Piotr Szpryngwald's Plant Proposes a Way to Cultivate Crops in Space
Amelia Roblin — July 12, 2012 — Eco
References: szpryngwald & notcot.org
If you've gone to the museums and seen the terrifying examples of what astronauts get to eat up there, you'll be delightfully surprised by Piotr Szpryngwald's Plant project that may bring freshly grown food to outer space. No doubt, the astronauts themselves will be even more pleased!
In collaboration with Mirko Ihrig and NASA, this designer has developed a system of sealed soil sachets that, along with seeds, can be preserved in compact stores. When the inhabitants of the space station or space shuttle are looking to "plant" some more vegetation, the packet can be punctured and the little foil planter can be placed securely into a multilayer casing. Piotr Szpryngwald's Plant will be watered in an unconventional way and the successful yield of such a concept could greatly improve the nutrition of people living outside of Earth's atmosphere.
In collaboration with Mirko Ihrig and NASA, this designer has developed a system of sealed soil sachets that, along with seeds, can be preserved in compact stores. When the inhabitants of the space station or space shuttle are looking to "plant" some more vegetation, the packet can be punctured and the little foil planter can be placed securely into a multilayer casing. Piotr Szpryngwald's Plant will be watered in an unconventional way and the successful yield of such a concept could greatly improve the nutrition of people living outside of Earth's atmosphere.
Trend Themes
1. Space Agriculture - Opportunity to develop innovative methods of cultivating crops in space that provide fresh food for astronauts and space stations.
2. Sealed Soil Sachets - Disruptive innovation potential in creating compact and portable soil sachets that can preserve seeds and be easily utilized in space agriculture.
3. Unconventional Watering Systems - Opportunity to devise new ways of watering plants in space that maximize efficiency and sustainability.
Industry Implications
1. Space Exploration - Potential for collaboration between space agencies and designers to develop sustainable food production systems for long-duration space missions.
2. Packaging and Storage - Opportunity for packaging companies to design specialized containers and preservation methods for space agriculture products.
3. Agriculture and Food Production - Disruptive innovation potential in developing techniques and technologies for growing food in extreme environments such as space.
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