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23 results on '"Oubelkheir, Kadija"'

13. IMOS radiometry community-of-practice document. Version 1.0

Author

Oubelkheir, Kadija, Antoine, David, and Schroeder, Thomas

Subjects
Phytoplankton, Radiometers, Data acquisition
Abstract

This Integrated Marine Observing System (IMOS) radiometry community-of-practice document summarises important elements of community-agreed, internationally used, protocols for measurement of radiometric quantities in open ocean, coastal and inland waters (from instrument deployment to data handling protocols). Published Refereed Current 14.a Phytoplankton biomass and diversity Ocean colour Mature Multi-organisational National N/A N/A Method

Published
2021

14. Effect of a Once in 100-Year Flood on a Subtropical Coastal Phytoplankton Community

Author

Clementson, Lesley A., primary, Richardson, Anthony J., additional, Rochester, Wayne A., additional, Oubelkheir, Kadija, additional, Liu, Bingqing, additional, D’Sa, Eurico J., additional, Gusmão, Luiz Felipe Mendes, additional, Ajani, Penelope, additional, Schroeder, Thomas, additional, Ford, Phillip W., additional, Burford, Michele A., additional, Saeck, Emily, additional, and Steven, Andrew D. L., additional

Published
2021
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16. An integrated study of the Gladstone marine system

Author

Limpus, Colin, Wild-Allen, Karen, Carlin, Geoffrey, Kenyon, Rob, Donovan, Anthea, O'Brien, K, Adams, Matthew, Cooper, Scott, Forcey, Karl, Perkins, Sabina, Dunbabin, Matthew, Fry, Gary, Oubelkheir, Kadija, Kelly, Natalie, Morello, Bee, Rochester, Wayne, Haywood, Mick, Clementson, Lesley, Patterson, Toby, Pillans, Richard, Baird, Mark, and Babcock, Russ

Published
2015
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17. Remote-sensing reflectance and true colour produced by a coupled hydrodynamic, optical, sediment, biogeochemical model of the Great Barrier Reef, Australia: Comparison with satellite data

Author

Baird, Mark E., primary, Cherukuru, Nagur, additional, Jones, Emlyn, additional, Margvelashvili, Nugzar, additional, Mongin, Mathieu, additional, Oubelkheir, Kadija, additional, Ralph, Peter J., additional, Rizwi, Farhan, additional, Robson, Barbara J., additional, Schroeder, Thomas, additional, Skerratt, Jennifer, additional, Steven, Andrew D.L., additional, and Wild-Allen, Karen A., additional

Published
2016
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18. An integrated study of the Gladstone marine system

Author

Babcock, Russell, Baird, Mark, Pillans, Richard, Patterson, Toby, Clementson, Lesley, Haywood, Mick, Rochester, Wayne, Morello, Bee, Kelly, Natalie, Oubelkheir, Kadija, Fry, Gary, Dunbabin, Matthew, Perkins, Sabina, Forcey, Karl, Cooper, Scott, Adams, Matthew, O'Brien, Kate, Donovan, Anthea, Kenyon, Rob, Carlin, Geoffrey, Wild-Allen, Karen, Limpus, Colin, Babcock, Russell, Baird, Mark, Pillans, Richard, Patterson, Toby, Clementson, Lesley, Haywood, Mick, Rochester, Wayne, Morello, Bee, Kelly, Natalie, Oubelkheir, Kadija, Fry, Gary, Dunbabin, Matthew, Perkins, Sabina, Forcey, Karl, Cooper, Scott, Adams, Matthew, O'Brien, Kate, Donovan, Anthea, Kenyon, Rob, Carlin, Geoffrey, Wild-Allen, Karen, and Limpus, Colin

Abstract

The overarching goal of the GISERA marine environmental research program has been to make possible more accurate prediction and understanding of impacts and trends in water quality as well as ecological responses in primary producers (seagrass) and grazers (turtles) that have been assessed as being vulnerable due to expansion of development in the Port of Gladstone. In doing this is has also been the aim of the GISERA marine research program to develop tools that can be used to determine management options that may lead to the reduction of impacts on these key ecological assets in the future, well beyond the Port Curtis and the current phase of development. The GISERA Marine project has made significant progress in integrating environmental and ecological knowledge and towards providing tools, notably a re-locatable seagrass growth model, and a turtle shipping-risk assessment model, that provide for a synoptic picture of conditions within the harbour as well as risks to its key ecological elements. The two major sub-components in the project, 1) Sustaining turtles, dugongs and their habitat - an integrated marine observation system, and 2) Integrated modelling, are presented in five chapters, starting with observations of the biophysical properties of the water column (Chapter I) and seagrasses (Chapter II) that are brought together in a biogeochemical model of seagrass growth (Chapter III), moving up the food web to studies of turtle movements (Chapter IV)and modelling of turtle habitat use and risk from shipping (Chapter V). The optical data detailed in Chapter I has been vitally important for the development and validation of modelling of coastal waters in Gladstone Harbour, as well as more widely. The data provides confidence in both the use of GISERA optical samples for terrestrially-sourced fine sediment parameterisation in the optical model, as well as in the calculations for converting total suspended solids to remotely-sensed reflectance. The improved confi

Published
2015

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