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International Workshop
Unlocking the opening processes of the
South China Sea
Tongji University, Shanghai. January 31-February 01, 2012.
SECOND CIRCULAR
The South China Sea (SCS) is a classical representative of western Pacific marginal seas; it developed from continental margin rifting and is floored with oceanic crust. Despite its short evolutionary history, compelling research opportunities abound for a multitude of key tectonic processes ranging from rifting through seafloor spreading to subduction, as well as for the cyclical climatic changes impacting southeast Asia. Its relatively small size facilitates tectonic comparisons between conjugate continental margins and makes it accessible through a single expedition of scientific ocean drilling. These attributes make the SCS an exemplary natural laboratory for studying continental break-up, basin formation, mantle and lithosphere evolution, and land-ocean interactions. However, lack of any deep scientific borehole in the central SCS basin leaves a gap in understanding of the opening mechanisms, tectonism and environmental history in the region. Building on an existing IODP drilling proposal, this workshop will seek contributions from the international community, including scientists from non-IODP member states that have a strong scientific interest in the SCS, with the goal of developing the most efficient research and drilling strategy to address key questions in tectonics and environmental history of the SCS.
This workshop is kindly sponsored by
IODP-MI
IODP-China
“South China Sea Deep” Program, NSFC
State Key Lab of Marine Geology, Tongji University
1. Overall scientific objectives
-To boost further international collaborations in geological researches in the SCS;
-To broaden the scope of the IODP proposal 735-CPP;
-To identify and refine both regional questions related to East Asian geology and fundamental issues regarding continental breakup and basin formation.
2. Scope of topics to be covered
- Processes on tectonic transitions. A variety of different transitions occurred during the formation of the SCS. They include the early Mesozoic transition from a predominately Tethys regime to a Paleo-Pacific regime, the late Mesozoic transition from an active continental margin to a passive one, the Cenozoic transition from continental breakup to seafloor spreading, and the initiation of ridge jumps and subduction zones. These singular and transient geological processes play critical roles in Earth’s evolution but their mechanisms and processes remain poorly understood.
- Magmatism and its role in rifting, spreading, and underplating. What is the origin of the post-rifting magmatic activity? Are there high-velocity lower-crustal bodies at the margins? What is the nature of the “transitional crust” between the continental margins and oceanic crust in the deep SCS basin? Volcanic flows? Exhumed mantle? Middle/lower continental crust? Hyperextended continental crust ?
- Deep-marine sedimentary responses to tectonic and climatic events. As relative small marginal basins immediately surrounded by numerous continental blocks, the SCS and the Huatung Basin are very sensitive to East Asian and western Pacific tectonic and climatic pulses and have recorded these information in the post-drifting sediments. These marginal basins are ideal places for studying continent-ocean interactions and their climatic and sedimentary consequences.
- Deep mantle-seawater-biosphere interactions and co-evolution in responses to continental breakup and seawater infiltrations. Specific problems include (a) whether and how the western Pacific marginal basins are related to the eastward mantle flow caused by the India-Eurasia collision, to the westward subduction of the Pacific, or the northward convergence of the Indo-Australian plate, and (b) whether and how the uppermost mantle is magnetized, potentially linked to in-situ serpentinization caused possibly by infiltration of seawater through large transform faults. These complicated processes and their manifestations in geophysical fields and their influences on deep biosphere need be better formulated through a workshop.
3. Workshop conveners
Pinxian Wang, Tongji University. Email: pxwang@tongji.edu.cn
Chun-Feng Li, Tongji University. Email: cfl@tongji.edu.cn, Phone: 86-13918557379
Dieter Franke, Federal Institute for Geosciences and Natural Resources, Germany.
Email: dieter.franke@bgr.de
4. Local contacts
Jun Tian (Director), IODP-China Office, Tongji University. Email: tianjun@tongji.edu.cn
Shouting Tuo, IODP-China Office, Tongji University. Email: iodp_china@tongji.edu.cn
Homepage: http://www.iodp-china.org
5. Workshop program
As we have assigned a large portion of the workshop into discussion sessions, only a limited number of oral presentations can be allocated. However we encourage and invite ALL participants to prepare a few PPT slices for discussions and to have poster presentations as well. Each individual oral presentation in the discussion sessions should not be longer than 10 minutes.
For poster presentations, the poster size is A0 (portrait), 84.1cm × 118.9cm.
