Cornell University is Experimenting with Aeroponics for Growing Potatoes
Laura McQuarrie — May 28, 2015 — Eco
References: uihleinfarm.pppmbls.cornell.edu & news.cornell.edu
Soil is an essential part of growing potatoes, but as a project at Cornell University is proving, without using it initially, spuds are able to be produced in a more efficient and sustainable way.
Rather than being buried in the earth from a seed form, the potato tubers are suspended along stems at Cornell’s Uihlein Farm, which are misted on occasion with a recycled solution of nutrients. Once these potato tubers have grown to the size of a quarter, they are able to be picked off of the stems and planted in the ground in order to speed up the time it takes for a potato to go from farm to table.
A grant from the U.S. Department of Agrictulture Specialty Crops Programs means that the researchers will be able to install larger changes in the years to come, in order to cut down on time, material and labor costs, as well as ensure that potatoes can always be locally grown.
Rather than being buried in the earth from a seed form, the potato tubers are suspended along stems at Cornell’s Uihlein Farm, which are misted on occasion with a recycled solution of nutrients. Once these potato tubers have grown to the size of a quarter, they are able to be picked off of the stems and planted in the ground in order to speed up the time it takes for a potato to go from farm to table.
A grant from the U.S. Department of Agrictulture Specialty Crops Programs means that the researchers will be able to install larger changes in the years to come, in order to cut down on time, material and labor costs, as well as ensure that potatoes can always be locally grown.
Trend Themes
1. Aeroponic Farming - Adopting aeroponic farming techniques to grow crops without soil presents an opportunity for efficient and sustainable agriculture.
2. Vertical Farming - Exploring vertical farming methods can revolutionize the way potatoes and other crops are grown, leading to increased productivity and reduced land usage.
3. Hydroponic Systems - Incorporating hydroponic systems for potato cultivation offers an innovative approach that eliminates the need for soil and maximizes resource efficiency.
Industry Implications
1. Agriculture - The traditional agriculture industry can leverage aeroponics, vertical farming, and hydroponic systems to improve crop yields, reduce environmental impact, and optimize resource usage.
2. Food Production - The food production industry can explore aeroponic farming, vertical farming, and hydroponic systems to provide a more sustainable and reliable supply of potatoes and other crops to meet increasing demand.
3. Sustainable Technologies - Developing and implementing innovative sustainable technologies like aeroponic farming, vertical farming, and hydroponic systems can disrupt the agricultural sector, promoting eco-friendly practices and food security.
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