Sujok Nice

22/12/2025

Voilà comment une fille prend soin de ses vaches .
Bravo à elle 🤗
Maintenant est ce que arriverez a comprendre pourquoi les paysans ne laissent pas abattre leurs vaches 😎

16/12/2025

Cultiver du maïs en bio et sans irrigation est possible, une solution pour la conversion des pesticulteurs vers le respect de la Terre et la santé de toutes et tous : https://lareleveetlapeste.fr/ces-basques-ont-sauve-un-mais-vieux-de-500-ans-qui-ne-necessite-ni-pesticides-ni-irrigation/

16/12/2025

a detailed, cross-section diagram of a structure labeled "ELEVATED EARTH #1," which appears to be an earthbag dome home or similar sustainable/alternative building design.
Here is a detailed description and breakdown of the key components shown in the image:

🏡 DETAILED DESCRIPTION OF "ELEVATED EARTH #1"
This image illustrates a two-story, dome-shaped residential structure built using earth-friendly construction techniques, likely featuring passive solar heating and water management.

I. EXTERIOR AND SHELL CONSTRUCTION
• Dome Structure: The overall form is a rounded, domed shell, suggesting high structural integrity and energy efficiency.
• Wall Material (Exterior): The outer walls are constructed from what is labeled as "EARTHTUBE w/ CEMENT PLASTER o/." This likely refers to a construction method (like Earthbag or Superadobe) where long fabric tubes are filled with earth, stacked, and compressed, then covered with a protective layer of cement plaster for weatherproofing.
• Foundation/Drainage:
• The base of the wall is set below grade.
• A "PERF. DRAIN PIPE IN CRUSHED ROCK" is shown running around the exterior base, designed to draw water away from the foundation and prevent moisture issues.
• Roof/Skylight: The very top of the dome features a "POP-UP SKYLIGHT/VENT," which would allow hot air to escape in the summer (ventilation) and provide natural light.

II. INTERIOR SPACES AND FEATURES
The structure is divided into two main levels:

A. GROUND LEVEL (FIRST FLOOR)
• Entry: A door with a small, curved transom window is the main entrance.
• Kitchen Area: A curved counter with white cabinets is built into the wall, indicating a dedicated kitchen space.
• Appliances: A full-sized refrigerator is shown near the staircase.
• Flooring: The floor is labeled "STABILIZED GYPSUM CONCRETE w/ HYDRONIC PIPING." This is a key feature, suggesting an in-floor radiant heating system (Hydronic piping) is embedded in the concrete slab, which would provide efficient, even heat throughout the lower level.
• Staircase: Simple wooden steps lead up to the second floor, seemingly resting on a column or the refrigerator area.

B. SECOND LEVEL
• Bedroom Area: A bed is situated against the curved outer wall, lit by a small, curved window.
• Bathroom/Living Area: The center of the second floor appears to be an open space containing a bathtub and a toilet, suggesting an open-concept bathroom or a partition dividing the bedroom from the bath area.
• Natural Light Feature: The most striking interior feature is the large, angled window structure labeled "SUNWING PARTITION." This complex, multi-paned window system is built into the dome shell, likely oriented to capture maximum daylight and solar heat (passive solar design).

III. WATER MANAGEMENT SYSTEM
• Exterior Swale: An important feature for sustainable water management is shown outside the structure, labeled "WATER CATCHMENT SWALE." This is a shallow, vegetated ditch designed to slow, filter, and capture rainwater runoff, potentially directing it to a cistern or simply allowing it to soak into the ground slowly.

💡 SUMMARY OF DESIGN PRINCIPLES
The design of "Elevated Earth #1" emphasizes sustainability, efficiency, and natural light:
• Earth-Friendly Construction: Uses earthbag/earthtube construction for thermal mass and low material cost.
• Energy Efficiency: The dome shape, thick earth walls, pop-up vent, and hydronic radiant floor heating contribute to stable, efficient interior temperatures.
• Passive Solar: The "Sunwing Partition" maximizes light and solar heat gain during the day.
• Water Management: The exterior swale helps manage rainwater and runoff.

16/12/2025

🌉 Leonardo da Vinci's Self-Supporting Bridge 🌉

1️⃣ Created without nails, screws, or ropes, it rests solely on the balance of its beams.

2️⃣ The pieces interlock, using gravity as the only holding force.

3️⃣ Easy to assemble and disassemble, it demonstrates Leonardo's practical ingenuity.

4️⃣ This structure reveals a harmony between mechanical simplicity and human intelligence.

5️⃣ A structure that illustrates creativity placed at the service of functionality.

16/12/2025

Improve your vegetable garden with smart plant combinations that work well together.

