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2. What is the slab morphology beneath the ocean-continent convergent margin
transition? Is the slab torn and, if so, can we say how the tear has evolved? 3. How does the subaerial and submarine topographic expression of initial
continental collision vary laterally across the Banda arc transition? How does this topography relate to the underlying lithospheric structure?
4. How do along-arc variations in lithospheric and crustal structure, including the extent of subducted continental lithosphere, modulate and inluence
the coupling and interactions between the deep mantle and surface deformation? To help answer these questions, a multidisciplinary research
team has been assembled to constrain a sophisticated dynamical model of regional collision and subduction by passive seismology, topography analysis,
geomorphological work, and a collaboratively led geodetic campaign. These eforts will be linked together with ongoing geologic work, with the aim of
formulating a robust framework for understanding the forces driving the tectonics of the Banda arc. The targeted region lies between the islands of
Sumba and Timor 118E-128E, spanning the transition from subduction of oceanic lithosphere to continental collision. This study of the Banda arc
holds promise for clarifying the relationships between surface uplift, crustal deformation and recycling, lithospheric structure, subduction, and mantle
convection, and ofers fundamental new constraints on the nature of stress transfer through complex plate boundaries.
A.1.1. Mr. Cooper William Harris
Warga Negara Nationality : Amerika Serikat Jabatan Position
: PhD student Institusi Institution
: University of Southern California Email email
: cwharrisusc.edu AlamatAddress
: Department of Earth Sciences, 3651 Trousdale Pkwy Los Angeles, CA 90089 USA
A.2. Late Pleistocene Landscapes in South Sulawesi : A Strategic Location Understanding Climate and Environmental change in our Region
Tujuan Penelitian : Mempelajari sejarah perubahan vegetasi Danau
Malili dari aspek paleo ekologi
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Bidang Penelitian : Geologi
Lama Penelitian : 1 satu bulan, mulai 11 September 2014month,
starting from Daerah Penelitian
: Sulsel Danau Malili Mitra Kerja
: Fakultas Teknik Pertambangan dan Perminyakan ITB Prof. Satria Bijaksana
Abstract
This project will investigate the palaeoenvironmental history of the Lake Towuti region, southwest Sulawesi, in particular the history of vegetation change.
Occupying a key location within the western tropical Paciic, the Lake Towuti region receives moisture from both the northerly and southerly monsoons, with lake level
luctuations strongly sensitive to ENSO. By utilizing the techniques associated with palaeoecology, namely the analysis of fossil pollen and charcoal in lake sediments,
we can explore how some of the big known global shifts in climate have manifested themselves in this landscape. The project outcomes include a signiicant regional
data set for deciphering how climate, ire, greenhouse gases, and other vegetation forcings have driven distributional and biodiversity changes through time, and will
play an important role in determining threats that projected climate change and human activities pose for these tropical forests.
A.2.1. Mr. Jack Neil Fenner
Warga NegaraNationality : Amerika Serikat JabatanPosition
: Research Fellow InstitusiInstitution
: Australian National University Emailemail
: janelle.stevensonanu.edu.au AlamatAddress
: Department of Archaeology and Natural History- School of Culture History and Language ANU
College of Asia and the Paciic, Coombs Building 9 Fellows Road, Australian National University,
ACT 0200, Australia
A.2.2. Ms. Janelle Gai Stevenson
Warga NegaraNationality : Australia JabatanPosition
: Research Fellow
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Institusi Institution : Australian National University
Email email : janelle.stevensonanu.edu.au
Alamat Address : Department of Archaeology and Natural History-
School of Culture History and Language ANU College of Asia and the Paciic, Coombs Building
9 Fellows Road, Australian National University, ACT 0200, Australia
A.3. Transitions in the Banda Arc-Australia continental collision as a bridge to understanding mantle and lithospheric controls on surface tectonics
Tujuan Penelitian : Memahami struktur geologi dan konvergensi
tektonik di Indonesia bagian timur Bidang Penelitian
: Geologi Lama Penelitian
: 12 dua belas bulan, mulai 3 September 2014 month, starting from
Daerah Penelitian
: NTT Alor Alor Nusa. Atambua Belu Bajawa Ngada,Ende Ende Kupang Kupang Larantuka
Flores Labuhanbajo Manggarai Barat West Maggarai Lewoleba Lembata, Maumere Sikka
Rote Rote Ndao, Ruteng Manggarai SawuSabu Sabu Raijua, Waingapu Sumba Timur, Waikabubak
Sumba Barat; NTB Bima, Sumbawa, Sumbawa Besar
Mitra Kerja : Fak. Ilmu dan Teknologi Kebumian– ITB Prof.Sri
Widiyantoro
Abstract
Eastern Indonesia is one of the least well understood geological domains of our planet, and yet the region provides a truly remarkable natural experiment for
unraveling the complex dynamics of convergent tectonics. The recent, subduction- related collision of the Australian continental lithosphere with the active Banda
arc efectively captures the initiation of convergent orogenesis and ofers a rare glimpse into a process that has shaped Earth’s evolution over geologic time. Along
strike the tectonic setting allows for imaging and assessing the spatio-temporal evolution of the collision, which allows for investigation of the transition from
subduction to arc-continental collision. This will also lead to help ill in fundamental
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gaps in general understanding of collisional tectonics. There are many unanswered questions about the interrelationships between the history of convergence and
the present-day crustal, lithospheric and mantle structure, and the way this relates to topography; for example:
1. What are the initial location, timing, efects, and extent of the arc-continent collision, both along and across the Banda arc?
