Crop · 40 articles
Beet is a strategically significant crop, represented in agronomy by both sugar and forage varieties. For professional farmers, sugar beet cultivation is a method of obtaining a high sugar yield and valuable by-products, while forage beet serves as an important link in providing livestock with a high-quality base. The efficiency of growing these root crops directly depends on strict adherence to agrotechnical regulations, including the selection of optimal soil conditions, control of soil density and acidity, as well as competent management of mineral nutrition, which influences carbohydrate accumulation and the overall nutritional value of the harvest.
This collection gathers materials that help systematize approaches to the cultivation of beet and other vegetable crops. Readers will find practical recommendations for preparing transplants, requirements for agroclimatic conditions, and biological characteristics of plant development. In addition, the articles cover issues of crop protection from weeds and methods for optimizing fertilizer systems based on soil agrochemical indicators. The presented information will allow specialists and plot owners to build a competent cultivation technology — from sowing to post-harvest processing, ensuring stable productivity and high quality of root crops.
Crop production For students
Succulent root crops serve as an important source of easily digestible carbohydrates and vitamins for high-productivity herds. Their use makes it possible to increase milk yield, balance the ration in terms of the sugar-protein ratio, and reduce the consumption of expensive concentrates.
Vegetable growing For students
Sowing strategy and seedling development depend on the biological characteristics of seed. The article analyzes patterns of crop germination and provides a classification of seed by size for effective equipment calibration
Greenhouses and covers For gardeners
The article provides practical recommendations for cultivating early cabbage, leek, and garlic cultivars in protected soil. You will learn about fertilizer application rates, planting patterns, and key care stages for these vegetable crops
Greenhouses and covers For gardeners
Using a greenhouse allows for creating an optimal microclimate for cabbage seedlings with coolness and high humidity. The article discusses the rules for soil preparation, seed sowing, and the subsequent planting of plants into open soil
Agrochemistry For students
Desiccation is an effective agrotechnical method for accelerating harvest ripening and preparing crops for harvesting. The article explains the mechanism of action of the preparations, their phytosanitary role, and the specifics of their application on various agricultural crops
Agrochemistry For students
The article examines the problems of manganese deficiency in various types of soil and methods for increasing crop yield using manganese fertilizers. Effective methods of application are presented, including pre-sowing seed treatment and foliar top dressing
Agrochemistry For students
The article reveals key mechanisms of boron's participation in plant metabolism. It examines issues of nutrient uptake, the formation of biopolymer complexes, and the influence of boron on growth, tissue development, and the intensity of photosynthesis.
Vegetable growing For students
Vegetable crops are characterized by high nutrient uptake with a limited root system. The article explains how to correctly calculate fertilizer doses taking into account the intensity of NPK consumption by different groups of plants
Poultry For agronomists
The article presents reference data on the requirements for essential amino acids, as well as feeding requirements for laying hens of egg and meat lines under high-temperature conditions. The material contains recommendations for the enrichment of complete feed mixtures
Greenhouses and covers For gardeners
The article examines key factors for successful vegetable production in a protected environment: from light regime and heat management to providing plants with carbon dioxide. You will learn which crops are better suited for the winter period and how to increase the efficiency of hotbed farming
Greenhouses and covers For gardeners
For high-quality vegetable cultivation in hotbeds, it is necessary to maintain a temperature between 20 and 30 °C. The article provides an overview of organic raw materials for biofuel and characteristics of various materials ensuring long-term soil heating
Agrochemistry For students
The article examines modern calculation methods for determining fertilizer doses. The author analyzes the normative approach, including formulas for calculating nutrients, taking into account the target yield and soil agrochemical indicators.
