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Fly little birdie. Drone reforestation and food planting plan.

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Creating a system to use drones for planting diverse agriculture over cleared land involves several key components and steps. This kind of system could greatly enhance reforestation efforts, agricultural diversity, and land management practices. Here is an outline for such a system.

First, assess the land to determine its suitability for different types of agricultural plants. Use drones equipped with advanced sensors, such as multispectral and hyperspectral imaging, to analyze soil quality, moisture levels, and existing vegetation. Map out the area in detail, identifying zones best suited for various plant species based on the data collected.

Next, choose a diverse array of seeds suited to the land’s conditions based on the assessment data. Select seeds that are most likely to thrive in the identified zones, aiming for a mix that supports biodiversity and meets specific goals, like food production or reforestation. Treat seeds with a protective coating if necessary, to enhance water retention and protect against pests.

For the drone planting system design, develop or adapt drones capable of planting seeds efficiently and accurately. This includes designing drones with the capability to carry and disperse seeds effectively, implementing GPS and GIS technologies for precise navigation, and developing software for flight planning and data management.

Execute the planting strategy using the drone fleet. Operate drones to disperse seeds across targeted zones, adjusting flight patterns as necessary to account for real-time conditions.

Monitor the growth and health of the planted areas and manage them for optimal outcomes. Use drones equipped with imaging technology to regularly survey the planted zones, monitoring growth and identifying issues. Analyze monitoring data to inform management decisions, such as the need for reseeding or pest control interventions.

Continuously improve the system based on data collected throughout the process. Collect and analyze data from all stages, from initial land assessment through ongoing monitoring. Use insights gained to refine seed selections, planting patterns, drone technology, and overall strategy.

Ensure the system supports long-term sustainability and benefits local communities. Engage with local stakeholders, consider the environmental impact of the system, and explore opportunities for community involvement in monitoring and managing planted areas.

This system combines technology with ecological understanding to create a powerful tool for enhancing agricultural diversity and land restoration. It is a scalable solution that can be adapted to various environments and objectives.

Creating a system to use drones for planting diverse agriculture over cleared land involves several key components and steps. This kind of system could greatly enhance reforestation efforts, agricultural diversity, and land management practices. Here’s an outline for such a system:

1. Land Assessment and Preparation
– Objective: Assess the land to determine its suitability for different types of agricultural plants.
– Process:
– Use drones equipped with advanced sensors (e.g., multispectral, hyperspectral imaging) to analyze soil quality, moisture levels, and existing vegetation.
– Map out the area in detail, identifying zones best suited for various plant species based on the data collected.

2. Seed Selection and Preparation
– Objective: Choose a diverse array of seeds suited to the land’s conditions.
– Process:
– Based on the assessment data, select seeds that are most likely to thrive in the identified zones. This selection should aim for a mix that supports biodiversity and meets specific goals (e.g., food production, reforestation).
– Treat seeds with a protective coating if necessary, to enhance water retention and protect against pests.

3. Drone Planting System Design
– Objective: Develop or adapt drones capable of planting seeds efficiently and accurately.
– Components:
– Drone Hardware: Design drones with the capability to carry and disperse seeds effectively. This may include specialized dispensers for different seed sizes and protective coatings.
– Navigation System:** Implement GPS and GIS technologies to guide drones precisely over the mapped zones, ensuring seeds are planted in optimal locations.
– Software: Develop software for flight planning, seed dispersal control, and data management. This software would process the land assessment data to generate efficient planting patterns.

4. Planting Operation
– Objective: Execute the planting strategy using the drone fleet.
– Process:
– Pre-program the drones with the planting patterns developed from the assessment data.
– Operate drones to disperse seeds across targeted zones, adjusting flight patterns as necessary to account for real-time conditions (e.g., weather).

5. Monitoring and Management
– Objective: Monitor the growth and health of the planted areas and manage them for optimal outcomes.
– Process:
– Use drones equipped with imaging technology to regularly survey the planted zones, monitoring growth and identifying issues (e.g., disease, inadequate plant density).
– Analyze monitoring data to inform management decisions, such as the need for reseeding, pest control interventions, or irrigation adjustments.

