Research Focus: Microbial Communities, Surfactants, and Ecosystem Health

Hosted by the Department of Environmental Microbiology within the Institute for Sanitary Engineering, Water Quality and Solid Waste Management (ISWA), this ERC-backed research project investigates the ecological impacts of glyphosate-based surfactants on microbial communities essential to carbon and nitrogen cycling.

Key Responsibilities:

• Conduct large-scale microcosm experiments under oxic and anoxic conditions
• Analyze microbial communities using advanced statistical and bioinformatics tools
• Lead a field validation study in real-world environments
• Apply molecular techniques such as 16S rRNA sequencing, qPCR, multi-omics, gas analysis, and surfactant quantification

Who Should Apply? Ideal Postdoc Candidate Profile

This fully funded postdoctoral research position in environmental microbiology is ideal for researchers with a solid scientific background and a commitment to environmental sustainability.

Minimum Qualifications:

• Ph.D. in Microbiology, Environmental Sciences, or a closely related discipline
• Expertise in molecular biology, microbial ecology, and field research
• Demonstrated ability to work independently and collaboratively in multidisciplinary teams
• Strong data analysis and scientific communication skills
• Proficiency in English (spoken and written)

Preferred Skills:

• Prior publications in peer-reviewed international journals
• Experience with environmental DNA/RNA analysis workflows
• Leadership, mentoring, and organizational abilities

Position Overview

• Job Title: Postdoctoral Researcher in Environmental Microbiology
• Location: University of Stuttgart, Campus Stuttgart-Büsnau, Germany
• Employment Type: Full-time (100%)
• Salary: TV-L E13 pay scale (German public research sector)
• Start Date: October 1, 2025 (or earlier)
• Duration: 18 months
• Teaching: Not required
• Application Deadline: July 31, 2025

Why Choose the University of Stuttgart and ISWA?

The University of Stuttgart is internationally recognized for excellence in engineering, environmental research, and interdisciplinary collaboration. At ISWA, you’ll benefit from:

• A dynamic, international research environment
• State-of-the-art laboratories and experimental infrastructure
• A family-friendly and inclusive workplace with flexible work models
• Support for newcomers via the Welcome Center and Dual Career Program

Stuttgart is also a leading hub for science, technology, and innovation — offering an ideal environment for early-career researchers.

How to Apply: Step-by-Step

To apply for this postdoc position in environmental microbiology, submit the following documents via the JoinUs Portal of the University of Stuttgart before July 31, 2025:

Required Documents:

• Curriculum Vitae (CV)
• Motivation Letter
• Research and Teaching Summary
• List of Publications
• Methods Overview (from previous projects)
• Contact details of academic referees

Apply Now: JoinUs Portal – University of Stuttgart

Join a Research Project That Matters

By joining this project, you’ll contribute to cutting-edge research that has real-world implications for environmental protection, microbiome resilience, and climate-relevant nutrient cycling. If you’re a motivated scientist seeking to make a lasting impact, don’t miss this chance to elevate your academic career in one of Europe’s most vibrant research ecosystems.

Research Focus Areas for M.S. Assistantships

Graduate students will participate in one of the following innovative and solution-driven projects focused on manure use, composting, and nutrient cycling:

1. Manure Application Strategies for Alfalfa

• Optimize manure application timing and techniques.
• Enhance alfalfa yield and soil health through sustainable practices.

2. Nitrogen Credits from Manured Alfalfa for Corn Production

• Analyze nitrogen cycling in rotational cropping systems.
• Evaluate nitrogen carryover benefits from alfalfa to corn.

3. Composting and Liquid-Solid Separation for Weed Seed Inactivation

• Study methods to remove or deactivate weed seeds from dairy manure.
• Develop sustainable composting protocols for effective manure handling.

M.S. Program Benefits and Details

• Fully Funded Assistantships (stipend + full tuition coverage)
• Start Date: Fall Semester 2025
• Department: Soil, Water, and Climate, University of Minnesota
• Focus on applied research, real-world impact, and climate-smart agriculture
• Ideal for students interested in agronomy, soil science, environmental sustainability, or livestock nutrient management

How to Apply for Fall 2025 Assistantships

Step 1: Explore the Program

Visit the Wilson Lab website and check the “Ready to Join” section for detailed information on available positions.

Step 2: Contact the Research Advisor

Reach out directly to Dr. Melissa Wilson to express your interest and discuss how your background aligns with the research goals.

Email: mlw@umn.edu

Step 3: Ask About Fellowships

Explore additional funding opportunities and fellowships—we’ll guide you through the options.

Why Join the University of Minnesota’s Manure Research Team?

• Conduct field-based research with direct environmental and agricultural impact
• Collaborate within a supportive, interdisciplinary research group
• Gain hands-on experience in data analysis, nutrient modeling, and scientific communication
• Be part of efforts to improve manure management, enhance soil fertility, and promote sustainable crop systems

Questions? Connect With Us!

We’re always excited to hear from prospective students who are eager to contribute to sustainable agriculture and manure nutrient management.

Contact:
Dr. Melissa Wilson
Email: mlw@umn.edu
Website: Wilson Lab – University of Minnesota

Apply early to secure your spot in this prestigious and fully funded M.S. program for Fall 2025!

