Few Australian entomologists, ecologists, biogeographers or Quaternary researchers are familiar with the details of Quaternary beetle research. Since the 1950s the study of fossil beetles has developed to become an important discipline of the Quaternary sciences. Unfortunately, however, the significance of the discipline for ecological and evolutionary research has been slow to penetrate mainstream entomological, ecological, and evolutionary thought. This paper outlines the history, methods and results of Quaternary beetle studies, based primarily upon research from the well-studied Northern Hemisphere, and then examines issues relevant to Australian research. Analysis of Quaternary beetle assemblages from Australia can contribute to the re...
Abstract Australia’s insect fauna comprises a very large component of its biodiversity, and one that...
With the impending threat of climate change, greater understanding of patterns of species distributi...
As climate change continues to threaten global biodiversity, knowledge of the fundamental processes ...
If Quaternary palaeoclimatic reconstructions are to be adequately contextualised, it is vital that t...
Several Quaternary sequences in North America have been analysed for fossil insects. Most of the ins...
The present thesis is a review of available published data on Quaternary insects. Research focused o...
Quaternary beetle research has progressed in a variety of ways during the last decade. New kinds of ...
This paper explores the palaeoclimatic significance of a fossil plant and insect record from Yarra C...
This paper explores the palaeoclimatic significance of a fossil plant and insect record from Yarra C...
It has been suggested that the Allosyncarpia ternata forests of western Arnhemland, Northern Territo...
Understanding how the environment influences patterns of diversity is vital for effective conservati...
<div><p>Understanding how the environment influences patterns of diversity is vital for effective co...
The comparison of palaeoenvironmental and archaeological records of fossil insects with modern red d...
<div><p>With the impending threat of climate change, greater understanding of patterns of species di...
Today, southeastern Australia experiences a winter-dominated rainfall regime, governed by the season...
Abstract Australia’s insect fauna comprises a very large component of its biodiversity, and one that...
With the impending threat of climate change, greater understanding of patterns of species distributi...
As climate change continues to threaten global biodiversity, knowledge of the fundamental processes ...
If Quaternary palaeoclimatic reconstructions are to be adequately contextualised, it is vital that t...
Several Quaternary sequences in North America have been analysed for fossil insects. Most of the ins...
The present thesis is a review of available published data on Quaternary insects. Research focused o...
Quaternary beetle research has progressed in a variety of ways during the last decade. New kinds of ...
This paper explores the palaeoclimatic significance of a fossil plant and insect record from Yarra C...
This paper explores the palaeoclimatic significance of a fossil plant and insect record from Yarra C...
It has been suggested that the Allosyncarpia ternata forests of western Arnhemland, Northern Territo...
Understanding how the environment influences patterns of diversity is vital for effective conservati...
<div><p>Understanding how the environment influences patterns of diversity is vital for effective co...
The comparison of palaeoenvironmental and archaeological records of fossil insects with modern red d...
<div><p>With the impending threat of climate change, greater understanding of patterns of species di...
Today, southeastern Australia experiences a winter-dominated rainfall regime, governed by the season...
Abstract Australia’s insect fauna comprises a very large component of its biodiversity, and one that...
With the impending threat of climate change, greater understanding of patterns of species distributi...
As climate change continues to threaten global biodiversity, knowledge of the fundamental processes ...