Postdoc in Tree Physiology and Growth for Forest Acclimation in a Changing Climate

Position Overview

This opportunity is part of the NorSCAPE Project, which focuses on the Norway spruce (Picea abies) and the challenges it faces due to climate change. The project seeks to understand the physiological mechanisms of resilience and vulnerability across the spruce’s distribution range. You will be joining an international team dedicated to researching the adaptation and acclimation potential of spruce trees, leveraging cutting-edge techniques including tree-ring analysis and stable isotope measurements.

Key Responsibilities

• Coordinate field sampling and experimental activities within international networks.
• Conduct dendrochronological and stable isotope analyses to evaluate growth, water-use efficiency, and physiological acclimation in Norway spruce.
• Analyze intra-annual growth and isotopic signals in relation to drought conditions and environmental gradients.
• Collaborate with European partners to integrate NorSCAPE within ongoing projects, such as the OptFOREST network.
• Prepare innovative manuscripts and represent findings at international conferences.
• Mentor and train students, fostering a collaborative learning environment at ETH.
• Contribute to activities involved with the COSTAction initiative.

Candidate Profile

• PhD in forest ecology, plant physiology, environmental sciences, or a related discipline.
• Solid background in dendrochronology, stable isotope analysis, or ecophysiology.
• Demonstrated experience with ecological datasets, statistical analysis, and provenance trial experiments.
• Excellent organizational, communication, and collaborative skills within international multidisciplinary teams.
• Willingness to travel for fieldwork across Europe.
• Curiosity, self-motivation, and teamwork-oriented mindset.
• Strong proficiency in English communication with a commitment to open and collaborative research.

Workplace Environment

The position is located within the chair of forest ecology, specifically within the forest growth and global change group. With a focus on dynamic, supportive interdisciplinary research, this role offers a platform to make impactful contributions to the future of European forests. The collaboration with esteemed institutions such as the WSL and the Stable Isotope Research Laboratory enhances the research experience.

Our Commitment

ETH Zurich is dedicated to fostering an inclusive culture where diversity is valued, and opportunities are equitable. We emphasize sustainability as a core value, continuously striving for a climate-neutral future. With numerous benefits that include public transport support, a variety of sports programs, childcare, and pension plans, we aim to enhance the work-life balance of all team members.

Looking for an Engaging Opportunity?

This is a chance to join a leading institution renowned for its dedication to innovative science and technology. Collaborate with researchers from around the globe and contribute to meaningful change in addressing the pressing environmental challenges of our time.