Abstract Knowledge of how climate change is likely to influence future virus disease
epidemics in cultivated plants and natural vegetation is of great importance to both global …

Tolerance is defined as an interaction in which viruses accumulate to some degree without
causing significant loss of vigor or fitness to their hosts. Tolerance can be described as a …

Potato (Solanum tuberosum) plants are exposed to diverse environmental stresses, which
may modulate plant–pathogen interactions, and potentially cause further decreases in crop …

Viruses show great diversity in their genome organization. Multipartite viruses package their
genome segments into separate particles, most or all of which are required to initiate …

Viruses are highly evolvable biological entities capable of wreaking havoc on our society.
Therefore, a better understanding of virus evolution is important for two main reasons:(i) it …

Plant–virus interactions are greatly influenced by environmental factors such as
temperatures. In virus‐infected plants, enhanced temperature is frequently associated with …

Plants regularly encounter abiotic constraints, and plant response to stress has been a focus
of research for decades. Given increasing global temperatures and elevated atmospheric …

Many plant viruses have a multipartite organization, with multiple genome segments
packaged into separate virus particles. The genome formula describes the relative …

Capsicum, an important vegetable crop in Queensland, Australia, is vulnerable to both
elevated temperatures and capsicum chlorosis virus (CaCV). Thus, it is imperative to …

Environmental conditions can affect viral accumulation, virulence and adaptation, which
have implications in the disease outcomes and efficiency of control measures. Concurrently …