Bex Ross
James Cook University, Townsville
Appointment period: 3 years full time (or part time equivalent)
Closing date for applications: 13th August 2017 <<< very soon!
Reference no: 16093
=== Position Overview ===
The ARC Centre of Excellence for Coral Reef Studies at James Cook University is seeking an outstanding early-career research associate with expertise in quantitative ecological modelling, from backgrounds such as quantitative ecology or applied mathematics. The position will conduct research to support key aspects of Dr Michael Bode’s ARC Future Fellowship project on understanding the ecological and conservation consequences of larval dispersal in reef fish and corals. The project comprises collaborative research with Profs Terry Hughes and Geoffrey Jones. A primary goal is to validate high-resolution biophysical models with genetic data on parentage.
The ARC Centre of Excellence for Coral Reef Studies is the world’s leading coral reef research group, encompassing >250 researchers and graduate students, with ongoing research projects in 30 countries. The vision of the Centre is to provide the knowledge necessary for understanding the world’s coral reefs and their interaction with people in order to foster their sustainable use, secure the benefits they provide to tropical societies and economies, and enhance the effectiveness of coral reef management world-wide. The Centre fosters a multi-disciplinary, multi-institutional approach to its research programs drawing on expertise from its collaborating universities and other national and international partners. This position will provide the opportunity to collaborate with leading researchers in the ARC Centre of Excellence for Coral Reef Studies. The candidate will be provided with exceptional support to develop an independent ongoing program of research that suits her or his interests and abilities.
The appointment will be for three years with the potential for extension.
Preference will be given to candidates with: 1) formal training in applied mathematics and/or a proven ability to undertake computationally sophisticated research in quantitative ecology; 2) experience in developing and interpreting biophysical dispersal models (i.e., hybrid models containing hydrodynamic modelling components and individual-based biological components); 3) a publication record of rigorous research, given their career stage; and 4) the potential to develop and implement exciting, question-driven research.
=== Principal Accountabilities ===
- Conduct research independently and as part of a team and make original contributions to the research aims of the ARC Centre of Excellence for Coral Reef Studies
- Publish research in high quality, peer-reviewed journals
- Contribute to the research, mentoring and outreach culture of the Centre
- Co-supervise graduate students where appropriate
=== Selection Criteria ===
Essential:
PhD in related discipline
Formal training in applied mathematics or a highly quantitative discipline
Excellent publication record for stage of career
Evidence of outstanding research ability
Demonstrated effective interpersonal and communication skills
Desirable:
Experience in developing and interpreting biophysical dispersal models (i.e. hybrid models containing hydrodynamic modelling components and individual-based biological components)
=== Employment Type ===
Appointment will be full time for three years (or equivalent for part time appointment)
Academic A: $A79,942-$A85,546pa plus 17% superannuation contribution
Academic B: $A89,859-$A106,029pa plus 17% superannuation contribution
Level of appointment and commencing salary will be dependent on qualifications and experience.
=== Enquiries ===
To discuss this role please contact Dr Michael Bode Michae...@jcu.edu.au
Apply through James Cook University. Please submit a Curriculum Vitae, a Statement of Research Interests, PDFs of (or accessible links to) three recent publications and addresses of three referees. Please quote reference number 16093. Applicants invited for interview will be expected to present a seminar in conjunction with the selection process.
Closing Date for applications: Sunday 13th August 2017.
sally.wood
bexeross
salwood82
bexeross
Research Associate in marine dispersal modelling
(job # ACAD104396 http://www.bristol.ac.uk/jobs/)
Applications are invited for a Research Associate to work on the project ‘UKRI GCRF Untangling the origin and movement of ghost nets in the Indian Ocean to aid management and mitigation’ funded by the United Kingdom Research and Innovation Collective Fund. The ideal candidate will have very strong quantitative and programming skills, experience with large datasets, a passion for marine science and a flair for data visualization. The primary role will be to employ biophysical marine dispersal modelling using the University of Bristol’s supercomputing facilities (BlueCrystal). The output will be compared with observation datasets including records from citizen science projects. The use of GIS to visualize the model results will be a critical output of the project and will provide the information needed by the Project Partner NGOs to focus education and provide evidence for best practice and policy efforts. There is broad cross-disciplinary and cross-societal motivation for the results – from marine scientists to conservation-based charities, indigenous fishers and coastal communities to international regulators. Seeking to fill the post as soon as possible.
