| 01. Implications of species range change for health, food security and ecosystem services |
| Cutaneous leishmaniasis emergence: the role of climate change associated vector range expansions Stavana Strutz |
| 02. Detection, attribution and facilitation of range change |
| Australian arid-zone birds: assessing species movements in response to an extreme rain event Michelle R. Gibson |
| Can forest plant species escape the climate change fire? Yes, by using streams as “high-speed corridors”! Jonathan Lenoir |
| Contrasting pattern of neutral and putatively adaptive genetic variation of a montane philopatric species: implications for climate-driven range-shifts Benjamin Yeboah Ofori |
| Dispersal processes and environmental extrapolation on predictive accuracy of species distribution models across time: an example with endemic and threatened Darwin frog David E. Uribe |
| Distributional responses to marine heatwaves: insights from length-frequencies across the geographical range of the endemic reef fish choerodon rubescens Scott Bennett |
| First sightings – harbingers of species shifts or false alarms? Hannah Fogarty |
| Geographical range margins of a wide range of British taxonomic groups continue to shift polewards Suzanna Mason |
| Have black marlin flown the coop? Use of a terrestrial modelling technique reveals a rapid poleward distribution shift in the habitat of a mobile pelagic predator Nicholas Hill |
| Molluscs on the move in Tasmanian waters: recent finds suggest poleward range shifts in many marine species Simon Grove |
| Spatial modelling the northern quoll (Dasyurus hallucatus) in the Pilbara: Informing conservation management of an isolated population of an endangered and iconic species. Shaun Molloy |
| Linking reproductive mode, microhabitat use and thermal performance in two sympatric skinks (Sphenomorphus indicus and s incognitus Felix Yuan |
| 03. Changing distributions and conservation paradigms |
| Bimodality of latitudinal gradients in marine species richness Chhaya Chaudhary |
| Climate change in the southern Indian Ocean: projecting impacts on tuna distribution, longline fleet-dynamics, and albatross bycatch Pamela E. Michael |
| Distribution models of temperate habitat-forming species on the continental shelf in eastern Australia: setting the baseline and predicting future changes Martin Marzloff |
| Environmental Influences on the Trans-Oceanic Migrations of North Pacific Loggerhead Sea Turtles Dana Briscoe |
| Hitching a ride in the Australian Alps: road edges as conduits for native plant movements Keith McDougall |
| Hypoxic Pelagic Zone as a Refuge for Small Fish in a Freshwater Ecosystem Lukas Vejrik |
| The Atlas of Living Australia: 55 million species records and counting Lee Belbin |
| Unusual suspects in the usual places: A framework to identify potential future invasive species Rebecca Harris |
| Velocity of distribution change in plant species from Parastrephia and Mutisia genus (Asteraceae) in the South American Altiplano (tropical Andes) due to climate change Taryn Fuentes-Castillo |
| Vulnerability of turtle nesting beaches over the next 50-100 years Nathalie Butt |
| Wildlife Restoration: for when you build it and they don’t come David Watson |
| Predicting species’ moves: are we leaving threatened species out in the cold? Raquel A Garcia |
| 04. Biological responses at the species level – physiology & genetics |
| Does environmental variation predict temporal variation in traits associated with mating success in spotted bowerbirds? Caroline Dingle |
| Evaluating climate change vulnerability of a subtropical mountain-top terrestrial ectotherm Mariel Familiar López |
| Octopus on the Move: What factors may facilitate the range shift of Octopus tetricus in south-eastern Australia? Jorge Ramos |
| Physiological determinants of tolerance to climatic extremes in reptiles Anna Pintor |
| Physiological performance and adaptions of key ecosystem species in an ocean warming hotspot Elias Polymeropoulos |
| Plasticity of tropical reef fish to future Sydney winters Graeme Poleweski |
| Population genetic signatures of the range extending Octopus tetricus (Gould, 1852) in south-eastern Australia Jorge Ramos |
| Species traits and climate velocity explain geographic range shifts in an ocean-warming hotspot Jennifer Sunday |
| The rapid evolution of phenotypic plasticity in the introduced weed, Arctotheca populifolia. Charlie Clark |
| A tale of two urchins: disperal capacity of closely-related species Heliocidaris erythrogramma and H. Tuberculata, with contrasting PLD’s Mailie Gall |
| Do the energetics and thermal tolerance of triploid and diploid Atlantic salmon differ? Alyssa Bowden |
| Does developmental hypoxia have enduring effects on the metabolism and morphology of Atlantic salmon (Salmo Salar)? Andrew Wood |
| From pole to pole: the potential for the Arctic seastar Asterias Amurensis to invade a warming Southern Ocean Maria Byrne |
| 05. Cultural, social and economic dimensions of range shifts and changing ecosystems |
| Coastal urbanization and seascape connectivity structure fish assemblages in the surf-zones of ocean-exposed sandy beaches Elena Vargas-Fonseca |
| Engaging the public to help identify range-shifting marine species: if, why and how the public want to become involved Vicki Martin |
| 06. Governance, legal and ethical issues for managing shifting species and changing ecosystems |
| The pros and cons of re-wilding private lands in Tasmania Aine Nicholson |
| 07. Modelling Change from Molecules to Ecosystems: Understanding and representing multi-scale mechanisms that link climate. humans and living resources |
| Climate change impacts on ocean circulation: another stressor in marine ecosystems Simon Van Gennip |
| Integrating advanced remote sensing data into a multi-scale species distribution model (SDM) coupled with a population model to predict the invasion dynamic of a non-native plant Jonathan Lenoir |
| 08. Impacts of climate change on composition an structure of ecological communities |
| Bridging the gap between ecologists and modellers: the Biodiversity and Climate Change Virtual Laboratory (BCCVL) Sarah Richmond |
| Broad latitudinal discontinuity in coral symboises has the potential to limit species movements under climate change Sun Kim |
| Bryophytes challenge the latitudinal diversity gradient in Europe Rubén G. Mateo |
| Expansion of Plesiastrea verispora populations following recent warming in Western Australia Chenae Tuckett |
| Integrating natural tags to assess connectivity patterns and population structure of fish species with ontogenetic migrations Patrick Reis-Santos |
| Movement in the understorey Marie Keatley |
| Potential impacts of climate change on biotic homogenization Mao-Ning Tuanmu |
| Range shift vs. intraspecific body size change under warming: altitude-dependent impact on community body size I-Ching Chen |
| Effects of environmental change on montane birds and amphibians in Peninsular Malaysia Malcolm Chu Keong Soh |
| 09. Shifting species in polar terrestrial ecosystems: range expansion and invasions |
| Change in the distribution of the indigenous grass Poa litoosa on sub-Antarctic Macquarie Island following the eradication of rabbits Laura Williams |
| 10. Management strategies for multiple objectives and benefits |
| Incorporating projected trends of a changing climate into community-based regional-scale Natural Resource Management planning Jodie Deeley, Mikkel Christensen |
| 11. Decision-making for assisted colonisation as a climate change adaption strategy |
| Building a case for the western swamp turtle (Pseudemydura umbrina) as a candidate for assisted colonisation Sophie Arnall |
| Identification of conservation reserves for tuatara under climate change Scott Jarvie |
| Identifying seed provenances using climate analogues Peter Harrison |
| 12. Species interactions and community dynamics in novel assemblages |
| Life in the city: Bird community composition along gradients of invasion and urbanization Andrew Rogers |