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Share your knowledge, research, and ideas with a global community. Contribute to open science and earn recognition for your expertise.

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Why Write on OZEAON?

OZEAON Articles allow researchers, professionals, and creators to publish insights that inspire action. Whether it's a scientific summary, a project update, or a thought piece, your contribution strengthens the collective intelligence of our community.

Global Reach

Share with worldwide audience

Earn Recognition

Build reputation & Progress tokens

Open Science

Contribute to collective knowledge

What You Can Publish

Research Insights

Share findings, data, or open-access summaries.

Project Stories

Document progress, challenges, and community engagement.

Tutorials & How-To Guides

Practical step-by-step articles for learners.

Opinion & Thought Leadership

Perspectives on regenerative design, sustainability, or Web3.

Creative Essays

Cultural reflections, art–science collaborations, or community narratives.

Solutions & Innovations

Share bold ideas, prototypes, or speculative designs that push boundaries.

How It Works

1

Start Writing

Open the article composer, add text, images, and references.

2

Connect to SDGs

Tag your article with relevant SDGs and themes for discovery.

3

Submit for Review

Articles are reviewed via DAO curation (community upvotes/downvotes).

4

Get Published

Once approved, your article is visible to the global community.

5

Earn Progress

Authors earn Progress tokens for their contributions, boosting their influence in DAO voting.

How Your Article Will Appear

Your articles will be displayed across the platform in various formats, reaching different audiences and contexts. Here's how they'll look:

Small

Compact Article Cards

SC

Dr. Sarah Chen

3 days ago

Ocean Acidification Effects on Coral Reef Ecosystems
Research Paper
4.8(24)
Marine Biology Institute

Ocean Acidification Effects on Coral Reef Ecosystems

Dr. Sarah Chen, Prof. James Liu +1 more

Comprehensive study examining the long-term impacts of ocean acidification on coral reef biodiversity.

Marine BiologyClimate Change
18
7
2
2847
MT

Prof. Michael Torres

1 week ago

AI-Powered Microplastic Detection in Coastal Waters
Field Report
4.5(18)
Ocean Tech Lab

AI-Powered Microplastic Detection in Coastal Waters

Prof. Michael Torres, Dr. Emily Zhang

Field deployment results of machine learning algorithms for real-time microplastic identification.

TechnologyPollution
12
5
3421
AR

Alex Rivera

5 days ago

The Future of Regenerative Aquaculture Practices
Opinion Piece
4.2(31)
Sustainable Fisheries Alliance

The Future of Regenerative Aquaculture Practices

Alex Rivera, Dr. Kim Park +1 more

Exploring innovative approaches to fish farming that enhance marine biodiversity and food security.

AquacultureSustainability
24
9
1
1956
EW

Dr. Emma Watson

2 days ago

Blue Carbon Sequestration in Mangrove Ecosystems
Research Paper
4.9(42)
Climate Action Network

Blue Carbon Sequestration in Mangrove Ecosystems

Dr. Emma Watson, Prof. Robert Green

Quantitative analysis of carbon capture rates in restored mangrove forests for climate mitigation.

Climate ScienceCarbon
31
12
3
4102
Medium

Standard Article Cards

Ocean Acidification Effects on Coral Reef Ecosystems
SC

Dr. Sarah Chen

3 days ago

Research Paper
4.8(24)
Marine Biology Institute

Ocean Acidification Effects on Coral Reef Ecosystems

Dr. Sarah Chen, Prof. James Liu +1

Comprehensive study examining the long-term impacts of ocean acidification on coral reef biodiversity and resilience in tropical waters.

Marine BiologyClimate ChangeCoral Reefs
18
7
2
2847
AI-Powered Microplastic Detection in Coastal Waters
MT

Prof. Michael Torres

1 week ago

Field Report
4.5(18)
Ocean Tech Lab

AI-Powered Microplastic Detection in Coastal Waters

Prof. Michael Torres, Dr. Emily Zhang

Field deployment results of machine learning algorithms for real-time identification and quantification of microplastic pollution.

TechnologyPollutionAI
12
5
3421
Large

Wide Article Card

Blue Carbon Sequestration
EW

Dr. Emma Watson

2 days ago

Research Paper
4.9(42)
Climate Action Network

Blue Carbon Sequestration in Mangrove Ecosystems

Dr. Emma Watson, Prof. Robert Green +2 more

Quantitative analysis of carbon capture rates in restored mangrove forests and their potential for climate change mitigation. This comprehensive study examines multiple restoration sites across tropical regions.

Climate ScienceCarbon SequestrationMangrovesRestoration
31
12
3
4,102

Benefits of Writing on OZEAON

Global Reach

Share your expertise with a worldwide audience of researchers, practitioners, and changemakers.

Earn Recognition

Build your reputation and earn Progress tokens that increase your influence in DAO governance.

Link to Projects

Connect your articles to related projects, tutorials, videos, and other resources.

Open Science

Contribute to open science and lifelong learning for the global community.

Network Visibility

Gain visibility across the UN Ocean Decade and SDG networks.

Community Engagement

Receive feedback, reviews, and engage in meaningful discussions with peers.

Who Should Write?

Sustainability Researchers

Publish summaries of new research, data insights, and scientific findings.

Applied Sustainability Professionals

Share case studies, lessons learned, and practical implementation strategies.

Educators & Knowledge Creators

Write tutorials, how-to guides, and educational content for learners.

Artists & Storytellers

Share cultural perspectives, creative essays, and art-science collaborations.

Community Leaders

Amplify grassroots voices, citizen science, and community-driven initiatives.

Thought Leaders

Share perspectives on regenerative design, Web3, and sustainability innovation.

Examples of Article Types

"How Seaweed Farming Restores Ocean Health"

Research insight exploring regenerative aquaculture practices

"Lessons from Building a Circular Agriculture Pilot in Portugal"

Case study documenting real-world implementation challenges

"DAO Governance for Climate Innovation"

Thought leadership on decentralized decision-making

"Art as a Bridge to Climate Action"

Creative essay connecting culture and environmental change

Your Words Create Change

Articles on OZEAON are more than words — they are seeds for collaboration, innovation, and impact. Write today, and help shape our regenerative future.