首页> 外文期刊>地球与环境科学(英文) >Remineralization of a Dystric Ferralsol Using Basalt and Tephra Dusts,Effective Microorganisms Manure and NPK 20-10-10 for Rad­ish(Raphanus sativus)Production in Bamougoum(Cameroon Western Highlands)
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Remineralization of a Dystric Ferralsol Using Basalt and Tephra Dusts,Effective Microorganisms Manure and NPK 20-10-10 for Rad­ish(Raphanus sativus)Production in Bamougoum(Cameroon Western Highlands)

机译:使用玄武岩和Tephra粉尘的毒剂丁醇的再矿化,有效的微生物粪便和Bamougoum(喀麦隆西部高地的Raphanus Sativus)生产的NPK 20-10-10

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摘要

This paper studies the effect of basalt and tephra dusts,as alternatives to chemical fertilizers,on soil fertility and Radish(Raphanus sativus)production.The experiment was conducted in the field and in the labo­ratory in the years 2017 and 2018 on two separate plots so as to annul residual effects of fertilizers).The experimental design in the field was a randomized complete block design(56 m^(2)),including five treatments and three replications:control(T_(0)),basalt dust(T_(1)),tephra dust(T_(2)),effective micro-organism(EM)fertilizer(T_(3))and NPK 20-10-10(T_(4)).The main results show the following decreasing trend based on yield:T_(1)>T_(3)>T_(0)>T_(4)>T_(2).The best yields appear in T_(1) and T_(3) probably because they supplied the highest levels of soil nutrients to match the needs of the crops.Although T_(2) plants performed poorly,soil properties like pH.H_(2)O(6.14 to 6.49),sum of exchangeable bases,base saturation,available phosphorus and cation balance were improved after tephra treatment.T_(2) plants might have performed poorly due to intrinsic properties of the tephra dust like low availability of trace elements compared to T_(1) and T_(3).T_(4) plants show the highest number of leaves,leaf area index and plant height.The Fe,Mn,Cu and Zn levels in bulbs and leaves will not pose danger of toxicity to human upon consumption and could serve as nutri­ent supplement for children and expectant mothers.The most profitable treatment is T_(1) permitting to recommend the popularization of basalt dust for radish cultivation as an alternative to chemical fertilizers.
机译:本文研究了玄武岩和Tephra粉尘的影响,作为化肥的替代品,对土壤肥力和萝卜(Raphanus Sativus)的生产。在2017年和2018年的实验室中进行了实验室,在两个单独的地块中进行了实验室为了将肥料的残留效果为单位。该领域的实验设计是随机完整块设计(56m ^(2)),包括五种治疗和三种复制:控制(T_(0)),玄武岩粉尘(T_( 1)),Tephra粉尘(T_(2)),有效的微生物(EM)肥(T_(3))和NPK 20-10-10(T_(4))。主要结果显示以下基于趋势下降在产量:t_(1)> t_(3)> t_(0)> t_(4)> t_(4)> t_(2)。最佳产量出现在t_(1)和t_(3)中,可能是因为它们提供了最高水平土壤营养成匹配作物的需求。虽然T_(2)植物表现不佳,但PH.H_(2)O(6.14至6.49),可交换碱基,基础饱和度,可用磷和阳离子平衡等土壤性质T.之后Ephra治疗.T_(2)植物可能由于TEPHRA粉尘的内在特性而表现不佳,与T_(1)和T_(3)植物显示出最高数量的叶子,叶面积指数和植物高度。灯泡和叶片中的Fe,Mn,Cu和Zn水平不会对人类的毒性造成毒性的危险,并且可以作为儿童和期望母亲的营养素补充。最有利可图的治疗是T_(1 )允许推荐玄武岩粉尘的拓扑粉尘作为化肥的替代品。

著录项

  • 来源
    《地球与环境科学(英文)》 |2021年第001期|P.1-15|共15页
  • 作者单位

    Department of Geology Higher Teacher Training College Bambili University of Bamenda P.O.Box.39 Bambili Cam­eroon;

    Department of Soil Science Faculty of Agronomy and Agricultural Sciences University of Dschang P.O.Box.222 Dschang CameroonDepartmentment of Mining and Mineral Engineering National Higher Polytechnic Institute University of Bamenda P.O.Box.39 Bambili Cameroon;

    Department of Biology Higher Teacher Training College University of Bamenda P.O.Box.39 Bambili Cameroon;

    Department of Geology Higher Teacher Training College Bambili University of Bamenda P.O.Box.39 Bambili Cam­eroon;

    Department of Geology Higher Teacher Training College Bambili University of Bamenda P.O.Box.39 Bambili Cam­eroon;

    Department of Soil Science Faculty of Agronomy and Agricultural Sciences University of Dschang P.O.Box.222 Dschang Cameroon;

    Department of Soil Science Faculty of Agronomy and Agricultural Sciences University of Dschang P.O.Box.222 Dschang Cameroon;

  • 收录信息
  • 原文格式 PDF
  • 正文语种 chi
  • 中图分类 土壤学;
  • 关键词

    Raphanus sativus; Soil remineralisation; Micronutrients; Revenue-to-cost ratio; Cameroon Western Highlands;

    机译:Raphanus sativus;土壤倒容;微量营养素;收入到成本比;喀麦隆西部高地;
  • 入库时间 2022-08-19 04:58:38
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