2. What is the slab morphology beneath the ocean-continent convergent margin
transition? Is the slab torn and, if so, can we say how the tear has evolved? 3. How does the subaerial and submarine topographic expression of initial
continental collision vary laterally across the Banda arc transition? How does this topography relate to the underlying lithospheric structure?
4. How do along-arc variations in lithospheric and crustal structure, including the extent of subducted continental lithosphere, modulate and inluence the
coupling and interactions between the deep mantle and surface deformation? To help answer these questions, a multidisciplinary research team at the University
of Southern California in collaboration with our partners at ITB in Indonesia has been assembled to constrain a sophisticated dynamical model of regional collision and
subduction by passive seismology, topography analysis, and geomorphological work. These eforts will be linked together with ongoing geologic work, with the
aim of formulating a robust framework for understanding the forces driving the tectonics of the Banda arc. The targeted region lies between the islands of Sumba
and Timor 118E-128E, spanning the transition from subduction of oceanic lithosphere to continental collision. This study of the Banda arc holds promise
for clarifying the relationships between surface uplift, crustal deformation and recycling, lithospheric structure, subduction, and mantle convection, and ofers
fundamental new constraints on the nature of stress transfer through complex plate boundaries.
The observational eforts will include U-series dating of coral terraces, deploying 22 broadband seismic instruments in Indonesia and 8 in East Timor, collaborating
on GPS campaigns with researchers in Indonesia, East Timor, and Australia, and extensive and novel seismological imaging and interpretation eforts for the
Banda arc, along with geologic mapping to constrain longer few Myr controls on shortening and uplift conducted by our US and international collaborators.
The density of co-located GPS and broadband seismic locations will provide, for
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irst time, extensive geophysical data and allow for detailed structural imaging and model of the collisional mechanics of Australia with the active Banda arc.
Our project will crucially complement existing and ongoing and planned seismic, geodetic, and geological work. We expect this approach to yield indings with broad
implications for the interactions between oceanic plate tectonics and continental dynamics on a global scale.
PIs: Profs. Meghan S. Miller, Thorsten W. Becker, A. Joshua West. Postdoc: Dr. Leland O’Driscoll and PhD students: Maxwell Dahlquist and Cooper
Harris
A.3.1. Ms. Meghan Samantha Miller
Warga NegaraNationality : Kanada JabatanPosition
: Assistant Professor InstitusiInstitution
: University of Southern California Emailemail
: msmillerusc.edu AlamatAddress
: Department of Earth Sciences 3651 Trousdale Pkwy Los Angeles, CA 90089 USA
USA
A.4. Field Research Investigation on the Eocene Vertebrate
Tujuan Penelitian
: Melakukan rekonstruksi Paleogeograi hewan Vertebrata Sumatra dan Kalimantan di masa
Eocene Bidang Penelitian
: Geologi Lama Penelitian
: 1satu bulan, mulai 12 Agustus 2014 month, starting from
Daerah Penelitian
: Sumbar Talawi Kabupaten Sawahlunto dan Kalsel Banjarmasin
Mitra Kerja : Fakultas Ilmu dan Teknologi Kebumian ITB Prof.
