News & events
News
Professor Kruuk will receive $3.3 million in funding from the ARC to pursue research into the effects of changing environments on wild animal populations.
The unique genetic make-up of a group of Australian frogs could be the key to their survival, allowing them to better withstand our harsh climate.
Why judging a book by its cover has led to a tangled family tree for the longhorn beetle.
A bird study led by The Australian National University (ANU) provides new understanding of the ways birds and mammals respond to a rapidly warming world.
New Holland honeyeaters are experts at sounding the alarm when there’s danger, using a two-stage alarm call. They ‘front-load’ information about urgency into the first note of their alarm call, so other honeyeaters can respond quickly.
The clever honeyeaters follow this up with more notes to reinforce the message and signal how long to remain hidden.
Australia’s current bushfire crisis could wipe out some of our rarer insect species, according to a group of experts.
Events
In this talk, I introduce how white-winged choughs, highly social cooperative breeders, integrate multiple features of alarm and contact communication to coordinate antipredator behaviour and maintain cohesion.
Developmental conditions are powerful drivers of phenotypic plasticity. Environmental factors, such as temperature, can directly program fitness-associated phenotypes, while maternal effects act as indirect cues that shape the developmental environment.
Using Eucalypts representing widely contrasting range sizes and home climates across Australia, I explore whether greater geographic distribution size or climate of origin are associated with the ability of these plants to acclimate their photosynthetic and respiratory apparatus or heat tolerance thresholds.
Species distribution models (SDMs) are widely used across fields as diverse as ecology, archaeology, epidemiology, and conservation biology.
The majority of studies into the Australian orchid flora and associated funga have thus far been narrow in scope and focused either on a macro- or microevolutionary scale. In this thesis, I studied the Australian terrestrial orchid flora and its associated funga as a unified system spanning from the macro to microevolutionary scale.
Plants synthesize an amazing diversity of volatile organic compounds (VOCs) that facilitate interactions with their environment, ranging from attracting pollinators and seed dispersers to protecting themselves from pathogens, parasites, and herbivores.