Practice · 30 articles
Fertilizer application is the foundation of agronomic science, determining not only yield but also the quality of the resulting produce. The effectiveness of a crop nutrition system directly depends on an accurate understanding of soil agrochemical indicators, the biological needs of plants, and their growing season phases. A competent approach to calculating the application rates of organic and mineral substances allows for cost optimization and maintains soil fertility on a long-term basis, which is critically important for both industrial crop rotation and specialized greenhouse operations.
This collection gathers materials covering key aspects of agricultural chemistry: from the methodology of conducting field trials and analyzing substrate conditions to highly specialized nutrition systems for fruit, vegetable, industrial, and ornamental crops. You will find detailed recommendations on developing fertilizer application strategies taking into account regional specifics, as well as unique techniques for increasing the productivity of fishery systems. The articles will help systematize knowledge about diagnosing plant needs and teach how to apply fertilizers in a well-founded manner to achieve maximum biological and economic efficiency in your production.
Agrochemistry For students
The article examines the methodological basis of agrochemical research, dividing the scientific process into three interrelated levels: descriptive, experimental, and theoretical. Understanding these stages is necessary for systematizing knowledge about the development patterns of soil and crops
Viticulture For agronomists
The article examines key methods for determining the mineral nutrition level of grapes, including visual methods, injections, laboratory research, and soil analysis. The author analyzes the possibilities and limitations of each approach in the context of modern viticulture.
Greenhouses and covers For gardeners
The article discusses agrotechnical methods for cultivating asparagus lettuce and radish in greenhouses and hotbeds. Study the recommendations on soil preparation, seedling care, and optimal irrigation regimes to achieve high yield
Agrochemistry For students
Rational fertilizer application requires a comprehensive analysis of agronomic, economic, and energy indicators. The article describes a methodology for assessing the cost-effectiveness of chemicalization and the impact of nutrition on yield in various soil and climatic zones
Agrochemistry For students
Agrovitakva AVA complex fertilizer is a safe, nitrogen-free, long-acting agent, the effectiveness of which directly depends on soil temperature and plant root exudates. The article examines the key properties of this fertilizer and its application rates for a wide range of agricultural crops
Agrochemistry For students
The article covers the development of the Russian school of agricultural chemistry since the 18th century and reveals the fundamental principles of plant nutrition, which remain relevant for modern farming practices
Greenhouses and covers For gardeners
The article describes the technological aspects of organizing a hotbed facility, including soil preparation, the use of biofuel, and the basics of crop rotation. The material will help to effectively plan the growing of transplants and early vegetable crops in greenhouses and hotbeds
Greenhouses and covers For gardeners
Melon is a thermophilic crop requiring strict adherence to temperature regimes and lighting conditions. The article describes the key stages of cultivation: from seed preparation and care of seedlings to planting in hotbeds
Greenhouses and covers For agronomists
The article examines types of root zones in protected cultivation, including soil mixtures and inert substrates. Optimal agrophysical indicators and fertilizer application rates are described to ensure high vegetable crop yields
Agrochemistry For students
Rational use of fertilizers allows for reducing farm financial losses and preventing environmental pollution. The article examines methods of precise nutrient distribution and technologies for increasing nitrogen fertilizer efficiency.
Agrochemistry For students
Compliance with regulations during the storage and application of mineral fertilizers is the basis for protecting the health of workers and ensuring fire safety on the farm. The article examines key requirements for the location of warehouses, handling of hazardous substances, and equipment operation in the field
Agrochemistry For students
Flax has strict requirements for soil fertility and nutritional regime. The article reveals key rules for fertilizer application taking into account the growth and development phases of the crop
