The purpose of this paper is to review studies relevant to potential climate change impacts
on natural stands of eucalypts, with a view to identifying not only specific lessons for the …

Developmental models that account for the metabolic effect of temperature variability on
poikilotherms, such as degree-day models, have been widely used to study organism …

A rapidly changing climate has the potential to interfere with the timing of environmental
cues that ectothermic organisms rely on to initiate and regulate life history events. Short …

The temperature-dependent development of tomato psyllid (also called potato psyllid),
Bactericera cockerelli (Sulc), was studied in the laboratory at seven constant temperatures …

The invasive eucalyptus tortoise beetle, Paropsis charybdis, defoliates plantations of
Eucalyptus nitens in New Zealand. Recent efforts to identify host specific biological control …

The beet webworm, L oxostege sticticalis L.(L epidoptera: C rambidae), unlike many
temperate insects and despite its wide distribution range, has a geographically stable value …

Developmental models, such as degree‐day models, are commonly used to predict the
impact of future climate change on the intensity, distribution, and timing of the transmission …

Climatic changes are likely to alter the distribution and abundance of insect and fungal pests
of Australia's plantations, and consequently the frequency and severity of outbreaks and …

Hybridization is an important biological phenomenon that can be used to understand the
evolutionary process of speciation of plants and their associated pests and diseases …

Insect defoliation of plantation Eucalyptus sp. is a ubiquitous problem, not only in their native
Australia but also in many other countries where Australian defoliators have invaded the …