Vertical farming is the practice of growing crops using soilless farming techniques such as hydroponics, aquaponics, and aeroponics in vertically stacked layers. It often incorporates controlled-environment agriculture, which aims to optimise plant growth with nutrients, lighting and pH. Vertical farming is perfect for high density living areas or to save space.
BENEFITS OF vertical FARMING
Learn more about VERTICAL GARDENS
Hydroponics is simply described as growing plants without soil. Hydroponics allows you to control more of the variables including pH levels, lighting and nutrients for optimal plant growth and produce yields. Water is the main method of delivering the nutrients to the plant’s roots, combined with growing media to help support the plant. Hydroponically grown plants dip their roots directly into nutrient-rich solutions, so plants get more of what they need much faster and easier. Hydroponic farming can be used in locations where soil conditions are too poor to support farming, or where space is limited. It can be done anytime and anywhere!
Nitrogen is one of the most important nutrients in your aquaponic system. It occurs in several forms in the natural world, but for now, we will focus on the most relevant: protein. Protein is built from amino acids, which are themselves built from nitrogen. All plants and animals contain proteins, and when they die, other organisms consume them and scavenge these proteins for energy. Thus, nitrogen enters the body in the form of proteinous food. The nitrogen cycle When land a
Small indoor growers often struggle with nutrient deficiency. While nutrients are small, their impact on an indoor farm is enormous. This article will explain the basics of nutrients, nutrient deficiencies, and how to spot and treat nutrient deficiencies. Identifying nutrient deficiencies Identifying nutrient deficiencies is difficult. Farmers need to be aware of the major plant nutrients to spot symptoms unique to each nutrient. We’ll get into specific nutrient deficiency s
Managing pH in the Aquasprouts is just as important as hydroponics and soil gardening, but it is a little bit more challenging in aquaponics because there are three living variables in the ecosystem: fish, plants and bacteria. Plants like acidic pH (in the low sixes to upper fives), the fish and bacteria prefer a slightly alkaline pH (in the high sevens to low eights). pH management in aquaponics is an exercise in compromise between the two ranges. The ideal target is a pH of