This review focuses on virus-plant pathosystems at the interface between managed and
natural vegetation, and describes how rapid expansion in human activity and climate …

Virus diseases cause serious losses in yield and quality of cultivated plants worldwide.
These losses and the resulting financial damage can be limited by controlling epidemics …

This paper reviews current knowledge concerning the occurrence, losses caused,
epidemiology, and management of virus diseases of annual pasture legumes. The viruses …

The biochemical and genetic features of Poinsettia latent virus (PnLV, formerly named
Poinsettia cryptic virus), which is spread worldwide in commercial cultivars of Euphorbia …

The complete nucleotide sequence of Subterranean clover mottle virus (SCMoV) genomic
RNA has been determined. The SCMoV genome is 4,258 nucleotides in length. It shares …

We report comparisons between the complete genomic sequences of five historical Western
Australian isolates of subterranean clover mottle virus (SCMoV) from 1989–2000, and an …

Fifty one plant species from 25 different genera in seven families were challenged with
Subterranean clover mottle virus (SCMoV) by inoculation with infective sap. These included …

BACKGROUND Selecting the right pasture cultivar according to soil type and length of
pasture phase is an important consideration for grain growers wanting to sow new legume …

Priorities for research and development into the health of southern Australian pastures were
identified from reviews of the scientific literature and from a survey of experienced …

The most economically important virus infecting subterranean clover within pastures in
Australia is subterranean clover mottle virus (SCMoV) which is transmitted by trampling and …