Concept · 11 articles
The topsoil is the upper, most fertile part of the soil, the condition of which determines the development of the plant root system and the efficiency of nutrient uptake. For an agronomist and a practicing farmer, competent management of this horizon is the foundation of a successful harvest. The success of sowing campaigns, especially when working with winter, spring, or stubble crops, directly depends on the physical properties of the soil, such as density, porosity, and soil moisture retention capacity. Understanding the processes occurring in the topsoil after the harvesting of predecessors allows for minimizing the negative impact of compaction and excessive drying.
This selection presents materials covering a complex of issues regarding the creation of an optimal soil structure. You will find the technical specifications of modern ploughs and a classification of ploughing methods, as well as methods for planning tillage within crop rotation. The authors of the articles analyze in detail the specifics of land preparation after grain legumes and row crops, offering practical solutions for moisture conservation and improvement of soil fertility. The materials will help to systematize knowledge about the impact of mechanical action on soil structure and build an effective strategy for field preparation for sowing in various agro-climatic conditions.
Farm machinery For agronomists
This article examines the classification of agricultural ploughs based on their intended use and method of attachment to a tractor. The design and operating principles of the main components of a share tractor plough are described in detail, using the PLN-5-35 model as an example.
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
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
Soil and tillage For agronomists
Regulating soil density and porosity through agrotechnical practices directly determines plant development and yield. The article examines the physical indicators of chernozem soils and the consequences of using mouldboard ploughing for the structure of the arable horizon
Nutrition and fertilizers For gardeners
The article describes the role of organic fertilizers in improving soil fertility and soil structure. Data on the chemical composition of manure and other organic substances are presented, and the principles of their prolonged action on crops are explained.
Soil and tillage For agronomists
An effective tillage system is based on sound crop rotation and precise adherence to agrotechnical practices for each crop. The article provides practical recommendations for field preparation and examples of tillage within a crop rotation
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
Soil and tillage For agronomists
The article examines the physical state of the soil and methods of field tillage after row crop predecessors. Readers will learn how to minimize compaction and weed infestation for successful sowing of winter crops
Soil and tillage For agronomists
The article examines the main objectives of agrotechnical tillage before sowing winter crops. Special attention is paid to preserving soil moisture in chernozems to ensure high-quality seed emergence in arid conditions
Soil and tillage For agronomists
The structure of the arable layer determines the water regime of the soil and the intensity of moisture evaporation. An analysis of the physical processes of desiccation and effective tillage techniques for preserving soil moisture reserves in various climatic conditions
Crop production For students
The choice of ploughing method depends on the design of the plough and the field parameters. The article examines technologies of plot, circular, and even soil tillage, as well as requirements for the quality of ploughing
