Postdoc in Biologging and Bioacoustics: Aarhus University’s Department of Ecoscience is offering an exciting postdoctoral opportunity in Biologging and Bioacoustics. This position focuses on advancing innovative research methods for studying marine mammals using cutting-edge sound and movement tags. The selected candidate will lead groundbreaking data analysis and contribute to the development of new techniques for call identification in tagged marine mammals. The position is perfect for individuals passionate about marine science and conservation.
Designation
Postdoctoral Researcher
Research Area
Biologging and Bioacoustics with a focus on studying marine mammals using high-resolution sensor and acoustic recordings.
Location
Department of Ecoscience, Aarhus University
Frederiksborgvej 399, DK-4000 Roskilde, Denmark
Eligibility/Qualification
- PhD in Biology, Oceanography, Ecology, or a related field (or expected completion before start date).
- Candidates with backgrounds in Physics, Computer Science, or Engineering may also apply, provided they demonstrate relevant skills.
Required Skills:
- Strong programming and analytical skills (preferably in Matlab; R or Python accepted).
- Experience with quantitative acoustics or inertial sensor data (especially accelerometer) processing and analysis.
- Proven experience with scientific writing and publication of research results.
- Strong written and spoken English proficiency.
Desired Skills:
- Knowledge of biologging technologies (e.g., DTAGs, Acousonde tags).
- Experience with Github, open-source code management, and version control.
- Effective time management and experience overseeing research grants/contracts.
Description
The postdoctoral researcher will advance research into marine mammal acoustic behavior, developing new methods to identify calls using sound and movement tags (e.g., DTAGs). The role involves data analysis, scientific writing, and collaboration with esteemed experts, including Dr. Frants Jensen at Aarhus University, Dr. Susan Parks at Syracuse University (USA), and Dr. Douglas Gillespie at the University of St. Andrews (UK). Additional opportunities include contributing to project website development, writing user-friendly guides, and field data collection.
Responsibilities:
- Develop and validate methods for identifying social calls in marine mammals.
- Analyze archival tag data (stereo acoustic and accelerometric recordings).
- Collaborate with international researchers and contribute to interdisciplinary projects.
- Write reports and/or scientific papers showcasing the research findings.
- Support broader accessibility of the tools and methods developed in the project.
How to Apply
Applicants must submit their application through Aarhus University’s recruitment system available on their official website. Applications must include:
- Curriculum Vitae (CV)
- Degree certificates
- Complete list of publications
- A statement of future research plans and experience
- Information on teaching portfolio (if applicable)
Note: Letters of reference can be uploaded directly or emailed to HR.Nattech@au.dk after submission.
Application Deadline
March 31, 2025 (23:59 CEST)
Table Summary
| Title | Postdoc in Biologging and Bioacoustics |
|---|---|
| Location | Aarhus University, Roskilde, Denmark |
| Eligibility | PhD in Biology/Oceanography/Ecology/Related, or equivalent skills (e.g., Physics) |
| Research Area | Marine Mammal Acoustic Behavior and Biologging Technologies |
| Responsibilities | Data analysis, developing call identification methods, writing publications |
| Required Skills | Programming (Matlab/R/Python), quantitative acoustic analysis, scientific writing |
| Desired Skills | Biologging knowledge, version control (Github), time management |
| Application Deadline | March 31, 2025 |
| Contact | Dr. Frants Havmand Jensen, fjensen@ecos.au.dk |
| Start Date | June 1, 2025 |
This postdoctoral opportunity provides an excellent chance to collaborate with esteemed researchers and contribute to marine mammal research advancements that aid in understanding and conserving oceanic ecosystems. Apply now to make your mark in this cutting-edge field!