Program (preliminary draft)
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January 30, Monday |
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12:00-21:00 18:30 |
On-site registration at Days Hotel (3rd floor) Ice breaker (3rd floor of Days Hotel) |
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January 31, Tuesday Ballroom (3rd floor) of Days Hotel |
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08:30 09:00 09:30 09:50
10:10
10:40
11:10 11:30 12:00 |
Session 1- Ocean drilling in the South China Sea Pinxian Wang: From ODP Leg 184 to the South China Sea Deep (keynote) Chun-Feng Li: Introduction to IODP proposal 735-CPP: Current status Jun Tian & Qianyu Li: TBA Open discussions on the IODP proposal 735-CPP
Coffee break and posters
Brian Taylor: Processes of rifting orogenic continents- with application to the South China Sea (keynote) Anne Briais: Kinematic constraints on the opening of the South China Sea Paul Tapponnier: Continent-scale Tertiary tectonics of SE Asia and the opening of the South China Sea (keynote) LUNCH
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13:30
14:00 14:20
14:40 15:00
15:20
15:40
16:10
16:40 17:00 17:20
17:40 18:00 |
Session 2- Opening of the South China Sea Robert Hall: Trenches, Troughs and Unconformities: A View of the South China Sea from Borneo (keynote) Jiabiao Li: TBA Felix Tongkul: Polyphase deformation in Northern Sabah-Some insights on the opening of the South China Sea Shu-Kun Hsu: Some tectonic viewpoints in the northern South China Sea Kirk McIntosh: Structure of the northeastern South China Sea: Implications for rifting processes and its relation to the Taiwan orogeny
Coffee break and posters
Claude Rangin: Spreading reorganization in the South China Sea: A consequence of the Cagayan ridge collision (keynote) Zhen Sun: The breakup pattern of the South China Sea conjugate margins Mario Juan Aurelio: Structural constraints on post-rift ophiolite obduction on the southeastern margin of the South China Sea Maria Luisa G. Tejada: Evolving mantle source regions and crustal growth in the Philippines Kenichiro Tani: Unraveling the Mesozoic continental basement of the proto-Philippine Sea Plate Discussion DINNER |
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February 01, Wednesday Ballroom (3rd floor) of Days Hotel |
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08:30
08:50
09:10 09:30
09:50 10:10 10:30
10:50 11:10
11:30 12:00 |
Session 3: Evolution processes in the South China Sea Randell Stephenson: Lithosphere rheology implications from basin subsidence in marginal seas, including the South China Sea Gianreto Manatschal: The building blocks of rifted margins: examples from the Atlantic and the Alpine Tethys margins and applications to the South China Sea Luc Lavier: Modeling of the transition between continental rifting and ocean formation Scott Bryan: New insights into magmatism and rifting of the Gulf of California
Coffee break and posters Dieter Franke: The continent-ocean transition at the southern margin of the South China Sea Hoang Van Long: Cenozoic climate-tectonic interactions preserved in the Song Hong-Yinggehai and Qiongdongnan sedimentary basins, South China Sea Yigang Xu: TBA Zhifei Liu: TBA
Discussion LUNCH |
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13:30 14:30 15:30 16:00 17:00 18:00 |
Discussions-I: South China Sea from a global perspective Discussions-II: Further discussions on IODP proposal 735-CPP Coffee break and posters Discussions-III: Other future potential drilling in the South China Sea Discussions-IV: Looking forward to future international cooperation in the South China Sea DINNER |
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February 02, Thursday |
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08:30 12:00 17:00 |
Convene at the 1st floor of the Days Hotel for field trip to Suzhou City LUNCH Return back to the hotel |
6. Meeting venue & Hotel
Days Hotel Tongji Shanghai: 50 Zhangwu Road, Shanghai 200092, China.
Tel: 86-21-33626888, Fax: 86-21-33626777
Meeting room: Ballroom (3rd floor) of Days Hotel.
On-site registration: Days Hotel (3rd floor) from 12:00 PM to 21:00 PM on Jan. 30.
The meeting ends at 6:00 PM on Feb. 01.
We have reserved hotel rooms for registered participants! Visit this web address for more information on the hotel http://www.daysinn.cn/english/hotel/tongji_b.htm
For those of you who are interested in visiting School of Ocean and Earth Sciences and State Key Lab of Marine Geology, Tongji University, you can follow the dashed blue line in the following map. It takes about 5-10 minutes by walk.
