MesoReefDAO - Regenerating Reef Conservation with DeSci Web3 tools
56%
average score over 18 application evaluations
MesoReefDAO - Regenerating Reef Conservation with DeSci Web3 tools

What?

Mesoamerican Reef DAO (MesoReefDAO) is a Regenerative Coral Reef Science initiative that focuses on the creation of a Decentralized Autonomous Organization (DAO) of DeSci (Decentralized Science) that seeks to scale coral reef conservation efforts in the Mesoamerican Reef (MAR).

The Mesoamerican Reef is indeed the second-largest coral reef system in the world, spanning over 600 miles along the coasts of Mexico, Belize, Guatemala, and Honduras (Fig 1). It is an incredibly diverse and ecologically important ecosystem, providing habitat for thousands of species that support ecological goods and services.

image Fig 1. A map of the Mesoamerican Reef, © WWF Guatemala.

MesoReefDAO is working to establish partnerships with local communities, NGOs, and governments to support the implementation of sustainable fishing practices and the development of marine protected areas in the MAR. The DAO believes that engaging local communities in conservation efforts is crucial for the long-term sustainability of the region (Fig 2).

image Fig 2. MesoReefDAO General Framework.

Mission The MesoReef DAO aims to restore, protect, preserve, and conserve the Mesoamerican Reef ecosystem, working towards the United Nations Decade of Restoration framework, through the implementation of regenerative practices, big data analytics, and decentralized technologies. We will foster a decentralized and collaborative management system to ensure a sustainable future for the reef and the people that depend on it.

Vision

The MesoReef DAO envisions a future where the Mesoamerican Reef ecosystem is thriving, providing ecological and economic benefits to local communities and visitors. We will achieve this by restoring degraded coral habitats and ecological connectivity; improving water quality, reducing pollution, promoting sustainable fishing practices, and educating local communities and visitors.

Problem

The problem that MesoReefDAO is trying to solve/mitigate is the rapid deterioration of the Mesoamerican Reef System due to climate change, pollution, overfishing, biodiversity loss, and other human activities. The Mesoamerican Reef System is one of the most biodiverse and economically important coral reef systems in the world, providing critical habitat for numerous species of marine life and supporting the livelihoods of millions of people in the region.

However, the reef system is under significant threat in the Anthropocene. The current approaches to address these issues have not been sufficient, with a lack of coordination between stakeholders, insufficient funding, and limited implementation of scientific research and data-driven decision-making.

image Fig 3. Coral Outplanting Areas in the Mexican Caribbean.

How?

MesoReefDAO aimed to mitigate the problems facing the Mesoamerican Reef through decentralized science web3 tools, community engagement, and leveraging the power of blockchain technology. As a DAO, MesoReefDAO is governed by its members, who collectively make decisions and allocate resources based on a set of rules and protocols encoded on the blockchain.

The framework model is centered around creating a decentralized, transparent, and sustainable system of funding and decision-making for regenerate coral reef conservation efforts in the Mesoamerican Reef System (Fig 4).

image Fig 4. Six-layer framework (a-f) for “Web3” DeSci DAOs, adapted from Ding, et al., (2022).

Create regenerative feedback in coral reef conservation throughout the MAR (Fig 5).

image Fig 5. The Five Steps of the Conservation and DeSci Web3 tools to explore adapted from Brown et al. (2022).

Our proposed project includes:

  1. Explore and potentially build a user-friendly interface for MesoReefDAO: A well-designed interface will help to attract more users and make it easier for them to contribute to conservation efforts. The interface will also provide transparency into the decision-making process and the allocation of funds.

  2. Developing a regenerative decentralized science (DeSci) offset program for the MAR: Climate change is one of the biggest threats to the MAR. To mitigate its impact, we plan to create a community-based decentralized science offset program that will incentivize individuals and organizations to reduce their carbon footprint and contribute to MAR conservation efforts. The program will be transparently managed through MesoReefDAO.

