. Not only that, they can conserve their environment. Assessment tools for indexing soil quality at various scales were pursued to show the multiple functions that soils provide as the foundation for sustainable land management. Newly developed soil quality index called Heber soil quality index (HSQI) is widely used to identify and differentiate the various types of soils. In the current investigation, the soil samples were taken in the rice and sugarcane fields from, at least fifteen places of the Thiruvarur district (9.28° N, 79.3 °E) and were categorised as excellent, good or bad for cultivation of the rice and sugarcane on the basis values of Heber soil quality index (HSQI). The HSQI values of all samples ranged from 73.34 to 81.04, which reveals that the quality of soils studied in this investigation is good for the cultivation of rice and sugarcane. The index was found to be time saving and cost effective method of assessing the fertile nature of the soil for the effective cultivation of rice and sugarcane. Soil quality assessment in the light of HSQI is intended to provide a better understanding of the soil resources measures to be taken, to improve the quality of soil system for the better yield of any crop in general and rice and sugarcane in particular processes.
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