These Self-Watering Pots Make Raindrops Fall on Your Plants
Janelle Savel — January 21, 2014 — Art & Design
References: sparkawards & red-dot.sg
If you sometimes overwater your plants and end up killing them, it really isn’t your fault: it’s the lack of self-watering pots. Far too often, pretty plants are being damaged as a result of water damage to the roots.
With Rainy Pot, you get to imagine how Zeus would react on those rainy days; by pouring water into the clouds, water is evenly distributed to your precious shrubs below. These little plant holders can stay inside and never need to be drained because their base will never flood with too much water. Your plants get to enjoy natural environmental and a light sprinkle and you get to enjoy the beautiful feeling of keeping your plants for more than a week.
If you have kids, this is a visual way to explain the cycle of ecology and the movements of nature.
With Rainy Pot, you get to imagine how Zeus would react on those rainy days; by pouring water into the clouds, water is evenly distributed to your precious shrubs below. These little plant holders can stay inside and never need to be drained because their base will never flood with too much water. Your plants get to enjoy natural environmental and a light sprinkle and you get to enjoy the beautiful feeling of keeping your plants for more than a week.
If you have kids, this is a visual way to explain the cycle of ecology and the movements of nature.
Trend Themes
1. Self-watering Pots - Disruptive innovation opportunity: Develop more advanced self-watering pots with built-in sensors to optimize water distribution and prevent root damage.
2. Rainwater Distribution Systems - Disruptive innovation opportunity: Create innovative systems that collect and distribute rainwater to plants, promoting water conservation and sustainability.
3. Education Through Visual Plant Holders - Disruptive innovation opportunity: Design plant holders that incorporate educational elements, providing a visual way to teach about ecology and natural cycles.
Industry Implications
1. Home Gardening - Disruptive innovation opportunity: Produce self-watering pots for home gardening enthusiasts to simplify plant care and improve success rates.
2. Sustainable Agriculture - Disruptive innovation opportunity: Apply self-watering pot technology to large-scale agricultural systems, optimizing water usage and reducing waste.
3. Educational Products - Disruptive innovation opportunity: Develop interactive plant holders for educational institutions to engage students in hands-on learning about nature and biology.
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