Postdoc in Biogeochemical Modeling in Agroecosystems at Aarhus University, Denmark (2026)
This exciting opportunity is ideal for researchers with expertise in process-based agroecosystem models, uncertainty analysis, Bayesian statistics, and climate change mitigation. The successful candidate will contribute to cutting-edge research aimed at improving regional estimates of greenhouse gas emissions and evaluating sustainable agricultural management strategies across Denmark.
Position Overview
| Position | Postdoc in Biogeochemical Modeling in Agroecosystems |
|---|---|
| University | Aarhus University |
| Department | Department of Agroecology – Climate and Water |
| Location | Tjele, Denmark |
| Employment Type | Full-time |
| Contract Duration | 2 years (with possibility of extension) |
| Expected Start Date | 1 December 2026 (or as soon as possible thereafter) |
| Application Deadline | 31 August 2026 (23:59 CEST) |
About Aarhus University
Aarhus University is one of Europe's leading research universities, recognized internationally for excellence in agricultural sciences, environmental research, climate studies, engineering, and sustainability.
The Department of Agroecology consists of approximately 350 employees, including around 50% scientific staff, working across nine research sections dedicated to solving global challenges related to:
Sustainable agriculture
Climate change
Soil health
Water resources
Environmental protection
Plant and animal production
Researchers have access to:
Advanced laboratories
Greenhouses
Field-scale experimental facilities
High-performance computing (HPC)
Extensive international collaborations
Research Project
The postdoctoral researcher will join a research group focused on:
Greenhouse gas (GHG) emissions
Reactive nitrogen dynamics
Climate-smart agriculture
Regional environmental modeling
Climate change mitigation
The primary objective is to develop scalable process-based biogeochemical models that evaluate agricultural management strategies across Denmark.
The project particularly investigates:
Nitrification inhibitors
Fertilizer management
Nitrogen use efficiency (NUE)
Nitrous oxide (N₂O) emissions
Reactive nitrogen losses
Climate mitigation hotspots
Research Responsibilities
The successful candidate will contribute to several major research activities.
Develop Regional Biogeochemical Models
You will:
Develop scalable process-based modeling frameworks
Simulate carbon, nitrogen, and water cycling
Evaluate climate-smart farming strategies
Produce regional environmental projections
Model Calibration and Uncertainty Analysis
A significant component of the project involves:
Bayesian calibration
Monte Carlo simulations
Model-data fusion
Uncertainty quantification
Sensitivity analysis
These analyses will improve confidence in regional predictions of greenhouse gas emissions.
Climate Change Mitigation Assessment
The research aims to identify management practices that improve agricultural sustainability by balancing:
Crop productivity
Nitrogen use efficiency
Soil health
Greenhouse gas emissions
Environmental quality
Scientific Publications
The postdoctoral researcher is expected to:
Publish in high-impact international journals
Present research findings at conferences
Participate in collaborative research projects
Teaching
In addition to research, the successful applicant will contribute to departmental teaching activities.
Required Qualifications
Applicants should possess:
PhD in:
Agronomy
Agricultural Engineering
Biology
Environmental Sciences
Technical Sciences
or a related discipline
Required Research Experience
Candidates should demonstrate experience with:
Process-Based Models
Examples include:
DayCent
DNDC
Similar ecosystem process models
Experience should include simulation of:
Carbon cycling
Nitrogen dynamics
Water movement
Agroecosystem processes
Statistics and Modeling
Strong background in:
Bayesian calibration
Monte Carlo simulations
Applied statistics
Uncertainty analysis
Programming
Applicants should have strong scientific programming skills in:
Python
R
High-Performance Computing
Experience working with:
HPC environments
Large environmental datasets
Model automation
Scientific Communication
Applicants should demonstrate:
Scientific writing
Peer-reviewed publications
Excellent spoken and written English
Preferred Skills
Competitive applicants will have:
Process-based agroecosystem modeling experience
Climate-smart agriculture research
Regional environmental assessments
Model-data fusion techniques
Cross-disciplinary collaboration experience
Research Facilities
Researchers benefit from access to:
Professional laboratories
Greenhouses
Semi-field facilities
Experimental farms
High-performance computing systems
National and international research networks
Working Environment
The Department of Agroecology offers:
International research teams
Collaborative culture
Flexible work arrangements
Strong academic support
Inclusive workplace
Interdisciplinary research opportunities
Living in Denmark
International researchers receive excellent social benefits, including:
Universal healthcare
Free education
Subsidized childcare
Five weeks of annual paid vacation
Up to 52 weeks of shared parental leave
Relocation assistance
Expat Partner Programme
These benefits make Denmark one of the world's most attractive destinations for academic researchers.
Salary
Salary is determined according to:
Danish Ministry of Taxation
Confederation of Professional Associations
Candidate seniority and qualifications
Additional employment benefits follow the Danish collective agreement for academic staff.
Career Development
Aarhus University offers several professional development opportunities, including:
Junior Researcher Development Programme
International networking
Career mentoring
Training workshops
Research collaborations
Grant development support
Application Requirements
Applications must be submitted in English and include:
Curriculum Vitae (CV)
Degree certificate
Complete publication list
Statement of future research plans
Research activities
Teaching portfolio (if applicable)
Verified teaching experience (if available)
Applications must be submitted through Aarhus University's online recruitment system.
Important Dates
| Event | Date |
|---|---|
| Application Deadline | 31 August 2026 (23:59 CEST) |
| Expected Start Date | 1 December 2026 |
Official Application Link
Why Apply?
This position offers an outstanding opportunity to:
Work on climate-smart agriculture
Advance process-based environmental modeling
Develop expertise in Bayesian calibration and uncertainty analysis
Collaborate with leading agroecology researchers
Publish high-impact scientific research
Access world-class research infrastructure
Live and work in Denmark's internationally recognized research environment
Frequently Asked Questions (FAQs)
1. Where is this postdoctoral position located?
The position is based at Aarhus University, Department of Agroecology, Tjele, Denmark.
2. What is the duration of the appointment?
The appointment is two years, with the possibility of extension.
3. What research area does the project focus on?
The research focuses on biogeochemical modeling, greenhouse gas emissions, reactive nitrogen dynamics, and climate-smart agricultural management.
4. Which process-based models are preferred?
Experience with models such as DayCent, DNDC, or similar agroecosystem models is highly desirable.
5. What programming languages are required?
Strong programming skills in Python and/or R are required.
6. Is High-Performance Computing (HPC) experience required?
Yes. Experience using HPC systems for environmental modeling and large dataset analysis is highly valued.
7. What statistical skills are expected?
Applicants should have expertise in:
Bayesian calibration
Monte Carlo simulations
Uncertainty quantification
Applied statistics
8. Will the researcher participate in teaching?
Yes. The successful candidate is expected to contribute to teaching activities within the department.
9. Does Aarhus University provide relocation support?
Yes. International researchers receive relocation assistance and access to the Expat Partner Programme.
10. What is the application deadline?
Applications must be submitted by 31 August 2026 (23:59 CEST).
11. When does the position start?
The expected starting date is 1 December 2026, or as soon as possible thereafter.
12. Who should apply?
This position is ideal for researchers with backgrounds in agronomy, environmental science, soil science, agricultural engineering, climate science, biogeochemical modeling, carbon and nitrogen cycling, and sustainable agriculture, especially those interested in advancing climate-smart farming and regional environmental modeling.
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