How do species respond to environmental change, behaviourally, physiologically and evolutionarily?
- Evolutionary responses to environmental change
- Behavioral, developmental and physiological adaptations
- Movement ecology in unpredictable or modified landscapes
- Biodiversity drivers and constraints: natural and sexual selection
- Native and threatened species ecology and behaviour
Find a CIE researcher in this theme (A to Z):
Abbey McDonald | Dr Alexandra McQueen | Dr Alizée Meillère | Amy Longmuir | Anaïs Pessato | Prof Andy Bennett | Ange Pestell | Anna Miltiadous | Anne Canelle Eichholtzer | Anthony Rendall | Dr Antoine Dujon | Batbayar Galtbalt | A/Prof Beata Ujvari | Billy Geary | Prof Chris Austin | Dr Christa Beckmann | Darcy Watchorn | Prof Don Driscoll | Eilysh Thompson | Dr Elodie Camprasse | Dr Eric Treml | A/Prof Euan Ritchie | Eve Udino | Fanny-Linn Kraft | Prof Graeme Hays | Alfred Deakin Prof John Endler | Dr Kaori Yokochi | Prof Kate Buchanan | Dr Kay Critchell | Kristal Sorby | Kristian Bell | Kristina Macdonald | Lorenzo Galletta | A/Prof Luis O.B. Afonso | Luke Emerson | Alfred Deakin Prof Marcel Klaassen | Dr Martino E. Malerba | Dr Mary Young | Dr Mathew Berg | A/Prof Matthew Symonds | Dr Mylene Mariette | Nynke Raven | Dr Paul Tixier | A/Prof Peter Biro | Dr Raoul Ribot | Reihaneh Bandari | Roberto M. Venegas | Dr Rohan Brooker | Dr Sanja Van Huet | Sara Balouch | Sara Ryding | Dr Scarlett Howard | Simone Stevenson | Sundara Mawalagedera | Dr Susanna Venn | Tamara Camilleri | Thomas Burns | Prof Thomas Madsen | Dr Tim Jessop | Tobias Ross | Vanessa Skrzypczyk | Yakupjan (Yakup) Niyazi |
My research involves using Neogene aged fossil ostracod shells from various Victorian geological formations to investigate the palaeo-ecology of the various species. The effect changing oceanic conditions had on the ostracod
fauna during this time period is also investigated.
Birds use heat exchange through their bills to regulate body temperature. Our research investigates evolutionary changes in bill size in response to climate change across a wide range of bird species. We are further investigating
how wild birds use their bills to dissipate heat during hot conditions.
My research aims to understand how birds respond to and cope with anthropogenic change (e.g., challenges associated with urbanization or with introduced man-made chemicals). My current work investigates the effects
of early-life anthropogenic noise exposure (both pre- and post-natally) on avian development (physiology, morphology, cognition) and long-term fitness.
Phytophthora cinnamomi is a eukaryote pathogen which threatens many native and ecologically importent plant species in Australia. My research uses a whole genome approach to understand to evolution of the pathogen and
the specific genetic profiles which play a role in infection.
My research aim to investigate how much thermoregulation capacity in the heat varies amongst individuals and how much developmental plasticity may contribute to this variation. I addressed this question using
captive and free-living zebra finches (Taeniopygia guttata), an arid adapted species.
Animal behaviour and ecology, especially movement ecology and navigation of nomadic waterbirds, functions of avian coloration, and thermal responses of birds.
Using camera traps, I am investigating the presence of predators, small mammals, reptiles and amphibians in two similar vegetation types in the mallee of NW Victoria, with a particular focus on time since fire, to assist land
managers with fire management planning.
I study avian maternal effects, particularly maternal corticosterone (the principal avian stress hormone) and its effect on reproductive outcomes including offspring epigenetics.
With the help of citizen scientists, we are testing a new video monitoring technology aimed towards the survey of small vertebrates (mammals, reptiles, frogs). For these smaller animals, the current methods are usually
expensive, time-consuming and disruptive; this technology will help to make surveying them more practical and accessible. Future steps will include the development of an algorithm to automatically recognize and classify them on the video camera trap.
Reintroduction and assisted colonisation ecology; threatened species ecology and inter-specific interactions.
Obtain insight on the evolution of cancer in terrestrial and marine species and the implications for their conservation.
