Post-doctoral Research Fellow in Seaweeds - Vancouver, Canada - University of British Columbia

University of British Columbia

Verified Company

Vancouver, Canada

3 weeks ago

Posted by:

Sophia Lee

beBee Recruiter

Description

Academic

Job Category

Faculty Non Bargaining

Job Title

Post-doctoral Research Fellow in Seaweeds (Martone Lab)

Department

Research | Martone Lab | Department of Botany | Faculty of Science (Patrick Martone (On Leave))

Posting End Date

June 26, 2024

Note:
Applications will be accepted until 11:59 PM on the Posting End Date.

Job End Date

Aug 31, 2026

The expected pay for this position is $55,000.00 per year ($4583.37/month).

At UBC, we believe that attracting and sustaining a diverse workforce is key to the successful pursuit of excellence in research, innovation, and learning for all faculty, staff and students.

Our commitment to employment equity helps achieve inclusion and fairness, brings rich diversity to UBC as a workplace, and creates the necessary conditions for a rewarding career.

Biodiversity and seasonality of seaweed communities in a changing climate

A Sentinels of Change Alliance postdoctoral fellowship

Biodiversity change in the Salish Sea is a major ecological concern.

The need to understand these changes, and their causes, is a primary research objective so that knowledge can be mobilized to inform conservation and policy actions in the region.

The Sentinels of Change Alliance brings together Hakai Institute scientists, university scientists and local communities to deepen our understanding of Salish Sea biodiversity change at an unprecedented scale and resolution.

The goals are to implement standard observation systems for biodiversity across a range of taxa, to conduct experiments to test hypotheses about the causes of diversity change, and to integrate knowledge from observation and experimental systems into a sustainable ongoing biodiversity observation system for the Salish Sea.

The Sentinels of Change Alliance project will train postdoctoral researchers and technicians to implement a series of globally recognized biodiversity monitoring programs (e.g. Sentinels light traps, ARMS, MARINe Biodiversity monitoring and other systematic observation and experimental systems).

Project personnel will use state of the art data science and statistical approaches in the context of emerging frameworks for detecting and attributing biodiversity change.

Sentinel Postdoctoral researchers will be co-advised by UBC professors and Hakai scientists to develop projects that synthesize the information coming in from the monitoring program, as well as provide complementary theory development, mechanistic experiments and monitoring.

Focal project:

Macroalgae are central components of marine ecosystems, creating habitat, providing food, and mitigating environmental factors, such as flow and seawater chemistry.

The coast of British Columbia is world renowned for its rich, diverse, and well-studied marine flora with hundreds of macroalgal species, representing a mix of northern and southern species.

For more than a decade, field surveys along the BC coast have not only discovered new seaweed species - many of which require taxonomic description - but have also documented significant changes in local seaweed communities coinciding with marine heatwaves: some species becoming less abundant and some species with advanced, delayed, or failed annual recruitment.

Ocean warming has a major impact on seaweed growth, survivorship, reproduction, and seasonality, yet little is known about the thermal niche, reproductive timing, or successional dynamics of most seaweed species.

Shifts in seaweed communities can have significant downstream effects on marine ecosystems.

The Sentinels project offers an unprecedented opportunity to integrate field collections, recruitment methods, and molecular data (e.g., DNA barcoding, metabarcoding, eDNA) to investigate the seasonality, successional dynamics, and environmental tolerances of NE Pacific seaweeds.

The postdoc will be responsible for leading data synthesis, surveys, and/or experiments that advance one or more of the following goals.

1) How do seaweed recruitment and successional dynamics differ across sites and environments?

This project will work with Hakai technicians to deploy ARMS (collected annually) and settlement plates (collected weekly or monthly) to investigate recruitment of seaweeds, competitive dynamics, and development of seaweed communities across environments.

Data from previous ARMS deployments and pilot projects are available to inform this work. Possible comparisons include with and without kelp canopy, high flow vs. low flow, variable vs. stable thermal environments, or other areas of interest.

2) Linking sequence to seaweed.

This project will integrate water column eDNA data (e.g., from spores) and settlement plate metabarcoding data (e.g., from recruits) with surveyed and barcoded seaweed communities.

This integrated dataset will clarify the seasonality of reproduction and recruitment success of various seaweeds while also supporting ongoing taxonomic initiatives.

Population genetics and current models may also be applied to assess popu