Disease · 9 articles
Cucumber mosaic is one of the most dangerous viral diseases capable of reducing crop yield by 50%. For agronomists and gardeners, it is important to understand that viral infections possess complex transmission mechanisms, including spread via seed, soil, insects, and other biological factors. Knowledge of pathogen physiology and the patterns of their spread in agrocenoses is a key condition for the protection of plantings and maintaining the quality of produce, both in greenhouses and open fields.
This collection brings together materials dedicated to the biological characteristics of viruses, diagnostic methods for lesions, and the specifics of their spread. Readers will find information on assessing the infectious background, including methods for analyzing root system contamination, as well as strategies for combating pathogens that take into account plant maturation stages. In addition to the specifics of cucumber mosaic, the articles cover general principles of protecting greenhouse and ornamental crops from various diseases and pests, which allows for a comprehensive approach to managing the phytosanitary state of the plot and preventing the development of epiphytotics.
Plant protection For agronomists
Cucumber mosaic is a dangerous viral disease capable of reducing crop yield by up to 50%. This article examines the main signs of plant infection, the biology of the pathogen, its transmission pathways, and modern approaches to plant protection.
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
Plant protection For agronomists
The article reveals the nature of viruses as parasitic organisms and explains the mechanisms of their impact on plant physiology. The reader will learn about the main types of viral pathogens common in greenhouse conditions and the role of weeds as natural reservoirs of infection
Plant protection For agronomists
The assessment methodology allows agronomists to reliably identify the level of nematode infestation in greenhouse crops. Accurate calculation of the average infestation score helps to timely adjust plant protection and forecast harvest losses
Plant protection For agronomists
An overview of common pathogens of ornamental pot crops and effective methods of plant protection against rots, wilt, and infectious lesions. The article presents recommendations for maintaining the health of saintpaulias, schizanthus, and sonerila
Plant protection For agronomists
The article examines the development features of grey and black stem rot on cucumbers. You will learn about disease diagnostics and agrotechnical control measures to prevent epiphytotics in greenhouses
Plant protection For agronomists
The article describes key mechanisms of phytopathogen dissemination, from airborne spore dispersal to secondary infection of foci, and explains factors affecting the rate of epiphytotic development in crops
Plant protection For agronomists
The article examines the relationship between the developmental phases of greenhouse crops and the intensity of pathogen infection. The author analyzes environmental factors and maintenance methods that determine the economic viability of disease control
Plant protection For agronomists
The article describes the main transmission pathways of viral infections via insects, nematodes, and fungi, as well as modern biotechnological methods for obtaining virus-free nursery plants. You will learn about the possibilities of crop sanitation using thermotherapy and meristem culture
