Fully Funded PhD Position: Yield Stability and Nutritional Crop Physiology, University of Hohenheim, Germany
Quick Overview
The University of Hohenheim is offering a fully funded agriculture scholarship at PhD level within the GreenRobust Cluster of Excellence. This fully funded PhD scholarship focuses on yield stability in nutritional crop physiology, investigating how weather and weather extremes affect yield and yield stability in a long term field trial.
This is a fully funded agriculture scholarship that combines computational analysis, field and greenhouse experiments, and molecular work. The project addresses a question that matters more every year. How do complex abiotic stress combinations, not single stresses, affect crop yield, and how can we predict and manage them?
The position starts on 1 January 2027 and runs until 31 December 2029. Remuneration is up to E13 TV-L at 65 percent scope. The location is Stuttgart Hohenheim in Germany. The application deadline is 30 November 2026, and the position code is 2026/144.
If you are looking for a fully funded PhD scholarship in plant physiology with strong computational and molecular components, this is worth serious attention.
Key Details
| Position | PhD in Yield Stability and Nutritional Crop Physiology |
| Organization | University of Hohenheim, GreenRobust Cluster of Excellence |
| Location | Stuttgart Hohenheim, Germany |
| Program | PhD |
| Qualification | MSc in biology, plant sciences, agricultural sciences, or a comparable field |
| Funding | Fully funded agriculture scholarship, up to E13 TV-L, 65 percent scope |
| Duration | Until 31 December 2029 |
| Start Date | 1 January 2027 |
| Deadline | 30 November 2026 |
| Code | 2026/144 |
| Contact | Uwe Ludewig, +49 711 459 22344 |
About the Project and University
The University of Hohenheim is one of Germany’s leading institutions for agricultural sciences. Its green campus brings together the Faculties of Agricultural Sciences, Natural Sciences, and Business, Economics and Social Sciences, creating a genuinely interdisciplinary research environment. The university is known for its work on sustainable agriculture, plant physiology, and crop science.
This fully funded PhD scholarship sits within the GreenRobust Cluster of Excellence. The research uses a long term field trial to investigate how weather and weather extremes, specifically complex abiotic stress combinations, affect yield and yield stability. The project has three connected components.
First, long term weather data are used to identify the major drivers in the system. Second, plant samples are taken during and after weather extremes at sensitive timepoints and analysed at molecular and cellular level. Third, crops are grown under similar extreme weather conditions in the greenhouse to test whether field extremes are well represented in greenhouse trials.
The student will identify major molecular and mechanistic targets of weather extremes and their relation to fertilisation and yield. This involves computational analysis of long term weather and crop growth data, transcriptomic analysis including single cell work, and integration of multi omics datasets using statistical methods.
The project combines agronomy, plant physiology, statistics, molecular biology, and analytical chemistry. That breadth makes it a strong training environment for a fully funded PhD scholarship in crop physiology. The position also includes supervising and conducting greenhouse and field experiments, participation in project meetings, and presentations at national and international conferences.
Key Responsibilities
Computational Analysis
- Analyse existing long term weather and crop growth data with respect to extreme events
- Relate weather extremes to yield using various statistical methods
- Integrate multi omics datasets with statistical methods
- Identify major drivers in the system
Field and Greenhouse Experiments
- Supervise and conduct greenhouse and field experiments
- Take plant samples at sensitive timepoints during and after weather extremes
- Grow crops under extreme abiotic stress combinations in the greenhouse
- Compare field extremes with greenhouse trial conditions
Molecular and Analytical Work
- Conduct transcriptomic analysis, including single cell work
- Analyse growth parameters, nutrients, metabolites, and gene expression
- Perform laboratory work in molecular methods or analytical chemistry
- Analyse plant samples at molecular and cellular level
Communication and Dissemination
- Participate in project meetings
- Present at national and international conferences
- Draft project reports and scientific publications
- Contribute to the GreenRobust Cluster of Excellence research community
Candidate Profile
Required:
- University degree (Master’s or Diploma) in biology, plant sciences, agricultural sciences, or a comparable field
- General interest in agronomy and plant physiology
- Interest in statistics and data analysis
- 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
Preferred:
- Experience with transcriptomic analysis
- Familiarity with multi omics data integration
- Background in crop physiology or stress physiology
- Statistical analysis skills
- Experience with field trials or long term experiments
What They Offer
| Benefit | Details |
|---|---|
| Position | PhD in Yield Stability and Nutritional Crop Physiology |
| Organization | University of Hohenheim, GreenRobust Cluster of Excellence |
| Location | Stuttgart Hohenheim, Germany |
| Funding | Fully funded agriculture scholarship, up to E13 TV-L, 65 percent scope |
| Duration | Until 31 December 2029 |
| Start Date | 1 January 2027 |
| Work Environment | Vibrant, innovative, green campus |
| Work Life Balance | Very good work life balance, flexible working hours, remote working |
| Development | Wide range of personal and professional development opportunities |
| Health | Health support and university sport |
| Transport | Job ticket and Job bike |
Application Tips
- Apply before 30 November 2026. The deadline is firm and the position code is 2026/144.
