Yes, you can bury a garden hose, but it is not recommended for a permanent main water line. While burying a hose protects it from UV damage, standard hoses are not rated for constant water pressure, can degrade from soil contact, and are vulnerable to kinks and punctures.
yes. 3/4" is pretty standard but in your case 1/2" pipe should work fine. Before you reburry the pipe get the water to run through it and check for any leaks. You want pressure on it so attach a sprinkler or something to the end that will allow pressure to build up.
Instead, garden hoses should be placed inside your regular household garbage carts for safe disposal.
The underground hose is a way of avoiding both the pressure loss and the need to move the hose out of the way of the mower. The basic idea is to put well pipe ( this is cheaper than hose and comes in 1 inch inside diameter for great water flow) about a foot underground.
The service life of a rubber hose buried underground is highly variable, but typically ranges from 5 to 20+ years, depending on several critical factors. Burial largely protects the hose from damaging UV light and ozone exposure, which are primary causes of degradation above ground.
Twenty minutes is usually not too long, but whether it’s exactly right depends on your sprinkler type and soil. Established lawns need about 1 to 1.5 inches of water per week, ideally split into 2 or 3 deep watering sessions, rather than watering lightly every day.
No, you should not leave your garden hose connected to your outdoor spigot all winter.
For direct burial, High-Density Polyethylene (HDPE) is widely considered the best overall choice because it is flexible, corrosion-resistant, and features heat-fused or mechanical joints that prevent leaks. Depending on your specific layout and local codes, the top materials rank as follows:
Buried PVC pipe typically lasts between 50 to 100+ years. Because it is immune to the rust, corrosion, and soil degradation that affect metal or concrete pipes, it is considered one of the longest-lasting materials for underground water, sewer, and drainage systems.
The Amish water their crops by prioritizing natural soil moisture retention over mechanical irrigation. For fields that require supplemental watering, they rely on gravity-fed systems or manual labor using buckets, totes, and traditional watering cans filled from nearby creeks, ponds, or cisterns.
Check them out below!
Never put hoses in the recycling — always put them in the garbage. Consider repairing your hose if it has a leak or any damage. Polyurethane or natural rubber hoses are safer materials than PVC hoses, so check the label.
Many items that appear eco-friendly or made of basic materials cannot go in your curbside recycling bin. The biggest culprits include paper coffee cups, greasy pizza boxes, thermal receipts, and plastic utensils. These items either ruin processing machinery or contaminate entire batches of recyclables.
Yes, PVC (polyvinyl chloride) can leach chemical additives—such as phthalates and heavy metals—into surrounding soil. The extent of the leaching depends heavily on environmental conditions, the age of the plastic, and the specific chemical composition of the PVC product.
Stainless steel can perform exceptionally well buried underground for long periods. However, when in contact with moisture and aggressive chemicals such as chloride ions, sulphates and stray currents, it can cause localised corrosion.
Yes, a garden hose absolutely belongs in the regular garbage, never the recycling bin. Hoses are considered "tanglers" that wrap around conveyor belts, jam sorting equipment, and cause costly delays at recycling facilities.
Yes, many Amish shower or bathe regularly, but the frequency and method vary widely. Practices differ significantly based on the strictness of the specific community and whether they use traditional methods or have adopted modern indoor plumbing.
Traditional Amish communities often rely on resourceful, biodegradable, or reusable alternatives to conventional toilet paper. Depending on the strictness of the specific church district, these alternatives can include:
"Poor man's fertilizer" is a traditional term for snow. As snowflakes fall, they capture essential nutrients like nitrogen and sulfur from the atmosphere. When the snow melts on thawed ground, it releases these elements and provides a gentle, slow-release nutrient boost to your plants at no cost.
The "135-degree rule" in plumbing states that the total (aggregate) horizontal change in direction for a drainage pipe—specifically trap arms—cannot exceed 135 degrees between the P-trap and the vent. Exceeding 135 degrees (such as using three 45-degree bends or a 90 and two 45s) requires a cleanout because sharp turns hinder flow and cause clogs.
The most common mistakes when installing underground PVC pipes include laying pipes at incorrect depths, skipping PVC primer, failing to use supportive sand bedding, improper backfilling, and rushing the glue curing time. These errors often cause the pipes to crack, leak, or collapse under the weight of the dirt.
You should avoid plumbing pipes that pose severe health risks (like lead) or are prone to sudden, catastrophic failures and leaks. The top three pipes you never want in your house are Lead, Polybutylene, and Galvanized Steel.
PMRs for malignancies of the stomach, kidney, brain, and lymphopoietic system were also elevated, especially among plumbers. Chronic rheumatic heart disease, emphysema, liver cirrhosis, and all external causes of death were the major non-cancer causes with significantly elevated PMRs.
Many older, traditional plumbers dislike PEX (cross-linked polyethylene) because its speed and ease of use lower the barrier to entry for DIYers, leading to concerns about unshielded materials, water flow restrictions, and chemical leaching. They also cite a lingering trust in the longevity and structural rigidity of copper.
Pipes not recommended for water lines—especially for drinking water—include lead (severe health hazards), polybutylene (prone to sudden, catastrophic ruptures), galvanized steel (susceptible to internal rusting and restricted water flow), and unplasticized PVC (not suited for high water temperatures).