Exhibition
Date: | 8th - 31th May 2015 |
Co-organizers: | |
Sponsor: | Macau Foundation |
Venue: | Macao Science Center |
Target Participants / Audience: | Macao citizens, teachers and students with interest in science topics, environment and sustainability, and local and international researchers |
Introduction: | The deep-sea ocean remains vastly unexplored due to the technical challenges of researching this extreme environment. However, recent technological advances have allowed the discovery of unexpected oasis of life near geologically active areas - the deep-sea hydrothermal vents. The spectacular images of the geological features and of the fauna associated with hydrothermal vents generates a great interest by the general public (including young students) allowing at the same time explaining the importance that these scientific discoveries can have for the future of humankind. Visitors of the event “The Earth Last Frontier” to be held on the Macao Science Museum during the month of May will learn about deep-ocean science research, exploratory technologies, the amazing discoveries of the last decades and the importance of these new discoveries to science and society. “The Earth’s Last Frontier” events: May 2015: Exhibition of HD images and videos about the deep-sea systems acquired by international teams with deep-sea submersibles and ROVs (Remotely Operated Vehicles) Examples of the Deep-sea Photos ![]() |
“The Earth’s Last Frontier” Public Talks
The deep-sea: the Earth's last frontier and the amazing hydrothermal vents | |
Speaker: | Prof. Ágata Sofia Alveirinhos Dias (Associate Professor and Researcher in the Institute of Science and Environment Research Center (ISE) from the University of Saint Joseph (USJ)) |
Date & Time: | 8 May 2015, 18:00 - 19:00 |
Language: | English |
Venue: | Convention Hall, Macao Science Center |
Speaker profile: | Associate Professor and Researcher at ISE, USJ (Macao). Research collaborator at Inst. Dom Luiz (IDL) / Assoc. Lab. (Portugal). After her graduation in Geology, she took a Master in Dynamic Geology at the University of Lisbon and afterwards a PhD in Geology at the same university, followed by two periods of Post-Doctoral research activities related with deep-sea ore deposits. Since an early stage of her research activities, she has been participating in research cruises, from the Atlantic Ocean to the Arctic Sea, mainly focused in the investigation of the deep-sea floor. During these scientific missions she had the opportunity to participate in the exciting discovery of new hydrothermal fields. |
Abstract of the talk: | Introduction to “The Earth’s Last Frontier”. Surprisingly, 12 astronauts have walked on the moon and many more have been travelling into space but so far only 3 explorers have reached the deepest part of the ocean and 95% of its area remains unexplored, unseen by human eyes. Indeed, important technological advances in the last decades have contributed for amazing unexpected discoveries at the deep-sea but surely most of its mysteries remain hidden in the vast ocean. The deep-ocean is mainly covered by abyssal plains that have an average depth of 5000m and can reach depths as deep as 11000m, hiding amazing geological and biological secrets. One of the most significant discoveries made in the past decades were the hydrothermal vent fields and their unexpected associated living creatures, adapted to extreme environments, characterized by a total absence of light, high pressure and toxic condition. The talk will provide an overview of how much of the ocean we have explored so far, the technologies used in deep-sea exploration and the characteristics of hydrothermal vent fields. Overall, it will provide an exciting perspective of the evolution of scientific endeavours into the Earth’s last frontier, the deep-sea. |
Resources in the deep ocean: myth or reality? | |
Speaker: | Prof. Fernando F. J. A. Barriga (Chair Professor of the University of Lisbon, Portugal) |
Date & Time: | 8 May 2015, 19:00 - 20:00 |
Language: | English |
Venue: | Convention Hall, Macao Science Center |
Speaker profile: | Emeritus Professor of Faculty of Sciences of the University of Lisbon and member of Academy of Sciences of Lisbon. Specialist on deep seafloor resources. Has participated in the discovery of seafloor hydrothermal vents in three oceans, and in many cruises at sea, including serving as co-chief scientist in an ODP leg in Papua New Guinea. In April 2013 addressed the STOA (European Parliament) on the future of seafloor resources; in September 2014 was “Co-Chair and Host” at the 43rd Underwater Mining Institute; in October 2014 argued in favor of submarine mining for the Italian Presidency of the European Union; in February 2015 was invited speaker in the Deep Sea Mining Summit in Aberdeen, Scotland. |
Abstract of the talk: | Since the 19th century there is interest in exploiting the resources formed in the deep seafloor. The Sea Law was conceived to regulate the recovery of manganese nodules. Beside nodules, there are polymetallic crusts, massive sulfides, methane hydrates, metalliferous sediments, and still others, including phosphates and the deep biosphere. Not to mention conventional oil and gas, obviously. With the exception of the latter, very little is actually extracted and some (both scientists and industrialists) believe that it will not be easy that subsea mining operations are profitable, while others are more optimistic. The greatest difficulties are the technologies for extraction, and the environmental risks, which may be large. Where should we stand? When will deep seafloor mining be a reality? |
The Luso ROV – The ultimate device for the sovereignty of knowledge of the | |
Speaker: | Prof. Aldino Santos de Campos (Head of the Task Group for the Portuguese Continental Shelf Extension (EMEPC)) |
