The Connolly Lab
Professor Rod Connolly PhD (Adelaide)
Coast and Estuaries division - Australian Rivers Institute, and School of Environment and Science, Griffith University @ConnollyLab Research Focus:
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Global Wetlands - GLOW
"promoting healthy marine ecosystems"
A new program developing and applying globally applicable assessments of coastal wetland health to drive actions and investments towards protection, restoration and improvement of wetlands worldwide. Overview - click here. |
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Automated monitoring in marine ecosystems
We use deep machine learning to automatically detect, identify and count fish in underwater videos (paper). |
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We are also measuring human sentiment in social media as a potential indicator of the health of the Great Barrier Reef in Australia (paper). |
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Tyson Martin awarded PhD for functional ecology of fish on coral reefs
Congratulations Dr Martin. Thesis “Functional ecology of fish on coral reefs – the roles of seascape and subsistence fishing”. Tyson applied his sublime underwater skills across the Pacific Ocean, from the atolls of Marshall Islands to the seascapes of his home reefs in Hervey Bay. He revealed important global patterns in the roles of fish in coral seascapes – and well and truly lived up to his alias “FishBoy”. Example paper: Martin, Connolly, Olds, Ceccarelli, Fenner, Schlacher, Beger (2017) Subsistence harvesting does not substantially compromise coral reef fish assemblages. ICES JMarSci (link). And see video of Tyson's work in the Marshall Islands. |
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Nature Climate Change paper
Mangrove forests soak up atmospheric carbon The first comprehensive assessment of mangrove carbon stocks, country by country around the coastlines of the world. Shows clearly where most urgent attention to mangrove conservation is required. We need to do all we can to prevent major losses in Australia, such as the massive die-off in northern Australian in 2016. And to tackle climate change globally, effort is required in places like Myanmar, the country showing the most rapid loss of mangrove area yet with very little information about carbon stocks. Access the paper here. |
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Australian Research Council: newly funded Discovery Project
Predicting interactive effects of multiple stressors on marine ecosystems. The cumulative impacts generated by multiple stressors on ecosystems can accelerate or mitigate ecological degradation. Existing models do not account for these interactions. Predicting how multiple stressors interact spatially to affect ecosystems can account for interactive effects and may substantially alter management decisions and outcomes. The project is led by Dr Chris Brown in collaboration with Rod and Isabelle Cote from Simon Fraser University in Canada. See Chris’ blog: http://www.seascapemodels.org/research/2017/10/06/managing-multiple-stressors.html |
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Sarah Engelhard awarded PhD for marine connectivity and spatial planning research
Congratulations to Dr Engelhard. Thesis “Marine spatial connectivity in theory and conservation”. Sarah used novel experiments to address spatial conservation challenges involving animal movement in marine ecosystems, and mathematical modelling to prioritise connectivity for conservation planning in a seascape. Example paper: Prioritizing seascape connectivity in conservation network analysis (2017) Engelhard, Huijbers, Stewart-Koster, Olds, Schlacher, Connolly. J Applied Ecology. PDF |
Seascape connectivity is valuable for enhancing conservation outcomes
Connectivity structures populations, communities and ecosystems in the sea. A global review published in Global Ecology and Biogeography highlights that in most cases, greater seascape connectivity within reserves improves conservation outcomes. There is a need for stronger links with landscape ecology and marine spatial planning in order to improve conservation outcomes in the sea.
Access the paper here.
Connectivity structures populations, communities and ecosystems in the sea. A global review published in Global Ecology and Biogeography highlights that in most cases, greater seascape connectivity within reserves improves conservation outcomes. There is a need for stronger links with landscape ecology and marine spatial planning in order to improve conservation outcomes in the sea.
Access the paper here.