• Corn and beans grow efficiently side by side, as corn provides natural support while beans help enrich the soil.
• Tomatoes benefit from being planted near garlic, which helps limit common pests.
• Cabbage pairs well with mint, as mint can interfere with pest activity around the plants.
• Cucumbers grow better alongside nasturtiums, which help divert aphids away.
• Carrots and onions complement each other because their scents help deter insects.
• Squash works well with corn by covering the soil, reducing moisture loss and limiting weeds.
• Eggplant planted with basil often shows stronger growth and improved yield quality.
• Broccoli benefits from lettuce nearby, as lettuce helps shade the soil and slow evaporation.

Thoughtful plant pairings contribute to a healthier, more balanced garden ecosystem.

05/12/2025

🧪 DIY Water Purification Filter: Simple and Effective

Clean water is essential for health and survival, especially in emergencies or outdoor situations. The image above demonstrates a homemade water purifying filter that can turn murky water into clean, drinkable water using natural materials. Here’s how it works, layer by layer:

🔝 What Goes In: Dirty or Cloudy Water
At the top, cloudy or dirty water (Eau Trouble) is poured into the funnel. This water may contain dirt, debris, and microorganisms.

🪨 1. Large Rocks
The first filtering layer consists of large rocks. These help trap bigger debris like leaves, insects, or twigs, starting the initial purification process.

🪨 2. Small Pebbles
The second layer includes small rocks or pebbles, which further remove medium-sized particles from the water.

🪨 3. Gravel
Next is a layer of gravel, which captures finer debris that made it through the first two layers. This helps prevent clogging in the lower filtration levels.

🔥 4. Charcoal
One of the most powerful filtering layers is activated charcoal (Charbon de bois). It removes chemicals, toxins, and bacteria while improving the taste and odor of the water.

🏖️ 5. Fine Sand
Beneath the charcoal, a layer of fine sand catches the smallest remaining particles, providing a final physical filtration.

🧻 6. Cotton or Fabric
At the base is a cotton cloth or fabric layer. This ensures that even the tiniest impurities are filtered before the water exits the system.

💧 What Comes Out: Clean Water
Once the water passes through all the layers, it emerges clear and clean (Eau Propre) into a container, ready for safe use.

✅ Why This Works
Each layer plays a specific role in purifying the water:
Physical filtration from rocks and sand.
Chemical absorption through charcoal.
Final polish from fabric or cotton.

⚠️ Important Note
While this filter improves water clarity and removes many contaminants, it may not eliminate all bacteria or viruses. For drinking purposes, it is recommended to boil the filtered water or use additional purification tablets when necessary.

🏕️ Perfect for:
Outdoor camping
Emergency preparedness
Educational science experiments
Off-grid living

With just simple materials, you can create an efficient, nature-inspired water filter and take a big step toward sustainable and safe water use.

05/12/2025

Walipini Greenhouses: Earth-Sheltered Growing for All Seasons

1. Origins and Purpose
Walipini, or pit-style greenhouses, were developed in areas where growing conditions are harsh and winters are long.
By using the soil’s natural insulating properties, these partially buried structures maintain more stable temperatures and reduce reliance on external heating.

2. Core Structure
A typical Walipini is dug about two meters into the ground, allowing it to tap into the earth’s consistent subsurface warmth. Managing humidity is essential, especially in regions with high groundwater.
Builders often include drainage channels, gravel bases, or insulated sidewalls to keep moisture under control.

3. Transparent Roof
Above the excavation, a sturdy frame supports a transparent roof angled to capture the most sunlight possible.
Depending on materials available, the covering may be made from polycarbonate panels, greenhouse plastic, or reclaimed window glass.

4. Thermal Stability
Because the surrounding soil acts as thermal mass, temperatures inside a Walipini rarely fall below freezing, even in deep winter. The moderated day-to-night cycles create a more stable environment for tender crops, extending growing seasons dramatically.

5. Low-Tech Enhancements
Builders often customize Walipinis with additional heat-retaining features such as straw bales, stone walls, or water barrels. Others position the structure against an existing building to take advantage of shared warmth and wind protection.

6. Construction Challenges
Creating a functioning earth-sheltered greenhouse demands careful planning.
Effective drainage, precise excavation, and a durable support frame must all be adapted to the soil type, climate, and landscape of the site.

Walipini greenhouses provide a sustainable and resilient solution for year-round food production in cold climates, making it possible to grow fresh produce long after traditional outdoor gardens have gone dormant.

04/12/2025

Институт Лингвистико-Волновой Генетики

04/12/2025

Matrice sonore imunitet de garaiev

Матрица Гаряева - Волновой иммунитет В нынешнее время, пожалуй, самой важной темой является как укрепить иммунитет, как оберечь себя от инфекции. Невосприимчивость...

04/12/2025