6. Data Analysis and System Refinement
– Objective:*Continuously improve the system based on data collected throughout the process.
– Process:
– Collect and analyze data from all stages of the system, from initial land assessment through ongoing monitoring.
– Use insights gained to refine seed selections, planting patterns, drone technology, and overall strategy.

7. Sustainability and Community Involvement
-Objective: Ensure the system supports long-term sustainability and benefits local communities.
-Process:
– Engage with local stakeholders to understand their needs and integrate their knowledge into the system.
– Consider the environmental impact of the system, aiming to enhance biodiversity and ecosystem health.
– Explore opportunities for community involvement in monitoring and managing planted areas.

This system combines technology with ecological understanding to create a powerful tool for enhancing agricultural diversity and land restoration. It’s a scalable solution that can be adapted to various environments and objectives, from reforestation and habitat restoration to sustainable agriculture and biofuel production.

Health is #1. I am thankful to have found Nutritional Diversity Sciences it has been an empowerment all the way around! After a few years into biodiverse nutrition practices, it has become an integral part of my lifestyle and I could not imagine having another north star guide me through health after what I have seen and experienced. Many critiques now, after being challenged have come through the program to find their hair and nails growing faster and thicker, and becoming stronger than ever before. They are too converted and I was one of them. Once you experience it, there is no going back.

Abstract

Pre-fab Indoor Cultivation System

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A pre-fab indoor cultivation system that integrates aquaponics (fish) and herbs offers numerous benefits for families, communities, and the potential growth of a business based on this concept. Here’s an outline of the benefits:


1. Benefits for Families

  • Fresh, Healthy Food Supply
    • Provides a regular, pesticide-free supply of herbs, greens, and fish (a lean protein source).
    • Promotes healthier eating habits by encouraging home-cooked meals with fresh ingredients.
  • Educational Value
    • Offers a hands-on learning experience about ecosystems, biology, and sustainability.
    • Engages children and adults alike in understanding food production and the environment.
  • Cost Savings
    • Reduces grocery bills by replacing store-bought herbs, greens, and fish with home-grown produce.
    • Long-term investment pays off by cutting reliance on external food supplies.
  • Stress Reduction and Aesthetic Appeal
    • Functions as a beautiful, calming visual feature in the home, improving mental well-being.
    • Indoor greenery is proven to boost mood and reduce stress.
  • Convenience
    • Year-round growing eliminates dependence on seasonal produce.
    • Minimal maintenance systems with automation make it easy for busy households.

2. Benefits for the Community

  • Food Security
    • Helps alleviate local food insecurity by empowering families to produce their own food.
    • Could serve as a prototype for community food projects.
  • Eco-Friendly Practice
    • Promotes sustainable agriculture by reducing the carbon footprint associated with transportation and packaging.
    • Uses a closed-loop system that recycles water and nutrients, making it environmentally efficient.
  • Skill Sharing and Collaboration
    • Creates opportunities for workshops and community education on aquaponics and urban farming.
    • Encourages a sense of community through shared knowledge and resources.
  • Local Business Growth
    • Supports local ecosystems of related industries like equipment suppliers, seed companies, and urban farming educators.
    • Attracts eco-conscious customers interested in sustainable living.

3. Benefits of Business Growth

  • Scalability
    • Systems can be tailored for individual households or larger-scale community installations.
    • Expansion potential for schools, restaurants, and local businesses interested in sustainable food sources.
  • Economic Impact
    • Creates jobs in manufacturing, installation, and maintenance.
    • Stimulates the economy by fostering a growing market for sustainable food production systems.
  • Branding as a Sustainability Leader
    • Positions the business as a pioneer in combining eco-friendly technology with aesthetic design.
    • Appeals to a rapidly growing market of environmentally conscious consumers.
  • Positive Environmental Impact
    • Reduces food waste by producing only what is needed locally.
    • Decreases strain on traditional agriculture by offering a viable alternative.

By combining beauty, practicality, and sustainability, this system serves as both a conversation piece and a meaningful tool for household and community resilience. Scaling this business has the potential to improve lifestyles, strengthen communities, and contribute positively to the global push for sustainable living.

