Funding opportunity
| Duration | Up to two years |
|---|---|
| Application deadline | September 2, 2025 |
| Application procedures | |
| How to apply |
To create or access an application, log in to the |
| For more information | Contact |
Objective Description Equity, diversity and inclusion Research security Eligibility Application procedures Review procedures and selection criteria (weighted scoring)
The Ship Time program allows those holding an NSERC
This Ship Time program is aimed at all NSERC-funded researchers who intend to use a vessel for their DG-supported research in the coming years. It applies to the following: Canadian Coast Guard (CCG) vessels or other Departments of Fisheries and Oceans (DFO) platforms, undersea vehicles operated by the
Ship Time grants support ongoing DG research programs. These grants recognize the high costs associated with chartering research vessels in Canada and abroad. Recipients of Ship Time grants must use the funds as described in the application. Requests to use an alternate vessel will be assessed on a case-by-case basis.
Ship Time applicants may apply for more than one vessel at a time. Should the two vessels be part of the same project (e.g., a remotely operated vehicle and a support vessel), only one application is to be submitted.
The normal duration of Ship Time grants is one year. Two-year grants will be considered in exceptional circumstances, where the project completion requires a firm commitment of funding for more than one year. Applicants who need to confirm funding for expeditions taking place well into the future should
NSERC does not consider requests for supplements to existing Ship Time grants. For questions about ship time associated with other NSERC programs, please
NSERC is acting on the evidence that achieving a more equitable, diverse and inclusive Canadian research enterprise is essential to creating the excellent, innovative and impactful research necessary to advance knowledge and understanding, and to respond to local, national and global challenges. This principle informs the commitments described in the
Considering equity, diversity and inclusion (EDI) in the research process promotes research excellence by making research outcomes more ethically sound, rigorous, reproducible, and useful. It is important to consider EDI through each stage of the research process, including, but not limited to, the research questions, design, methodology, analysis, interpretation and dissemination of results, and integrate these considerations where relevant. Consult
Researchers who support and meaningfully act to advance equity, diversity and inclusion in their research teams and their research environments enhance the potential for innovation and research excellence. By integrating EDI considerations in research teams and in research environments, teams are more likely to benefit from greater access to talent, a broader range of ways of knowing and knowledge systems, enhanced collaboration, greater creativity, and more effective problem solving, resulting in improved performance, more rigorous results and greater impact.
For more information, refer to the NSERC guide on
To ensure that the Canadian research ecosystem is as open as possible and as safeguarded as necessary, the Government of Canada has introduced the
Policy on Sensitive Technology Research and Affiliations of Concern
The
To comply with this policy, applicants must identify whether the grant application aims to advance a Sensitive Technology Research Area. If so, the submission of
Researchers should review the list of
The
Applicants (including co-applicants) must hold a Discovery Grant (or be successful in the current DG competition) to be eligible to receive a Ship Time grant.
Applicants and co-applicants to the Ship Time program must meet NSERC’s
Applicants whose research is, or will be, supported under the DG program must submit their completed Ship Time application by the
For each project requiring a vessel, submit the following documents (except in cases where the vessel is combined with a remotely operated vehicle):
- Application for a Discovery Grant – Ship Time (Form 101)
- Canadian Common CV (CCV) for the applicant and each co-applicant
- Quotation for all vessels to be used
Impact Assessment Form (Appendix A) - Additional material (e.g., letters of support), as required
Please consult the
The onus is on the applicant to submit a complete application that conforms to the
Applications are evaluated by the
Scientific or engineering excellence (40%)
- Demonstrate the scientific or engineering excellence of the proposed project(s)
- Highlight the significance and expected contributions to Discovery-research, including potential for major advances and impacts
- Show the feasibility of the plan(s) to use the research vessel or platform, and demonstrate that the proposed methods are the best approach to answering research questions
- Illustrate the complementarity of expertise and the synergy of group members
- Consider EDI in the rationale of the team composition (if applicable)
Footnote 1 - Summarize the effective use of previous ship-based experience (NSERC-funded or otherwise)
Need and urgency for ship time (40%)
- Highlight the urgency and justify the timing of the expedition
- Justify the research platform or vessel chosen, as opposed to using other (less costly) methods to obtain data
- Detail the availability of the equipment required to undertake the research
- Discuss the provision of technical support
- Illustrate attempts to maximize existing resources (extent to which the required platform may be shared with others)
Contribution to the training of highly qualified personnel (HQP) (20%)
- Describe the quality and extent of the HQP training environment
- Demonstrate the opportunities for hands-on training
- Consider EDI in the training of HQP
- Highlight the outcomes and skills to be gained by HQP
Note: It is the responsibility of the grant holder to ensure that any vessel being used for NSERC-supported research is crewed in conformance with the
Demographic data is not requested or required to assess any impacts resulting from the consideration of EDI in the research team and training environment.
