PhD position on Yield Stability in Nutritional Crop Physiology within the GreenRobust Cluster of Excellence (f/m/d)

Hohenheim; Stuttgart; On-site; EUR 29,000 - 42,000; Part time

Job summary

Universität Hohenheim sucht eine/n Doktorand/in im Bereich der Ernährungsphysiologie der Kulturpflanzen. Sie untersuchen, wie Wetterextreme Ertrag und Ertragsstabilität beeinflussen, identifizieren Molekulareffekte und arbeiten an greenhouse- und Feldversuchen mit Transcriptomik und Multi-Omics-Analysen.

Start ist der 01.01.2027, 65% Stelle, bis 31.12.2029. Die Tätigkeit umfasst Datenanalysen, Labor- und Feldarbeiten sowie die Veröffentlichung der Ergebnisse auf nationalen und internationalen

Qualifications

• Universitätsabschluss in Biologie, Pflanzenwissenschaften oder Agrarwissenschaften.
• Allgemeines Interesse an Agronomie/ Pflanzphysiologie und Statistik.

Responsibilities

• Durchführung computergestützter Analysen zu Wetterdaten und Ertrag.
• Anleitung und Durchführung von Gründungs- und Feldversuchen.
• Transkriptomik-Analysen an Feldproben.
• Auswertung von Wachstumsparametern, Nährstoffen und Genexpressionsdaten.
• Teilnahme an Projektsitzungen und Publikationen.

Skills

Agronomie

Pflanzenphysiologie

Statistik

Education

Master/Diplom in Biologie

Job description

PhD position on Yield Stability in Nutritional Crop Physiology within the GreenRobust Cluster of Excellence (f/m/d)

Ernährungsphysiologie der Kulturpflanzen

Code: 2026/144

Application deadline: 2026-10-30

In a long term field trial at the University of Hohenheim effects of weather and weather extremes (complex abiotic stress combinations) on yield and yield stability are investigated.Firstly, long term weather data are used to identify major drivers in the system. Secondly, insensitive phases and during and after weather extremes plant samples are taken and analytically analyzed at molecular and cellular level. You will identify major molecular and mechanistic targets of weather extremes and their relation to fertilization on yield. Crops will also be grown on similar extreme weather conditions of abiotic stress combinations (not single stress) in the greenhouse, to estimate whether these extremes in the field are wellrepresented in greenhouse trials.

Start: 01.01.2027

Remuneration: up to E13 TV-L

Scope: 65 %

Duration: valid until 31.12.2029

Location: Stuttgart-Hohenheim

Your tasks

• Computational analysis of existing long term weather and crop growth data with respect to extreme events and relating these to yield. Various statistical methods and analyses
• Supervising and conducting greenhouse and field experiments
• Transcriptomic (incl. single cell) analysis at sensitive timepoints from field samples
• Analysis of growth parameters, nutrient/ metabolite / gene expression. Integration of multi-omics datasets with statistical methods
• Participation in project meetings and presentations at national and international conferences
• Final drafting of project reports and scientific publications based on the research findings

Your profile

• University degree (Master's or Diploma) in biology, plant sciences, agricultural sciences or a comparable field
• A general interest in agronomy / plant physiology and statistics
• Experience with greenhouse or field experiments, laboratory experience in molecular methods or analytical chemistry
• Independent and thorough teamwork ability
• Good English and German skills (oral and written)

What sets us apart

• Vibrant and innovative working environment on a green campus with everything at close quarters
• Multi-faceted and responsible role with creative freedom
• Secure position
• Very good work/life balance
• Flexible working hours & remote working
• Wide range of opportunities for personal and professional development
• Health support & university sport
• Job ticket & Job bike

Working environment

As a university with a distinct profile, the University of Hohenheim brings together the Faculties of Agricultural Sciences, Natural Sciences, and Business, Economics and Social Sciences. Our green campus with everything at close quarters promotes collaboration and creates an inspiring environment for research, teaching, and work. With us, aspiring minds find a community in which they can grow and develop. Shape a sustainable future with us!

Equal opportunities and diversity are important to us. Your skills and strengths count for us – regardless of age, gender, origin, or religion. We welcome applications from people with severe disabilities or equivalent; if suitable, we will give them preferential consideration.

Universität Hohenheim

Schloss Hohenheim 1, 70599 Stuttgart