Australian Laureate Fellowships - Grant ID: FL180100040
Funder
Australian Research Council
Funding Amount
$3,208,274.00
Summary
Catalysing solutions to climate change in low-lying islands. This project aims to create new knowledge about successful adaptation to climate change on low-lying islands. There is a poor understanding of how communities in low-lying islands can adapt to climate change. This project seeks to provide evidence about adaptation practices to sustain island communities through a changing climate. Expected outcomes include developing a database of adaptation strategies, creating systems for monitoring ....Catalysing solutions to climate change in low-lying islands. This project aims to create new knowledge about successful adaptation to climate change on low-lying islands. There is a poor understanding of how communities in low-lying islands can adapt to climate change. This project seeks to provide evidence about adaptation practices to sustain island communities through a changing climate. Expected outcomes include developing a database of adaptation strategies, creating systems for monitoring change, and building capacity of early career researchers. This project is expected to enhance our understanding of adaptation and resilience to environmental change in Australia and low lying regions.Read moreRead less
Equitable local outcomes in adaptation to sea-level rise. The project clearly falls within the priority goal of responding to climate change and variability in being about responding to sea-level rise. It is of direct benefit to rural communities in Gippsland that are vulnerable to sea-level rise, and the project has been identified as a priority research need by the Gippsland Coastal Board, local governments in Gippsland, and the Victorian Government, all of whom are partners in this project. T ....Equitable local outcomes in adaptation to sea-level rise. The project clearly falls within the priority goal of responding to climate change and variability in being about responding to sea-level rise. It is of direct benefit to rural communities in Gippsland that are vulnerable to sea-level rise, and the project has been identified as a priority research need by the Gippsland Coastal Board, local governments in Gippsland, and the Victorian Government, all of whom are partners in this project. The guidelines produced will contribute to improved decision making about adaptation nationally and internationally, and the project's intellectual outcomes will be of interest and values to researchers working in Australia and abroad.Read moreRead less
The reliability of corporate reporting of greenhouse gas estimates: Determinants, consequences, training for accountants and policy Initiatives. Fundamental to the successful re-allocation of resources to address climate change is that greenhouse gas estimates reported by firms are reliable. The first outcome from this research is the development of tools to assist and train the Australian accountancy profession in the estimation of reliable emissions. The second outcome is identification of fac ....The reliability of corporate reporting of greenhouse gas estimates: Determinants, consequences, training for accountants and policy Initiatives. Fundamental to the successful re-allocation of resources to address climate change is that greenhouse gas estimates reported by firms are reliable. The first outcome from this research is the development of tools to assist and train the Australian accountancy profession in the estimation of reliable emissions. The second outcome is identification of factors associated with the inaccuracy and bias of greenhouse gas emissions reported by companies and the consequences of the inaccuracies for the share market's valuation of emission liabilities. These research findings will identify issues that need to be addressed by regulators to ensure that the greenhouse gas estimates reported by companies are reliable.Read moreRead less
Eucalypt growth in past and future environments - a novel approach to understanding the impacts of atmospheric CO2 and climate. The impact of climate change and rising atmospheric CO2 on Australia's plantation and native forests is a major concern for government and land managers. These forests are important for environmental, aesthetic, and economic purposes, including carbon sequestration and trading. Forests use large amounts of water, reducing stream flow and water supplies for rural and u ....Eucalypt growth in past and future environments - a novel approach to understanding the impacts of atmospheric CO2 and climate. The impact of climate change and rising atmospheric CO2 on Australia's plantation and native forests is a major concern for government and land managers. These forests are important for environmental, aesthetic, and economic purposes, including carbon sequestration and trading. Forests use large amounts of water, reducing stream flow and water supplies for rural and urban communities. Knowledge generated from the proposed project will provide insight into mechanisms driving productivity and water use of forests in current and future environments. The knowledge will be used by land managers and government to develop strategies to cope with future impacts of climate change.Read moreRead less
About time: Climate change adaptation in Australian industries. This project aims to assist the most vulnerable industries in Australia as they adapt to climate change. By investigating the interplay between industry practices and climate impacts, the project proposes to develop a theoretical conceptualization of time. This is significant in addressing the temporal tension between financial short-termism and future climate commitments. The expected outcomes include advancing the scholarly discus ....About time: Climate change adaptation in Australian industries. This project aims to assist the most vulnerable industries in Australia as they adapt to climate change. By investigating the interplay between industry practices and climate impacts, the project proposes to develop a theoretical conceptualization of time. This is significant in addressing the temporal tension between financial short-termism and future climate commitments. The expected outcomes include advancing the scholarly discussion of time and the creation of a practical tool in the form of digital stories that will make sustainable futures actionable. This benefits Australian industries by strengthening their capacity to meet the future challenges of climate change.Read moreRead less
