Natural Resource Canada – Multi-Partner Research Initiative call for proposal

Environment, Energy and Natural Resources

Deadlines

Academic Unit: Inquire within unit

Memorial Deadline: Tuesday 17th, January 2023

External Deadline: Friday 20th, January 2023

Description

Under Canada’s Oceans Protection Plan, the Multi-Partner Research Initiative (MPRI) is a five year $30.3 million program that aims to advance Canada’s scientific knowledge and science-based decision making for oil spill response that minimizes the environmental impacts of spills in marine (offshore and near-shore), and onshore freshwater environments.

Natural Resources Canada (NRCan) will provide funding to support collaborative research networks that:

increase knowledge about the impacts of oil spills on organisms;
develop new technologies and techniques for clean-up;
support science-based decisions that will minimize impacts to the environment and enhance habitat recovery;
provide opportunities for participation and training of the next generation of oil spill scientists and responders (e.g., students and young professionals);
involve oil spill responders and decision-makers to ensure practical applicability of research;
include activities for program synthesis and information transfer; and
involve active Indigenous participation, where applicable.

Priority areas for the current call for proposals

NRCan is currently seeking submission of proposals for integrated, multi-disciplinary, multi-partner research networks to investigate one or more of the following themes and priority topics.

Detailed descriptions for each of these topics are available in the Application Guidelines document. See the How to apply section to obtain your copy.

Theme 1: Fate, behaviour and transport of oil in the environment

Assessment of natural attenuation potential and the development of bioremediation strategies in Arctic and freshwater environments, including the conduct of controlled field studies and spill-of-opportunity studies.
Development of experimental processes to investigate the formation and stability of oil emulsions under real-world conditions, and the influence of emulsified oil to the effectiveness of various spill response options.
Fate, behaviour and transport of oil, including diluted bitumen, spilled in freshwater or estuarine waters, including modelling, formation and ecological significance of oil-particle aggregates.
Studies on factors that influence oil droplet size, plume behaviour and slick formation following surface and subsurface releases in freshwater and marine environments.
Modelling of oil spill behaviour following from accidental subsurface pipeline releases and deepwater blowouts (including responses to subsea dispersant injection).

Theme 2: Alternative response measures

Assessment of environmental persistence and impacts (biological effects) associated with burn residues and development of remedial strategies.
Development and evaluation of current and next generation spill treating agents, including dispersants for application in freshwater and shoreline washing agents for marine and freshwater environments (including recommendations to support the development of guidelines for their use in freshwater, estuarine and marine waters).

Theme 3: Oil detection and monitoring

Advancing unmanned surface and subsurface vehicles for oil spill response monitoring.
Evaluation and application of in situ oil sensors.
Improvement of the Special Monitoring of Applied Response Technologies (SMART) protocol.
Detection, quantification and remediation of sunken oil.

Theme 4: Biological effects of oil

Development of predictive models for oil spill response options based on the integration of existing data on oil fate, behaviour and toxicity for oil spill preparedness, response operations and damage assessments.
Refinement of whole of ecosystem models to predict oil fate, behaviour, transport, and effects (including effects of response options) for support of Net Environmental Benefit Analysis.
Research that investigates the long-term ecological effects of oil spills in marine and freshwaters at the population and community levels.

Theme 5: Physical recovery of oil

Advancing oil adsorbant/absorbant, and solidifier technologies.
Advances in boom and skimmer deployments (in open water and rivers).
Development and evaluation of next generation of decanting technologies for on-site oil water separation and disposal.

Theme 6: Planning and decision-making

Data accessibility and mobilization tools (including Artificial Intelligence applications) to advance precision and accuracy of predictive models and decision making by oil spill responders.

Application deadline

For the current funding round, the deadline for submitting a project proposal is 11:59 pm, PST on January 20, 2023.