Summary 1 Our objectives were as follows:(i) to quantify the realized environmental niche of
two co‐occurring species and their differences and (ii) to examine whether differences in the …

A method is described, using Generalized Linear Modelling, for determining the qualitative
environmental realized niche (QERN) of plant species. Five species of Eucalyptus growing …

Changes in species diversity are examined in relation to a multidimensional environmental
gradient using Eucalyptus species in south-eastern Australia. By fitting a generalized linear …

Robust predictive models of the distribution of forest biota are important tools for the
management of forest biodiversity. To build robust models, it is essential to understand the …

The contribution of vegetation ecology to the study of biodiversity depends on better
communication between the different research paradigms in ecology. Recent developments …

We present regression models of species richness for total tree species, two growth forms,
rainforest trees (broadleaf evergreens) and eucalypts (sclerophylls), and two large …

Eucalyptus paliformis is a rare species of the Wadbilliga Plateau in southeastern Australia.
The hypothesis that rarity in E. paliformis is a result of restriction to a rare habitat was …

Responses of stomatal conductance (gs) and net photosynthesis (A) to changes in soil water
availability, photosynthetic photon flux density (Q), air temperature (T) and leaf-to-air vapour …

There is a need to generalize water use behavior of eucalypts to facilitate bioengineering
and landscape remediation programs in a wide range of Australian environments. A critical …

Eucalytptus species originating in Australian habitats differing in moisture regimes were
examined under uniform growth conditions for their photosynthetic characteristics and …