- Apply through the online portal. The university states applications should be received through its online portal.
- Contact Uwe Ludewig with questions. The phone number is +49 711 459 22344.
- Confirm your language skills. Good English and German skills, oral and written, are required. State your proficiency clearly.
- Highlight any field or greenhouse experience. The project involves both. Experience with long term trials or stress experiments is valuable.
- Show your computational and statistical interest. The role includes significant computational analysis. Mention any experience with statistical methods or data analysis.
- Mention molecular or analytical laboratory experience. Transcriptomic analysis and molecular methods are central. Even basic laboratory experience helps.
- Frame your motivation around yield stability. The project is about how weather extremes affect crop yield. Connect your background to that question.
Editor’s Analysis, What Makes This Fully Funded PhD Scholarship Stand Out
Yield stability is one of the most pressing problems in agriculture. Climate change is increasing the frequency and intensity of weather extremes, and single stress studies do not capture what happens when crops face multiple stresses at once. This fully funded PhD scholarship addresses that gap directly.
The Multi Stress Focus
Most stress physiology research looks at one stress at a time. Drought, or heat, or salinity. Real field conditions rarely work that way. Crops face combinations. This project explicitly studies complex abiotic stress combinations, which is closer to what farmers actually experience. That makes the research more relevant to real world agronomy.
The Three Component Design
Long term weather data analysis. Field sampling during and after extremes. Greenhouse trials under controlled stress combinations. That is a well structured design. It connects historical patterns, real field conditions, and controlled experiments. Each component informs the others, which strengthens the conclusions the project can draw.
The Molecular Depth
Transcriptomic analysis including single cell work is not standard in every crop physiology PhD. This project includes it. That means the student will build skills in molecular methods alongside agronomy and statistics. That combination is valuable in both academic and industry research roles.
The Funding and Conditions
Up to E13 TV-L at 65 percent scope is a standard German PhD salary. The position runs until December 2029, giving three full years. The benefits include flexible working hours, remote working, health support, university sport, a job ticket, and a job bike. German universities are known for strong work life balance, and this package reflects that.
The Institution
The University of Hohenheim is a leading agricultural university with a strong research tradition. The GreenRobust Cluster of Excellence provides a structured research environment with collaboration across disciplines. For a PhD student, that means access to expertise beyond a single supervisor.
The Trade Offs
Good German skills are required, which limits the applicant pool. The position is 65 percent scope, which is standard in Germany but means the salary reflects part time hours. The project involves field work, greenhouse work, laboratory work, and computational analysis, so it is broad rather than specialised.
The Bottom Line
For a master’s graduate in plant science or agricultural science with an interest in crop physiology, statistics, and molecular methods, this fully funded agriculture scholarship is a strong opportunity. The research question is important, the training is broad, and the conditions are good. The deadline is 30 November 2026. If the fit is right, apply.
Apply Now
Code: 2026/144
Contact: Uwe Ludewig, +49 711 459 22344
Funding: Fully funded agriculture scholarship, up to E13 TV-L, 65 percent scope
- Location: Stuttgart Hohenheim, Germany
- Start Date: 1 January 2027
- Duration: Until 31 December 2029
- Deadline: 30 November 2026
Frequently Asked Questions
- What is the position? A PhD position on yield stability in nutritional crop physiology at the University of Hohenheim.
- Is this a fully funded agriculture scholarship? Yes, this is a fully funded agriculture scholarship at PhD level within the GreenRobust Cluster of Excellence.
- Where is the job located? Stuttgart Hohenheim, Germany.
- What is the qualification requirement? A Master’s or Diploma in biology, plant sciences, agricultural sciences, or a comparable field.
- What is the funding? Up to E13 TV-L at 65 percent scope.
- When does the PhD start? 1 January 2027.
- How long does it run? Until 31 December 2029.
- What is the application deadline? 30 November 2026.
- What is the position code? 2026/144.
- What research will I do? Investigate how weather and weather extremes affect yield and yield stability, using long term weather data, field sampling, greenhouse trials, and molecular analysis.
- Do I need German language skills? Yes, good English and German skills, oral and written, are required.
- Who can I contact with questions? Uwe Ludewig at +49 711 459 22344.
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