德国博士招聘-拜罗伊特大学-农业植物的根际微生物

发布时间：2020/9/17 10:41:50

浏览次数：次

如有招聘信息发布(博士/博后/访学)可联系

邮箱：cxw@med.tj.cn

微信：shelver888

公众号链接：https://mp.weixin.qq.com/s?__biz=MzU5NTk2OTE2Mw==&mid=2247485694&idx=1&sn=d695e6dd3b49a4b759905b17f8dcc988&chksm=fe689d1ac91f140c55d29b880da8732c4db607a9f7ec036312bf22279723e84b676440b2daf9&token=1436425470&lang=zh_CN#rd

学校：拜罗伊特大学 University of Bayreuth

院系：Faculty of Biology, Chemistry and Earth Sciences

教授：Prof. Tillmann Lüders

申请邮箱：tillmann.lueders@uni-bayreuth.de

截止日期：November 20，2020

介绍

工作职位：博士生（f / m / d）

农业植物的根际微生物

拜罗伊特大学生态微生物主席（Prof. Tillmann Lüders）正在寻找一位工作积极，能力出众的博士生参与德国联邦教育与研究部项目RhizoTraits。这个项目于近期获得资助，且高度跨学科，项目旨在阐明根际特性对抗旱性的作用机理。对产量优化的现代植物品种与古老的地方品种的抗逆性状进行全面比较，进而作出详细解释。

项目从9月20日开始，为期3年。

我们力求尽快填补该职位，但不得迟于11月20日。

项目任务包括：

某些现代农业品种与玉米和小麦的古老的地方品种的根际微生物区系 （PGPR和菌根）的比较。

实验分析包括微生物量及活性基本指标，细菌和真菌根际社区下一代测序，稳定同位素的探测（15N，13CO2） 。

根际微生物组能够有效利用根部储存功能，以及有关植物胁迫抗性的性状还需进一步鉴定。

要求

获得微生物生态学，植物和土壤微生物学或其他紧密相关领域的硕士。

分子微生物组分析和生物地球化学分析的学术背景。

下一代测序和稳定同位素方法方面的经验是有益的。

上进心强，喜欢团队合作以及独立工作。

申请

请将您的申请书（动机信，简历，成绩单，出版物和推荐人）以PDF格式发送至：tillmann.lueders@uni-bayreuth.de。

欢迎通过电子邮件或电话查询（+49（0）921 555 640）。

Job description

Job offer: PhD student (f/m/d)

Rhizosphere microbiomes of agricultural plants

The Chair of Ecological Microbiology (Prof. Tillmann Lüders) of the University of Bayreuth is looking for a highly motivated and inspired PhD student to work in the BMBF project RhizoTraits. This recently funded, highly interdisciplinary project seeks to elucidate principle mechanisms of drought resistance medi-ated by rhizosphere traits. A comprehensive comparison between stress resistance traits of modern, yield-optimized plant varieties and old landraces will be elaborated.

The project is available for over 3 years starting in Sept. 20.

We seek to fill the position a.s.a.p., but no later than Nov. 20.

The project tasks include:

Comparison of rhizosphere microbiota (PGPR and mycorrhiza) between selected modern agricultural varieties vs. old landraces of maize and wheat.

Analyses will include basic indicators of microbial biomass and activity, next-generation sequencing of bacterial and of fungal rhizosphere communities and stable isotope probing (15N, 13CO2).

Traits of rhizosphere microbiomes involved in utilizing rhizodeposits and in plant stress resistance are to be identified.

Our offer: Join us in our modern, well-equipped and innovative environmental microbiology team. We focus on topics of soil and groundwater microbiology with many excellent opportunities for interdisciplinary cooperation and training. The RhizoTraits project involves close interactions with other research groups at the University of Bayreuth and across Bavaria. Remuneration is according to public service agreements (EG 13 65% TVL). Handicapped applicants will be given preference if equally qualified. The University of Bayreuth aims to increase the proportion of women in science and particularly invites respective applications.