My research mainly focuses on understanding the migratory behaviour of long-distance migrant birds in relation to environmental condition and climate change. Currently, I use the movement tracking data of cranes and
shorebirds in association with environmental datasets in order to reveal how they cope with different atmospheric and on-ground conditions.
Being an evolutionary ecologist, my research focuses on the interactions between organisms and their biotic and abiotic environment and how the combination of these parameters affects organismal fitness. My research links
evolution and ecology to molecular genetics to explore the significance of genetic and epigenetic organismal responses to both macro- and micro environmental challenges.
My research aims to understand native and threatened species ecology, particularly species interactions, and look for ways to embed that in conservation decision-making.
I use genomic techniques to investigate and understand evolutionary responses to environmental change over a range of time scales and I am interested in evaluating new tools for biodiversity assessment using environmental
DNA. I have a special interests and expertise in inland and marine environments and crustacean and fish species.
I am a field-based ecologist with broad research interests centred on the theme of how animals respond to changes in their environment. I use an integrative approach to understand costs and benefits of attributes of animals in
hypothesis-driven research, combining observations with experiments and comparative studies.
I look at how native small mammal species respond to environmental change, such as fire, how they move through modified landscapes.
Wildlife movement is key theme of my research. Movement influences how reptiles, frogs and invertebrates use fragmented farming landscapes, how chytrid fungus is spread to susceptible frog hosts, and
how reptiles and other groups respond to fire.
The invasion of large herbivores represents a serious threat to Australian native biodiversity. The aim of this project is to investigate the role that dingoes play in regards to this invasion, particularly how they influence
feral herbivore distribution and behaviour.
My PhD research focused on understanding individual specialisations in foraging behaviour in seabirds.
Our broad research interests are in marine ecology and conservation, specifically in understanding the causes and consequences of population connectivity, implications for biodiversity and assisting in local-to-global conservation
Mammal Ecology and Conservation; Movement Ecology; Predator-Prey Interactions; Urban Ecology.
My current research investigates how developmental plasticity shapes individuals’ coping mechanisms, especially to high temperatures, in the zebra finch, an Australian arid-zone bird. I am interested in the response
occurring during heat-stress at the behavioural, hormonal and cellular levels.
My research is focused on transgenerational effects of developmental stress on song learning in birds.
We use satellite tags and data loggers to record the movement of free-living individuals and the environments they live in. This work includes satellite tracking sea turtles and other species and tagging and
photo-id for long-term identification of individuals to assess survival rates. Tracking data help reveals operational sex ratios, links to the incidence of multiple paternity and threats. We monitor incubation conditions for sea turtles, particularly in light of the role of temperature in driving hatchling sex ratios and survival, which underpin concerns for sea turtle extinction in a warming world.
I am interested in predicting the direction of evolution given known environmental parameters, changing climate and habitats makes this more practical than ever.
I have studied how roads impact the survival, movement and genetics of threatened native fauna. I’m also studying the impacts of artificial lighting on native microbats.
I am interested in how animal signalling systems evolve within the context of local environmental conditions. In particular I have focused on the evolution of signalling and communication behaviour in birds. Having conducted my
PhD work on the evolution of bird song, my interests currently lie in testing the transgenerational impacts of early life conditions on song learning and cognition. For this I have developed experimental manipulations of condition and am testing the impact on physiological systems, behaviour and fitness. In conjunction with Dr Mylene Mariette I have developed an interest in prenatal acoustic sensitivity in birds and the relevance for vocal learning. Throughout my work I use a range of condition indices, including immune parameters and endocrine measures to assess individual and maternal effects.
I use biophysical modelling to understand the movement distributions of organisms and pollutants in the marine environment, now and into the future.
I am examining the developmental, physiological, behavioural, and evolutionary responses of vertebrates to changes in their glucocorticoid signalling system, and how this signal acts as a primary driver of broader
whole-organism trait changes.
I am studying the impact of fragmentation, agriculture and changes to fire regimes on the ecology, function and distribution of a native, foundation species of grass; Triodia scariosa.
My research aims to understand how herpetofauna respond to both fire and predation in South West Victoria. This research is interesting in how native fauna is responding to key threats.
My work focus on the incubation behaviour of an arid adapted bird (Zebra Finch), to unravel its future changes in relation to climate change and how those will affect the eggs and embryo development.
My research in fish physiology and endocrinology has both integrative and comparative aspects and strives to understand how aquatic organisms respond to stressful situations. Areas of interest include fish health, stress
physiology, fish reproductive endocrinology and sex differentiation, and aquaculture.