For informal enquiries please contact Dr Erica Hendy (e.h...@bristol.ac.uk)
For the full job description http://www.bristol.ac.uk/jobs/ job # ACAD104396
Additional background information:
The RA will be based in the School of Earth Sciences at the University of Bristol. The School is one of the top departments in the UK and the world, with respect to our research, teaching and engagement with society. It was ranked 2nd in the most recent UK Research Excellence Framework and is typically ranked in the top 15 in global rankings (Earth and Marine Sciences). The School comprises 38 core academic staff as well as outstanding professional services and technical teams. Our diverse range of UG and MSc programmes means that the School typically has about 270 UG and PGT students. The School also has a large cohort of PhD students (~70) and PDRAs (~50) that are essential to our educational mission and our world-leading research. Equality, Diversity and Inclusion are essential values to the entire School, represented by diverse international students and staff and a strong gender balance (>40% at all student, ECR and academic levels, including Professorial staff); continued improvement on all aspects of EDI is a strategic priority embedded in all aspects of School operation.
The RA will be invited to be an active member of the Bristol Research Initiative for the Dynamic Global Environment (BRIDGE) (http://www.bristol.ac.uk/geography/research/bridge/), a vibrant and collegial cross-School research group of Earth System modellers. The RA will also be encouraged to engage with the Cabot Institute (http://www.bris.ac.uk/cabot/), which links 600+ researchers across the University to work on quantifying risks and uncertainty in a changing environment, and enhances the outputs of world-leading research through website, social media and printed communications.
The University of Bristol offers exceptionally strong computing resources and technical expertise having invested £16 million in the High Performance Computing facility over the last 10 years and with the launch of the latest BlueCrystal Phase 4 supercomputer in 2017 (>15,000 Lenovo cores, theoretical peak performance of 600 Teraflops) it is one of the fastest and most advanced supercomputing facilities in the UK (https://www.acrc.bris.ac.uk).
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Dr Erica Hendy
Senior Lecturer in Global Biogeochemical Cycles
School of Earth Sciences,
University of Bristol,
Wills Memorial Building, Queens Rd,
Bristol, BS8 1RJ
UK
Email: e.h...@bristol.ac.uk
Office: +44 (0)117-331-5003
bexeross
Postdoctoral researcher (2 years)
Modeling the dynamics of Sargassum algae in the North Tropical Atlantic
Profile:
Since 2011, massive amount of Sargassum algae are stranding on the coasts of the Lesser Antilles, Central America, Brazil and West Africa, causing severe economical, ecological and health issues. Sargassum satellite index revealed that these strandings come from colossal quantities of algae drifting from the central tropical Atlantic, disconnected from the historical Sargasso Sea. The origins of the rise and continuation of these blooms are still debated (Johns et al 2020). This job opportunity is part of the FORESEA project (FOREcasting seasonal Sargassum Events in the Atlantic) funded by the French Research Agency ANR. The overall aim of FORESEA is to build a forecast model of Sargassum dynamics at basin and regional scales. State of the art datasets are available within this project : (i) a new satellite-derived Sargassum index archive covering the last decade (ii) dedicated physical-biogeochemical interannual simulations based on NEMO-PISCES model and (iii) a surface drifter database. Using these datasets, the candidate will design an innovative Lagrangian
approach to simulate Sargassum algae physical and biological dynamics (drift, growth and decay). After validation, the model will be used to identify the major drivers of seasonal and interannual fluctuations of Sargassum, and explore capabilities for forecasting the
Sargassum influx in the Caribbean region.
MIO, https://www.mio.osupytheas.fr/, Marseille, France
MARBEC, http://www.umr-marbec.fr/, Sète, France
Interested candidates should send a CV and a motivation letter including two referees to Léo Berline (leo.b...@mio.osupytheas.fr) and Christophe Lett (christo...@ird.fr). The postdoc is expected to start in the first half of 2020. Review of applications will start in
February 2020 until the position is filled. Duration is two years.