Salt marshes are important coastal ecosystems that provide many services. Due to their high soil fertility, they have a long history of being converted to farmland. There is now growing interest in restoring salt marshes to protect against coastal erosion, mitigate sea level rise, and provide increased habitat for birds, fish, etc.
To meet growing demand, the aquaculture industry is building increasingly larger land-based farms. There are few locations which can provide enough fresh water for their operation and the industry is forced to reduce its water requirements further by modifying recirculating aquaculture systems (RAS) to incorporate zero-exchange technology. Cooke Aquaculture Inc. is currently constructing a zero-exchange RAS at Johnson Lake, located in Pennfield, New Brunswick to produce salmon parrs. This facility will be the first of its kind in the Americas.
This research is aiming to discover the experiences of people with a cancer diagnosis and their families in terms of accessing and receiving medical and support services and resources in New Brunswick, and any perceived gaps and barriers they have encountered during their journey. Additionally, this research will explore what a supportive care centre for people with a cancer diagnosis and their families would ideally look like in New Brunswick.
Ecohydraulic modeling has become a powerful tool in river science, particularly in the management of regulated systems. For example, habitat modeling is used to predict effects of habitat alteration on aquatic organisms, since it links abiotic processes on multiple spatial scales with biological habitat requirements. This methodology enables predicting the spatial distribution and abundance of biota in a river.
In urgent situations like natural disasters — or even the current pandemic — Canadian first-response teams rely on mobile radio systems to communicate in a fast and secure way. Manufacturers globally also use radio systems in their production plants. Enabling radio communications requires a complex infrastructure with hundreds of thousands of radio repeater sites spread across North America and the globe.
A limited number of fully funded fellowships are available. However, Mitacs strongly recommends that you confirm the availability of $5,000 per year from your academic supervisor or university before applying.
Fellowships will be awarded competitively.
45 Drives—a Nova Scotia based company—offers a high-density, low-cost data storage solution called the Storinator. While this product has been very successful, clients have indicated they would like a clustered solution which offers similar performance and redundancy, without sacrificing security or drastically increasing the cost. Researchers at the University of New Brunswick have been identified as a good fit for creating a clustered software-architecture in tandem with 45 Drives’ hardware-architecture.
The partner organizations (1812 Hemp) is a traditional hemp breeding company, looking to create high-CBD cultivars for industrial use. The organization is currently growing 3 varieties and looking to develop additional varieties for production in North America. However, the conventional breeding method requires numerous generation of crossings to fix the desired trait in the population. Furthermore, the open pollination and dioecious nature of hemp makes breeding cumbersome. As a result, developed hemp varieties are still heterogeneous.
Non-invasive breath analysis has substantial potential for monitoring of a wide range of medical conditions and observation of overall health status. Breath testing is easy and painless; it can be done quickly and inexpensively, and can be repeated as often as needed, making it an attractive approach for screening or clinical diagnosis. In this work, we aim to leverage machine-learning principles to improve and validate the performance of a novel breath-based cancer screening tool.