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author Trounce, Haydn
Ristovski, Zoran
Cravigan, Luke T
Alroe, Joel
Miljevic, Branka
Osuagwu, Chiemeriwo
Humphries, Ruhi S
Keywood, Melita D
Dunne, Erin
Ward, Jason
Lawson, Sarah
Selleck, Paul
Harvey, Mike
Bromley, Tony
Gray, Sally
Protat, Alain
Alexander, Simon
Schofield, Robyn
Ryan, Robert
Fiddes, Sonya
Vincent, Claire
Griffith, David W T
Murphy, Clare
Naylor, Travis A
Jones, Graham
Swan, Hilton
Tanimoto, Hiroshi
Omori, Yuko
Mace, Gerald
author_facet Trounce, Haydn
Ristovski, Zoran
Cravigan, Luke T
Alroe, Joel
Miljevic, Branka
Osuagwu, Chiemeriwo
Humphries, Ruhi S
Keywood, Melita D
Dunne, Erin
Ward, Jason
Lawson, Sarah
Selleck, Paul
Harvey, Mike
Bromley, Tony
Gray, Sally
Protat, Alain
Alexander, Simon
Schofield, Robyn
Ryan, Robert
Fiddes, Sonya
Vincent, Claire
Griffith, David W T
Murphy, Clare
Naylor, Travis A
Jones, Graham
Swan, Hilton
Tanimoto, Hiroshi
Omori, Yuko
Mace, Gerald
collection Datos científicos de ciencias marinas y ambientales
contents This dataset describes a series of aerosol and meteorological measurements collected in the Great Barrier Reef (GBR) Marine Park collected during the "GBR as a significant source of climatically relevant aerosol particles" campaign, known as "Reef to Rainforest" (R2R). The data covers a broad area of the GBR marine park (-27.3091 to -16.95169 latitudinally, 145.9705 to 154.1146 longitudinally) over approximately one month, from 28th September, 2016 to 24th October, 2016. The data was collected at two sites – one aboard the Australian Government Research Vessel Investigator (RVI), and an onshore site at Garner's Beach, QLD, Australia (-17.8222S, 146.1023E). Parameters measured include particle size distribution, number concentration, composition cloud condensation nuclei (CCN) properties, concentrations of gases and markers including black carbon, radon, carbon monoxide, carbon dioxide, volatile organic compounds (VOCs), dimethylsulfide (DMS), upper air particle concentration/composition, cloud or low lying fog presence, cloud top height, depolarisation ratio, aerosol scattering and optical thickness. The observations were collected in the hope of improving our understanding of the local climate and aerosol properties, which in turn will improve local models and better inform regulatory bodies protecting the GBR.
format Dataset Open Access
id pangaea_https___doi_org_10_1594_PANGAEA_960345
institution PANGAEA
language en
publishDate 2024
publisher PANGAEA
record_format pangaea
spellingShingle Great Barrier Reef Atmospheric Composition Measurements during the Reef To Rainforest campaign
Trounce, Haydn
Ristovski, Zoran
Cravigan, Luke T
Alroe, Joel
Miljevic, Branka
Osuagwu, Chiemeriwo
Humphries, Ruhi S
Keywood, Melita D
Dunne, Erin
Ward, Jason
Lawson, Sarah
Selleck, Paul
Harvey, Mike
Bromley, Tony
Gray, Sally
Protat, Alain
Alexander, Simon
Schofield, Robyn
Ryan, Robert
Fiddes, Sonya
Vincent, Claire
Griffith, David W T
Murphy, Clare
Naylor, Travis A
Jones, Graham
Swan, Hilton
Tanimoto, Hiroshi
Omori, Yuko
Mace, Gerald
aerosol; Air Chemistry; atmospheric composition; ccn; climate; clouds; Great Barrier Reef
This dataset describes a series of aerosol and meteorological measurements collected in the Great Barrier Reef (GBR) Marine Park collected during the "GBR as a significant source of climatically relevant aerosol particles" campaign, known as "Reef to Rainforest" (R2R). The data covers a broad area of the GBR marine park (-27.3091 to -16.95169 latitudinally, 145.9705 to 154.1146 longitudinally) over approximately one month, from 28th September, 2016 to 24th October, 2016. The data was collected at two sites – one aboard the Australian Government Research Vessel Investigator (RVI), and an onshore site at Garner's Beach, QLD, Australia (-17.8222S, 146.1023E). Parameters measured include particle size distribution, number concentration, composition cloud condensation nuclei (CCN) properties, concentrations of gases and markers including black carbon, radon, carbon monoxide, carbon dioxide, volatile organic compounds (VOCs), dimethylsulfide (DMS), upper air particle concentration/composition, cloud or low lying fog presence, cloud top height, depolarisation ratio, aerosol scattering and optical thickness. The observations were collected in the hope of improving our understanding of the local climate and aerosol properties, which in turn will improve local models and better inform regulatory bodies protecting the GBR.
title Great Barrier Reef Atmospheric Composition Measurements during the Reef To Rainforest campaign
topic aerosol; Air Chemistry; atmospheric composition; ccn; climate; clouds; Great Barrier Reef
url https://doi.org/10.1594/PANGAEA.960345