Concept · 20 articles
A cultivated plant is the foundation of plant production and a key object of an agronomist's professional focus. Understanding the biological foundations of species formation, the differences between wild and weed species, as well as the mechanisms of plant adaptation to environmental conditions, allows for the effective management of agroecosystem productivity. Knowledge of the evolution of farming systems and the scientific principles of soil fertility is a necessary condition for ensuring food security and the stable production of high-quality raw materials.
This selection brings together materials covering a wide range of agronomic disciplines: from the historical development of domestic agricultural chemistry to modern cultivation technologies. The reader will find answers to questions regarding yield-limiting factors, in particular, nutrient deficiencies such as phosphorus, and the fundamental laws of agricultural chemistry. The articles detail methods for increasing soil fertility, including mulching and optimizing fertilizer application. In addition, practical recommendations are presented for tillage after harvesting cereal crops, organizing irrigation in greenhouses, and protecting plants from viral diseases, which will help to build a systematic approach to farm management.
Crop production For students
The article reveals the link between the history of plant domestication and the needs of modern breeding. You will learn why the search for wild relatives in the centers of crop origin is vital for increasing the resilience of modern crops
Nutrition and fertilizers For gardeners
The article describes the main causes of phosphorus deficiency in soil and key visual signs of phosphorus starvation in various crop groups. You will learn how the lack of this element affects plant development and the quality of their harvest
Crop production For students
The article examines the evolution of farming systems as a complex of agrotechnical measures aimed at increasing soil fertility. You will learn about the key stages of agronomy development and the criteria for classifying systems into primitive, extensive, transitional, and intensive
Crop production For students
The article examines the biological characteristics of cultivated, wild, and weed plants. You will learn how agronomic factors and centuries of selection influence the development of these groups and their relationships in crops
Crop production For students
Crop production is a key branch of agriculture in Belarus, ensuring food security and a raw material base. The success of production directly depends on the effective interaction of biological resources, soil properties, and climatic conditions
Agrochemistry For students
The article reveals modern concepts of soil fertility as a result of natural processes and agrotechnical impact. Methods for quantitative assessment of soils through land evaluation scales and mathematical modeling for effective crop management are considered.
Agrochemistry For students
The article examines the process of forming the domestic agrochemical school and creating the production base for fertilizers in the first half of the 20th century. The reader will learn about the scale of the first field trials and the evolution of specialized scientific journals
Soil and tillage For agronomists
Timely stubble tillage after harvesting cereal crops is a key condition for preserving soil moisture and protecting the future harvest from weeds, pests, and diseases. The article describes effective field preparation methods and critical timelines for operations to ensure successful sowing of spring crops
Storage and processing For students
The article describes key aspects of post-harvest storage of crop produce and grain masses. You will learn about the causes of harvest losses, the composition of grain bulk, and the physical characteristics of grain that affect its preservation
Plant protection For agronomists
The article examines key mechanisms of phytopathogenic virus spread. The reader will learn about ways of infection transmission via seed, planting material, insect vectors, soil, and during mechanical plant care
Greenhouses and covers For gardeners
Using an organic layer in a greenhouse helps to protect plant roots from stress, maintain soil structure, and stimulate beneficial microflora. The article reveals the benefits of mulching and the correct technology for preparing the soil before applying the material
Greenhouses and covers For gardeners
Most growers make a mistake by relying on natural precipitation and allowing critical fluctuations in soil moisture. A stable harvest in a greenhouse is possible only by shifting from occasional watering to a calibrated water supply system for each crop
