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The Habour School Marine Action and Regeneration (MAR) Program

place China + 3 more

Action-based learning aimed at improving marine ecosystems through sustained collaborative efforts.

HK marine environment suffers from shipping, runoff water, overfishing, plastic debris, and microplastics. Water temperatures continue to rise and coupled with acidification this has led to the loss of extensive marine life including bedrock coral ecosystems. MAR has taken a leading role in seeking solutions and finding successful models that are improving Hong Kong's marine flora and fauna.

Overview

Information on this page is provided by the innovator and has not been evaluated by HundrED.

Web presence

2021

Established

500

Children

3

Countries
Target group
Students upper
Updated
July 2023
We hope that our model will spread as an effective approach to raising a generation that gains confidence, knowledge, and purpose through learning experiences where they see evidence of their efforts affecting change. In this deliberate process, we expect to see decision-making shifts in the workforce that will infuse sustainability and climate justice in society.

About the innovation

Why did you create this innovation?

The local South China Sea waters are in desperate need of a systematic approach to regenerating habitat and improving water quality. Only by using a cross-sector and intergenerational approach will we find lasting solutions. Co-creating models with governments, industries, and schools will develop savvy students primed to make a lifelong effort to reverse trends and influence positive change.

What does your innovation look like in practice?

Our innovation in education provides practical solutions for the ocean while making learning relevant to all grade levels at THS. Teachers collaborate with the Centers of Excellence (COEs) which are staffed with experts to co-plan units and address local marine environmental issues that specifically draw on the Design Thinking Model and The Next Generation Science Standards. The Marine Science Center (MSC) integrates Marine Science with regional and global perspectives through state-of-the-art touch tanks and aquaria systems. The Black Dolphin is an outdoor classroom for sailing experiences, and the Foundry is a STEAM Maker Space for creativity in design and fabrication. Our solution leverages the COEs to synergize inclusively across different segments and ages. Our initiatives, such as artificial oyster reefs, seaweed farming, and plastics upcycling, have proven to positively impact the environment and have been heralded within our school, the HK community, and internationally.

How has it been spreading?

Over the last 1-2 years, our innovation has been growing with significant achievements. In 2021, we successfully deployed artificial oyster reefs, which supported the growth of 50 oysters and sequestered over 0.83 Kilos of carbon. Another reef was deployed in 2022, and we aim to continue scaling up the program over the next three years. In March 2023, we achieved proof of concept for our seaweed farming initiative, with 10 structures built by students in the Foundry and deployed at various locations in local Hong Kong Waters. Ulva seaweed grew exceptionally well, and we are in the process of scaling up the model with the support of the Hong Kong Government. Additionally, we received an in-kind donation of a Precious Plastics Machine in 2022 to address plastics in the ocean.

If I want to try it, what should I do?

Do a Needs Assessment of your local marine environment and along with the Design Thinking Model (DTM) create a stakeholder map of the individuals and groups affected by or that can have an effect on your project or initiative. Do a resource inventory and draft an actionable plan with the DTM. We welcome visitors to see the model in action. Contact COE - MAR Manager, kking@theharbourschool.edu.hk

Implementation steps

Research
Contact the THS team to learn more about our model. Read other case studies and success stories to see how seaweed farming has been implemented in other schools or organizations. Consider our collaborating schools, The Green School, Bali, and The International School Suva, Fiji that have similar initiatives underway. Furthermore, there is a growing network of seaweed farmers that are open to sharing their knowledge, including Oceans 2050 and the Maine Aquaculture Innovation Center.
Identify key stakeholders
Identify the key stakeholders in your school or organization who would be involved in implementing the model. This could include teachers, administrators, students, and community partners. Then look beyond the school to look for alignment with outside organizations or groups. Entering this process with external stakeholders is for information gathering and it is recommended to initiate the first step of the Design Thinking Model here, Empathy.
Draft a Plan
Develop a plan that outlines how you will implement the model ensuring that it serves your purpose. Start small with a well-researched but thrifty pilot project and then assess for proof of concept. Depending on the degree of success, the next steps include considering building a bigger team and deepening the connection to curriculum. Timelines, budgets, and resources become increasingly important as you gradually scale up as you gain experience.
Seek Support
Reach out to organizations or individuals who can provide support, such as local businesses, non-profits, or government agencies. Evaluate and adjust.
Continuously evaluate the effectiveness of the model and make adjustments as needed to ensure it is meeting the needs of your school or organization.

Spread of the innovation

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