Fully Funded PhD (2) and Postdoc (1) Positions in Arctic Climate-Fire Research at VU Amsterdam, Netherlands (2026)
Vrije Universiteit Amsterdam (VU Amsterdam), Netherlands, has announced a major team recruitment under the prestigious Dutch Research Council (NWO) Vici project “FireSky ⚡: Fire from the Sky – Impact and Management of Lightning Fires on Permafrost Carbon.” The project includes:
2 Fully Funded PhD Positions
1 Fully Funded Postdoctoral Researcher Position
The interdisciplinary project combines climate science, remote sensing, permafrost research, wildfire dynamics, machine learning, and Arctic fieldwork to investigate how increasing lightning fires affect permafrost carbon and climate feedbacks in northern high-latitude ecosystems.
Applications are open until 14 June 2026.
About the FireSky Project
The FireSky project is a five-year research initiative funded by the Dutch Research Council (NWO) and led by:
Dr. Sander Veraverbeke
The project studies how climate warming increases lightning-driven wildfires in Arctic and boreal ecosystems and how these fires contribute to:
Permafrost thaw
Carbon release
Greenhouse gas emissions
Climate feedback loops
The research combines:
Satellite remote sensing
Field campaigns
Geospatial analysis
Climate modelling
Artificial intelligence
Permafrost carbon studies
Field campaigns will take place in:
Alaska (USA)
Canada
The project also includes collaboration with internationally recognized partners including:
University of East Anglia
Woodwell Climate Research Center
Alaska Fire Science Consortium
Available Research Topics
The research team will focus on three major themes:
1. Remote Sensing of Boreal Fires
Researchers will analyze wildfire dynamics using satellite datasets, including the new FireSat constellation.
Main approaches include:
Geospatial analysis
Satellite data processing
Climate-fire modelling
Large-scale remote sensing
2. Fire-Induced Permafrost Thaw and Greenhouse Gas Emissions
This topic combines:
Field measurements
Remote sensing
Permafrost studies
Carbon cycle analysis
Researchers will investigate how wildfire-induced thaw affects Arctic carbon release and ecosystem dynamics.
3. Lightning Fire Occurrences
This topic focuses on:
Lightning-driven wildfire prediction
Explainable AI techniques
Climate-fire feedbacks
Large geospatial datasets
Strong experience or interest in machine learning and explainable AI is highly valuable for this topic.
PhD Position Details
The two PhD researchers will work on one of the three project themes using combinations of:
Fieldwork
Remote sensing
Modelling
Climate datasets
Geospatial analysis
Main responsibilities include:
Large-scale satellite data analysis
Climate and ecosystem modelling
Publishing peer-reviewed papers
Presenting at conferences
Contributing to teaching activities
Applicants working on field-focused projects should be comfortable with remote Arctic-boreal environments and logistical field challenges.
Postdoctoral Position Details
The postdoctoral researcher will investigate interactions between:
Climate change
Lightning
Wildfires
Permafrost thaw
Carbon emissions
The project combines:
Field observations
Satellite remote sensing
Climate modelling
Big geospatial datasets
AI and machine learning
The postdoc will collaborate closely with project team members and international research partners while publishing high-impact scientific research.
Candidate Requirements
For PhD Applicants
Candidates should have:
MSc in:
Earth Sciences
Environmental Sciences
Ecology
Climate Science
Or related disciplines
Applicants should also demonstrate:
Interest in climate change and Earth systems
Coding skills (preferably Python)
GIS and statistical modelling experience
Ability to handle large datasets
Strong communication skills
For fieldwork-focused projects:
Interest in Arctic fieldwork
Driver’s license required
For Postdoc Applicants
Candidates should possess:
PhD in:
Earth Sciences
Climate Science
Environmental Science
Or related fields
Required skills include:
Advanced Python programming
Data analysis expertise
Geospatial processing
Machine learning or explainable AI
Climate science research experience
Salary and Benefits
PhD Salary
€3,059 – €3,881 gross per month
Contract Duration
Initial 1-year contract
Extended to 4 years after positive evaluation
Postdoc Salary
€3,546 – €5,538 gross per month
Contract Duration
Initial 1-year contract
Extendable to 3 years after evaluation
Additional Benefits
VU Amsterdam offers:
232 annual leave hours
Additional leave options
8% holiday allowance
8.3% end-of-year bonus
Hybrid working possibilities
Sports facilities
International research collaborations
Research visits to partner institutions
Why This Opportunity Is Exceptional
The FireSky project stands out because it combines:
Climate science
Arctic ecology
Wildfire dynamics
Permafrost carbon research
Remote sensing
AI and machine learning
International field campaigns
The project directly addresses one of the most critical climate feedback mechanisms in the Arctic.
Researchers will gain experience in:
Satellite data science
Arctic fieldwork
Climate modelling
Earth system science
High-impact international collaborations
The interdisciplinary structure also provides strong preparation for future academic and research careers in climate and environmental sciences.
About the Department of Earth Sciences
The project is hosted within the Department of Earth Sciences at VU Amsterdam.
Research areas include:
Climate dynamics
Environmental change
Surface processes
Sustainability science
Earth system modelling
The department offers:
International research environment
Advanced facilities
Interdisciplinary collaboration
Strong global research reputation
About Vrije Universiteit Amsterdam
Vrije Universiteit Amsterdam is one of the Netherlands’ leading research universities with:
More than 31,000 students
Over 6,000 staff members
Strong interdisciplinary science programs
Internationally recognized climate and sustainability research
The university is located in Amsterdam’s Zuidas district, one of Europe’s major scientific and business hubs.
Application Requirements
PhD Applications
Applicants should submit:
Motivation letter (max 1 page)
Short CV (max 1 page)
Grade list
MSc thesis or draft
Two references
Applicants must specify their preferred research topic(s).
Postdoc Applications
Applicants should submit:
Motivation letter
Research idea (max 1 page)
Short CV
Two references
The research idea should focus on one or more FireSky themes or related Arctic-boreal climate-fire feedback topics.
APPLY HERE: OFFICIAL JOB APPLICATION PORTAL
Interview Schedule
First Round Interviews
23–25 June 2026
Second Round Interviews
6–9 July 2026
Second-round interviews may be conducted:
On-site (travel reimbursed)
Online if needed
Final Thoughts
The FireSky project at VU Amsterdam offers one of the most exciting climate science opportunities currently available in Europe.
With strong funding, Arctic field campaigns, advanced satellite science, AI integration, and international collaborations, these PhD and postdoctoral positions provide outstanding training for researchers interested in climate change, wildfire science, remote sensing, and Earth system feedbacks.
Researchers passionate about climate resilience, Arctic ecosystems, and environmental data science should strongly consider applying.
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