The address of Tongji University is: 1239 Siping Road, Shanghai 200092, China
7. Ground transportation
There are two international airports in Shanghai, the Pudong International Airport (airport code PVG) and the Hongqiao International Airport (airport code SHA). Please be aware at which airport you will be landing.
You can reach Days Hotel Tongji University from the airports by taxi, metro (subway), airport bus or any combination of the three.
From the Pudong International Airport:
Taxi: Please take a taxi at the airport directly to the hotel. It takes about one hour and costs about 160 yuan (RMB).
Maglev + taxi: Take the Maglev at the Pudong Airport, get off the Maglev at the Longyang Station (terminal of Maglev). Then, take a taxi to the hotel. Ticket of Maglev: 50 yuan each, or 40 yuan each by showing your flight ticket. Taxi costs about 60 yuan.
Maglev + Metros: This is a cheaper but more complicated choice. Take Maglev at the Pudong Airport, transit to Metro Line 2 at the Longyang Sta. (terminal of Maglev), then change to Metro Line 10 at the “East Nanjing Road” Sta., and get off at the “Tongji University” Sta. The hotel is about 100 meters away to the east of this station.
Metros only: Take Metro Line 2 at the Pudong Airport, transit to Metro Line 10 at the “East Nanjing Road” Sta., and get off at the “Tongji University” Sta. The hotel is about 100 meters away to the east of this station. It costs only ~10 Yuan for this option but you need ~1.5 hr to get to the hotel.
Airport bus + Taxi: Take Airport Bus Line 4 at the Pudong Airport (20 Yuan), get off the bus at Wujiaochang station, and then take a taxi to the hotel for about 11 yuan.
From the Hongqiao International Airport:
Taxi: It takes you about 50 minutes and costs ~90 yuan. There are also Airport buses, but none of those comes close to Tongji.
Metros (option 1, recommended): Take Metro Line 10 at the Hongqiao Airport, and get off at the “Tongji University” Sta. The hotel is about 100 meters away to the east of this station. It costs ~6 Yuan and takes ~1.0 hr to get to the hotel.
Metros (option 2): Take Metro Line 2 at the Hongqiao Airport, transit to Metro Line 10 at the “East Nanjing Road” Sta., and get off at the “Tongji University” Sta. The hotel is about 100 meters away to the east of this station. It costs ~10 Yuan and takes ~1.0 hr to get to the hotel.
Taxi is recommended if your arrival at the airports will be later than 21:00 PM. Please show the following note to the taxi driver:
8. Visiting Shanghai
Although often viewed as a modern metropolis, Shanghai still contains some picturesque rural suburban areas. Shanghai boasts several museums of regional and national importance. You can venture yourself around the city center near the Bund and the People’s Square, where shopping centers and restaurants are abundant. For more information please visit these sites or other similar sites.
http://www.chinatour.com/attraction/shanghai.htm
http://www.travelchinaguide.com/package/shanghai.htm
Weather
It is a cold season in January and February in Shanghai, with average temperatures ranging from ~0°C to ~8°C. Some heavyweight clothing is recommended. The weather forecast of Shanghai is available
at http://weather.china.org.cn/english/.
Subway
The subway system in Shanghai is convenient. The “Tongji University” station of Metro Line 10 is very close to the hotel, and the Metro line 10 is directly connected to many other lines throughout the city. A subway ticket costs mostly from 2 yuan to 7 yuan, depending on distance.
http://www.shmetro.com/EnglishPage/EnglishPage.jsp
Currency & Money Exchange
Chinese currency is called Renminbi (RMB) which means “People’s Currency”. The units are 圆yuan, 角jiao (0.1 yuan), and 分fen (0.01 yuan). The paper currency includes 100, 50, 20, 10, 5 and rarely 1 yuan, and coins include 1, 0.5, and 0.1 yuan. Occasionally you may receive 0.05, 0.02, and 0.01 yuan coin as change in supermarkets. See more details at
http://www.chinatour.com/currency/currency.htm.
Money exchange is available in the Airport upon your arrival, and you will need Chinese money for transportation. There are also some banks, and some 24- hour open ATMs near your hotel.
