Practice · 23 articles
Soil preparation is a fundamental stage of the agrotechnological cycle, which determines the level of future yield and plant viability. The quality of tillage of the arable layer directly affects the water balance, soil structure, and the efficiency of subsequent crop nutrition, whether it be vegetables, cereals, or perennial plantations. For an agronomist and a hobbyist practitioner, competent soil management is a key tool for minimizing risks, combating erosion, and creating optimal conditions for uniform emergence, root system development, and plant protection at all stages of the growing season.
This selection contains materials covering a wide range of agrotechnical tasks: from the specifics of soil preparation for berry crops and vineyards to methods for working in greenhouses and open fields. Readers will find information on modern pre-sowing treatment technologies, peculiarities of growing transplants in trays and containers, and methods of agrochemical analysis of substrates. The articles also touch upon issues of sample preparation for laboratory research on residual pesticides and strategies for optimizing soil tillage under the conditions of specific agroclimatic zones, which will help in choosing the right solutions for any type of farm.
Vegetable growing For students
The article describes the main methods of soil preparation for open nursery beds and greenhouses. Readers will find recommendations on fertilizer application, the composition of nutrient mixtures, and technologies for growing transplants in containers
Greenhouses and covers For gardeners
The article covers the basics of root system formation and phytosanitary stability of transplants. You will learn about the advantages of using large containers, the rules for adding soil, and lighting application rates for high-quality plant development
Greenhouses and covers For gardeners
Effective greenhouse cultivation of lingonberry, blueberry, and cranberry requires the creation of specific conditions. The article examines plant requirements regarding acidity, soil composition, and substrate preparation technology to obtain a high yield
Greenhouses and covers For gardeners
Transplant quality and timing of planting depend on soil preparation technology. The article analyzes the features of soil tillage for different methods of growing seedlings, taking into account the intensity of greenhouse use
Plant protection For agronomists
Soil pesticide control is essential for effective crop rotation; however, complex sample preparation accounts for 60% of the analysis cost. The article examines sample preparation stages, the influence of soil composition, and the solubility of active ingredients to optimize laboratory research.
Viticulture For agronomists
Trench ploughing is a mandatory stage in vineyard establishment, ensuring the formation of a robust root system and optimal conditions for the long-term productivity of the vines. The article examines the main methods of tillage and the specifics of their application depending on soil and climatic conditions.
Viticulture For agronomists
The quality of grapevine nursery plants directly determines the future yield of the vineyard. The article examines professional methods of soil preparation, material stratification, and step-by-step technology for planting cuttings in a nursery
Vegetable growing For students
Spring soil preparation is aimed at conserving soil moisture, weed control, and creating optimal conditions for seed emergence. The article describes the main methods of tillage for winter fallow, including harrowing, cultivation, and rolling, depending on the type of vegetable crop
Soil and tillage For agronomists
Winter precipitation, temperatures, and soil type determine the physical state of the arable land before sowing spring crops. Understanding these processes is essential for agronomists to properly plan spring tillage.
Soil and tillage For agronomists
The article examines effective soil conservation technologies for Kuban chernozems. The author analyzes the application of minimum and no-tillage, and provides recommendations for soil preparation for winter crops to combat wind and water erosion
Agrochemistry For students
The article examines the features of assessing the nutritional value of greenhouse soil and calculating fertilizer doses, taking into account the type of substrate and laboratory analysis methods. You will learn about the differences in approaches to determining available nutrients for key floral crops
Soil and tillage For agronomists
Efficient soil preparation for stubble and post-harvest sowing requires immediate tillage after harvesting the predecessor crop. Adherence to technology and a differentiated approach to tillage depth allow for maximum retention of soil moisture and ensure the yield
