Material · 11 articles
The concept of "fiber" in agronomy encompasses both strategic crops for the textile and chemical industries and modern materials for plant protection. On one hand, the cultivation of flax and cotton requires profound knowledge of biology, the specifics of mineral nutrition, and the management of harvest quality. On the other hand, the use of non-woven agrotextiles and polymer film covers is becoming an integral part of the technological process in vegetable growing and horticulture, allowing for the regulation of the microclimate and the protection of crops from external threats.
This selection combines materials covering the entire cycle of working with fiber structures: from the agronomic features of growing raw material crops to the practical application of protective materials. Readers will find here expert recommendations on the fertilizer system for flax, breeding principles, as well as analytical articles on the properties of covering structures and their influence on the productivity of garden beds. This knowledge will help to optimize production processes, improve the quality of agricultural products, and increase the operational efficiency of greenhouse facilities under various agro-climatic conditions.
Crop production For students
Flax is a strategic fiber crop with high production waste-free efficiency. The article examines three main directions of flax cultivation, the specifics of harvesting depending on the objectives, and the nutritional value of its processed products
Greenhouses and covers For gardeners
Agrotextile is a safe non-woven material that creates an optimal microclimate for plant growth. It protects crops from frosts, pests, and the scorching sun, ensuring efficient crop care in any garden plot
Crop production For students
Cotton is a valuable row crop widely used in the textile, food, and chemical industries. The article discusses the plant's biological features, its yield indicators, and the main directions for raw material processing
Livestock For students
The article examines the key elements of meat and wool sheep breeding technology, including livestock animal housing systems, flock organization, and principles of breeding work to increase the genetic potential of the livestock
Agrochemistry For students
The article reveals the key role of starch as an energy reserve in plants. The chemical composition of grains, their morphology, and physical properties under thermal exposure are described using various crops as examples
Viticulture For agronomists
The grapevine stem performs key transport and storage functions, ensuring the vital activity of the entire vine. The article reveals the anatomical features of the vine, the patterns of shoot development, and the role of nodes in the distribution of nutrients
Poultry For agronomists
The article reveals key indicators of poultry meat productivity and analyzes the influence of housing conditions, feeding, and genetics on the quality of the final product
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
Greenhouses and covers For gardeners
The article describes the main types of frame structures for garden beds and analyzes the properties of modern materials, including polymer films and non-woven agrotextiles, for effective crop protection
Agrochemistry For students
The article examines the effect of organic and mineral substances on the nutritional value of produce. You will learn how managing plant composition allows for improving the harvest quality of grain, legume, and vegetable crops
Crop production For students
The article reveals the significance of the cultivar as the biological foundation of the harvest and describes key aspects of the breeding process. The reader will learn about the use of source material and methods for creating high-yielding cultivars
