You are invited to submit abstracts for oral or PEP presentations at the Australian Marine Sciences Association (AMSA) 54th annual conference to be held in Darwin from 2-6 July 2017.
Abstracts for both oral and PEP presentations in symposia and other themed sessions at the AMSA 2017 conference are sought. A maximum of one oral presentation and two PEP talks can be submitted per person.
Make sure you follow the guidelines (below) when submitting an abstract
Abstracts for both oral and PEP presentations in symposia and other themed sessions at the AMSA 2011 conference are sought. For acceptance of an oral presentation please note that your abstract should include some information on research results. Oral presentations will be 20 minutes (15 minute presentation and 5 minutes questions).
Honours and early career PhD students are encouraged to submit abstracts for PEP talks. PEP talks provide presenters with a 5 minute oral, a digital poster display (PowerPoint format) during the conference, and student presenters are eligible for the Ron Kenny Award. Abstracts for research projects in their early stages should also be submitted for PEP talks.
Submitted abstracts need to adhere to the format specified in the abstract sample.
Click the link below to download the AMSA 2017 Abstract Template which MUST be followed for all submissions.
The maximum word count for abstracts is 350 words. Any text exceeding the word count will be automatically deleted from the abstract.
Do not include any graphics in your abstract (figures, pictures, images, etc).
When submitting your abstract you need to choose your preferred general session or symposium and also indicate a second choice. Make sure you read all the general sessions and symposia before selecting one for your abstract.
All abstracts will be reviewed by the Scientific Program Committee and, in the case of presentations offered for a Symposium, also by the respective symposium organisers.
All abstracts are to be submitted to this site via the Abstract Submission link. All communication with authors will be via email.
Click here for an abstract template.
Talks that fit within the following broad topics and are not covered in symposia should be submitted to this session: marine ecology, marine biology, marine chemistry, marine geology and oceanography.
Talks that fit within the following topics and are not covered in symposia should be submitted to this session: aquaculture, biosecurity and marine fisheries
Talks that fit within these broad topics and are not covered in symposia should be submitted to this session: ocean renewable energy, marine biotechnology, identification of offshore assets, and coastal and marine tourism.
Talks covering all aspects of marine science in the Arafura and Timor Seas (this session is looking for a regional focus, including studies under the Arafura & Timor Seas Ecosystem Action (ATSEA) program)
Talks that fit within these broad topics and are not covered in symposia should be submitted to this session: social licence to operate and emerging issues.
The global oceans are facing pressures from a complexity of stressors driven by local, regional and global factors. This complexity is amplified by risks to a diversity of environmental, social and economic interests. Further, the science reporting on the state of the oceans and what it means for people and economies is often opaque, techno-centric and not easily translated to policy advice. As a consequence, environmental policy-makers are often left with judgment calls as the only practical solution, rather than transparent decision-making informed by the best available science. The purpose of this session is to bring a group of enthusiastic speakers and a large audience together around this problem in the marine research and policy arena. Presentations are invited from a wide range of field to bring their approaches and examples of useful decision analyses to the table.
There are few other environments where the concepts of ‘connectivity’ and ‘sustainability’ across natural-societal realms come into sharper focus than in estuaries. These diverse and productive ecosystems provide connective pathways from catchment to coast, and are major nuclei for people given the extensive societal benefits they provide. Seven of the eight Australian capital cities and 22 of the 32 largest cities globally are located on estuaries, which has, however, led to them becoming among the most degraded of all aquatic ecosystems. Resultant threats to food security, safety, livelihoods, culture and diversity provide clear evidence of the tight interdependence between environmental and societal sustainability in these systems. Maintaining or remediating estuarine health is a global challenge, reflecting their complexity, often highly modified states, myriad of uses and users, conflicts over preserving ecological vs economic interests and the need for truly collaborative efforts across research disciplines, stakeholders and institutions. Presentations are invited in the areas of: Understanding trade-offs in estuarine and societal health, estuarine and/or societal health indices, resilience and ‘tipping points, quantifying estuarine ecosystem services, approaches for supporting adaptive management across estuarine-societal systems, and Forecasting system change under future scenarios.
