A new way to help the planet and off-set your carbon pollution

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3 steps to making a difference:

  • Buy it.

    Invest in 12,350 acres for carbon sequestration at just $1,235 per acre and help mitigate pollution from activities like flying. By purchasing this land, you support environmental sustainability while securing a safe investment that retains value. Join this crucial effort today.

  • De-Carbonize it.

    Each acre of land you purchase not only supports natural forest growth but also becomes the site for advanced carbon sequestration experiments, maximizing its environmental impact. Each acre can offset the annual emissions equivalent to driving about 6,000 miles or taking several cross-country flights. These innovative experiments, combined with sustainable forestry, enhance the land's capacity to absorb CO2, making each acre even more effective in combatting climate change. Your investment goes beyond conservation; it actively contributes to cutting-edge solutions for a greener planet.

  • Share it.

    This land isn't just for individual investors; it's a shared resource open to companies, startups, farmers, and innovators, as well as naturalists, hobbyists, and historians. Located on the edge of the Boundary Waters, it offers a unique platform for collaborative efforts in conservation, carbon sequestration, and pioneering climate solutions. By pooling expertise and creativity, Minnesota can lead the way in developing and implementing innovative environmental practices. This shared stewardship amplifies the impact, fostering a community dedicated to safeguarding our planet for future generations.

The step by step details about how, when, and why this will work.

Long web page with all details below. Click here to download a PDF

The Property

Over 12,000 acres of pristine northeastern Minnesota wilderness for groundbreaking carbon sequestration. Located between Ely and the Northshore of Lake Superior, this rare property spans 26 square miles. With access via Highway 2, it features over 2 miles of shoreline on Stony Lake and scenic rivers flowing through.

Despite some areas being affected by the 2021 Greenwood forest fire, new growth provides an ideal setting for carbon sequestration experiments. This unique investment offers unparalleled opportunities for environmental innovation and sustainable practices.

Join a transformative initiative for a greener future and help position Minnesota at the forefront of climate solutions.

We are soft launching to gauge interest in this new approach.

Please contact us asap with acreage interest.

Call, text or email Brandon: +19173494479 brandon@openworklab.com

Part 1 Carbon sequestration

1 acre of forest sequesters ~2.5 metric tons of CO2 per year.

That’s 6,188 miles driving or 9,843 miles flying.

How much do you drive & fly?

How much are you already offsetting or removing?

Part 2: National Science Foundation Tracking & Optimization

We're excited to announce that our carbon sequestration project will utilize blockchain technology to transparently track all sustainability activities, ensuring data integrity and accessibility. Supported by a National Science Foundation (NSF) grant, we aim to develop cutting-edge technologies and methodologies to create a scalable and repeatable model for carbon sequestration over the next decade. Blockchain will provide immutable records and trusted verification, while NSF funding enables innovative advancements in carbon measurement and AI-driven enhancements. This project sets a new standard for clarity, simplicity, and long-term impact in environmental sustainability.

Part 3:
finance & accountability

Financial tracking for your investment in this innovative carbon sequestration project will utilize two outstanding systems: Carta and a DAO powered by Aragon. Carta is a leading equity management platform that ensures your ownership is transparently tracked and easily accessible. It simplifies cap tables, valuations, and equity transactions, providing you with a clear and reliable record of your investment. This guarantees trust and confidence in the management of your assets as you watch your investment grow.

Simultaneously, using a DAO powered by Aragon offers decentralized and secure management of your stake in the project. Aragon's blockchain-based technology ensures full transparency, security, and community governance, allowing you to participate in decision-making processes. This modern approach not only democratizes investment management but also leverages the latest in tech innovation to protect and enhance your financial participation.

Combining these two systems ensures robust, transparent, and secure tracking, making it the best way to grow your investment.

More details on this

  • We are thrilled to announce that our carbon sequestration initiative will be tracked and managed using blockchain technology to ensure complete transparency in all sustainability activities on the property. By leveraging blockchain, every action, transaction, and impact will be securely recorded and accessible, offering unprecedented clarity and trust.

  • Our project has also received a prestigious grant from the National Science Foundation (NSF) aimed at developing tech solutions that will be highly impactful over the next decade. This grant allows us to create a repeatable and scalable model for carbon sequestration, setting new standards for clarity and simplicity in the field.

  • Blockchain Transparency:

    Immutable Records: Every activity is permanently recorded, ensuring data integrity and preventing tampering.

    Accessible Data: Stakeholders can easily access detailed reports on carbon sequestration progress.

    Trusted Verification: Independent verification of sustainability claims, enhancing credibility.