Dr. Yahdi Zaim
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Abstract
The ield work research is in the Barisan Mountain Range in the Ombilin Basin, West Sumatra Province Island – Indonesia, in Tanahsirah and surrounding areas,Talawi,
Sawahlunto-District. The proposed research for 2014 is to completing the research have been done in 2009 and 2012 and to explore the Eocene Sangkarewang
Formation and the Miocene Sawahlunto and Sawahtambang Formations in the Ombilin Basin in West-Sumatra for vertebrate and plant fossils. The results of the
previous ieldwork have been published in several international seminars and international journals.
If the Tertiary fossil vertebrates from these rocks on Sumatra are found, they will provide evidence with which to examine the distribution of ancient Sunda Shelf
vertebrate communities and to test hypotheses of the early presence of faunal provincialism. Sumatra ofers a unique opportunity in that it was one of the few
western Indonesia islands that was emergent during the early to middle Tertiary - Java, Bali, Lombok, and others did not emerge from the ocean until much later.
It could be expected that, in both the Eocene and in the Miocene, the faunas of Sumatra will be dominated by Asian forms. If paleogeographic reconstructions of
Oceanic Southern Asia are correct, there should be no evidence of any Gondwanan faunal elements Australian in the Eocene rocks of Sumatra. However, by the
Miocene it is possible that some Australian faunal elements may have reached Sumatra.
The research is to explore Eocene and Miocene rocks on Sumatra for fossil plants and animals. The history of the Wallace Line is poorly understood partly because
there are almost no fossils from Oceanic Southern Asia older than the Pleistocene. While Tertiary faunas of Australia have been documented there have been few
opportunities to explore appropriately aged rocks in Indonesia. If we can ind more Tertiary fossil vertebrates from rocks on Sumatra, these will provide additional
evidence with which to examine the distribution of ancient Sunda Shelf vertebrate communities and to test hypotheses of the early presence of faunal provincialism.
Sumatra ofers a unique opportunity in that it was one of the few western Indonesia islands that was emergent during the early to middle Tertiary -- Java, Bali, Lombok,
and others did not emerge until much later.
We expect that, in both the Eocene and in the Miocene, the faunas of Sumatra will be dominated by Asian forms -- if paleogeographic reconstructions of Oceanic
Southern Asia are correct, there should be no evidence of any Gondwanan faunal
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elements Australian in the Eocene rocks of Sumatra. However, by the Miocene it is possible that some Australian faunal elements may have reached Sumatra. If
we can ind such indicators in the form of fossil vertebrates, we will have a much stronger basis from which to develop hypotheses of immigration and diversiication
within these communities and a much better chance of elucidating the history of the development of the famous Wallace Line. We believe that Sumatra holds much
promise perhaps the only promise for future exploration in rocks older than the Pleistocene in Oceanic Southern Asia.
A.4.1. Dr. Peter Daniel Wilf
Warga NegaraNationality : Amerika Serikat JabatanPosition
: Professor InstitusiInstitution
: Pennsylvania State University Emailemail
: pwilfpsu.edu AlamatAddress
: Pennsylvania State University Department of Geosciences, 537 Deike Building
University Park, PA 16802 USA
A.4.2. Dr. Jonathan Ivan Bloch
Warga NegaraNationality : Amerika Serikat JabatanPosition
: Professor and Curator, Florida Museum of Natural History
InstitusiInstitution : University of Florida
Emailemail : jblochlmnh.ul.edu
AlamatAddress : 222 Dickinson Hall
Museum Road Newell Drive Gainesville, FL 32611 USA
USA
A.4.3. Dr. John-Paul Zonneveld
Warga NegaraNationality : Kanada JabatanPosition
: Professor
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Institusi Institution : Department of Earth Atmospheric Sciences,
University of Alberta Email email
: zonneveldualberta.ca Alamat Address
