Category: Plant science

Research confirms that a balanced nutrient program is crucial for plant productivity, with one element standing out. While many nutrients contribute, understanding which nutrient is responsible for fruit growth is key to maximizing your harvest, with potassium being a primary driver.

Every living organism, including bananas, contains a small amount of nitrogen as a component of proteins and amino acids. However, the common belief that bananas or their peels are a rich source of nitrogen for plants is a widespread gardening myth.

Over 95% of a plant's dry weight is composed of just three elements: carbon, hydrogen, and oxygen. This structural foundation, however, is supported by a complex array of other elements, and understanding what is the main nutrition in plants is key to promoting healthy growth.

Lignin is the second most abundant biopolymer on Earth, comprising up to 30% of the organic carbon in the biosphere. Understanding what is high in lignin reveals important food, industrial, and agricultural sources of this complex, insoluble fiber.

Research indicates that phosphorus is one of the most vital nutrients for the establishment and overall vigor of legumes, a requirement that is often higher than for non-leguminous crops due to its critical role in energy-intensive metabolic processes.

Rice is a staple food for over half of the world's population, making its cultivation and nutritional requirements a critical area of study. To achieve high yields and produce nutrient-rich grains, rice plants depend on a specific set of essential chemical elements.

Many people believe bananas directly contain mood-boosting hormones, but a key distinction exists: bananas release the plant hormone ethylene to ripen, while providing precursors that allow the human body to produce its own hormones. As climacteric fruits, their hormonal activity is primarily about their own life cycle.

According to research published by the NIH, balanced nutrition is critical for plant health and the ability to withstand biotic stress. This raises a vital question for growers and gardeners alike: which nutrient promotes disease resistance effectively, and how does it strengthen plant defenses?

Approximately 70% of the world's 27,000+ orchid species are epiphytes, growing on other plants rather than soil. Understanding the benefits of orchid roots is key to cultivating these unique plants successfully, as they have specialized functions beyond typical plant roots.

According to botanical studies, over 95% of a plant's biomass comes from carbon, hydrogen, and oxygen, but the remaining percentage, though small, is absolutely critical for its survival and development. Mineral nutrition is the process by which plants and other organisms absorb, transport, and assimilate inorganic nutrients from their environment to support metabolic functions and growth.