 

DESIGN

Here’s an incredible design [concept] for a pre-fab indoor cultivation system that integrates fish and herbs in a visually stunning, practical, and efficient way:


1. Key Design Features

Aesthetic Appeal

  • Vertical Tower Design with Modular Layers:
    • A sleek, space-saving structure with multiple levels.
    • The top layers grow herbs and microgreens, while the bottom houses the aquaponic fish tank.
    • Transparent or frosted glass panels for visibility while concealing piping and mechanisms.
  • Natural Finishes:
    • Incorporate bamboo, polished wood, or matte metal frames to blend into modern homes.
    • LED grow lights integrated into each layer with adjustable color temperatures (e.g., warm white for ambiance or blue/red for growth).

Functional Components

  • Aquaponic Base (Fish Tank):
    • A low-maintenance, self-cleaning tank with tilapia, trout, or ornamental fish like koi (if non-edible).
    • Water from the tank nourishes the plants via a pump system, reducing waste and providing essential nutrients.
  • Hydroponic Grow Beds:
    • Grow beds placed above the fish tank circulate nutrient-rich water to plants.
    • Customizable levels with space for a variety of plants like basil, mint, spinach, and small fruiting plants.
  • Integrated Smart System:
    • Wi-Fi-enabled sensors monitor pH, temperature, and water levels.
    • App-connected notifications for feeding fish, harvesting plants, or conducting maintenance.
  • Rainwater Collection & Filtration:
    • Optional add-on for areas with rainwater access. Filters water into the system, minimizing external water usage.

Lighting and Energy Efficiency

  • Solar Panel Option:
    • Solar-powered grow lights for off-grid or eco-conscious homes.
    • Backup battery system ensures continuous operation.
  • Low-Voltage LED Grow Lights:
    • Adjustable spectrum and timers for energy-efficient growth.

2. Visual Inspiration

Imagine a modern, sculptural design:

  • Shape: A smooth hourglass or cylindrical tower, about 5-6 feet tall, making it a centerpiece in any room.
  • Materials: Sustainable bamboo paired with matte black or silver accents for a futuristic look.
  • Glass Viewing Window: A circular or oval-shaped viewing area for the fish tank, softly illuminated by internal LEDs.
  • Plant Canopies: Layers of lush green spilling over the edges, creating a natural and inviting look.

3. Customization Options

  • Size Variability:
    • Small units for apartments, larger multi-layered units for family homes.
  • Add-ons:
    • Herb drying racks on the top for preserving excess produce.
    • Small fruiting plants like strawberries or cherry tomatoes in larger systems.

4. Community-Level Adaptations

For a community-scale version, the design could resemble a wall-mounted garden or a central atrium system in a shared building space. It could incorporate:

  • Larger fish tanks and more robust growing areas.
  • Outdoor or greenhouse adaptations for larger yields.
  • Shared monitoring and maintenance apps to engage residents.

This system is more than functional—it’s a living art piece, combining natural beauty, sustainability, and high-tech convenience. It would be a beacon of innovation and practicality for any household or community looking to embrace a greener lifestyle.

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Abstract

UNCHAINING HEALTH, AND 35 MILLION KIDS IN ABUSIVE CAPTIVITY THROUGH BRAINWASHING RIGHT NEAR YOU!

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A most unfortunate story I never wanted to tell, I never wanted to experience, I would truly still wish on no man…

 

Law of Polarity: I gained an intense remedy through the fierce pain of my spirit.

By saying where the pain was, I am also talking about the remedy for exactly that pain, gained through that very experience.

All challenges are opportunities to build strength.

I just repeat this over and over throughout my day,

There is so much I was unable to tell about my story in this two-hour podcast like, my experience with how pills to kids are wrong.

It’s crazy that in our culture I have to explain that. That I ever had to live it at all.

It is quite an evil reach to get where we are. You won’t know that until you are grounded in nature.

That process of recalibrating with the natural rhythms and cognitions takes a long time. A deep venture in all ways.