: Department of Earth Atmospheric Sciences, 1-26 Earth Science Building University of Alberta
Edmonton, Alberta, Canada T6G 2E3 Canada
A.4.4. Dr. Douglas Martin Boyer
Warga Negara Nationality : Amerika Serikat Jabatan
Position : Assistant Professor, Dept. of Evolutionary
Anthropology Institusi Institution
: Duke University Email email
: douglasmbgmail.com Alamat
Address : Duke University, Dept. of Evolutionary
Anthropology, Box 90383 130 Science Drive, Durham, NC 27708 United State
A.4.5. Prof. Russell Lynn Ciochon
Warga Negara Nationality : Amerika Serikat Jabatan Position
: Professor and Director of Museum Studies Institusi Institution
: University of Iowa, Dept. of Anthropology – USA Email email
: russell-ciochonuiowa.edu Alamat Address
: Professor and Director of Museum Studies University of Iowa, Department of Anthropology
Macbride Hall 114 Iowa City, IA 52242-1322 USA
A.4.6. Dr. Gregg Frederick Gunnell
Warga NegaraNationality : Amerika Serikat JabatanPosition
: Director, Division of Fossil Primates InstitusiInstitution
: Duke University, Lemur Center Emailemail
: gregg.gunnellduke.edu
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Alamat Address : Director, Division of Fossil Primates, Duke Lemur
Center 1013 Broad Street, Durham, North Carolina 27705 , USA
A.5. Sea-level Oceanography, and climate Histories from living and fossil corals in Indonesia
Tujuan Penelitian
: Melakukan pengambilan contoh koral yang
berumur 400-500 tahun lalu guna menentukan dan membandingkan kontras reguler dan
penguatan ITF pada beberapa abad yang lalu. Pengambilan contoh sedimen danau tepi pantai
guna mengetahui lingkungan purba daerah pantai dan melakukan pencarian , pemilihan
dan pengambilan contoh koral microatol untuk pengetesan umumnya
Bidang Penelitian : Geologi Kelautan
Lama Penelitian : 12 dua belas bulan mulai 17 Februari
2014month, starting from Daerah Penelitian
: Bangka Belitung Belitung, Kep. Riau Mapur, Sulsel Makassar, Bagian selatan Selat Makassar
sekitar P. Doangdoangan Besar dan P. Salayar Mitra Kerja
: Puslit Geoteknologi LIPI Dr. Ir. Danny Hilman Natawidjaja dan tim
Abstract
A year ago, we proposed several studies to better understand sea level, oceanography, and climate histories in Indonesia. This proposal involves work that
will complete the projects proposed last year. We propose to continue our eforts to explore the Holocene relative sea-level history on the Sunda Shelf, and to explore
Indonesian throughlow, regional neotectonics, Holocene palaeoenvironments, and relative sea-level history near the Strait of Makassar. On the Sunda Shelf, we
are compiling a mid-Holocene sea-level record with unprecedented vertical and temporal accuracy, using coral microatoll slabs from Belitung and Mapur islands.
We propose to continue our work on this project. Two papers are in preparation and will be submitted for publication in early 2015. However, other aspects of
the project cannot be completed until additional data are collected; with this document, we propose to collect the needed data to complete our research. This
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proposal also addresses inter-related research opportunities on Doangdoangan- Besar island, a small, low-lying island in the easternmost Java Sea immediately
south of the Makassar Strait. We propose to address questions in the following areas: i records of past change in the strength of the Indonesian Throughlow ITF
using corals; ii neotectonics of the area; iii records of past environmental change using lagoon or lake sediments; and iv records of Holocene sea-level change
using coral microatolls, mangroves, and palaeoshoreline indicators. Using corals from the reefs surrounding Doangdoangan Besar and other nearby islands, we are
compiling high-resolution records of temperature and salinity variability, which are two deining features of the Indonesian Throughlow. We are also examining
palaeohazard events recorded in the sedimentology of the islands. We propose to continue extending and analysing these records, and to collect new material from
nearby islands. In addition, we propose one week of ieldwork on Selayar Island south of southwestern Sulawesi to increase the area of study for items i and ii.
