# Sustainable Oceans Applied Research

> Sustainable Ocean Applied Research (SOAR) conducts applied ocean research needed for sustainable and resilient coastal communities, with a focus on clean and reliable coastal community power systems energized by fast flowing tidal currents.

**Wikidata**: [Q112287109](https://www.wikidata.org/wiki/Q112287109)  
**Source**: https://4ort.xyz/entity/sustainable-oceans-applied-research

## Summary
Sustainable Oceans Applied Research (SOAR) is a Canadian research institute based in Lunenburg that conducts applied ocean research to support sustainable and resilient coastal communities. The organization specifically focuses on developing clean and reliable power systems energized by fast-flowing tidal currents.

## Key Facts
*   **Official Name:** Sustainable Oceans Applied Research
*   **Abbreviation:** SOAR
*   **Organization Type:** Research institute
*   **Location:** Lunenburg, Canada
*   **Primary Focus:** Applied ocean research for sustainable and resilient coastal communities
*   **Technical Specialization:** Clean and reliable coastal community power systems
*   **Energy Source:** Fast-flowing tidal currents

## FAQs
### Q: What is the primary goal of Sustainable Oceans Applied Research?
A: The primary goal of SOAR is to conduct applied ocean research that fosters sustainable and resilient coastal communities. It aims to achieve this through the development of clean energy solutions and reliable infrastructure.

### Q: Where is Sustainable Oceans Applied Research located?
A: SOAR is located in Lunenburg, Canada.

### Q: What specific type of energy does SOAR focus on?
A: SOAR focuses on power systems energized by fast-flowing tidal currents to provide clean and reliable energy to coastal communities.

## Why It Matters
Sustainable Oceans Applied Research plays a critical role in the transition to renewable energy by addressing the unique challenges faced by coastal communities. Many remote or coastal regions rely on expensive or carbon-intensive power sources; SOAR addresses this by harnessing the predictable and potent energy of tidal currents. By focusing on "applied" research, the organization bridges the gap between theoretical science and practical, real-world implementation, directly contributing to the resilience and sustainability of coastal infrastructure. Their work ensures that energy solutions are tailored to the specific environmental conditions of ocean-based communities.

## Notable For
*   **Tidal Energy Focus:** Specializing in power systems driven specifically by fast-flowing tidal currents.
*   **Community Resilience:** Prioritizing the sustainability and resilience of coastal communities in its research mandate.
*   **Applied Methodology:** Functioning as an applied research institute rather than a purely theoretical one, implying a focus on practical application and deployment.
*   **Geographic Context:** Operating out of Lunenburg, Canada, a historic coastal community.

## Body
### Organizational Profile
Sustainable Oceans Applied Research (SOAR) is recognized as a research institute with a specific mandate to improve the livability and environmental footprint of coastal regions. Structured as a research-focused organization, it operates within the Canadian marine sector.

### Research and Development Focus
The institute's activities are centered on the intersection of ocean technology and community infrastructure. Its research targets two main areas:
*   **Sustainability:** Developing methods to ensure coastal communities can maintain their populations and industries without degrading the marine environment.
*   **Resilience:** Creating systems that allow these communities to withstand environmental or economic shifts.

### Clean Energy Systems
A core component of SOAR's technical work involves energy generation. The institute investigates and develops power systems that utilize **fast flowing tidal currents**. This specific focus on hydrokinetic energy aims to deliver:
*   **Clean Energy:** Reducing reliance on fossil fuels.
*   **Reliability:** Ensuring consistent power delivery where traditional grids may be unstable or unavailable.

## References

1. [Source](https://supplychain.marinerenewables.ca/members/soar-sustainable-oceans-applied-research)