My PhD research seeks to understand the influence of differing factors on the behavioural, spatial and foraging ecology of pumas. This research will provide insight into the ecology and impact of an apex predator within an
ever changing environment, and will have implications for conservation and management initiatives in other systems where large carnivores occur.
I have developed broad ecological research interests including theoretical, experimental and observational studies on numerous animal, plant and microbe taxa. Throughout this, my focus has primarily been on
increasing our understanding of bird migration, nutritional ecology and disease ecological issues.
Artificial lakes in agricultural areas can influence the distribution of native and invasive species.
Environmental drivers of biodiversity.
Avian sensory ecology including coloration, olfaction and acoustic signalling (calls and song). Behavioural ecology, stress ecophysiology, and avian breeding biology.
I am interested in the evolution of diversity, and what has generated difference in behaviour, morphology and physiology between closely related species. I use comparative cross-species approaches to study this, with
particular focus on the effects of climate on morphology and the evolution of communication (particularly chemical and visual).
I study avian acoustic communication, including between parents and embryos, as a heat-adaptation strategy, in the arid-adapted zebra finch, and other species. I study the developmental, physiological, genetic and
behavioural impact of that communication system. I also work on parental care, social network, and sexual selection.
Tasmanian devil immune profiles can alter due to local environmental variables, parasites and other internal factors. My research investigates how these factors and subsequent changing immunity, affects transmissible
cancer infection and progression.
Behavioural innovations and prey switching by large marine predators (odontocetes) in response to fisheries and changes in prey availability.
My research is currently exploring linkages between animal physiology, behaviour, life-history, and natural and human-caused selection in fish and other organisms. In particular, I want to know what promotes the existence
(& maintenance) of consistent individual differences in behavior, often termed ‘personality’ or ‘temperament’, and what this means for predator-prey interactions, and for practical issues such as sampling bias and the effects of human harvesting of animal populations.
My work is mainly focused around the theme ‘understanding nature’, e.g. evolutionary responses and adaptations of species (mostly birds) to environmental change, movement ecology of waterbirds in
unpredictable landscapes and the ecology and behaviour of native Australian birds.
The goal of 15 among SDGs related to life and land and some its targets and indicators related to the protected species of flora and fauna which I will research about in my case study.
Ocean landscapes and climate change effects on species distribution.
I am a behavioural ecologist who works with tropical and temperate marine species. I am interested in predator-prey interactions, interspecies mutualisms, habitat specialisation, and recruitment, and how these processes
are affected by anthropogenic disturbance.
Changes in environment and species over the Quaternary Period.
The major focus of my research involves understanding the consequences of different agricultural practices on habitat quality and the response of reptiles towards these habitat changes. We are investigating the patterns of
reptile distribution in different habitat conditions and land management practices to assess the response of reptiles towards habitat degradation.
Our research looks at how birds are changing morphologically in response to climatic warming. Birds partly thermoregulate with their beaks and legs, and some evidence suggests the size and shape of beaks and legs
are becoming larger to better handle higher temperatures. We aim to explore where and why these patterns exist.
My research will examine how urbanisation and other human-influenced environments are impacting native and introduced bee species in terms of their foraging, pollination, biodiversity, distribution, physiology, and
cognition. I will use the gathered information to investigate the evolutionary origins of behaviour and foraging strategies in Australian native bees.
My PhD project focuses on measuring and understanding change to biodiversity on large scales (national to global) using biodiversity indicators.
My research investigates the evolutionary relationships among a native Australian medicinal plant clade which lacks scientific appraisal. It comprise several species of conservation priority.
My research tackles how alpine plants and plant communities respond to environmental changes, disturbances and extreme events, in terms of their distribution, community composition and
My PhD project focuses on measuring and understanding change to biodiversity on large scales (national to global) using biodiversity indicators.
Much of my research studies the effects of environmental, ecological and anthropogenic disturbances on animal physiology, ecology and evolutionary biology.
I am studying the effects of increasing levels of pollution on migratory shorebirds to determine how these pollutant levels change over time and how they vary between species of the East Asian Australasian Flyway (EAAF).
My research looks at the differences in nutritional properties of seaweeds and how these properties change with location and species type.
Geological processes underwent on the seafloor, will lead the environmental and ecological changes, which ultimately can impact the biodiversity of the ocean.