A.5.1. Mr. Aron Jefrey Meltzner
Warga Negara Nationality : Amerika Serikat Jabatan Position
: Research Fellow Institusi
Institution : Earth Observatory of Singapore, Nanyang
Technological University Email email
: meltnerntu.edu.sg Alamat Address
: 50 Nanyang Avenue N2-01a-14 Singapore 639798
A.5.2. Dr. Adam Douglas Switzer
Warga Negara Nationality : Australia Jabatan Position
: Associate Professor Institusi
Institution : Earth Observatory of Singapore, Nanyang
Technological University Email email
: aswitzerntu.edu.sg Alamat Address
: 454 Coorporation Road 10-07, Singapore 649812
A.5.3. Mr. Jędrzej Marcian Majewski
Warga Negara Nationality : Polandia Jabatan Position
: Ph.D. Student
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Institusi Institution
: Earth Observatory of Singapore, Nanyang Technological University
Email email : JEDREJM001e.ntu.edu.sg
Alamat Address : 50 Nanyang Avenue, N2-01c-30
Singapore 639798
A.5.4. Dr. Nathalie Fairbank Goodkin Emami
Warga NegaraNationality : Amerika Serikat JabatanPosition
: Associate Professor InstitusiInstitution
: Earth Observatory of Singapore Emailemail
: nathalientu.edu.sg AlamatAddress
: 50 Nanyang Avenue Nomor PasporPasport no. : 105343638
A.5.5. Ms. Sujata Annavarapu Murty
Warga NegaraNationality : Amerika Serikat JabatanPosition
: Student Research Assistant InstitusiInstitution
: Earth Observatory of Singapore Emailemail
: suja0002ntu.edu.sg AlamatAddress
: 50 Nanyang Avenue
A.5.6. Ms. Annette Bolton
Warga NegaraNationality : Inggris JabatanPosition
: Research Fellow InstitusiInstitution
: Earth Observatory of Singapore Emailemail
: annettebntu.edu.sg AlamatAddress
: 50 Nanyang Avenue
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B. GEOFISIKA
B.1. Seismic Vulnerability Assesment and Evaluation of Industrial Plants and Urban Infrastructures at Banda Ache in Sumatra island and Capital
city Jakarta in Indonesia
TujuanPenelitian : Mengkaji kerentanan seismik dan evaluasi
terhadap bangunan industri dan infrastruktur perkotaan di Banda Aceh dan Jakarta
Bidang Penelitian : Geoisika Manajemen Kebencanaan
Lama Penelitian : 10 sepuluh bulan mulai 14 Juli 2014 month,
startingfrom Daerah Penelitian
: Aceh Banda Aceh, DKI Jakarta Mitra Kerja
: Universitas Syiah Kuala Marwan, M.T.
Abstract
Seismic Vulnerability Assessment and Evaluation of urban Infrastructures at Banda Ache in Sumatra Island should be conducted to reduce the damages sufer from
earthquake vibrations and tsunami with stafs in Universitas Syiah Kuala as a joint research, since Large and small aftershocks have been occurred around Sumatra
Island from the Huge earthquake in 2004. Furthermore, Seismic Vulnerability Assessment and Evaluation of Industrial Plants in Jakarta; Capital city area of
Indonesia, should be also conducted, because many Japanese or other foreign companies operating in Indonesia are concerned with the reliability of urban
Infrastructures.
B.1.1. Mr. Yoshinori Furumoto
Warga NegaraNationality : Jepang Jabatan Position
: Professor Institusi Institution
: Nagano National College of Tecnology Email email
: furumotonagano-nct.ac.jp Alamat Address
: 716 Tokuma, Nagano City, Nagano Prefecture 381-8550 Japan
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C. VULKANOLOGI
C.1. Improvement of seismic monitoring methodologies and application to volcanoes with extruding lava domes
Tujuan Penelitian : Meneliti peningkatan metodologi pengawasan
seismik dengan menggunakan beberapa pendekatan yang berbeda
Bidang Penelitian : Vulkanologi
Lama Penelitian : 12 dua belas bulan, mulai 3 Oktober 2014
month, starting from Daerah Penelitian
: Jateng Gn. Merapi Mitra Kerja
: Pusat Vulkanologi dan Mitigasi Bencana Geologi, ESDM Dr. Hendra Gunawan
Abstract
My resarch activities in collaboration with the CVGHM which started in October 2012 concern the three following points:
1 Improvement of seismic monitoring methodologies by using diferent approaches: The temporal distribution of seismicity, the temporal variations of
the amplitude and waveform, frequency content, LF and VLF source locations and mechanisms, changes associated with tectonic activity and structural
studies.
2 Geophysical multi parameter studyat Merapi volcano.
A multi-parameter monitoring station will be set up with the aimtoobserveseveral parameters as seismic signals LF and VLF,electrical
signals, deformation, gas lux and composition and temperature associated with dome growth andor degassing in supericial conduits.
3 lnstrumental contribution tovolcano observation, monitoringan d
intervention.