Assessing the adaptive capacity of hospital facilities to cope with climate-related extreme weather events: A risk management approach. Given Australia's and New Zealand's relatively high exposure to climate extremes, the social, economic and health benefits of better managed hospital facilities are significant. Floods, bushfires, heatwaves and cyclones cost Australia over $1.4bn/year and New Zealand over NZ$43m/yr in disruption to communities, business productivity and damage to infrastructure. ....Assessing the adaptive capacity of hospital facilities to cope with climate-related extreme weather events: A risk management approach. Given Australia's and New Zealand's relatively high exposure to climate extremes, the social, economic and health benefits of better managed hospital facilities are significant. Floods, bushfires, heatwaves and cyclones cost Australia over $1.4bn/year and New Zealand over NZ$43m/yr in disruption to communities, business productivity and damage to infrastructure. This research will help to mitigate these costs by protecting populations from the health risks associated with such events. The potential benefits will be most significant for those vulnerable communities at high risk such as the aged, the obese, the ill and those geographically exposed to more extreme weather events.Read moreRead less
Governing during an ocean climate crisis: Building integrative capacity . This project aims to investigate how strengthening institutional integrative capacity will lead to more effective integrated oceans management (IOM). Integration across sectors and jurisdictions will enhance cooperation, coordination and policy coherence. This project expects to identify new and innovative approaches to implement IOM by identifying which components of integrative capacity can be improved. Expected outcomes ....Governing during an ocean climate crisis: Building integrative capacity . This project aims to investigate how strengthening institutional integrative capacity will lead to more effective integrated oceans management (IOM). Integration across sectors and jurisdictions will enhance cooperation, coordination and policy coherence. This project expects to identify new and innovative approaches to implement IOM by identifying which components of integrative capacity can be improved. Expected outcomes of this project include practical new directions for IOM in Australia and Canada that will increase collaboration between governments, industry, Indigenous groups and communities. This study will improve oceans governance and benefit countries' efforts to mitigate climate change impacts on the marine environment. Read moreRead less
Making less space for carbon: cultural research for climate change mitigation and adaptation. The project meets the pressing need for a national response to climate change. The National Climate Change Adaptation Framework identifies a number of cultural changes needed within the next five years to adapt to existing climate change. Profound cultural transformations are also urgently needed to mitigate future change by reducing greenhouse gas emissions. The true national benefit of this work shoul ....Making less space for carbon: cultural research for climate change mitigation and adaptation. The project meets the pressing need for a national response to climate change. The National Climate Change Adaptation Framework identifies a number of cultural changes needed within the next five years to adapt to existing climate change. Profound cultural transformations are also urgently needed to mitigate future change by reducing greenhouse gas emissions. The true national benefit of this work should be assessed in terms of the costs of not funding it. Australia's capacity to adapt will only ever be partial without the new and fundamental insights provided by cultural geographic research. Read moreRead less
SEA LEVELS, SEA SURFACE TEMPERATURES AND EL NINO VARIABILITY DURING WARM INTERGLACIATIONS. Sea levels, sea surface temperatures and the variability of El Niño will be determined for previous warm interglacial periods using well dated, stratigraphically controlled fossil corals preserved in uplifted reefs. Relationships between past changes in sea level and warmer ocean temperatures will provide insights into the response of sea level to global warming. Knowledge of the frequency and amplitude o ....SEA LEVELS, SEA SURFACE TEMPERATURES AND EL NINO VARIABILITY DURING WARM INTERGLACIATIONS. Sea levels, sea surface temperatures and the variability of El Niño will be determined for previous warm interglacial periods using well dated, stratigraphically controlled fossil corals preserved in uplifted reefs. Relationships between past changes in sea level and warmer ocean temperatures will provide insights into the response of sea level to global warming. Knowledge of the frequency and amplitude of El Nino events that occurred during previous interglacial warm periods will provide a better understanding of processes controlling extreme events in the climate system.Read moreRead less
An Extensible agent-based framework for exploring climate change adaptation. The benefit of this project is the provision of an extensible leading edge technological platform for exploration of critical problems of Climate Change Adaptation (CCA). This will enable policy makers and social scientists to explore the complex interactions of different approaches to adaptation thus informing this critical area understanding. The research questions addressed will also provide more general benefits in ....An Extensible agent-based framework for exploring climate change adaptation. The benefit of this project is the provision of an extensible leading edge technological platform for exploration of critical problems of Climate Change Adaptation (CCA). This will enable policy makers and social scientists to explore the complex interactions of different approaches to adaptation thus informing this critical area understanding. The research questions addressed will also provide more general benefits in the area of agent based modelling and simulation, facilitating principled modelling of more complex entities within simulations. Building on top of a platform with an existing large user base facilitates contributions to the extensible platform, and the application area of CCA, by a wide range of people.Read moreRead less