The World Harbour Project brings together 26 international harbours and ports tackling issues around the multiple uses of harbours. The WHP facilitates programs investigating and restoring ecosystem functioning and the development of management best-practices through 4 working groups – Water and Sediment Quality, Green Engineering, Conflict Resolution, and Education. Presentations are invited from researchers working in harbours worldwide, both scientific and social science perspectives.
Having one of the longest neighbouring coastlines, Australia is intimately linked to the Indian Ocean through large scale current systems and coupled ocean-atmospheric processes that produce and influence our weather patterns over short and long term timescales. In general, our knowledge of these systems and processes is lacking in comparison to the world’s other major water bodies, which have been studied much more comprehensively. The five year IIOE-2 program (2015 - 2020) seeks to address the past history of under sampling in the Indian Ocean through collaborative international research, the enhancement of the Indian Ocean Global Ocean Observing System (IOGOOS) and the transfer of this new understanding to all nations. This symposium provides an opportunity for Australian researchers to showcase the depth of research that Australia is already engaged in at coastal and open ocean scales of relevance to the IIOE-2 scientific framework.
The Indo-Pacific is an extremely large marine realm that unites two oceans via a restricted Coral Triangle corridor. A large body of research exists that describes the patterns and processes responsible for the diversity in the Central and West Pacific but the Indian Ocean has up until now been largely neglected. This symposium session will showcase the results of recent research conducted in the NE Indian Ocean and highlight the diversity and ecological connectivity in the region. The session will explore how the diversity of the region is currently managed and how traditional knowledge and new technologies could be further incorporated into future management to safeguard the unique marine resources of the NE Indian Ocean.
Marine Remote Sensing has been evolving towards a multi-platforms and multi-sensors integrated system. A range of optical, radar and acoustic sensors can be mounted on a variety of platforms such as satellites, aeroplanes, ships, and airborne/underwater AUVs to detect and monitor marine and coastal phenomena from local to global scales. Successful applications of remote sensing technology have been demonstrated in all disciplines of marine sciences including marine geology, oceanography and marine biology and ecology. As a result, the National Marine Science Plan (2015-2025) has called for the increased and improved use of remote sensing technology to help tackle the challenges currently facing Australia’s marine estate. This symposium aims to demonstrate current and future applications of remote sensing technology in marine estate. Presentations are invited from all aspects of marine remote sensing, in particular, the applications related to the theme of this conference (“Connections through shallow seas”) and the applications of emerging marine sensors such as Himawari 8 and Sentinel 3.
The field of acoustics is developing rapidly due to quantum changes in electronic miniaturisation and availability of smaller and at the same time more powerful computing facilities. Acoustics work well in sea water, the signal can readily propagate through the water column and the result can be rich in information on ocean currents, suspended matter, ocean bed properties, net material fluxes, imagery and fish passage. Acoustic technology can be used from both fixed and moving platforms and is suitable to use from all our existing vessels as well as the newer platforms such as ROV’s and AUV’s. Acoustic methods encompass both passive and active acoustics. Passive acoustic examples are fish tagging methods and noise logging. Both have revealed new insights in biological oceanic processes and have allowed new links between biology and physics to be formed. Active acoustic examples are current profilers and multi beam echo sounders. The rapid advancement of these technologies are allowing never before seen detail in ocean processes to come to light in reasonable simplicity and in near real time. Presentations are invited from all acoustic related fields.
The extent to which anthropogenic noise in the world’s oceans impacts marine fauna is a subject of growing concern. Sources of marine anthropogenic noise include high-intensity acute sounds produced by activities such as military exercises, oil and gas exploration, pile-driving as well as lower-level chronic noise generated by commercial shipping and recreational and commercial fishing vessels. Many marine animals, from small invertebrates to large cetaceans, make extensive use of underwater sounds for important biological activities such as intraspecific communication, predator avoidance, navigation, larval orientation, foraging and reproduction. Potential effects of anthropogenic sound sources on marine animals range from disturbance that may lead to displacement from feeding or breeding areas, to auditory damage, tissue trauma and mortality. Alternatively, some marine species may experience no effect of exposure to intense sources, particularly if the spectral level does not exceed hearing thresholds. Presentations are invited from ecology, physics, and policy to showcase leading research on noise impacts on Australian marine life.