C.1.1. Dr. Jean Philippe G.A. Metaxian
Warga Negara Nationality : Perancis Jabatan Position
: Researcher
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Institusi Institution :
IRD Institut de Recherche pour le Dévéloppement Email email
: metaxianuniv-savoie.fr Alamat Address
: 73376 Le Bourget Du Lac, France
C.2. Ground deformations measurement and modelling at Merapi and North Maluku province volcanoes
Tujuan Penelitian : Melakukan pengukuran deformasi daratan di area
G. Merapi Jawa Tengah dan gunung-gunung api di Maluku Utara
Bidang Penelitian : Vulkanologi
Lama Penelitian : 2 dua bulan, mulai 12 Agustus 2014 month,
starting from Daerah
Penelitian : D.I. Yogyakarta Balai Penyelidikan dan
Pengembangan Teknologi Kebencanaan Geologi; Jabar PVMBG Bandung DKI Jakarta IRD Jateng
G. Merapi dan Maluku Utara Ibu, Gamkonora, Gamalama, Du-kono, Kie Besi
Mitra Kerja
: Yogyakarta Observatory BPPTKG DR Joko Subandriyo
Abstract
In the framework of the research program cooperation between Institut de Recherche pour le Développement IRD and Pusat Vulkanologi dan Mitigasi
Bencana Geologi PVMBG, the aim of multi-disciplinary scientiic project is to detect and characterize the deep magma source and the dynamics of magma transfer to
the surface using precise defor- mation measurements, especially tiltmeters and continuous Global Positioning System cGPS with modern data processes and
modelling.
After the 2010 eruption of Merapi, a new continuous GPS network has been installed by PVMBG and Kyoto University Iguchi et al., 2011, consisting in 3 stations located
on the volcano lanks plus a reference at Yogyakarta Observatory BPPTK, and is mainly dedicated to monitoring purposes.
In 2013, we have completed this network with 5 additional permanent stations, which are located on the summit area and volcano lanks at 3 to 6 km distance.
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The inal network 8 stations + reference, all with 1-Hz sampling and real-time data streaming to the Observatory, are now potentially able to better detect and
measure the location and volume variations of possible magma sources, and follow magma transfer towards the surface. Precise daily solutions automatic algorithms
have been set up and data are accessible to every partner of the research program.
Now we plan to install real-time inversion of 3-D elastic modelling of deformation sources, using diferent approaches : 3D-MBEM Cayol Cornet, 1997 and displace-
ments tomography Augier, 2011. We will also install new tiltmeter stations at Merapi and North Maluku province volcanoes.
During my short stay in Indonesia July-September 2014, I will initiate the installation of this new network on the Merapi volcano, and set up the automatic
processing at Yogyakarta observatory with data streams from the irst operative stations. This will be achieved in collaboration with PVMBG teams, in particular Dr.
Subandriyo and Ir. Made Agung Nandaka from BPPTK, and Pr. Masato Iguchi from the Kyoto University.
Also, I will contribute to the installation of monitoring stations at Maluku volcanoes Ibu, Gamkonora, Gamalama, Dukono, Kie Besi.
C.2.1. Dr. François Beauducel
Warga Negara Nationality : Perancis Jabatan Position
: Professor Institusi Institution
: Institut de Physique du Globe de Paris Email email
: beauducelipgp.fr Alamat Address
: 1 rue Jussieu, 75005 Paris, France
C.3.1. Technical and Scientiic Support on Geophysical Observation Platform of Indonesian Volcanoes
Tujuan Penelitian
: Melakukan pemeliharaan peralatan serta
pengambilan data geoisik dan geokimia Bidang Penelitian
: Vulkanologi Lama Penelitian
: 12 dua belas bulan, mulai 21 Januari 2014 month, starting from
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Daerah Penelitian : DI Yogyakarta GN. Merapi, Gunung api di Maluku
Mitra Kerja : Badan Geologi ESDM Dra. Sri Sumarti
Abstract
“Technical and Scientiic Support on Geophysical Observation Platform of IndonesianVolcanoes”
Antoine P. Laurin
As part of the « Institut de Recherche pour le Developpement » activities in Indonesia, my research consists of bringing a scientiic and technical support for
geophysical observation platform on the Merapi volcano and in the Maluku islands.
Under the supervision of Dr. Jean-Philippe Metaxian, based in the CVGHM in Bandung, I am working in the BPPTKG oice in Yogyakarta. My research project
consists mainly of maintaining and installing the instrumentation system deployed on the Merapi volcano, in the frame of the Domerapi project. This 4-year project,
inanced and supported by French agencies ANR and IRD, associates several international partners French, Indonesian and others and is coordinated by Dr.
Surono and Dr. Jean-Philippe Metaxian.
C.3.1. Mr. Antoine Pierre Laurin
Warga Negara Nationality : Perancis Jabatan Position
: Researcher Institusi Institution
: Institut de Rscherche pour le Développement IRD
Email email : ant.lauringmail.com
Alamat Address : 49 rue Jean Baptiste Castaings 64340 Boucau
France
C.4. Measurements of Volcanic Gas and Plume Emissions from Gunung Merapi using Spectroscopic Tools
Tujuan Penelitian : Melakukan pengukuran gas dan emisi debu Gn.
