Search Results - "Perry, Hannah J."

Quantifying Environmental and Spatial Patterns of Fish on Log Snags to Optimise Resnagging in Coastal Seascapes by Gaines, Lucy A. Goodridge, Mosman, Jesse D., Henderson, Christopher J., Olds, Andrew D., Perry, Hannah J., Gilby, Ben L.

“…Long-term declines in coastal water quality and sedimentation can affect the restoration success of ecosystems such as seagrass and shellfish reefs. Resnagging…”
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Flood effects on estuarine fish are mediated by seascape composition and context by Henderson, Christopher J., Olds, Andrew D., Goodridge Gaines, Lucy A., Mosman, Jesse D., Perry, Hannah J., Borland, Hayden P., Gilby, Ben L.

“…Estuaries are crucial feeding, nursery and resting sites for fish but can also be subject to the impacts of severe flooding. The environmental features of…”
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Optimizing landscape-scale coastal monitoring and reporting through predicted versus observed animal abundance models by Gilby, Ben L, Goodridge Gaines, Lucy A, Henderson, Christopher J, Borland, Hayden P, Coates-Marnane, Jack, Connolly, Rod M, Maxwell, Paul S, Mosman, Jesse D, Olds, Andrew D, Perry, Hannah J, Saeck, Emily, Tsoi, Wing Ying

“…Effective environmental management hinges on monitoring drivers of change and effectively communicating results to stakeholders. While animals are valuable for…”
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Drivers of Ecological Condition Identify Bright Spots and Sites for Management Across Coastal Seascapes by Gilby, Ben L., Goodridge Gaines, Lucy A., Borland, Hayden P., Henderson, Christopher J., Mosman, Jesse D., Olds, Andrew D., Perry, Hannah J.

“…Disentangling natural and anthropogenic effects on ecosystem condition can uncover bright spots in urban landscapes that are performing above expectations and…”
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Identifying optimal values of coastal habitat condition for management and restoration by Perry, Hannah J., Goodridge Gaines, Lucy A., Borland, Hayden P., Henderson, Christopher J., Olds, Andrew D., Mosman, Jesse D., Gilby, Ben L.

“…Fish assemblages are considered valuable monitoring targets for coastal and marine ecosystems because their populations can reflect ecosystem condition. Human…”
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