    NSF Grant and Future-readiness:

    Innovative Tech: Funding supports cutting-edge technology and methodologies, pushing the boundaries of what's possible.

    Scalability: Developing a repeatable format that can be applied to other properties and regions.

    Long-term Impact: Creating solutions that are viable and effective for the next ten years and beyond.

  • Blockchain Tracking:

    Utilize Aragon-powered DAO and Carta for dual-system ownership and activity tracking.

    Record every carbon sequestration activity (tree planting, forest management, etc.) on the blockchain.

    Provide stakeholders with real-time access to data through a user-friendly interface.

    NSF-supported Technology Development:

    Implement advanced carbon measurement and verification technologies.

    Develop AI and machine learning models to predict and enhance sequestration efficacy.

    Create educational and training materials to enable broad adoption of our methods.

    This initiative not only strengthens our commitment to environmental sustainability but also sets a new benchmark in how carbon sequestration projects can be managed and tracked with precision and reliability. Join us in pioneering a sustainable future.

Part 4: Expert Support

Professors, Organizations and Commmunities all participating

Dr. William Aderholdt - Grand Farm

Dr. Joel Tallaksen - University of MN

Jessica Drummond - Great River Greening

all networked together for maximum land impact.

We recognize that there are hundreds of thousands of organizations in countless places working on every element of climate change.

So we are utilizing AI to find those developments for our experts above to make decisions for the land.

Here are some examples:

  • Utilizing Abandoned Farmlands for Climate Change Action

    This study identifies specific locations where abandoned farmlands can be repurposed for carbon sequestration, highlighting the potential for significant climate change mitigation. By strategically reforesting these lands, we can enhance carbon capture and contribute to global climate goals.

    Not All Carbon Capture Projects Pay Off for the Climate

    This article maps the effectiveness of various carbon capture projects, identifying which ones are most beneficial for the climate. Understanding these insights can help prioritize the most effective carbon sequestration methods for large-scale land optimization.

    Adding Farmland Carbon to the Air Field

    This research discusses innovative methods to increase carbon sequestration in farmlands, such as enhancing soil carbon storage. Implementing these techniques on a large scale can significantly boost the carbon capture potential of agricultural lands.

    Soil Fungi as a Major Carbon Sink

    The article highlights the role of soil fungi in sequestering carbon, emphasizing their importance in carbon storage strategies. Leveraging soil fungi in abandoned croplands can enhance their carbon sequestration capacity.

  • Small Farms and USDA Initiatives

    This article discusses USDA initiatives to support small farms, which can be adapted to encourage sustainable practices that enhance carbon sequestration. Policies promoting regenerative agriculture can transform small farms into significant carbon sinks.

    Advancing Eco Agriculture

    Advancing Eco Agriculture provides resources and strategies for regenerative farming practices that improve soil health and carbon sequestration. Applying these practices on a large scale can optimize land for both productivity and carbon capture.

  • USDA Awards for Infrastructure and Food Supply Chain Improvements

    This news highlights USDA's financial support for infrastructure improvements, which can be directed towards projects that enhance carbon sequestration. Funding can be allocated to initiatives that convert abandoned croplands into carbon sinks.

    USDA Call for Proposals to Strengthen Forest Products Economy

    The USDA's call for proposals aims to strengthen the forest products economy, which can include projects focused on reforestation and carbon sequestration. Grants can support the conversion of abandoned lands into productive forests that sequester carbon.

  • Startup Uses Carbon Removal Tech on Farms

    This article discusses a startup using advanced carbon removal technology on farms, demonstrating the potential for tech-driven carbon sequestration. Scaling such technologies can optimize large tracts of land for maximum carbon capture.

    CharBoss for Biochar Production

    The CharBoss technology converts agricultural waste into biochar, which can be used to enhance soil carbon storage. Implementing this technology on abandoned croplands can improve soil health and increase carbon sequestration.

    Sula Prefabricated Cabin

    The Sula cabin design emphasizes sustainable living and minimal environmental impact, which can inspire eco-friendly infrastructure on reforested lands. Integrating such designs can support sustainable land use and carbon sequestration efforts.

Why $1,235?

It is technically, 12,350 acres. But you get the connection right? You can look at the public listing. It works out to be just over $600 an acre. But we aren’t just buying land, we are helping nature and the planet and that costs more.

Do I actually ‘get’ my acre(s)?

Yes and no. We are not allocating actual plots, but you do get access to all the acres almost all the time. See the DAO rules for voting how you get to use the land.

What about that extra ~$600

We will spend that on the land to help nature and carbon sequestration. We will also have some legal, taxes and other bills.