Merapi dengan menggunakan spectroscopic tools
Bidang Penelitian : Vulkanologi
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Lama Penelitian : 1 satu bulan, mulai 25 Agustus 2014 month,
starting from Daerah Penelitian
: D.I. Yogyakarta G. Merapi Mitra Kerja
: BPPTKG Kementerian ESDM Dr. Subandriyo
Abstract
Our project makes part of the research program cooperation between Institut de Recherche pour le Developpement IRD and Pusat Vulkanologi dan Mitigasi
Bencana Geologi PVMBGCVGHM for multi-disciplinary investigations and improved monitoring of Gunung Merapi. Our scientiic contribution is focused on
tracking and quantifying magma degassing processes by using a combination of spectroscopic tools OP-FTIR spectrometer, MultiGAS sensors, SO2-camera and
DOAS sensors to remotely measure the chemical composition and the mass lux of volcanic gases and plumes emitted by the volcano. Volcanic gas survey has long
been carried out on Merapi thanks to regular access to the hot fumarolic ields of Woro and Gendol. However, since the November 2010 paroxysmal eruption
Surono et al., 2012 direct access to hot volcanic gases is no more possible and little information is available for the current post-paroxysmal magma degassing.
During our ieldwork in August-September 2014 we thus propose to perform remote sensing measurements i of the chemical composition H2O, CO2, SO2,
HCl, HF, CO and the mass lux of hot gases issuing from the summit crater by operating spectroscopic tools from the crater rim and from Pasar Bubar and ii of
the SO2-HCl-HF content and lux in the bulk volcanic plume at distance from the volcano using IR and UV absorption of the solar radiation. The results, obtained
at high frequency 1 Hz, will be correlated with geophysical signals earthquakes, deformations and, combined with petrologic data, to determine the quantity of
magma presently feeding the volcano. The scientiic responsible of the project PA has a long past experience with measuring volcanic gases on Merapi.
This work and resulting publications will be realized in close collaboration with our Indonesian counterparts in BPPTKG Drs Subandriyo, Sri Sumarti and Agus Budi
Santoso and with Dr. P. Bani IRD, Bandung for DOAS measurements. We shall also participate to the IAVCEI-COV8 Conference in Yogjakarta Sept. 9-13 where two of
us will be co-conveners Session 1.I.3.
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C.4.1. Mr. Yves Moussallam
Warga NegaraNationality : Perancis JabatanPosition
: Postdoctoral Researcher InstitusiInstitution
: ISTO-CNRS Emailemail
: yves.moussallamcnrs-orleans.fr AlamatAddress
: ISTO-CNRS Orleans, 1A Rue de la Ferollerie, 45100 Orleans, France
C.4.2. Ms. Rossella Di Napoli
Warga NegaraNationality : Italia JabatanPosition
: Post Doc InstitusiInstitution
: University Of Palermo-DiSTeM Department Emailemail
: rossella.dinapoliunipa.it AlamatAddress
: Rossella Di Napoli, Via Villa Giocosa 42, 90146 Palermo Italy
C.4.3. Mr. Alessandro Aiuppa
Warga NegaraNationality : Italia JabatanPosition
: Associate Professor InstitusiInstitution
: Università di Palermo Emailemail
: alessandro.aiuppaunipa.it AlamatAddress
: Dipartimento DiSTeM, Università di Palermo. Via archirai 36, 90123, Palermo Italy
C.4.4. Mr. Patrick Allard
Warga NegaraNationality : Perancis JabatanPosition
: Research Director InstitusiInstitution
: Institut de Physique du Globe de Paris Emailemail
: pallardipgp.fr AlamatAddress
: Institut de Physique du Globe de Paris IPGP, 1 rue Jussieu, oice 468, 75238 Paris cedex 05, France
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D. OSEANOGRAFI
D.1. Circulation and ecosystem study in the Indonesian seas under the inluence of the western Paciic variability
Tujuan Penelitian
: Untuk mengukur sirkulasi dan variabilitas ekosistem di laut timur Indonesia
Bidang Penelitian : Oseanograi
Lama Penelitian : 1 satu bulan, mulai 13 November 2014month,
starting from Daerah Penelitian
: DKI Jakarta, Sulawesi Utara Bitung, Sulawesi Selatan Laut Sulawesi, Maluku Laut Maluku dan
Laut Banda Jawa Tengah Laut Jawa Mitra Kerja
: P2O LIPI Furqon Azis Ismail, S.Si, M.Si
Circulation and ecosystem study in the Indonesian seas under the inluence of the western Paciic
variability
The way the circulation and ecosystem of the Indonesian seas are inluenced by the western Paciic Ocean circulation and the dynamics of the forcing have
never been studied, due to lack of synchronous observations of the western equatorial Paciic Ocean and the eastern Indonesian seas.The main objectives of
the cooperative surveys are to measure the circulation and ecosystem variability in the eastern Indonesian seas, i.e. the Sulawesi Sea and the Maluku Sea. The study of
the interannual variations of the Indonesian seas is evidently very important to the economy and social development of Indonesia.