The Kimberley, considered one of the last great wilderness areas, is subject to a slow increase in human pressures in the form of industry development and tourism. The Kimberley marine coastal system represents a complex and dynamic environment characterised by an extreme tidal range, ria coastline, turbid waters and fringing coral reef systems that support a high level of biodiversity including iconic marine fauna such as dugongs, turtles and whales. Aboriginal people have inhabited the Kimberley coastal region for countless generations and possess a strong attachment to country. Their responsibility for the sustainable management of Kimberley coastal country spans millennia and continues in the present day through their healthy country plans. In 2011 the Western Australian government announced the Kimberley Science and Conservation Strategy which includes the creation of a network of marine protected areas to conserve these valuable marine resources in collaboration with Traditional Owners. Building a regional understanding of the Kimberley waters and associated habitats and wildlife is critical to the long term conservation management of this unique marine environment. This symposium will present a range of research across themes and disciplines to provide an integrated picture of the physical, biological and social world of the Kimberley marine environment that can be used to support sustainable joint management of the region.
The effects of anthropogenic global environmental change on biotic and abiotic processes have been reported in aquatic systems across the world. This global change has manifested in marine systems through altered oceanographic, biogeochemical and hydrological mechanisms that regulate marine system structure and functioning at different spatial and biological scales. Complex synergies between concurrent environmental stressors and the resilience of the system variables to trophic cascades, which vary in space and time, determine the capacity for marine systems to maintain structure and functioning with global environmental change. Consequently, to effectively understand, quantify and predict climate impacts on marine systems, an interdisciplinary approach that facilitates the exchange of knowledge and the development of new methods across spatial and biological scales is required. The objective of this session is to integrate scientific knowledge of climate-induced change on the functioning of marine systems through the presentation of innovative research findings and technologies across multiple spatial and biological scales. Presentations are invited on novel approaches and recent advances in methods that utilise extensive datasets at different spatial and biological scales to further process-based understanding of marine system functioning in a globally changing environment. A special issue of Marine and Freshwater Research will be developed in association with this symposium.
Genomics is a rapidly advancing field of research that is used in many different disciplines worldwide. The application of genomics has relatively recently been used to study organisms in marine environments. This symposium will provide the opportunity to bring together students, researchers and practitioners using genomics in the Australian marine environment. Any field of research that is adapted for a new system provides opportunities for interactions between different disciplines. We would like to encourage speakers to present research that demonstrates the combination of genomics with other disciplines such as ecotoxicology, ecology, biogeography, invasive species management, environmental monitoring, marine megafauna, fisheries and aquaculture. Presentations could also focus on innovative ideas and solutions solving challenges associated with using genomics in the marine environment; including sampling design, laboratory protocols and bioinformatics.
Around Australia, there is a diverse range of fishes that migrate over various distances (and sometimes between jurisdictions) through estuaries, coastal waters and across oceans (e.g., barramundi, Australian herring, tuna, sharks etc.). Many of these fish species are targeted by commercial, recreational, subsistence and/or traditional fisheries. In this symposium, papers will be encouraged that combine new information on the migratory behaviour and pathways of fishes with the human dimension in terms of the fisheries they support.
Australian Marine Parks, also known as Commonwealth Marine Reserves, cover around a third of Australia’s Exclusive Economic Zone and include sub-Antarctic to tropical environments. This symposium will address the range of knowledge about these vast and diverse offshore marine environments and discuss how this knowledge is, or can be, used in managing Australian Marine Parks. Presentations are invited that address the following questions: How do we improve our scientific understanding of these ecosystems? How to integrate our knowledge across marine science disciplines? How do we best ensure that the information is useful for managers? What are the highest priorities for research in Australian Marine Parks?
Climate change is affecting the coast in a multitude of different ways, and will continue to do so into the future. Managing climate risks effectively is of paramount importance and needs to consider coastal ecosystems, coastal communities, coastal economies and the intersections between them. NCCARF has developed CoastAdapt to support climate change adaptation planning and action. This symposium will focus on adaptation and ecosystems in the coastal zone, including challenges, adaptation options and opportunities. It will include consideration of the role of ecosystem solutions in developed areas, and how best to ensure optimal outcomes are achieved. Presentations are invited in the area of adapting to climate change.
