Crop · 39 articles
Cabbage is one of the key vegetable crops, requiring strict adherence to agrotechnical regulations at every stage of development. For an agronomist and a practicing vegetable grower, it is critical to understand the biological characteristics of the plant: from microclimate control during the cultivation of transplants in greenhouses to the specifics of nutrition in open soil. Success in production directly depends on the quality of substrate preparation, competent crop rotation, and timely diagnosis of pathogens, such as clubroot, which can significantly reduce yield.
This selection combines expert materials covering the full cycle of working with cabbage crops. Readers will find here practical recommendations for growing white cabbage and cauliflower transplants in protected soil, including methods for autumn maturation and nutritional specifics. Particular attention is paid to plant protection against diseases and principles of optimizing mineral fertilizers. The presented articles will help systematize knowledge about technological processes aimed at increasing the productivity of vegetable growing and maintaining soil fertility.
Plant protection For agronomists
The article examines the development features of black rot and bacterial soft rot in cabbage. Effective plant protection schemes are presented, including seed treatment and application of biological preparations to plantings
Greenhouses and covers For gardeners
The article examines the specifics of preparing soil mixtures and managing the temperature regime in hotbeds and greenhouses. You will learn about the influence of the microclimate on the development of the root system and future crop yield indicators
Irrigation For agronomists
The article describes the methodological foundations for irrigation planning, taking into account soil moisture dynamics and water balance. It examines key factors influencing the calculation of irrigation application rates to ensure optimal plant growth conditions while minimizing negative environmental impact.
Vegetable growing For gardeners
The quality composition of the soil mixture is the key to the health and high yield of vegetables. The article provides instructions on preparing peat, fertilizer application, and the correct mixing of soil components
Agrochemistry For students
The article presents sample fertilizer application schemes for vegetable, grain-vegetable, and grain-potato crop rotations. The provided data take into account the dosages of basal, at-sowing nutrition, and top dressing for main crops, considering soil and climatic conditions.
Greenhouses and covers For gardeners
To control pests and diseases in greenhouses, both specialized chemical preparations and biological control methods are used. The article will help to create a competent plant protection plan by combining agrotechnical requirements, modern insecticides, and the use of beneficial entomophages
Vegetable growing For gardeners
Increased soil acidity and a lack of micronutrients significantly reduce the yield of vegetable crops. The article discusses effective methods for pH neutralization and techniques for managing plant nutrient deficiencies
Greenhouses and covers For gardeners
The summer period requires regular plant care from the gardener, from planting transplants to shoot formation. The article provides a schedule of key works in greenhouses and open soil for June and July to obtain a bountiful harvest
Greenhouses and covers For agronomists
Efficient planning of a nursery requires an accurate calculation of the planting area. The article provides basic consumption rates for planting material and recommendations on selecting cultivation technologies to achieve a high yield
Greenhouses and covers For gardeners
The article discusses effective methods for controlling pests and common diseases of dill. It also provides a practical layout scheme for cucumbers, carrots, and peppers for the efficient use of greenhouse space
Plant protection For agronomists
The article analyzes the safety of using diamide insecticides in the Belarusian agro-industrial complex. Studies confirm the absence of residual amounts of active ingredients in the harvest when established application rates and regulations are followed
Vegetable growing For students
Learn how the life cycle of vegetable crops depends on environmental conditions and why understanding developmental phases is necessary for plant growth control. An analysis of key stages of ontogenesis and practical techniques for regulating the growing season
