G. Tagore, Y. Sharma, R. Sharma, G. D. Bairagi, A. Dwivedi, P. S. Kulhare, S. S. Porte, M. Vishwakarma
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引用次数: 0
摘要
在目前的研究中,基于GPS的531个土壤样本被收集,并在贾巴尔普尔贾瓦哈拉尔·尼赫鲁·克里什·维什瓦·维迪亚拉亚土壤科学和农业化学系实验室进行了分析。对所得数据进行统计学解释。结果表明,土壤反应呈中性至微碱性,电导率安全,有机碳含量高、低、中、低,非钙化性质在博帕尔、贾巴普尔维迪沙和Hoshnagabd等地均为高、低、中、低。结果表明,N、P、K、S为低l、中m、高h,为(M-L-H-M);(L-M-H-M);(L-M-H-M);(L-M-M-M);和(L-H-M-M)分别在Bhopal、Jabalpur Vidisha和Hoshnagabad域。然而,在整个AESR10.1中,发现有机碳含量为中等,大量营养元素含量为L-M-M-M - m,其严重程度为N b> S b> P b> k,这些结果可以作为现场特定施肥的依据,以满足植物生长的最佳需求。
Status and distribution of soil fertility under different domains of central India
In present study GPS based 531 soils samples were collected, analysed in the lab of Department of Soil Science and Agricultural Chemistry Jawaharlal Nehru Krishi Vishwa Vidyalaya, Jabalpur during 2018-2020. Data obtained were statistically interpreted. Results suggested that the soils of the domains were found neutral to slightly alkaline in soil reaction, safe in electrical conductivity, high, low, medium and low in Bhopal, Jabalpur Vidisha and Hoshnagabd domains in organic carbon content and non-calcareous nature. Result revealed that the N, P, K and S denoted as low-L medium-M, high-H, and found to be (M-L-H-M); (L-M-H-M); (L-M-H-M); (L-M-M-M); and (L-H-M-M) in Bhopal, Jabalpur Vidisha and Hoshnagabad domains, respectively. However, in AESR10.1 as whole, revealed that organic carbon was found to be medium and macronutrients were analyzed to be L-M-M-M hence the severity of deficiency occurred in the order of N > S > P > K. The results could be used as a basis for site specific fertilization in order to supply the optimum requirements for plant growth.