Watering globes, often recognized by their decorative glass or plastic forms, are self-watering devices designed to deliver moisture slowly and consistently to potted plants or small garden beds. These tools function through a simple principle of physics, using atmospheric pressure and soil capillary action to regulate water release. They offer a convenient solution for maintaining plant health, especially during short periods away or for plants that require consistently moist soil conditions. The consistent water supply helps prevent the stress associated with cycles of severe drying and overwatering.
The Standard Filling Method
Before introducing water, the globe should be rinsed thoroughly to remove any dust or debris that might later clog the narrow spout. The most straightforward way to fill the device is by holding the globe upright, with the long neck pointing upward, and carefully pouring water directly into the opening.
Using a pitcher with a narrow spout or holding the globe directly under a gently running faucet allows for better control over the water flow. Pouring slowly minimizes the chance of water splashing back out of the opening. The globe should be filled completely before moving on to the next step of insertion.
As the water level rises, tilt the globe slightly to allow any trapped air bubbles to escape, preventing them from creating an airlock that stops further filling. Once full, immediately proceed to the planting area to minimize spillage during transport.
This standard approach requires no specialized equipment and is effective for globes with wider openings. However, for globes with a particularly narrow neck, this method can become challenging due to frequent spillage and the difficulty of breaking the water’s surface tension.
Alternative Techniques for Easier Filling
A small funnel, particularly one designed with a long, narrow stem, can be highly effective in directing the water flow precisely into the spout. This tool significantly reduces spillage and allows for a faster, more controlled pour directly from a larger container.
Using a flexible kitchen sink sprayer or a hose nozzle with adjustable pressure is effective. The narrow stream of water from these fixtures can be directed deep inside the globe’s neck, bypassing the surface tension that often causes initial splashback when pouring. Maintaining low pressure is important to prevent resistance.
An inverted or submerged filling technique can be used. This involves holding the globe upside down and submerging the spout completely underwater in a deep bowl or sink. By allowing the water to displace the air gradually from the bottom up, this technique ensures the globe is filled completely.
Using a syringe or a turkey baster to inject the water slowly is an option for very small globes or those with an extremely narrow neck. These tools provide maximum precision and control over the volume of water being added.
Proper Insertion and Positioning
Before inserting the globe, create a pilot hole in the soil where the globe will rest. A simple tool like a pencil, chopstick, or small dowel can be used to poke a hole slightly larger than the globe’s spout diameter.
When moving to the plant, hold the globe at a slight angle, minimizing the time the opening faces directly downward before it enters the soil. This technique helps to prevent a large gush of water from escaping immediately.
The globe should be inserted gently into the pre-made hole, pushing it down until the shoulder rests securely on the soil surface. This placement allows the water to reach the majority of the capillary roots without causing damage to the central root crown. The depth of insertion must be sufficient to keep the spout firmly in contact with the soil, ensuring the water release mechanism functions correctly.
Addressing Common Issues
Clogging of the spout often happens when fine soil particles are drawn into the small opening through capillary action. To prevent this, consider placing a small piece of fine mesh screening, such as a section of nylon stocking or cheesecloth, over the opening before insertion.
Using filtered or distilled water instead of hard tap water can mitigate clogging, as it reduces the mineral content that can deposit within the spout over time. Highly compact soil can create a vacuum, impeding the release of water, while very loose soil can cause rapid drainage.
A globe that drains too quickly is usually a sign that the soil is too porous or the spout is too wide. In cases of rapid drainage, slightly compacting the soil around the spout after insertion can help regulate the flow by creating greater resistance. Conversely, if the soil is too dense, gently aerating the surrounding area with a fork can improve the capillary action.
Mineral deposits or algae growth can accumulate inside the globe, requiring thorough cleaning. A mild solution of water and white vinegar or a gentle dish soap can be used to dissolve mineral buildup. Swish the solution vigorously inside the globe and rinse repeatedly with clean water to remove all residue.