Highlights•Pathogens and symbionts trigger common host responses.•These biotic
interactions affect plant developmental and physiological processes.•Interactions between …

Highlights•Individual plant pathogens respond plastically to within-host microbial
interactions.•Within-host microbial interactions may impact pathogen population …

Plants normally harbour microorganisms beneficial to the plants. However, many of these
microbes may cause diseases to human beings in form of food-borne infections. Moreover …

It is well understood that environmental factors drive plant epidemics alongside variables
such as host density, variation in susceptibility to infection, and plant community …

Plant-microbe interactions are a vital aspect to work on and have been studied for several
years and after lots of research what is currently understood is that bacteria have optimistic …

Soil-borne fungal and oomycetal pathogens cause devastating agricultural losses every
year. The abundance and diversity of filamentous eukaryotes in the roots of healthy plants …

How plant-associated microbiota are shaped by, and potentially contribute to, the unique
ecology and heterotrophic life history of parasitic plants is relatively unknown. Here, we …

Plant diseases result in severe losses to natural plant systems, and also cause problems for
economics and production in agricultural systems. While many biotic constraints are well …

The 12th iteration of the Japan-US Seminar in Plant Pathology was held in Ithaca, New York
at Cornell University in the fall of 2022. Presentations covered a range of topics under the …

The production of crops faces several biotic and abiotic hurdles due to climatic changes. The
severity of disease‐causing biotic agents increases daily, which is mostly responsible for …