Graeme Finlayson's research while affiliated with University of Adelaide and other places
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Publications (5)
Food webs can be conceptualized as being powered by energy derived from living and dead vegetation, respectively. Most food web research has focused on “green food webs” which begin with the consumption of living vegetation by herbivores. However, “brown food webs” which stem from the consumption of senescent vegetation by detritivores are also an...
Effective monitoring of arid and semi-arid rangelands around the world is essential to understand and combat degradation caused by anthropogenic use and facilitate effective management practices. Remote sensing technologies provide ideal approaches for enhancing traditional on-ground monitoring. However, while broad-scale monitoring of vegetation i...
Wildlife management on a landscape scale is often complex, particularly where different land use practices occur in the same region. This is particularly so for the management of overabundant grazing species (both domestic and native) in a modified landscape, where anthropogenic activities and climatic drivers can influence their distribution and a...
Introduced rabbits are a continuing threat to native Australian flora and fauna. Three interventions using biological control agents: myxomatosis, European rabbit fleas and rabbit hemorrhagic disease, have reduced rabbit abundance and kept numbers low over the last 70 years. We considered the benefits of biological control for native fauna to put t...
Understanding environmental factors influencing the abundance of species is important for developing strategies to manage wildlife effectively. Long‐term studies provide the most reliable information upon which to base management decisions. This is particularly important when considering threatening processes, like drought and climate change, and a...
Citations
... On-ground vegetation surveys, ideally incorporating measures of composition and structure need to be incorporated into the possum monitoring. Although not the focus of this study, we acknowledge the growing evidence of the need for effective kangaroo population reduction to prevent overgrazing, particularly in areas where kangaroo populations are not regulated by a predator (Barton et al. 2011;Manning et al. 2013;Howland et al. 2014Howland et al. , 2016Rees et al. 2017;Mills et al. 2020;Neilly and Cale 2020;Finlayson et al. 2021;Fisher et al. 2021). To deliver effective management interventions we need to understand the drivers of decline. ...
... European rabbits (Oryctolagus cuniculus) are prolific burrowers, often producing warrens which house large social groups; they are now Australia's most widespread burrowing mammal (Eldridge and Myers 2001). Rabbits are the most widely distributed and abundant vertebrate pest species in Australia, impacting both natural and agricultural systems (Williams et al. 1995;Cooke 2012;Finlayson et al. 2022). Rabbits cause large, widespread damage across multiple trophic levels in the Australian environment, and exert immense grazing pressure on native vegetation, promote invasive weed species and cause extensive soil damage (Eldridge and Myers 2001;Eldridge and Simpson 2002;Eldridge et al. 2006). ...
... Animals are subjected to annual extremes in water and nutrient availability, with limited access to water or food during summer and autumn months. Feed becomes prevalent after rainfall, which typically occurs in winter and spring, unless the region is in drought [18,23,24]. The species displays significant physiological and behavioural adaptations for water and energy conservation in this harsh environment, including a low basal metabolic rate, ever-growing cheek teeth well-adapted to mechanically reducing food into small particulates, long gut retention times, production of dry faecal pellets, and a relatively inactive, burrowing lifestyle [22][23][24][25][26][27]. ...