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40 results on '"Stratford, Danial"'

12. Engineering a future for amphibians under climate change

Author

Shoo, Luke P., Olson, Deanna H., McMenamin, Sarah K., Murray, Kris A., Van Sluys, Monique, Donnelly, Maureen A., Stratford, Danial, Terhivuo, Juhani, Merino-Viteri, Andres, Herbert, Sarah M., Bishop, Phillip J., Corn, Paul Stephen, Dovey, Liz, Griffiths, Richard A., Lowe, Katrin, Mahony, Michael, McCallum, Hamish, Shuker, Jonathan D., Simpkins, Clay, Skerratt, Lee F., Williams, Stephen E., and Hero, Jean-Marc

Published
2011
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13. An assessment of the historic Bradfield Scheme to divert water inland from north Queensland

Author

Petheram, Cuan, Read, Arthur, Hughes, Justin, Stokes, Chris, Philip, Seonaid, Peake, Allan, Marvanek, Steve, Yang, Ang, Devlin, Kev, Wilson, Peter, Baynes, Fred, Podger, Geoff, Macintosh, Andrew, Stratford, Danial, Potter, Nick, Kim, Shaun, Tredger, Rob, Barber, Marcus, Wang, Bill, McJannet, David, Jarvis, Diane, Vanderbyl, Tom, Watson, Ian, and Chilcott, Chris

Published
2020
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18. Chapter 3: Living and built environment of the Darwin catchments

Author

O'Sullivan, Jackie, Waschka, Marie, Stratford, Danial, Ponce Reyes, Rocio, Pollino, Carmel, Philip, Seonaid, Macintosh, Andrew, Merrin, Linda, Lau, Jacqui, Kenyon, Rob, Jarvis, Diane, Horner, Nerida, Higgins, Andrew, Ebner, Brendan, Bruce, Caroline, Austin, Jim, Addison, Jane, and Barber, Marcus

Published
2018
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20. Synthesis of knowledge to support the assessment of impacts of water resource development to ecological assets in northern Australia: asset analysis

Author

Turschwell, Mischa, Stewart-Koster, Ben, Stratford, Danial, Robson, Barbara, Ponce Reyes, Rocio, O'Sullivan, Jackie, Nielsen, Daryl, Morgan, Dave, Moeseneder, Chris, Merrin, Linda, Liedloff, Adam, Kenyon, Rob, Ebner, Brendan, Deng, Roy, Cadiegues, Mathilde, Buckworth, Rik, Barber, Emily, and Pollino, Carmel

Published
2018
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21. Chapter 3: Living and built environment of the Mitchell catchment

Author

O'Sullivan, Jackie, Waschka, Marie, Stratford, Danial, Stokes, Chris, Ponce Reyes, Rocio, Pollino, Carmel, Philip, Seonaid, Macintosh, Andrew, Merrin, Linda, Lau, Jacqui, Kenyon, Rob, Jarvis, Diane, Horner, Nerida, Higgins, Andrew, Ebner, Brendan, Bruce, Caroline, Barber, Marcus, Austin, Jim, Addison, Jane, and Lyons, Pethie

Published
2018
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22. Synthesis of knowledge to support the assessment of impacts of water resource development to ecological assets in northern Australia: asset descriptions

Author

Turschwell, Mischa, Stewart-Koster, Ben, Stratford, Danial, Robson, Barbara, Ponce Reyes, Rocio, O'Sullivan, Jackie, Nielsen, Daryl, Morgan, Dave, Moeseneder, Chris, Merrin, Linda, Liedloff, Adam, Kenyon, Rob, Ebner, Brendan, Deng, Roy, Cadiegues, Mathilde, Barber, Emily, Buckworth, Rik, and Pollino, Carmel

Published
2018
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23. Case studies for the Northern Australia Water Resource Assessment

Author

Cuan Petheram, Hughes, Justin, Stokes, Chris, Watson, Ian, Irvin, Simon, Musson, Dean, Philip, Seonaid, Turnadge, Chris, Poulton, Perry, Rogers, Lee, Wilson, Peter, Seo, Lynn, Pollino, Carmel, Ash, Andrew, Webster, Tony, Yeates, Stephen, Chilcott, Chris, Bruce, Caroline, Stratford, Danial, Taylor, Andrew R, Davies, Phil, and Higgins, Andrew

Published
2018
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24. Chapter 3: Living and built environment of the Fitzroy catchment

