In the Netherlands, bio-engineers are testing ways to make farming more efficient by bringing it indoors. Indoor farming aims to reduce the costs associated with farming, as well as speed up the growth of plants raised under man- made conditions.
On April 11, 2011, Associated Press reporter Arthur Max wrote an article titled, “Future Farm: a sunless, rainless room indoors,” which details the research of Gertjan Meeuws and his team of bio-engineers from PlantLab, a private research company.
The Need for Stable Food Sources
The driving force behind research on indoor farming comes from a collection of issues involving the cost and availability of food. Max explains that nearly half of the Earth’s population lives in cities, with approximately 3 billion people hungry or malnourished. By developing urban, indoor farms, growers will be able to produce food closer to consumers, thus reducing the costs associated with transportation.
For the billions of people with adequate access to food, increasing prices are becoming a greater challenge. Soaring supermarket prices are tied to climate changes, natural disasters and drastic weather conditions that affect the harvesting of crops.
Since January of this year, the world has faced a multitude of natural disasters and severe weather, including earthquakes, tsunamis, droughts, blizzards, floods, wildfires, and most recently, the tornado's hitting the southern United States.
As a result, the security of the world’s food supply becomes increasingly unstable. For consumers, this means skyrocketing food prices, with little hope of a relief anytime soon. With indoor farming, however, these variables can be significantly reduced by a highly controlled environment.
Creating the Perfect Plant
Indoor farming also proves to be an eco-friendly solution through the reduction of time and resources needed to grow crops. Meeuws and his team have developed a more advanced version of the greenhouse, using artificial light — Light-Emitting Diodes (LEDs) — and watering systems that enable the recycling of all excess waste.
More than four decades of research has gone in to creating the perfect calculation of light, soil, temperature and species of plants to achieve what the researchers are claiming is a growth rate that is three times faster than that of plans grown under greenhouse conditions. It is also noted that their system does not use pesticides, and uses about 90 percent less water than typical outdoor agriculture.
Are Urban, Indoor Farms the Future of Agriculture?
We’d like to hear your thoughts on the viability of indoor farming, and whether it is a more stable and efficient way to support the world’s food supply.
What would the impact be on American farmers and the overall quality of food production? Are there alternative solutions to countering the effects of severe weather conditions and rising food prices? Please leave a comment below.
Stacey Bruce is a region leader for the small/speciality segment of Westfield's Agribusiness Division which is based out of Westfield Center, Ohio, the corporate headquarters of Westfield Insurance.