When you are fighting such injustice, and you have educated yourself by the specialists on how damaging this is for children, and you see that there is nothing that you can do, in fact, the punishment for trying to assert your right is a gradual worsening of the lies told, a new form of false accusation or dirty trick (which they have so many and they are used in these unfortunate cases of trafficking for profit; so much), in essence, the knowledge that whatever attempt to contact the child will cause their abuser to turn up the volume will keep the good parent at bay. That good parent knows any contact will be exploited and twisted, and at least today I can say I have had zero hand in what has happened. Not only did I educate myself on how damaging this is (mistake 1 for alienated parents), I sent it all to the abuser. I made a few support groups that shared that information, and they harassed the groups. Another facilitator of support groups contacted me, explaining this “Jerry Springer Family,” also obsessively harassed him thinking I was the administrator of his group. I watched at the same time this ‘alienator” make fake Facebook and stalk her own family with them to make it seem like it was me. All this childishness worked. It is a masterpiece of child abuse and deception of everyone around the situation. My ex-girlfriend’s entire family was stalked for a decade.

The intention is to completely destroy the person, and this is usually because the “parasite no longer has the host!”

Young men and women should be educated about these damages, and anyone engaging in this “witchcraft,” is responsible for child devastation – this intense obsessive abuse, with the illest of intentions, is horrible sabotage to a young life.

They think their abuser is their hero. This is the evidence of the daily brainwashing, extreme daily psychological/spiritual child abuse.

They will think that into truth 1000 ways before they finally:

PASS their DENIAL of THE TRUTH. …!!!!

Sound familiar?

Impact

Even feeding the microbiome one time this way, can start underlining the ability to think clearly and productively and then engage reasonably with self-construction tactics and practices that lead to total recovery. We have hosted Nutritionally Diverse Meet-ups in the past for this purpose.

 

 

Community Building

We have a nutritional community that comes with one one-on-one guidance from an experienced practitioner of the ACTUAL HEALTH SYSTEM. Not to mention the effects this demand could have on the world.

Join the team, make a difference 1 for your loved ones, 2 for yourself, 3 for the world 💥💥💥

[pmpro_checkout]

 

 

Another fun history and reason naturalists may enjoy this project is that Nutritional Diversity .com has been around the whole kidnapping as a way to share nature, and wholesomeness in hopes that it could defeat some other kind of inventive storytelling that was regular practice for the kidnappers. If you click on the Hailey Tropical Farm link in the menu you can see some of that history there.

It also served as a distraction, to the stalking, and harassing while I had no kid of theirs people; who did commit award-winning criminal harassment on like everyone I know.. recruited a few too!! It is impressive!!

Anyone who waists their time and talent on such a horrible endeavor, like my once princesses or like 50’s oldest son’s mother should ………….

Now at least from a distance, I can show the power of long-term commitment as I turn the site into something else.

If the child exhibits the extreme effects/results outlined in the clinical outlines for this heinous daily spiritual child abuse — GUESS WHY!!?!???

…did you stand by it? Did you help, enable it?

I actually do pray for you.

 

We are swimming hard in the other direction!!! LIGHT PLEASE!!! Join us.

Nutritional Diversity .com is now a community that is dedicated to advancing health at a household level. Taking full responsibility for your diet and relationship with nature is one of many things we came here to do! That could not be more clear today.

 

 

[pmpro_checkout]

 

 

 

 

 

 

 

 

 

 

 

PLEASE WATCH ON SPOTIFY (CLICK HERE), AND CHECK OUT OTHER UNCHAINED EPISODES!!

 

 

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Abstract

Guerilla Permaculture Powered by Drones and Walking Tesla Robots: The Future of Earth’s Regeneration

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As the world faces unprecedented environmental and agricultural crises, the idea of *guerilla permaculture*—an innovative, eco-restorative system of agriculture—has evolved into a necessity for global survival. By integrating cutting-edge technology such as drones and walking Tesla robots, this approach presents a visionary solution to two of humanity’s most urgent problems: food security and climate change. These advanced tools, paired with the principles of permaculture, can serve as the planet’s saviors by enabling large-scale ecological restoration and sustainable food production.

Why Guerilla Permaculture Needs Drones and Walking Tesla Robots

1. Scaling Regeneration Efforts:
One of the greatest challenges in regenerative agriculture is the sheer scale of degraded land that needs to be restored. Manual labor, while effective on small scales, cannot meet the global demand for reforestation, soil regeneration, and food production quickly enough. Drones and walking robots can operate around the clock, covering vast areas of land with precision and speed. By automating essential permaculture tasks like seeding, watering, and distributing compost tea, these machines can scale guerilla permaculture efforts to restore ecosystems at a planetary level.