Author

O'Sullivan, Jackie, Woodward, Emma, Waschka, Marie, Stratford, Danial, Stokes, Chris, Ponce Reyes, Rocio, Pollino, Carmel, Philip, Seonaid, Macintosh, Andrew, Lau, Jacqui, Kenyon, Rob, Jarvis, Diane, Horner, Nerida, Higgins, Andrew, Ebner, Brendan, Bruce, Caroline, Barber, Marcus, Austin, Jim, Addison, Jane, and Merrin, Linda

Published
2018
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31. Brahmani model: technical description

Author

Zheng, Hongxing, Stratford, Danial, Podger, Geoff, Parashar, Amit, Merrin, Linda, Mainuddin, Mohammed, Cuddy, Susan, Chen, Yun, Ahmad, Mobin, Barma, Daren, Brown, Alice, and Pollino, Carmel

Published
2016
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36. Priority Threat Management for biodiversity conservation: A handbook.

Author

Carwardine, Josie, Martin, Tara G., Firn, Jennifer, Reyes, Rocio Ponce, Nicol, Sam, Reeson, Andrew, Grantham, Hedley S., Stratford, Danial, Kehoe, Laura, Chadès, Iadine, and Lee, Tien Ming

Subjects
BIODIVERSITY conservation, COST effectiveness, ECOSYSTEMS, RATE of return, DECISION making
Abstract

Threats to biodiversity and the integrity of ecological systems are escalating globally, both within and outside of protected areas. Decision makers have inadequate resources to manage all threats and typically lack information on the likely outcomes and cost‐effectiveness of possible management strategies. Priority Threat Management (PTM) is an emerging approach designed to address this challenge, by defining and appraising cost‐effective strategies for mitigating threats to biodiversity across regions. The scientific and practical impacts of PTM are increasing, with a growing number of case study applications across the globe.Here, we provide guidance and resource material for conducting the PTM process based on our experience delivering six large‐scale projects across Australia and Canada. Our handbook describes the four stages of PTM: scoping and planning; defining and collecting key elements; analysing the cost‐effectiveness of strategies; and communicating and integrating recommendations. We summarise critical tips, strengths, and limitations and scope for possible enhancements of the approach.Priority Threat Management harnesses scientific and expert‐derived information to prioritise management strategies based on their benefit to biodiversity, management costs and feasibility. The approach involves collaboration with key experts and stakeholders in a region to improve knowledge sharing and conservation support. The PTM approach identifies sets of regional level strategies that together provide the greatest benefits for multiple species under a limited budget, which can be used to inform existing processes for decision‐making.The PTM approach applies some generalisations in management strategies and resolution, in order to address complex challenges. Further developments of the approach include testing in a greater range of socioecological systems with adaptations that cater for multiobjective decisions.Synthesis and applications. Priority Threat Management is a decision science approach that brings people together to define and prioritise strategies for managing threats to biodiversity across broad regions. It delivers a prospectus for investment in the biodiversity of a region that is transparent, repeatable, participatory, and based on the best available information. Our handbook provides the necessary guidance and resources for expanding the Priority Threat Management approach to new locations, contexts, and challenges. Priority Threat Management is a decision science approach that brings people together to define and prioritise strategies for managing threats to biodiversity across broad regions. It delivers a prospectus for investment in the biodiversity of a region that is transparent, repeatable, participatory, and based on the best available information. Our handbook provides the necessary guidance and resources for expanding the Priority Threat Management approach to new locations, contexts, and challenges. [ABSTRACT FROM AUTHOR]

Published
2019
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37. Predicting and Assessing the Risk of Climate Change on Frogs in South-east Queensland

Author

Stratford, Danial Sands

Subjects
Frogs, Effect of climatic changes, Climatic changes, South-East Queensland
Abstract

Atmospheric temperatures are increasing and precipitation ranges are generally believed to become more variable and more extreme, with a general reduction in rainfall expected across South-eastern Australia. Additionally, increases in evapotranspiration are expected, resulting in an expected prevailing net loss in the terrestrial water balance. Changes in climate are bringing increasing uncertainty to ecological systems, where the predicted changes to climate are likely to have impacts on amphibians due to the close ecological associations of amphibians to temperature and environmental water balances. Amphibians largely have a dependency upon free-standing water to enable recruitment, which for many species is dependent upon the occurrence of seasonally ephemeral, low predator ponds. While climate change is recognised to affect species along gradients, many gradients occur at smaller spatial scales than that of latitudinal and altitudinal gradients.

Published
2014
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