Event: 12noon-2.30pm, Australian Institute of Marine Science, Townsville, North Queensland
Visuals: Aquaria with specimens, scientists available for interview, reef footage, crown-of-thorns starfish.
- How well will the Great Barrier Reef adapt to a changing climate and more acidic oceans?
- Why do crown-of-thorns starfish populations periodically boom?
- Can we develop technologies to control crown-of thorns and give the Reef time to adapt to a changing climate?
- Is coral bleaching simply a reaction to hot oceans or is something more complex happening?
- Persuading coral to spawn out of seasonr – can marine scientists get their Christmas holidays back, and double their productivity
- Will bacteria and viruses become dominant as climate change takes hold?
The $35 million SeaSim is a research aquarium that can get closer to replicating the conditions of the open ocean; a reef lagoon; or flooding rivers, that any other facility in the world.
“It’s awesome,” says AIMS marine researcher Mike Hall. “When we started planning SeaSim we visited over 40 marine aquariums around the world to identify key attributes of the perfect research facility. What we’ve built takes the best in the world and adds new technologies and an incredible level of automation and control.”
“SeaSim will allow marine scientists the world over to test observations, assumptions and models. It will allow the development of technologies to assist aquaculture and fisheries management.”
“It’s not the be all – it still has walls unlike the open ocean. But it will fast track marine discovery.”
“Fighting the crown-of-thorns starfish is one of the highest priorities for SeaSim,” says John Gunn, the AIMS CEO. “We need to understand why starfish populations periodically boom leading to massive reef destruction. Is it due to nutrients in flood waters or are more complex factors at play?”
“Crown-of-thorns talk to each other with chemicals – they gather in groups and they ‘run away’ when predators such as the Giant Triton move in to feed on them. Could we use those chemical signals to trick starfish into congregating or dispersing – making physical removal easier? We hope to answer these and many other questions about the starfish with the help of SeaSim,” says John Gunn.
- The synchronised annual spawning of many coral species makes them hard to study. Many experiments can only be done once a year. With SeaSim we will be able to create small reef communities in which we can induce spawning on demand, accelerating research.
- Coral bleaching is a growing threat to coral reefs worldwide. It’s associated with rising sea temperatures. But some coral communities can survive very high temperatures, for example in lagoons. We need to understand what factors contribute to reef survivability and build those into our computer models.
- Developing a ‘model’ coral that will do for marine science what the worm C.elegans, the fruit fly, the mouse and other model organisms have done for our understanding of human biology.
- Modelling the impact of sediment, pollution, dredging and other water quality factors on marine life.
“SeaSim is a national and international resource for all marine researchers,” says John Gunn. “It will consolidate Townsville’s growing reputation as a global hub for tropical marine research and transform our capacity to provide the science that government, industry, and the community need to make informed decisions about how we use and protect the oceans.”
Note to editors: The construction of the $35 million SeaSim, was supported with capital funding from the Australian Government under the Super Science Marine and Climate initiative, and with AIMS’ own resources.
In this year’s budget the Australian Government committed a further $30.9 million over four years to AIMS including support for the facility to become fully operational in the 2013-14 financial year.
More information: http://www.aims.gov.au/seasim
- SeaSim facts and figures
- The technologies behind SeaSim
- Approaches to crown-of-thorns starfish
- Other SeaSim projects – coral spawning, modelling climate change
- Sarah Brooker for Science in Public, firstname.lastname@example.org, +61 413 332 489, +61 (3) 9398 1416