Crop · 3 articles

Forage grass

Forage grasses form the basis of the diet for livestock animals, and their productivity depends directly on the biochemical processes occurring within the plants. For an agronomist and a plant production specialist, it is critically important to understand the mechanisms of nutrient accumulation — from carbohydrate composition and lipid complexes to nucleic acid synthesis. Deep knowledge regarding the effect of mineral fertilizer on these indicators allows not only to increase the yield of land but also to provide animal husbandry with a high-quality forage base with optimal energy value.

This collection of materials covers a wide range of issues: from the selection of promising agricultural crops to the management of plant metabolism. You will learn about the role of perennial grain legumes in the structure of modern forage lands and the specific features of root crop and potato development. The articles provide scientifically grounded data on how to regulate polysaccharide synthesis and utilize plant resources to obtain maximum nutritional output. This information will serve as a reliable guide both for professional agronomists working on a large scale and for owners of smallholdings striving for efficiency in forage production.

Crop production For students

The role and prospects of growing perennial legumes in forage production

Switching to legume crops allows for the reduction of nitrogen fertilizer costs and solves the protein deficiency problem in livestock animal diets. The article examines the technological aspects of growing alfalfa, goat's rue, and clover to increase the efficiency of forage production

Agrochemistry For students

Biochemical composition of lipids and nucleic acids in forage crops

The article examines the influence of lipid composition and nucleic acids on the energy value of forage crops. Methods for increasing the nutritional value of grasses and potatoes through the optimization of plant mineral nutrition are described