Crop · 26 articles
Legume crops occupy a central place in modern plant production, serving as a vital link in the food and feed base. Their key biological feature is the ability to form a symbiosis with nodule bacteria, which allows plants to fix nitrogen from the air, significantly increasing soil fertility. For agronomists and gardeners, these crops are valuable not only as an independent source of harvest but also as the best predecessors for winter cereals, though they require a specific approach to tillage and nutrient management.
This collection gathers the theoretical and practical material necessary for the successful cultivation of legumes. Readers will find information here on botanical classification, the specifics of seed germination, and plant structure. Particular attention is paid to agrotechnics, methods of optimizing mineral nutrition, calculating the nutrient balance, and conserving humus. We also reveal the role of secondary nutrients, such as sulfur, and the impact of balanced nutrition on carbohydrate accumulation and product quality. The materials cover both applied recommendations for home gardens and the fundamental agrochemical principles that underlie effective farming.
Crop production For students
The article describes the biological classification of grain legumes by germination type and leaf structure. You will learn how these features determine seed sowing depth, weed control methods, and agrotechnical requirements for crop care
Soil and tillage For agronomists
Competent soil preparation after grain legumes and perennial grasses determines the future yield of winter crops. The article reveals the nuances of choosing implements and timing of tillage depending on the soil type and climatic zone
Vegetable growing For gardeners
Legume crops enrich soil fertility with nitrogen and are valued for their high protein content. The article covers the rules for seed treatment, fertilizer application, and temperature conditions necessary for successful cultivation of peas, beans, and fava beans
Crop production For students
The article describes the principles of classification of cereals and grain legumes, and reveals their role in the crop rotation structure. Key biological differences between the first and second groups of cereals are examined for effective planning of agrotechnologies
Agrochemistry For students
Mineral nutrition is a key factor determining the technological properties and chemical composition of the harvest. The article reveals the mechanisms of fertilizer influence on the accumulation of starch and other carbohydrate components in cereals and grain legumes
Agrochemistry For students
The article examines the process of forming the domestic agrochemical school and creating the production base for fertilizers in the first half of the 20th century. The reader will learn about the scale of the first field trials and the evolution of specialized scientific journals
Nutrition and fertilizers For gardeners
The article reveals the key role of nitrogen, phosphorus, and potassium in the metabolism and development of vegetable crops. The material helps agronomists recognize signs of nutritional imbalance for effective adjustment of top dressing.
Poultry For agronomists
Grain crops form the energy basis of a poultry diet, however, their effectiveness depends on the correct selection of additives and the quality of the raw materials. The article discusses key features of using cereals and grain legumes, as well as important limitations when formulating a balanced diet
Agrochemistry For students
To increase the yield and quality of vegetables, it is necessary to regulate the composition of fertilizer depending on the biology of a specific crop and soil conditions. The article provides information on the chemical composition of vegetable plants and potatoes, which is important for the proper management of agricultural crop nutrition
Agrochemistry For students
An effective fertilizer system requires consideration of plant biological requirements, soil properties, and nutrient uptake dynamics. The article examines key factors that allow for the accurate calculation of application rates and timing to maximize yield.
Agrochemistry For students
Intensive agriculture inevitably leads to a decrease in soil organic matter content. The article examines the causes of humus degradation and a complex of agricultural practices that allow for the restoration of the organic matter balance in modern farming conditions.
Agrochemistry For students
Regular monitoring of the nutrient cycle allows an agronomist to precisely adjust fertilizer application. The article explains how to account for nutrient sources and losses due to erosion for calculating balanced soil nutrition