| Year | Province | Institution | Evaluation group | Grant holder | Program | Title | Co-applicant(s) | Department | Term | Amount | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 2025 | British Columbia | The University of British Columbia | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Hunt, Brian BPV | RGPST | Understanding the impact of urbanization on coastal marine ecosystems | Scholes RC, Bradbury HJB | Oceans and Fisheries, Institute for the | 1 | 20,800 | |
| 2025 | Manitoba | University of Manitoba | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Dahl-Jensen, Dorthe D | RGPST | Dynamics of Freshwater and Sea Ice in the Queen Elizabeth Islands | Wang F, Copland L, Brown KA, Else BGT, Isleifson DK, Ehn JK, Stroeve J, Collins RE | Earth Observation Science, Centre for | 1 | 240,000 | |
| 2025 | Manitoba | University of Manitoba | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Davoren, Gail GK | RGPST | The ecology of forage fish and interactions with marine predators | Biological Sciences | 1 | 57,870 | ||
| 2025 | Nova Scotia | Dalhousie University | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Musgrave, Ruth RC | RGPST | Advancing our understanding of the coupled physical and biogeochemical dynamics of Bedford Basin with application to ocean-based climate interventions | Wallace DWR, LaRoche J, Algar CK, Buchwald C | Oceanography | 1 | 84,157 | |
| 2025 | Nova Scotia | Dalhousie University | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Zhang, Miao M | RGPST | Submarine Volcano Eruption Monitoring at the Endeavour Segment Offshore BC | Nedimovic M | Earth and Environmental Sciences | 1 | 64,338 | |
| 2025 | Nova Scotia | Dalhousie University | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Zhang, Miao M | RGPST | Seismic Evaluation of the Scotian Margin Offshore NS for Long-term Carbon Storage | Nedimovic M | Earth and Environmental Sciences | 1 | 179,032 | |
| 2025 | Ontario | Lakehead University | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Rennie, Michael MD | RGPST | Quantifying productivity, biodiversity and genetic novelty of fishes at lakemounts | Biology | 1 | 159,674 | ||
| 2025 | Quebec | Universit� du Qu�bec � Rimouski | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Winkler, Gesche G | RGPST | Ecosystem structure and function of the St. Lawrence estuarine transition zone: assessment of spatial and temporal variability | B�langer S | Sciences de la mer de Rimouski, Institut des | 1 | 92,800 | |
| 2024 | Alberta | University of Calgary | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Else, Brent BGT | RGPST | FoxSIPP-2: the Foxe Basin Sea Ice Pump Project | Myers PG, Reader HE, Brown KA, Walker BD | Geography | 1 | 184,200 | |
| 2024 | British Columbia | The University of British Columbia | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Pawlowicz, Rich RA | RGPST | Lagrangian studies of plakton productivity and fluid dynamis in the Salish Sea | Maldonado T | Earth, Ocean and Atmospheric Sciences | 1 | 21,146 | |
| 2024 | Manitoba | University of Manitoba | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Davoren, Gail GK | RGPST | The ecology of forage fish and interactions with marine predators | Montevecchi A | Biological Sciences | 1 | 57,870 | |
| 2024 | Newfoundland and Labrador | Memorial University of Nfld | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Geoffroy, Maxime M | RGPST | Comprehensive survey of the northern Baffin Bay and Pikialasorsuaq merine ecosystems | Tremblay JJE, Archambault P, Maps FV, Limoges A, Fisher JAD, Ardyna M | Fisheries and Marine Institute | 1 | 240,000 | |
