Disease · 3 articles
Fungal diseases pose a serious challenge to the productivity of agrocenoses, requiring a comprehensive approach to plant protection. For an agronomist and a practicing gardener, understanding the mechanisms of pathogen spread and methods for increasing crop resistance is the basis for preserving the harvest. An effective infection control strategy is not limited to the application of fungicides, but is built on a deep analysis of biological factors, the selection of resistant cultivars, and the optimization of growing conditions, including balanced nutrition and the selection of suitable substrates.
This collection brings together materials that reveal key aspects of plant health management in both intensive and organic farming. Readers will find information on selection criteria for fruit cultivars resistant to adverse factors in southern regions and will become acquainted with conceptual models for the functioning of modern organic orchards. In addition, the articles present methods of agrochemical analysis of greenhouse substrates and principles for developing rational nutrition systems for flower crops, which will allow specialists and enthusiasts to more precisely adjust agrotechnical processes to prevent the development of fungal infections.
Fruit growing For agronomists
The article is devoted to the selection criteria for cultivars in ecological horticulture in the south of Russia. The authors examine the importance of fruit chemical composition and plant resistance to stress factors for obtaining safe produce without the application of pesticides.
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
Fruit growing For agronomists
Modern intensive organic orchards rely on high technologies and the use of the ecosystem's own biopotential. The article examines a conceptual model of orchard functioning, principles of cultivar selection, and methods of adjusting the agroecosystem to obtain a stable harvest.