$50/yr/acre Maintenance

Why $50 a year? Mostly taxes and and administration. This is meant to be self sustaining and growth of an asset for you, so it in part operates like any property investment you might already have.

Reporting

We will send out monthly and/or quarterly updates via email. You can also see every bit of detail in near-real-time on the blockchain (digital wallet will be required)

~Boundary Waters camping, biking, hunting, hiking, etc.

With ~26 square acres, we expect ample room for all owners to use the land. However, we will be using DAO voting and expert analysis to allocate portions of the land for each type of usage.

Part 5: Experiments

(because ‘our land’ is but a fraction of the 50+ million more acres that could sequester carbon too)

Merely enhancing our forests and restoring native prairies is insufficient. We anticipate conducting over a dozen experiments in year one - utilizing both cutting-edge and time-honored carbon sequestration techniques. Our goal is to maximize the benefits on our own land while also freely and publicly sharing our findings, so that others can benefit from our knowledge and efforts.

  • Pyrolysis Process: Heating organic waste materials (such as agricultural residues, wood chips, or manure) in the absence of oxygen to produce biochar, a stable form of carbon that can be sequestered in soil for hundreds to thousands of years.

    Soil Amendment: Mixing biochar with soil to enhance soil fertility, water retention, and microbial activity, thereby promoting plant growth and additional carbon sequestration.

    Carbon-Neutral Energy: Utilizing the gases and oils produced during the pyrolysis process as renewable energy sources, effectively reducing reliance on fossil fuels.

    Climate-Resilient Agriculture: Applying biochar in agricultural practices to improve soil structure, increase resilience to drought and extreme weather, and reduce greenhouse gas emissions from soil.

    Enhanced Weathering:

    Mineral Carbonation: Spreading finely crushed basalt rock across the land to naturally react with CO2 and form stable carbonate minerals, effectively sequestering carbon in the soil.

    River/Lake Alkalinity Enhancement: Promoting methods to increase the alkalinity of runoff into nearby water bodies, thereby enhancing CO2 absorption by aquatic systems.

    Afforestation and Reforestation:

    Forest Carbon Projects: Planting diverse, fast-growing, and high-carbon-storing tree species to maximize carbon sequestration over decades.

    Precision Forestry: Using drones and AI to monitor forest health and optimize growth conditions for maximum carbon uptake.

    Agroecology and Agroforestry:

    Permaculture Design: Implementing permaculture principles to create self-sustaining agricultural systems that enhance biodiversity and soil health.

    Silvopasture Systems: Integrating livestock in forested areas to manage underbrush, promote soil carbon storage, and maintain forest health.

  • Sustainable Agriculture:

    No-Till Farming: Reducing tillage to maintain soil structure, prevent carbon release, and increase organic matter in the soil.

    Cover Cropping: Growing cover crops during off-seasons to prevent erosion, enhance soil fertility, and sequester carbon.

    Peatland and Wetland Restoration:

    Peatland Management: Restoring and conserving peatlands to prevent carbon release and enhance natural carbon sequestration.

    Wetland Conservation: Protecting and restoring wetlands to leverage their high carbon storage potential and biodiversity benefits.

    Indigenous and Traditional Approaches:

    Fire Management Practices: Utilizing controlled burns and cultural fire management, inspired by indigenous practices, to maintain forest health and prevent large-scale wildfires.

    Menominee Forest Management: Integrating sustainable forestry methods inspired by the Menominee Tribe, focusing on long-term forest health and productivity.

  • Diverse Land Features:

    Flat and Hilly Terrains: Leveraging varied topography for different types of crops, forestry, and renewable energy installations.

    Lakes and Rivers: Using water bodies for hydro energy, enhancing biodiversity, and promoting sustainable fishing practices.

    Sustainable Tourism Initiatives:

    Eco-friendly Lodging: Building eco-friendly cabins and lodges using sustainable materials and designs.

    Guided Nature Tours: Offering guided tours to educate visitors about the land's diverse ecosystems and carbon sequestration efforts.

    Interactive Workshops: Hosting workshops on sustainable practices, biochar production, indigenous techniques, and more.

    Continuous Innovation:

    Collaboration with Research Institutions: Partnering with leading universities and research institutions to stay at the forefront of sustainable practices.

    Pilot Programs: Implementing pilot programs for emerging techniques and scaling successful methods across the property.

    Data and Analytics:

    Real-time Monitoring: Utilizing IoT devices and satellite imagery for continuous monitoring and data collection.

    Open Data Platform: Creating an open-access data platform where researchers and the public can view real-time results and progress

Part 6:

This is not perfect. It is a start.

This isn’t reducing your current carbon output which is where everyone should start. IF you are interested in experimenting and doing something. Please, let’s talk.