| 2023 | Alberta | University of Alberta | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Bhatia, Maya P | RGPST | Community-based monitoring to understand the changing coastal ocean in Jones Sound | Myers PG, Waterman SN, Dumont D, B�langer S, Didier D, Bertrand E, Buchwald C | Earth and Atmospheric Sciences | 1 | 130,000 | |
| 2023 | Manitoba | University of Manitoba | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Davoren, Gail GK | RGPST | The ecology of forage fish and interactions with marine predators | Montevecchi A | Biological Sciences | 1 | 57,870 | |
| 2023 | New Brunswick | University of New Brunswick | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Limoges, Audrey A | RGPST | Sea-ice and sea-level control on the formation and preservation of the southernmost discovery of subsea permafrost (Nain, Nunatsiavut) | Bhiry N, Oliver ECJ, Church IW, Robert K, Kurylyk BL | Earth Sciences | 1 | 74,500 | |
| 2023 | Nova Scotia | Dalhousie University | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Musgrave, Ruth RC | RGPST | Quantifying sediment carbon dynamics in situ and the implication for the ocean alkalinity enhancement approach to marine carbon dioxide removal. | Wallace DWR, LaRoche J | Oceanography | 1 | 163,800 | |
| 2023 | Nova Scotia | Dalhousie University | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Bertrand, Erin E | RGPST | BELAS: Biological Carbon Export in the Labrador Sea | Wallace DWR, Finkel ZV, Reader HE, Kienast US, Fennel K, LaRoche J, Buchwald C, Passow U | Biology | 1 | 340,313 | |
| 2023 | Quebec | McGill University | Ship Time Allocations Committee/ Comit� d'allocation de Temps Navire | Liu, Yajing Y | RGPST | Earthquake monitoring, whale tracking and sedimentary geochemistry of the Lower St. Lawrence Seaway | Nedimovic M, Darbyshire FA, Pellerin A, Plourde AP, Zhang M, Cauchy P | Earth and Planetary Sciences | 1 | 319,631 | |
| 2022 | Alberta | University of Alberta | Ship Time Allocations Committee | Bhatia, Maya | RGPST | The changing coastal environment in the Canadian High Arctic: Past, Present, and Future | Myers PG, Waterman SN, Halfar J, Didier D, Bertrand E | Earth and Atmospheric Sciences | 1 | 118,000 | |
| 2022 | Alberta | University of Calgary | Ship Time Allocations Committee | Else, Brent | RGPST | FoxSIPP: The Foxe Basin Sea Ice Pump Project | Myers PG, Waterman SN, Walker BD | Geography | 1 | 210,000 | |
| 2022 | British Columbia | The University of British Columbia | Ship Time Allocations Committee | Donner, Simon | RGPST | Are tropical mesophotic kelp communities endangered relics or climate change refuges? Field work in the Galapagos Archipelago | Geography | 1 | 15,240 | ||
| 2022 | Manitoba | University of Manitoba | Ship Time Allocations Committee | Davoren, Gail | RGPST | The ecology of forage fish and interactions with marine predators | Montevecchi A | Biological Sciences | 1 | 77,165 | |
| 2022 | New Brunswick | University of New Brunswick | Ship Time Allocations Committee | Limoges, Audrey | RGPST | Nunatsiavut Coastal Interaction Project: recurring polynyas, benthic habitats and natural hazards | De Vernal A, Bhiry N, Edinger EN, Sherwood OA, Oliver ECJ, Robert K | Earth Sciences | 1 | 179,500 | |
| 2022 | Nova Scotia | Dalhousie University | Ship Time Allocations Committee | Sherwood, Owen | RGPST | Deep-water coral, sponge, and seep habitats along Northwest Atlantic shelf and slope: geology, ecology, and conservation | Snelgrove PVR, Mercier A, Edinger EN, Hubert CRJ, Robert K, Limoges A, Algar CK, Walker BD | Earth and Environmental Sciences | 1 | 334,780 | |