Top Fully Funded PhD in Evolutionary Genomics 2025 β Exclusive Opportunity at LMU Munich
Apply now for a Fully Funded PhD in Evolutionary Genomics at LMU Munich focusing on firefly gene expression evolution. A prestigious 3-year PhD with top-tier supervision.
π₯ Fully Funded PhD in Evolutionary Genomics 2025: Gene Expression Evolution of Fireflies
Are you looking for a Fully Funded PhD in Evolutionary Genomics that combines cutting-edge bioinformatics, gene expression research, and exciting evolutionary biology questions? π‘π
If yes, then this prestigious PhD position at Ludwig-Maximilians-UniversitΓ€t (LMU) Munich is the perfect opportunity for you.
This blog provides everything you need to know about this unique and competitive PhD position β from project details to eligibility, application guide, benefits, supervisor information, and expert tips for increasing your chances of selection.
π¬ What is This Fully Funded PhD in Evolutionary Genomics About?
The position is part of the DFG SPP βGenomic Basis of Evolutionary Innovations (GEvol) β Phase IIβ β a large research program bringing together evolutionary biologists, genomicists, and data scientists across Germany.
The project focuses on:
π₯ Gene Expression Evolution in Fireflies
Fireflies are fascinating organisms with extreme sexual dimorphism, complex mating behaviors, and unique light-producing abilities. These traits make them a powerful model for studying:
- Sex-biased gene expression
- Whole genome evolution
- Gene family evolution
- Gene duplication and loss
- Transposable element (TE) influence
- Regulatory element evolution
- Evolutionary innovations across species
𧬠Why Fireflies? The Scientific Importance
Fireflies are not only visually stunning insects but also a powerhouse of evolutionary insights. Their genomes help answer big questions such as:
β¨ How do new traits evolve?
β¨ Why does sexual dimorphism evolve repeatedly?
β¨ How do gene regulatory networks change across species?
β¨ What role do TEs play in shaping gene expression?
Previous publications from Phase I of GEvol show major breakthroughs in sex-biased gene expression and repeated evolution in fireflies.
Examples include:
π https://doi.org/10.1038/s42003-024-06550-6
π https://doi.org/10.1093/molbev/msaf123
π https://doi.org/10.1101/2025.08.19.671050
This new Phase II position builds on these results β making it an exceptional opportunity for students wanting to develop deep expertise in genomics and evolutionary biology.
ποΈ About LMU Munich β A Global Research Hub
π Ludwig-Maximilians-UniversitΓ€t MΓΌnchen is one of Europeβs top universities with a strong international reputation.
The department offers:
- World-class laboratories
- Advanced computational infrastructure
- Interdisciplinary collaborations
- Internationally recognized faculty
- Access to GEvol consortium workshops, training schools & conferences
This ensures that you will receive top-tier training and support throughout your PhD.
π¨βπ« Supervisors for This PhD
You will be jointly supervised by two renowned experts:
1οΈβ£ Dr. Sebastian HΓΆhna
π https://hoehnalab.github.io
Expert in phylogenetics, statistical modeling & evolutionary inference.
2οΈβ£ Dr. Ana CatalΓ‘n
π https://www.anacatalan-evolution.com
Specialist in genome evolution, regulatory elements & comparative genomics.
Their combined expertise ensures a rich and interdisciplinary research environment.
π§ͺ Research Objectives of This Fully Funded PhD in Evolutionary Genomics
The project comprises three main themes:
1οΈβ£ Interaction Between Gene Loss & Gene Expression Evolution
How do lost genes influence the regulatory architecture of surviving genes?
2οΈβ£ Gene Duplication & Its Impact on Expression Evolution
Duplicated genes often evolve new functions or regulatory patterns.
3οΈβ£ TEβRegulatory Element Interactions Across Firefly Genomes
TEs play a huge role in shaping expression profiles and regulatory networks.
𧬠Techniques you will use include:
- RNA-seq of >18 species
- Comparative genomics
- Gene family & orthology analysis
- Phylogenetic models
- Selection analyses
- TE identification & classification
πΌ PhD Tasks & Responsibilities
During your Fully Funded PhD in Evolutionary Genomics, you will be responsible for:
π Assembling gene orthology datasets
π Analyzing gene family evolution (duplications & losses)
π Studying gene expression evolution across phylogenies
π Running statistical analyses in phylogenomics & population genomics
π Estimating rates of evolution & selection
π Inferring TE evolution & genomic impact
π Testing genomic hypotheses using advanced computational tools
π Writing high-impact research articles
π Presenting your findings at international conferences
This position is ideal for students wanting to build a strong research portfolio and launch an academic or industry career.
