In collaboration with Acadia University and Nova Scotia Power, Innovasea inc. proposes an intern to determine route choice, and measure survival of Atlantic salmon smolt as they descend the Gaspereau River past the White Rock Hydropower Generating Station. This project will be completed in full collaboration with Fisheries and Oceans Canada Scientists. The results will both test new V3 tagging technology and inform mitigation efforts that will reduce negative impacts of dam passage on inner Bay of Fundy Atlantic salmon as they begin their migratory journey to the ocean.
Wetland-dependent birds, notably waterfowl, are prominent features of the conservation landscape in Eastern Canada, Ducks and geese in particular denote seasonality through their spectacular migrations, are key harvested species in many regions, and are often visible to connect the public with the sense of “wild”. However, populations of most of these species in Eastern Canada remain below targets set under the North American Waterfowl Conservation Plan, which may be due in part to threats or changes to breeding habitats.
The lack of scientific data on the potential effects of instream tidal power extraction on migratory fishes is delaying the decision-making process on a technology that shows promise for reducing carbon emissions, and for which Canada could become a global leader in the production of infrastructure. It remains unclear if fishes that occupy Canada’s leading tidal energy test site (Fundy Ocean Research Centre for Energy [FORCE], in Minas Passage, Nova Scotia) will be negatively affected by turbine installations.
Atlantic salmon is in decline in many places across its range. Reduced habitat quality, declines in at-sea survival, and decreases in availability or timing of food resources are all recognized as factors contributing to spawning declines and early life survival. Healthy rivers are good candidates for adult enhancement programs. Adult enhancement involves removing some smolts from the river, growing them to adults in aquaculture tanks, and returning them to the river to supplement the natural returns from sea.
Striped bass, Morone saxatilis, is a popular anadromous fish caught along the Eastern Coast of North American. Striped bass invaded Labrador, NL in August 2017 and, during Part 1 of this study, were identified to feed on Atlantic salmon, cod, char and capelin; important fishes to NunatuKavut Community Council (NCC). The traditional method to identify stomach contents consists of examining stomach contents and morphologically identifying the species consumed.
Leach’s storm-petrels are tiny, iconic seabirds found from the Bay of Fundy through Labrador in eastern Canada, and forage hundreds of kilometres offshore. Numbers of birds at some colonies have declined by >30% over the past two decades; the reason for these declines remain very unclear. Among the possible factors thought to be negatively influencing storm-petrels is mercury (Hg), a neurotoxic element that some studies have shown is high in this species.
Little information is known about offshore lobster. Knowledge gaps exist in general population demographics, maturity rates, and movement patterns (migrations). Most notably, nothing is known about offshore lobster in this region especially during the closed season. This project will form a collaboration between captains and their crews and researchers to collect data on the offshore fishery. The primary project goal is to ensure a healthy, viable, and sustainable fishery.
This MITACs proposal seeks funding to establish an internship cluster dedicated to researching novel psychedelic compounds for the purposes of treating clients suffering from PTSD and anxiety using its comprehensive psilocybin-assisted psychotherapy treatment model. The objective of this one-year project is to characterize the chemical composition of psychedelic mushrooms, optimizing extraction process, testing extracts and active compounds on insect model, in order to advance the science around the use of psilocybin in psychedelic-assisted psychotherapy.
Saltmarshes and coastal wetlands in Atlantic Canada are some of the habitats that have experienced the greatest decline in area over the past 400 years. Various organizations have monitored habitat change and bird use of these sites for decades, but no one has undertaken a comprehensive examination of changes in habitats or avian abundance, potential factors that influence those (including government policies), and the perspectives of local stakeholders on the successes and failures of conservation efforts in these region.
Virus transmission from one person to the next is heightened during physical activity and team and given the unique circumstances created by the COVID-19 pandemic, the demand for face coverings have exploded in all sectors of society. This project investigates Evolution Sports and Athletic Gear’s sports face covering prototype to evaluate the performance of these face coverings, alongside how athletes perceive both the breathability and comfortability of the mask prototype(s).