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Effect of fertilizer application based on soil test crop response approach on active and passive pools of soil organic matter in maize-wheat cropping system

机译:基于土壤检测作物响应方法对玉米 - 小麦种植体系中土壤有机物活性和被动池的影响

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A long-term fertilizer experiment was initiated in kharif 2007 in a maize-wheat sequence at the Experimental Farm of Department of Soil Science, Chaudhary Sarwan Kumar Himachal Pradesh Krishi Vishvavidyalaya, Palampur under the network of All India Coordinated Research Project on Soil Test Crop Response (STCR) Correlation Studies. The experiment consisted of eight treatments (control, general recommended dose, soil test based, farmers' practice, target yield of 25 (rabi)/30 (kharif) and 35 (rabi)/40 (kharif) q ha(-1) either with or without 5 t ha(-1) farm yard manure) replicated thrice in a randomized block design. All the passive and active pools of soil organic matter (SOM) were highest under STCR treatments for target yield 35 q ha(-1) + farmyard manure (FYM). The highest value of both humic and fulvic acids under STCR treatment for target yield 35 q ha(-1) with FYM was statistically at par with treatment for target yield 25 q ha(-1) with FYM. The R-2 value indicated that about 96% to 98% of the total variation in grain yield was attributable to SOM fractions. The contribution of all fractions of SOM towards the total variation in straw yield was 96% to 97%.
机译:在土壤科学系实验农场的玉米小麦序列中在Kharif 2007中启动了长期的肥料实验,Chaudhary Sarwan Kumar Himachal Pradesh Krishi Vishvavidyalaya,Palampur在所有印度的土壤检测作物反应上的协调研究项目下(STCR)相关性研究。该实验组成于八种治疗(对照,一般推荐剂量,土壤测试,农民的实践,25(RABI)/ 30(Kharif)和35(Rabi)/ 40(Kharif)q Ha(-1)的目标产量在随机块设计中,有或没有5吨HA(-1)农场庭院粪便)。所有土壤有机物质(SOM)的无源和主动池在STCR治疗中最高,靶产率35 Q HA(-1)+养牛器(FYM)。在STCR处理下的腐殖液和富氯酸的最高值为靶产率35 Q HA(-1)与Fym的统计学上与FYM的靶产率25 Q(-1)进行统计学。 R-2值表明,大约96%至98%的籽粒产量的总变化可归因于SOM部分。 SOM的所有部分朝向秸秆率的总变化的贡献为96%至97%。

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