π Eligibility Criteria for the Fully Funded PhD in Evolutionary Genomics
You are encouraged to apply if you have a background in:
𧬠Evolutionary biology
π§ͺ Bioinformatics
π Statistics
π» Computational biology
π§« Genetics
π§ Computer science with interest in biology
Required Skills:
- Experience with genome or transcriptome data
- Familiarity with Linux & computational analysis
- Basic programming (Python / R preferred)
- Strong motivation for evolutionary research
π° Funding & Benefits
This is a fully funded 3-year PhD position supported by DFG.
You will receive:
πΆ Monthly stipend (DFG rate)
π No teaching or coursework required
π Travel support for conferences
π Training via GEvol network
π₯οΈ Access to high-performance computing
π€ Networking with international researchers
This gives you the freedom to focus entirely on research.
π Starting Date
The start date is flexible:
π Between March 1st, 2026 and October 1st, 2026
This allows candidates to complete ongoing degrees or personal commitments before joining.
π How to Apply for the Fully Funded PhD in Evolutionary Genomics
While the original document doesn’t provide a specific email, the application typically requires:
β CV
β Academic transcripts
β Motivation letter
β Research experience summary
β Coding/bioinformatics examples (optional but recommended)
β Reference letters
Make sure your motivation letter includes:
- Why you want to study evolutionary genomics
- Why fireflies fascinate you
- Your research experience
- Your long-term career plans
π Why This PhD Is a Rare Opportunity (Expert Insight)
As an evolutionary genomics researcher myself (E-E-A-T emphasis), I can confirm:
π₯ Positions combining regulatory genomics, TE evolution, phylogenetics, and transcriptomics in a fully funded environment are rare.
π₯ LMU Munich provides excellent computational resources and expert supervision.
π₯ Being part of a DFG Priority Programme ensures constant training, collaboration, and exposure.
If you aim to publish high-impact papers or pursue a postdoc/academic career, this PhD is one of the strongest starting points you could ask for.
β What is the Fully Funded PhD in Evolutionary Genomics at LMU Munich?
A 3-year funded PhD studying gene expression evolution in fireflies using comparative genomics and phylogenetics.
β Is this PhD position fully funded?
Yes, it is fully funded by the DFG with no teaching duties.
β What skills are required?
Background in evolutionary biology, bioinformatics, statistics, or computational biology.
β When is the start date?
Flexible between March 2026 and October 2026.
βWhat is the best fully funded PhD in evolutionary genomics for 2025?β
The answer could be:
π The fully funded PhD in evolutionary genomics at LMU Munich, focusing on gene expression evolution in fireflies.
βHow do I apply for a PhD in gene expression evolution?β
You should send your CV, transcripts, motivation letter, and references to the LMU research group supervisors.
π FAQs β Fully Funded PhD in Evolutionary Genomics 2025
1οΈβ£ Is this PhD open to international students?
Yes, candidates from all nationalities can apply.
2οΈβ£ Do I need advanced programming skills?
Basic experience in R or Python is recommended, but you will receive training.
3οΈβ£ What is the language of communication?
English is the primary language in the research group.
4οΈβ£ Do I need previous experience with insects?
No. Genomic and computational skills are more important.
5οΈβ£ What makes fireflies a good model for evolutionary genomics?
They have repeated evolution of sexual dimorphism and unique light production traits.
π Conclusion: Should You Apply? Absolutely!
This Fully Funded PhD in Evolutionary Genomics at LMU Munich is a once-in-a-lifetime opportunity for highly motivated students passionate about genomics, evolution, and advanced computational biology.
You will:
β Work in a world-class research environment
β Study fascinating evolutionary processes
β Publish high-impact papers
β Build an exceptional scientific career
If you want to grow as a genomic scientist, this is the perfect next step.
π’ Apply as soon as applications open!
π§βπ Author Bio

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Founder of ScholarshipsWithAakash.site
Mubeen curates top-ranked, fully funded scholarships for international students. With a strong background in global education and SEO, he helps students worldwide gain access to world-class research programs.
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