Conveners: Shaoling Shang, Yan Li
Venue: Xiping Building C3-311, Xiang'an Campus, XMU
Time: Sept 10, 2013 (Tuesday)
Schedule
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Time
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Talk
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Speaker
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Chair
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2:00-2:05
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Ö´Ç
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Shaoling Shang
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Shaoling Shang
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2:05-2:35
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Coastal ocean processes and the inception and spread of red tides
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Dr. Andrew Fischer
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2:35-2:55
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chlorophyll/Turbidity ratio as indicator of coastal water habitats
|
Yan Li
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|
2:55-3:10
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Temperature effects on the dynamics and stability of simple model ecosystems
|
Bingzhang Chen
|
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3:10-3:25
|
Satellite observation of a warm event at Sanya Bay in the summer of 2010
|
Caiyun Zhang
|
|
3:25-3:40
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Indian Ocean Dipole indicated by Sea Surface Temperature Anomaly analysis from satellite and mooring data
|
Salvienty Makarim
|
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3:40-3:55
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Tea Break
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|
3:55-4:15
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On the consistency of MODIS chlorophyll a products in the northern South China Sea
|
Shaoling Shang
|
Yan Li
|
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4:15-4:30
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Introduction of Dongshan Marine Station: Frontier to Sense the Ocean
|
Jixin Chen
|
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4:30-4:45
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An algorithm to retrieve absorption coefficient of chromophoric dissolved organic matter from ocean color
|
Qiang Dong
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4:45-5:00
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A new approach to remotely discriminate dinoflagellate from diatom blooms in the East China Sea
|
Jingyu Wu
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Note: Talk time includes Q&A.
Invited speaker£ºDr. Andrew Fischer£¬University of Tasmania
Biography: Andrew M. Fischer is a biological oceanographer with expertise in remote sensing. He specializes in the integration of multi-scale and multidisciplinary remote and in situ sensing to describe coastal ocean processes. In particular, he adapts the use of satellite and airborne, hyper/multi-spectral imagery to characterizing estuarine and algal bloom dynamics. Andrew received his undergraduate degree from Emory University, a master from the University of Washington and a Ph.D. in Geological Sciences from Cornell University (USA). He is currently a lecturer at the University if Tasmania’s National Centre for Marine Conservation and Resources Sustainability in Australia.
Title: Coastal ocean processes and the inception and spread of red tides
Short Abstract: Characterizing variability in the dynamic coastal/estuarine environment requires a multi-scale and multidisciplinary approach that involves integrating data from a variety of platforms and sensors. Using examples, primarily from Monterey Bay, this talk focuses on coupled biological/physical processes responsible for red tide inception and spread. This talk also addresses some ongoing work with remote sensing in estuaries to understand water quality patterns and sediment transport.
Andrew Fischer
NCMCRS
University of Tasmania/AMC
Locked Bag 1370
Launceston, TAS, 7250
AUSTRALIA