The Great Australian Bight (GAB) is part of the world’s longest southern facing coastline. Its unusually broad continental shelf also supports the world’s largest temperate carbonate production system and has high levels of benthic biodiversity and endemism. Previous marine research in the GAB was concentrated in coastal waters and more recently on the continental shelf. The deep water assemblages and ecosystems of the GAB are poorly understood. Commonwealth and State governments, existing commercial users and a diverse range of academic, community and environmental groups have identified the need to develop a better understanding of the region’s environmental values, regulatory needs and development potential of the GAB. A complex array of ecological, economic and social issues needs to be addressed to optimize management of future activities. This symposium will include results from a large, integrated study of the ecological processes and socio-economic importance of the GAB that is being conducted through a collaborative research partnership involving two research agencies (CSIRO, South Australian Research and Development Institute), two universities (University of Adelaide, Flinders University of South Australia) and BP Australia.
Many of Australia’s most precious marine natural assets are located in the tropical northern seas. This area spans the iconic Ningaloo Reef in the west to the Great Barrier Reef in the east with the neighbouring Kimberley, Kakadu and Daintree rainforest in between. In addition, it is a region of major economic activities such as mining, agriculture, shipping, fishing, urban development, tourism and recreation. With the Integrated Marine Observing System completing its first decade, and a commensurate development of modelling systems and capability, this is allowing an unprecedented ability to gain an understanding of the coastal and marine environment and the extent to which they can accommodate economic development. For this symposium, we are seeking papers that showcase the available observational data and modelling applications in Australia’s Northern waters and what we are learning from them.
There are knowledge gaps for most marine megafauna species in Australia and many have an unresolved conservation status. Resources are limited which necessitates prioritisation of effort to those species where management actions will have the greatest on-ground benefit. However, this generally excludes actions that may resolve the conservation status of marine megafauna species. Given increasing pressure to develop northern Australia in particular, resolving the conservation status or at least determination of current population trends of vulnerable coastal species should also be a priority. Presentations are invited on the conservation of marine mega fauna.
Marine spatial planning allows all stakeholders to take part in planning and managing marine and coastal issues. Ecosystem-based management and resource use, marine protected areas shipping, cable and pipeline placement, offshore structures, fisheries, aquaculture, coastal development, climate change, ports and channel dredging, are all issues where the stakeholders need to integrate, govern and plan. Presentations are invited from researchers and managers involved in marine spatial planning.
Systems Science by definition requires systematic and holistic considerations of how systems operate in response to drivers, extrinsic disturbances, processes within and across scales, and understanding how feedbacks can be used to control system outputs. Modelling challenges arise from the cascade of scales spatially, regime shifts across time, space-time interactions, and interactions across a diverse hierarchy of system groups such as communities and habitats. Nearly 40 years ago, John Steele demonstrated that Lotka-Volterra equations for plankton models produced the wrong spectral shape as scales decreased – implying that, contrary to notions of diffusion, biological processes are highly adapted to the environment at small spatial scales. Yet, such equations are at the heart of contemporary models of marine resources and climate change studies. Is it all too hard? Or, do you have some ideas and studies to share in transitioning current research and management practices to a more holistic systems-based framework? Come prepared to discuss the challenges!
Artisanal and small-scale aquaculture programs represent foundational fisheries and aquaculture programs that could provide the catalyst for rolling out commercial fisheries ventures for remote and Indigenous communities locally and regionally. Sea-based aquaculture has the potential to drive new growth in remote communities, generating economic and employment opportunities for Indigenous people. However there are significant challenges in these small-scale programs – particularly when establishing governance and economic frameworks, quality assurance and compliance standards. However these additional requirements can also provide opportunities for up-skilling and economic opportunities. There is mounting evidence that co-operative knowledge, respected and shared, is pivotal if the venture is to be successful. This symposium will provide an opportunity to explore these issues. Presentations are invited in the areas of: Artisanal, Indigenous and small-scale aquaculture, opportunities and examples of shared knowledge in a range of enterprises, and lessons learnt that might inform the development of other small-scale aquaculture enterprises.
Indigenous workshop will be a round table discussion on a number of topics such as: building productive working relationships between indigenous rangers and researchers, knowledge exchange between groups.