Date & Time: | 9 May 2015, 17:00 - 18:00 |
Language: | English |
Venue: | Convention Hall, Macao Science Center |
Speaker profile: | Head of the Portuguese Task Group for the Extension of the Continental Shelf. Aldino Campos holds a degree in Naval Military Sciences from the Portuguese Naval Academy. He served in the Portuguese Navy in several hydrographic ships. He also served in the Portuguese Hydrographic Institute mostly as hydrographer and data management officer. He also holds a MEng in Geodesy and Geomatics Engineering from University of New Brunswick (Canada) and Phd in Territory Engineering from (IST, Lisbon). He coordinated the geomatics component of the Portuguese submission of the continental shelf, mainly in hydrography, geodesy and Geographic Information Systems (GIS). He is also teaches Spatial Data Management and GIS at the Portuguese Naval Academy. |
Abstract of the talk: | In the scope of the Extension of the continental shelf of Portugal, the Task Group (EMEPC) responsible to prepare its submission to the Commission on the Limits of the Continental Shelf, acquired a state-of-the-art technology that allowed to identify and collect selective geological samples to support the national submission. This technology, a Remotely Operated Vehicle (ROV), named LUSO, has the capability to explore the deep-ocean up to 6,000 metre depth. Loaded with several multi-tasked instruments, the ROV LUSO has been engaged in missions that are beyond the primary mission of EMEPC. This ROV has been collecting numerous HD images and videos from the Portuguese deep-sea floor and has also acquired different kinds of data (chemical, geological, biological and geophysical), thus contributing for recent advances in deep-sea science. The implementation of this technology in Portugal is also a successful example of capacity building, allowing Portugal to affirm itself as a key player in the exploration of deep-sea at international level. |
China's Exploration of the international deep ocean and the JIAOLONG | |
Speaker: | Prof. LIU Feng, (Secretary-General of China’s Ocean Mineral Resources R&D Association - COMRA) |
Date & Time: | 9 May 2015, 18:00 - 19:00 |
Language: | Mandarin |
Venue: | Convention Hall, Macao Science Center |
Speaker profile: | Prof. Feng LIU received a Bachelor Degree for Mining Machinery Engineering from Beijing Institute of Iron and Steel Technology (BIST) in 1983 and a Master Degree from Beijing University of Science and Technology (BUST) in 1986, and a MBA Degree from an EMBA Program jointly held by the State University of New York at Buffalo and China Renmin University in 2002. He worked as a lecturer at BUST in 1986-1991, then he joined China’s Ocean Mineral Resources R&D Association (COMRA) when the organization was first established. Since his integration in COMRA, he has been involved in the international seabed issues and has participated in International Seabed Authority’s Annual Conference many times. He has been leading a national key project called development of Prof. Feng LIU was the Deputy Director-General of COMRA when he left the Association and was appointed Director-General of China’s National Deep Sea Center in August 2012. He returned to COMRA last June and now serves as the Secretary-General of the Association. |
Abstract of the talk: | China is one of the main contributors to the international seabed regimes. The Presentation will describe China’s activities in the Area, such as exploration, technology development, environmental protection and policy making. Until now, 26 exploration CONTRACTs have been made by the International Seabed Authority (ISA) with relevant entities in the world. Among them, three CONTRACTs were made with COMRA. Furthermore, China Minmetals Corporation’s application for another exploration CONTRACT area has been approved by ISA’s legal and technical commission recently, which means that China will sign the fourth CONTRACT with the ISA. JIAOLONG is a submersible with capacity of 7000 meters. JIAOLONG’s sea trials were carefully made in 4 years, from 2009 through 2012 and it successfully dove to a depth of 7062m in June 2012 at Marianna trench. A so called “Test Application Phase” started thereafter, and is planned to last for 3-4years. Two cruises and 6 legs have already been made since then. Plenty of findings were retrieved during its dives in the South China Sea, in COMRA’s Exploration CONTRACT Areas of polymetallic nodule, cobalt-rich ferromanganese crusts and hydrothermal sulfide. The presentation will reveal the colourful findings in the above mentioned deep seabed areas. |
Phone: | Email: | Online registration: |
8795 7382 / 8795 7295 | activity@msc.org.mo | http://goo.gl/TuwD75 |
Workshops
During the exhibition duration, free workshops on how to use the Mini-ROV will be offered to the public. We invite you to join us in the lobby exhibition gallery to enjoy this innovating experience. |
May 2015: Interactive activities in a temporary pool with a mini-ROV from the Portuguese EMEPC (“Estrutura de Missão para a Extensão da Plataforma Continental”). The EMEPC has already agreed to participate in the exhibition with their mini-ROV. This activity generates a great interest by the public, in particular by young visitors, and is a very efficient way to demonstrate some of the methods currently available for deep-sea research. We propose to set up a temporary pool were some interactive activities will be prepared. Using simple tools, but somewhat similar to a normal ROV (like a navigation joystick and monitors), the general public can experience how the deep-sea exploration is performed. ![]() Participants in the activities ROV pilot: António Calado (ROV Luso Project coordinator from EMPC) Deep-sea activities: Raquel Costa (Kit do Mar Project coordinatorfrom EMEPC). |
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