2. Accessing Hard-to-Reach Areas:
Drones and Tesla robots can navigate difficult terrains—such as mountainsides, forests, and urban environments—where human access may be limited. Drones can fly into high canopy layers, distributing seeds or spraying organic nutrients like compost tea over large areas. Walking robots, meanwhile, can traverse dense brush or rugged trails, performing tasks like planting saplings or tending to animal herds. This capability makes it possible to re-green neglected or underutilized spaces, transforming them into thriving ecosystems.

3. Precision Agriculture for Resource Efficiency:
The advanced technology of drones and robots allows for precise monitoring and application of resources, such as water, organic fertilizers, and compost tea. Equipped with sensors and AI, these machines can track soil health, plant growth, and environmental conditions in real time. This data-driven approach ensures that plants receive the exact nutrients they need, minimizing waste and maximizing efficiency. The result is not only increased crop yields but also reduced resource consumption, addressing the global demand for food while conserving natural resources.

4. Reducing Labor and Human Intervention:
By using Tesla robots and drones, guerilla permaculture reduces the need for intensive human labor, which can be costly and time-consuming. Robots can plant, cultivate, and harvest crops autonomously, leaving humans to oversee and direct the larger system. This automation allows the system to operate continuously and consistently, accelerating the regeneration of land and the production of food without exhausting human resources.

5. Carbon Sequestration at Scale:
One of the most crucial benefits of guerilla permaculture is its capacity for large-scale carbon sequestration. By planting diverse species of trees, shrubs, and cover crops, and maintaining healthy soil ecosystems, this system draws carbon dioxide from the atmosphere and stores it in the soil. Drones and robots can rapidly plant millions of trees and crops, covering vast areas that would otherwise remain barren or degraded. This rapid deployment of carbon-sequestering vegetation could significantly reduce atmospheric CO₂ levels, making guerilla permaculture a key tool in the fight against climate change.

Why This Could Be the Planet’s Savior

1. Addressing the Food Crisis:
As the global population continues to rise, the demand for food is increasing exponentially. Traditional industrial agriculture is unsustainable—it depletes the soil, pollutes water sources, and contributes to greenhouse gas emissions. Guerilla permaculture, powered by drones and robots, provides a regenerative alternative. It turns abandoned urban lots, roadside edges, and degraded rural land into productive ecosystems that yield diverse, nutrient-rich food. This decentralized approach to farming enhances food security by reducing reliance on industrial monocultures and long supply chains.

2. Climate Change Mitigation:
Drones and Tesla robots are key to rapidly deploying the plants, animals, and infrastructure necessary to reverse environmental degradation. By accelerating the process of reforestation, soil regeneration, and biodiversity restoration, guerilla permaculture helps restore balance to ecosystems, reduce carbon emissions, and strengthen natural defenses against climate-related disasters. In a world increasingly threatened by floods, droughts, and extreme weather, this regenerative system could prevent further environmental collapse.

3. Restoring Biodiversity:
The planet is currently undergoing a massive loss of biodiversity due to habitat destruction, pollution, and climate change. Guerilla permaculture, implemented by drones and robots, works to restore biodiversity by planting diverse species of plants and supporting wildlife habitats. By regenerating soil, restoring wetlands, and creating food forests, this system fosters healthy ecosystems where plants, animals, and humans can thrive. This restoration of biodiversity is essential for the long-term health of the planet and the survival of countless species.

4. Creating a Self-Sustaining System:
One of the core strengths of guerilla permaculture is its focus on creating self-sustaining ecosystems. By carefully integrating plants, animals, and natural cycles, the system requires minimal external inputs once it is established. Drones and Tesla robots play a crucial role in setting up and maintaining these systems, ensuring that they remain productive and regenerative. Over time, these ecosystems become resilient to external shocks, capable of adapting to changing environmental conditions without collapsing.