9. Registered participants
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Name |
Affiliation |
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Ali Dehghani |
University of Hamburg |
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Anne Briais |
CNRS - Lab. Geosciences Environnement Toulouse |
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Bochu Yao |
Guangzhou Marine Geological Survey |
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Brian Taylor |
Univ of Hawaii |
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Char-Shine Liu |
Taiwan Univ |
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Cherry L. Ringor |
University of the Philippines |
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Chi-Yue Huang |
Cheng Kung U; Institute of Geochemistry,CAS |
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Chuanlun Zhang |
U of Georgia / Tongji U |
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Chun-Feng Li |
Tongji Univ |
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Claude Rangin |
Collge de France |
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David Divins |
The Consortium for Ocean Leadership |
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Di Zhou |
South China Sea Institute of Oceanology, CAS |
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Dieter Franke |
Bundesanstalt fr Geowissenschaften und Rohstoffe |
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Felix Tongkul |
Univ of Malaysia Sabah |
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Gianreto Manatschal |
IPGS_EOST, 1, rue Blessig, 67084 Strasbourg, France |
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Hans Christian Larsen |
IODP-MI |
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Hoang Van Long |
Hanoi University of Mining and Geology |
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Huaiyang Zhou |
Tongji Univ |
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Jiabiao Li |
2nd Institute of Oceanography |
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Jian Lin |
Woods Hole Oceanographic Institution |
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Jianhua Geng |
Tongji Univ |
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Jianye Ren |
China U of Geosciences |
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Jiasong Fang |
Hawaii Pacific Univ / Tongji Univ |
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Jun Tian |
Tongji Univ |
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Junjiang Zhu |
South China Sea Institute of Oceanology, CAS |
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Kenichiro Tani |
Japan Agency for Marine-Earth Science and Technology |
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Kirk McIntosh |
Institute for Geophysics |
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Laiyin Guo |
Tongji University |
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Le Hai An |
Hanoi University of Mining and Geology |
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Liaoliang Wang |
Guangzhou Marine Geological Survey |
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Ling Wan |
Guangzhou Marine Geological Survey |
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Luc Lavier |
Institute for Geophysics The U of Texas at Austin |
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Maria Luisa G. Tejada |
Japan Agency for Marine-Earth Science and Technology |
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Mario Juan Aurelio |
U of the Philippines |
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Marta Perez-Gussinye |
Royal Holloway, University of London |
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Mei Xue |
Tongji University |
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Minghui Zhao |
South China Sea Institute of Oceanology, CAS |
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Paul Tapponnier |
Earth Observatory of Singapore |
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Penjai Sompongchaiyakul |
Department of Marine Science, Chulalongkorn University |
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Pin Yan |
South China Sea Institute of Oceanology, CAS |
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Pinxian Wang |
Tongji Univ |
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Qianyu Li |
Tongji Univ |
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Randell Stephenson |
Univ of Aberdeen |
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Robert Hall |
Royal Holloway U in聽London |
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Roger Searle |
Durham University |
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Scott Bryan |
Queensland University of Technology |
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Serge Lallemand |
Geosciences Montpellier Lab., Universite Montpellier 2 |
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Shiguo Wu |
Institute of Oceanology, CAS |
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Shouting Tuo |
Tongji Univ |
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Shu-Kun Hsu |
National Central Univ |
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Thomas Ldmann |
University of Hamburg |
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Ting Yang |
Tongji Univ |
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Udo Barckhausen |
Bundesanstalt fr Geowissenschaften und Rohstoffe |
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VR Vijayan Rajan |
Minerals and Geoscience Department Malaysia |
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Wahyoe S Hantoro |
Research Center for Geotechnology, Indonesian Institute of Sciences |
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Wanyin Wang |
Changan Univ |
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Weiwei Ding |
The 2nd Institute of Oceanography, State Oceanic Administration |
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Xianfeng Wang |
Earth Observatory of Singapore |
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Xixi Zhao |
Univ. of California Santa Cruz |
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Yan Qiu |
Guangzhou Marine Geological Survey |
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Yigang Xu |
Guangzhou Institute of Geochemistry CAS |
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Yongjian Yao |
Guangzhou Marine Geological Survey |
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Zhen Sun |
South China Sea Institute of Oceanology, CAS |
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Zhifei Liu |
Tongji Univ |
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Zhimin Jian |
Tongji Univ |
10. Field trip
A post-meeting field excursion to the nearby Suzhou City is scheduled on Feb. 02.
Attachments:
735CPP_workshop reference material.pdf
International Workshop_2nd circular.pdf
最后更新 (2012-01-21 14:33)
