Conveners
Earth, Environmental Science & Biodiversity Session: I
- Mao-Ning TUANMU (Academia Sinica)
Earth, Environmental Science & Biodiversity Session: II
- Bor-Shouh HUANG ()
Earth, Environmental Science & Biodiversity Session: III
- Stephan HACHINGER ()
Dr
Eric Yen
(ASGC)
21/03/2018, 11:00
Earth & Environmental Sciences & Biodiversity Applications
Dr
Yu Tsao
(Research Center for Information Technology Innovation, Academia Sinica)
21/03/2018, 11:30
Earth & Environmental Sciences & Biodiversity Applications
Oral Presentation
Passive acoustic monitoring has been suggested as an effective tool for investigating the dynamics of biodiversity. For instance, automatic detection and classification of sounds can acquire information of species occurrences and behavioral activities of vocalizing animals. However, current methods of automatic acoustic identification of species remain uncertain for most taxa, which constrains...
Dr
Tzu-Hao Lin
(Research Center for Information Technology Innovation, Academia Sinica)
21/03/2018, 12:00
Earth & Environmental Sciences & Biodiversity Applications
Oral Presentation
Coral reefs represent the most biologically diverse marine ecosystem, however, they are vulnerable to environmental changes and impacts. Therefore, information on the variability of environment and biodiversity is essential for the conservation management of coral reefs. In this study, a soundscape monitoring network of shallow and mesophotic coral reefs was established in Okinawa, Japan....
Prof.
Kuo-Fong MA
21/03/2018, 14:00
Oral Presentation
Dr
Jian-Cheng LEE
21/03/2018, 14:30
Dr
Wen-Tzong LIANG
21/03/2018, 15:00
Dr
Chuan-Yao Lin
(Academia Sinica)
21/03/2018, 16:00
Earth & Environmental Sciences & Biodiversity Applications
Oral Presentation
This study investigates the impacts of horizontal resolution and surface flux formulas on typhoon intensity and structure simulations through the case study of the Super Typhoon Haiyan (2013). Three different surface flux formulas in the Weather Research and Forecasting Model are tested for grid spacing from 6 to 1 km. Both increased resolution and more reasonable flux formulas can improve the...
Mr
Jays Samuel Combinido
(Department of Science and Technology -- Advanced Science and Technology Institute)
21/03/2018, 16:30
Earth & Environmental Sciences & Biodiversity Applications
Oral Presentation
The standard method for estimating tropical cyclone (TC) intensity is by interpreting TC structure from geostationary satellite images, except when aircraft reconnaissance flights are routine. Since much of a TC life cycle occurs over an ocean, satellites are an excellent source of meteorological information for the task as it offers coverage much better than traditional observations. While...
Ms
Jianghua Zhao
(Computer Network Information Center, Chinese Academy of Sciences)
21/03/2018, 17:00
Earth & Environmental Sciences & Biodiversity Applications
Oral Presentation
Vast quantities of remote sensing data are becoming available at an ever-accelerating rate, and it is transforming geosciences today. When investigating global-scale environmental phenomena, large scale of temporal and spatial remote sensing data need to be processed to extract useful information, especially the land use types. As most powerful remote sensing image processing methods need...