5. Transforming Cities and Urban Landscapes:
Urban areas, with their concrete jungles and sprawling infrastructure, are some of the most challenging environments to green. Drones and walking robots can plant along roadsides, in vacant lots, and even on rooftops, turning cities into productive landscapes filled with edible plants and green spaces. This urban greening not only improves air quality and reduces heat islands but also provides fresh food directly to city dwellers, reducing the carbon footprint of food transportation.

A Vision of a Regenerative Future

Imagine a world where drones and walking Tesla robots are tirelessly at work, flying over cities and rural landscapes, planting trees, distributing compost, and monitoring the health of the soil. Roadsides, abandoned lots, and trails are transformed into lush, biodiverse food forests. The air is cleaner, the soil richer, and ecosystems more balanced. Instead of contributing to environmental degradation, our food systems become part of the solution, regenerating the planet rather than depleting it.

By using advanced technology to scale the principles of permaculture, guerilla permaculture has the potential to reverse the damage done by industrial agriculture, reduce carbon emissions, and create a sustainable food system for future generations. It is not just a farming method; it is a movement toward restoring balance to the Earth.

In this vision, drones and robots are not just tools—they are agents of change, working alongside humans and nature to heal the planet. Guerilla permaculture, powered by these technological innovations, could indeed be the planet’s savior, leading the way toward a regenerative, sustainable future.

“Guerilla permaculture” is an innovative and ecologically restorative system that fuses principles of biodynamic agriculture, originally prescribed by Rudolf Steiner, with modern methods of cultivation. The idea is to strategically cultivate diverse species of plants and animals along underutilized spaces like trails, roads, and city edges while integrating bee cultures to enhance pollination and biodiversity.

Key Components:
1. Biodynamic Agriculture: Following Steiner’s biodynamic principles, “guerilla permaculture” focuses on creating self-sustaining ecosystems that enhance soil fertility, crop resilience, and plant vitality through the use of composting, natural cycles, and ecological harmony.

2. Bee Cultures: Bees are central to the system, not only for pollination but also for promoting diversity in plant species, leading to healthier crops and enhanced natural regeneration processes. Bee populations would be nurtured along these paths, helping counteract the global decline in pollinators.

3. Diverse Plant and Animal Species: By introducing a mix of perennial plants, trees, shrubs, and animals (like chickens or small grazing animals), you create symbiotic relationships. Some species could be specifically chosen for their resilience to urban environments and their ability to thrive in neglected spaces.

Effects on a City:
– Increased Urban Green Spaces: City trails, roadways, and abandoned lots would be transformed into vibrant ecosystems, providing food and habitat for wildlife and contributing to a cooler urban microclimate.
– Food Security: Edible plants and small-scale animal farming along these routes could increase food availability in cities. Community members could take part in tending to these spaces, learning and benefiting from fresh produce while reducing food miles.
– Ecological Benefits: By restoring natural habitats, guerilla permaculture helps address the loss of biodiversity, mitigates urban pollution, and improves air and water quality.
– Mental and Physical Health: The proximity of nature in everyday urban life would provide mental health benefits, encouraging residents to walk, explore, and enjoy these spaces.
– Community Involvement: It can foster a sense of stewardship in urban populations, uniting people through the shared care of their environment.

Global Impact:
– Reduction in Industrial Agriculture: As cities adopt sustainable practices, the reliance on harmful industrial agriculture methods decreases, reducing the environmental damage from pesticide use, monocropping, and excessive water use.
– Carbon Sequestration: The increase in plant biomass helps in sequestering carbon, and combating climate change by lowering greenhouse gas emissions in urban areas.
– Biodiversity and Ecosystem Restoration: Implementing this system on a larger scale would gradually restore ecosystems, bringing back species and balancing natural cycles that have been disrupted by urban sprawl.
– Resilient Urban Planning: Cities would become more self-sustaining, adaptable, and resilient to external shocks such as food shortages, climate-related disasters, and environmental degradation.

In essence, “guerilla permaculture” envisions a future where urban environments are transformed into thriving, biodynamic ecosystems, connecting city dwellers with nature while enhancing the global environment. By starting small, with trails and roads, this system could gradually impact the world at large, shifting the way we interact with land, food, and community.

 

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  1. Guerilla Permaculture
  2. Drone Agriculture
  3. National Level Agriculture Plan [2]
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