  3. Partnering with coral reef scientists: We aim to collaborate with coral reef scientists to identify and prioritize conservation efforts based on scientific research. This will ensure that the funds raised through MesoReefDAO are used in the most effective and impactful way possible.

  4. Implementing smart contracts: Smart contracts will automate the distribution of funds and ensure transparency and accountability. This will eliminate the need for intermediaries and reduce the risk of fraud and mismanagement.

When?

2024-2030

  • Develop a Web2+Web3 Interface

  • Expansion and Onboarding Efforts

  • Exploration of Web3 DAO Tools

  • Collaboration Partnerships and Initiatives

  • Research and Development Initiatives (i.e., Tokenomics, Biodiversity Credits)

  • Community Engagement and Transparency

  • Continuous Improvement and Adaptation

  • Pilot Programs and Proof of Concept: RegenReef (Fig. 4-5):

      • Biobank of corals
      • Coral and Fish Nursery
      • Micropropagation Zone
      • Disease and Bleaching Research Unit
      • DeSci Web3 Collaboration Hub

image

Fig 4. RegenReef #1

image

Fig 5. RegenReef #2

Who? (Members)

image Fig 6. MesoReefDAO Core Members and Advisors.

Co-Founders

MSc. Rodrigo Alfredo Nuñez-Inzunza (Co-Founder) PhD. Jesús Ernesto Arias-González (Co-Founder)

Members

PhD. Diana Morales-de-Anda (Fish Ecology) PhD. Julieta Maldonado-Sánchez (Invertebrate Ecology) PhD. Aarón Israel Muñiz-Castillo (Climate Change) PhD. Andrea Rivera-Sosa (Coral Bleaching) PhD. María Geovana Pech León (Coral Genomics) MSc. José Luis Cabrera Pérez (Coral Reef Fish Fisheries) PhD. Johanna Calle-Triviño (Coral Reef Restoration)

Colleen Flanigan (Coral Restoration Practitioner + Socio-ecological Artist) PhD. Viridiana Alvarado-Cerón (Coral Genomics) Antonio Cárdenas (Google & Web3 Developer)

MesoReefDAO aims to collaborate with a wide range of stakeholders including scientists, the private sector, local communities, academia, non-governmental organizations (NGOs), and government entities.

Through these collaborations, MesoReefDAO aims to leverage the power of blockchain and DeSci DAOs to drive positive change in local communities and create synergies between sectors to address the challenges faced by coral reefs and the MAR. By bringing together diverse perspectives and expertise, MesoReefDAO seeks to foster innovation and develop effective solutions for coral reef conservation and restoration.

MesoReefDAO is committed to promoting Diversity, Equity, and Inclusion (DEI) in all aspects of our project, including collaboration. We believe that diversity in perspectives, backgrounds, and experiences leads to more innovative solutions and better outcomes. We actively seek out partnerships and collaborations with individuals and organizations that share our values and commitment to DEI. We are open to working with a wide range of stakeholders, including those from underrepresented communities, to ensure that our project benefits and uplifts everyone. We recognize that DEI is an ongoing process and are committed to continuously learning, growing, and improving in this area.

MesoReefDAO - Regenerating Reef Conservation with DeSci Web3 tools History

People donating to MesoReefDAO - Regenerating Reef Conservation with DeSci Web3 tools, also donated to

Ethereum-based DeFi protocol for lending Uniswap V3 LP NFTs; enables predictable returns and borrower bids while expanding services to Fantom for cross-chain liquidity and multi-chain access with DPST token utility.
Edge City aims to create popup tech and science villages globally as a 'society incubator' to accelerate human progress, with planned events in California and Southeast Asia in 2024.
LunCo integrates Space & Robotics models into a collaborative virtual world for concurrent engineering, featuring educational play-to-learn modes and a social platform for sharing designs with IP-NFTs.
Engage the Koh Phangan community in regenerative finance and sustainability through events, NFTs for environmental initiatives, cleanups, and educational outreach, while planning a recycling project, Re:Plast, to convert plastic waste into valuable products.