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Identifying and managing seascape nurseries for coastal marine fauna
Coastal marine and estuarine ecosystems are highly productive and serve a nursery function for important fisheries species. They also suffer high rates of degradation from human impacts. Identifying and valuing nursery habitats is a critical part of their conservation. Access the paper here. |
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Ecosystem & Socio-economic Resilience & Mapping for Tanna Island and Vanuatu
A Project with Griffith University's Climate Change Response Program Videography by Tyson Martin |
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Nature Climate Change paper
Ocean Predators Affect Carbon Sequestration The loss of top level ocean predators, such as sharks, can have far-reaching consequences for our ability to offset climate change impacts. The abundance of ocean predators can affect carbon capture, accumulation and preservation in vegetated coastal habitats such as mangroves, saltmarsh and seagrass. Intact predator populations are critical to maintaining and even growing reserves of ocean carbon. Policy and management need to be improved to reflect these realities. · Coastal wetland habitats occupy <1% of the seafloor · Yet sequester > half the ocean’s stored carbon, ‘blue carbon’ · They store carbon 30-50 times faster than tropical rainforest · And can store for very long times (100s to 1000s of years) · They store another $5.4 billion worth of carbon every year · But we can lose a lot of that by mis-managing ocean predators! |
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Australian Research Council: Discovery Project
We have a Discovery Project funded by the Australian Research Council investigating how the resilience of marine ecosystems is influenced by connectivity among ecosystem components. The project tests ecological theories about the response of ecosystems to environmental disturbance and leads to practical outcomes that will influence natural resource management. The project is led by Prof. Rod Connolly in collaboration with Prof. Thomas Schlacher (University of the Sunshine Coast). |
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Solomon Islands - science of sustainable fishing
Dr Chantal Huijbers leads a project using stable isotope analysis to trace the dependence of of fisheries species on coastal habitats such as seagrass and mangroves. |
Paul Maxwell awarded PhD for marine resilience research
Paul graduated with his PhD "Ecological resilience theory: application and testing in seagrass ecosystems". Paul used underwater surveys and mathematical modelling to identify critical feedback loops and measure resilience in seagrass meadows exposed to severe environmental disturbance.
Example: Phenotypic plasticity promotes persistence following severe events: physiological and morphological responses of seagrass to flooding (2014) Maxwell, Pitt, Burfeind, Olds, Babcock, Connolly. J Ecology.
Paul graduated with his PhD "Ecological resilience theory: application and testing in seagrass ecosystems". Paul used underwater surveys and mathematical modelling to identify critical feedback loops and measure resilience in seagrass meadows exposed to severe environmental disturbance.
Example: Phenotypic plasticity promotes persistence following severe events: physiological and morphological responses of seagrass to flooding (2014) Maxwell, Pitt, Burfeind, Olds, Babcock, Connolly. J Ecology.
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Watch Rod's talk about resilience at TEDx
Rod's TEDx talk is about resilience in marine ecosystems, highlighting student Paul Maxwell's focus on feedback loops as key to understanding and measuring resilience.
See Paul's paper: Phenotypic plasticity promotes persistence following severe events: Physiological and morphological responses of seagrass to flooding (2014) Maxwell, Pitt, Burfeind, Olds, Babcock, Connolly. J Ecology. And the genetic basis: Highly disturbed populations of seagrass show increased resilience but lower genotypic diversity (2018) Connolly RM, Smith, Maxwell, Olds, Macreadie, Sherman. Front Plant Sci. |
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Catalyst TV episode on the effects of the Moreton Bay floods
Rod and colleagues recently showcased their work on a national segment of ABC TV program Catalyst. They focused on their research into the effects and outcomes of a major flood in southeast Queensland and the response of seagrass and corals to massive sediment input.
The show can be watched on the ABC Catalyst site.
Rod and colleagues recently showcased their work on a national segment of ABC TV program Catalyst. They focused on their research into the effects and outcomes of a major flood in southeast Queensland and the response of seagrass and corals to massive sediment input.
The show can be watched on the ABC Catalyst site.
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Sample acidification alters stable isotope ratios of sulfur in aquatic plants and animals
This feature article by Connolly and Schlacher in Marine Ecology Progress Series (2013) shows that acidification of samples prior to sulfur isotope analysis results in invalid ratios and should not be used. |
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Water Sciences collaboration (CRN)
Rod collaborates with a team of prominent ecologists in the federally-funded Collaborative Research Network led by Prof. Thomas Schlacher, University of Sunshine Coast.
Their projects include: 1. carbon transfer from ocean to land, in Australia and the Pacific islands, 2. marine reserves and food security in coral reef seascapes.
Rod collaborates with a team of prominent ecologists in the federally-funded Collaborative Research Network led by Prof. Thomas Schlacher, University of Sunshine Coast.
Their projects include: 1. carbon transfer from ocean to land, in Australia and the Pacific islands, 2. marine reserves and food security in coral reef seascapes.
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Monitoring ecosystem health using report cards
Rod led this review of the report card monitoring of water quality and ecosystem health relating to Gladstone in Queensland, Australia. The work is a collaboration between Australian Rivers Institute, Central Queensland University and University of Queensland (photo Patrick Ward). Download Review of Report Cards |
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