巴基斯坦阿托克地区土壤微量元素指数:营养缺乏补充指南

M. Yunas, Sarfraz Ahmed, T. Majeed, B. Ahmad, Obaid ur Rehman, Majid Rahim, Sultan Ahmed Rizvi, S. Afzal, R. Bibi, S. Malik
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摘要

Attock地区的农业用地位于巴基斯坦旁遮普邦的Pothwar地区,该地区大部分是雨养的(barani),该地区的农业依赖于降雨,而降雨不稳定且稀少。因此,土壤健康对作物生长至关重要,而微量元素的施用在该地区可以忽略不计。在2016年至2018年期间,从攻击区收集了15,337个土壤样本,以确定土壤的微量元素状况。采用DTPA萃取法对土壤样品进行锌(Zn)、铜(Cu)、铁(Fe)和锰(Mn)分析,稀HCl法对土壤样品进行硼(B)分析。结果表明,土壤样品中植物有效锌的营养指标值为1.84,处于边缘范畴,30.7%的土壤样品处于低范畴,54.1%处于边缘范畴,15.2%处于充足范畴。植物速效铜养分指标值为2.18,16.9%土壤样品处于低水平,47.9%土壤样品处于边缘,35.2%土壤样品处于充足水平。植物速效铁营养指数值为1.46(低),其中76.8%的土壤样品低,23.2%的土壤样品充足。植物速效锰营养指数值为1.11(极低),其中89.3%的土壤样品低,9.9%的土壤样品处于边缘,仅0.8%的土壤样品充足。植物速效B的养分指数值也处于非常低的水平(1.25),74.2%的土壤样品处于低水平,25.8%的土壤样品处于边缘。结果表明,阿托克地区大部分土壤存在微量元素耗竭和低浓度的问题,因此应采用平衡施肥以提高作物产量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Micronutrient Indexing of Soils Located in Attock District of Pakistan: A Guide to Replenish the Nutrient Deficiency
The agricultural land of Attock district falls in Pothwar area of the Punjab Pakistan which is mostly rainfed (barani) and agriculture in the area depends on rainfall which is erratic and scanty. Therefore, soil health becomes more crucial for crop growth while application of micronutrients is negligible in this area. During the years from 2016 to2018, 15,337 soil samples were collected from the district Attack to determine micronutrient status of the soil. These soil samples were analyzed for Zinc (Zn), copper (Cu), Iron (Fe) and Manganse (Mn) using DTPA extraction method while dilute HCl method for Boron (B). The results indicated that nutrient index value of plant available Zn was in the marginal category (1.84) with 30.7% soil samples falling in low, 54.1% in marginal and 15.2% in adequate category. Nutrient index value of plant available Cu was in the adequate category (2.18) with 16.9 % soil samples in low, 47.9% in marginal and 35.2% in adequate category. Nutrient index value of plant available Fe was 1.46 (low) where 76.8% soil samples were found to be low and 23.2% adequate. Nutrient index value of plant available Mn was 1.11 (very low) where 89.3% soil samples were low, 9.9% marginal and only 0.8% adequate. Nutrient index value of plant available B was also in very low category (1.25) with 74.2% soil samples low and 25.8% marginal. The results indicated depletion and low concentration of micronutrient in most soil of Attock district which ultimately urges the use of balanced fertilizer for higher crop yield.
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