Program Overview

• University: Ghent University, Belgium
• Faculty: Bioscience Engineering – Department of Environment
• PhD Start Date: November 1, 2025
• Application Deadline: May 19, 2025
• Funding: Fully funded (salary + travel + research expenses)
• Contract Type: Full-time, 4-year doctoral fellowship
• Eligibility: Open to international candidates

Available PhD Positions in Environmental Science

1. PhD in Variable Rate Fertilization & Manure Application (AI-Powered Precision Agriculture)

This PhD focuses on optimizing nitrogen use efficiency in agricultural systems using advanced technologies. The project integrates AI, multi-sensor platforms, and real-time analytics to monitor and manage soil and fertilizer inputs.

Key Research Areas:

• AI and machine learning for modeling soil nutrient dynamics
• Real-time sensing using spectroscopy and electrochemical systems
• Monitoring of N₂O emissions and nitrate levels in organic fertilizers

Eligibility Criteria:

• Master’s degree in Mechatronics, Agricultural/Biosystems Engineering, Data Science, or Soil Science
• Experience with Python, MATLAB, or LabVIEW
• Strong problem-solving skills and fieldwork readiness

2. PhD in Monitoring Soil Nitrogen Dynamics Using Spectroscopy & AI

This research aims to enhance sustainable soil management by analyzing the nitrogen cycle using NIR/MIR spectroscopy and AI-driven data modeling. It supports EU environmental policy and sustainable farming practices.

Key Research Areas:

• Near-infrared (NIR) and mid-infrared (MIR) spectroscopy
• Soil nitrogen cycling and AI-based predictive modeling
• Integration of data science with soil science

Eligibility Criteria:

• Master’s in Soil Science, Data Science, Mechatronics, or a related field
• Proficiency in Python, MATLAB, or C++
• Basic understanding of sensors and AI modeling techniques

Why Choose Ghent University for Your PhD?

Ghent University is globally recognized for its excellence in environmental science, agriculture, and engineering. As part of the NitroScope Horizon Europe project, you’ll benefit from:

• Collaboration with 25+ international partners
• Funded travel opportunities across Europe
• A dynamic, interdisciplinary research network
• 36 paid vacation days per year
• Eco vouchers and bike allowance
• Tax-free PhD salary in Belgium

How to Apply for the PhD at Ghent University

Submit your application by May 19, 2025 via email to:

Dr. Muhammad Qaswar – muhammad.qaswar@ugent.be
CC: abdul.mouazen@ugent.be, stefaan.deneve@ugent.be

Application Documents Required:

• Cover letter (highlighting motivation and research experience)
• Updated CV with publications (if any)
• Two academic references (preferred)
• MSc degree certificate or proof of enrollment
• Verified transcripts of MSc and BSc

Note: Late or incomplete applications will not be considered.

Explore More Academic Opportunities

If you’re interested in AI in agriculture, soil science, or sustainable development, these PhD roles are perfect for you. Start your career in a research-intensive environment with global impact.

Bookmark this page or share with someone interested in a PhD in Environmental Science in Europe.

Apply now and join the future of sustainable agriculture at Ghent University!

PhD Research Topic:

Impact of Climate on Radionuclide Transfer to Plants

With rising global temperatures, it’s essential to understand how radioactive and chemical pollutants behave in terrestrial ecosystems. This PhD project investigates how climate change affects radionuclide transfer from soil to plants, focusing on two contrasting climatic zones:

• Temperate/humid climates (e.g., Europe)
• Hot/dry climates (e.g., UAE)

A unique aspect of this research is the inclusion of soil microbial communities in radionuclide uptake analysis—providing a comprehensive understanding of pollutant dynamics under climate stress.

Key Research Objectives

• Analyze radionuclide transfer mechanisms between soil and plants under different climate scenarios
• Investigate the influence of rhizospheric microbial communities on pollutant uptake
• Develop predictive environmental models to forecast pollutant behavior due to climate change

Methodology & Experimental Setup

The PhD research will employ state-of-the-art methods, including:

• Nucleated phytotron experiments for climate simulation (Subatech lab)
• Hydroponic systems to study radionuclide bioavailability
• Soil/sand pot trials for real-world transfer simulations across diverse soil and climate types
• Use of radionuclide analogues in non-nuclearized phytotrons (LPG lab)

Candidate Profile: Eligibility & Skills

Essential Qualifications:

• Master’s degree in Earth Sciences, Environmental Sciences, or related fields
• Solid understanding of life and earth sciences
• Hands-on experience with phytotron-based plant growth systems
• Knowledge of pollutant tracing techniques and research valorization
• Strong communication skills in English (spoken and written)
• Demonstrated organizational skills, autonomy, and scientific rigor

Preferred Expertise (Bonus Skills):

• Background in radiochemistry and/or microbiology
• Familiarity with radioecology, soil science, or plant-microbe interactions

Research Supervision Team

You’ll work under the guidance of an experienced academic team:

• Prof. A. Abdelouas – IMT Atlantique
• Prof. T. Lebeau – Nantes Université
• Dr. O. Péron – Nantes Université

Support and training will be provided by both Subatech and LPG laboratories.

Application Deadline:

May 9, 2025 – 23:59 (UTC)

Application Checklist

Prepare the following documents for your application:

• Updated CV
• Motivational cover letter detailing your research interests and relevant experience

How to Apply

Apply directly through the CNRS application portal:

Click Here to Apply Online