SIMULATION STUDY ON RELIEFING NEGATIVE INFLUENCE OF DAMAGE ROOTS IN COAL MINING SUBSIDENCE AREA

Journal Title: Asian Pacific Journal of Microbiology Research (APJMR) - Year 2018, Vol 2, Issue 1

Abstract

In the process of coal mining, surface subsidence leads to plant root injury. In this study, the mitigation effects of an arbuscular mycorrhizal fungus (AMF) inoculation on the growth of root injured alfalfa were investigated by five-chamber system matrix internal injury root method, which artificially simulated root damage caused by coal mining. The results indicated that AMF inoculation alleviated the adverse effects caused by root harm and contributed to the growth of alfalfa. The average dry weight per plant of the inoculation group was higher than that of the control group. In addition, AMF inoculation significantly promoted the alfalfa to take up mineral elements from the soil and increased the content of hyphae length and organic matter which existed in the rhizosphere soil of the injured alfalfa. The contents of total hyphae length and organic matter in the different test design showed the same rules that the inoculation on both sides were higher than the inoculation on one side. AMF inoculation improved the micro-environment of rhizosphere and made a contribution to the amelioration and fertilization of degraded soil in the mining area. It will provide technical support for land reclamation and ecological reconstruction by studying the effects of AMF on the growth of damaged plants.

Authors and Affiliations

Hui Yue, Ying Liu

Keywords

Related Articles

OPTIMAL DESIGN OF HYDRAULIC SYSTEM FOR AN INDUSTRIAL PRESS MACHINE FOR PERFORMANCE IMPROVEMENT AND NOISE REDUCTION

In this paper, we present an optimal design of the hydraulic system for a class of industrial press machines. Such machines are expected to produce a large pressure on a work-piece and they are driven by a hydraulic syst...

N-METHYLENE PHOSPHONIC CHITOSAN: A NOVEL SELF- ASSEMBLED TEMPLATE FOR ENAMEL REMINERALIZATION

To evaluate the feasibility of phosphonic chitosan membrane in guiding enamel remineralization. We design a organic molecules model to induced the crystallization of hydroxyapatite with 3D-structure in a controllable way...

PREDICTION OF THE PROTEIN O-GLYCOSYLATION SITES BY COMBINING SUPPORT VECTOR MACHINES AND INDEPENDENT COMPONENT ANALYSIS

O-glycosylation is one of the main types of the mammalian protein glycosylation, it occurs on the particular site of serine and threonine, and has important functions in secretion, antigenicity, and metabolism of glycopr...

LITERATURE RESEARCH OF CHINESE MEDICAL SYNDROMES AND PRESCRIPTION DRUG LAW OF PSORIASIS

Analysis psoriasis syndrome characteristics and prescription drug law, provide the basis for Traditional Chinese Medicine (TCM) clinical. Methods: Computer retrieval and artificial retrieval method of combining retrospec...

THE EFFECT OF AEROBIC EXERCISE ON EXPRESSIVE LEVEL OF VCAM-1 AT APOE-DEFICIENT MOUSE AORTA

ApoE-deficient mice was used as AS model to approach the effect of aerobic exercise on the expressive level of VCAM-1 on apoE-deficient mouse aorta. METHODS: 20 apoE-deficient mice were randomly divided into control grou...

Download PDF file
  • EP ID EP404001
  • DOI 10.26480/ajmr.01.2018.01.04
  • Views 40
  • Downloads 0

How To Cite

Hui Yue, Ying Liu (2018). SIMULATION STUDY ON RELIEFING NEGATIVE INFLUENCE OF DAMAGE ROOTS IN COAL MINING SUBSIDENCE AREA. Asian Pacific Journal of Microbiology Research (APJMR), 2(1), 1-4. https://europub.co.uk/articles/-A-404001