The survey will conduct CTD and ADCP measurements in the eastern Sulawesi Sea and Maluku Strait using Baruna Jaya 8. The temperature, salinity and dissolved
Oxygen proiles will be measured using CTD. Ship mounted ADCP measurements and water samples will be collected onboard of the ship during the survey. Three
deep ocean moorings consisting of ADCP, CTD, and current meters will be deployed in the Maluku Strait. The cruise will also retrieve one mooring system in the Maluku
Strait.
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D.1.1. Mr. Xiang Li
Warga NegaraNationality : RRC JabatanPosition
: Post-doc candidate InstitusiInstitution
: Institute of Oceanology, Chinese Academy of Sciences
Emailemail : lixiangqdio.ac.cn
AlamatAddress :
D.1.2. Mr. Wang Zheng
Warga NegaraNationality : RRC JabatanPosition
: Associate Professor InstitusiInstitution
: Institute of Oceanology, Chinese Academy of Sciences
Emailemail : wangzhengqdio.ac.cn
AlamatAddress : 7 Nanhai Road, Qingdao, China, 266071
D.1.3. Mr. Li Yao
Warga NegaraNationality : RRC JabatanPosition
: Research Assistant InstitusiInstitution
: Institute of Oceanology, Chinese Academy of Sciences
Emailemail : liyaoms.qdio.ac.cn
AlamatAddress : Key Laboratory of Ocean Circulation and Waves,
Institute of Oceanography, Chienese Academy of Sciences
D.2. South China Sea - Indonesian Seas TransportExchange SITE and Dynamics of Sunda and Lombok Straits
Tujuan Penelitian
: Melakukan pengamatan dinamika laut aliran panas di antara lautan Indonesia dan Laut Cina
Selatan di Selat Karimata dengan melakukan pemasangan mooring
Bidang Penelitian : Oseanograi
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Lama Penelitian : 1 satu bulan, mulai 12 Desember 2014month,
starting from Daerah Penelitian
: Perairan selat Karimata Mitra Kerja
: Pusat Pengkajian dan Perekayasaan Teknologi Kelautan dan Perikanan, Balitbang KP, KKP Dr.rer.
nat Agus Setyawan, Mukti Trenggono, M.Si. dan Tim
“South China Sea - Indonesian Seas TransportExchange SITE and Dynamics of Sunda andLombok Straits”
The method used in this cruise is to deploy and recovery the Trawl-resistant bottom mounted acoustics current doppler proiler TRBM ADCP Mooring and Sub Surface
Mooring Buoy CTD and ADCP.
Recover the four TRBMs Station B1, B2, B3, and B4 in Karimata Straits on April 2014. After load data and renew some equipment, the moorings will redeploy in
the same station again. Then in November 2014 will recover all the TRBMs and inish the observation in the Karimata Strait.
In August 2014, the Lombok Strait cruise will recover and redeploy the Sub Surface Mooring Buoy to load the current data of the Lombok Strait.
Objectives
The program SITE outlines an efort to measure the magnitude and variability of the water mass transportexchange, temperature, salinity, and heat lux between the
Indonesian Seas and South China Sea SCS in the Karimata Strait by deploying a series of trawl-resistant bottom mounted acoustics current Doppler proiler TRBM
ADCP moorings.
The low through the Karimata Strait is hypothesized to play a major role in controlling the dynamics of the SCS and Indonesian Seas, and in afecting the
primary Indonesian throughiow ITF and its impacts on seasonal ish migration. The ield work of the Phase I II of SITE program has been implemented from
November 2007 to October 2011. Data obtained in Karimata and Sunda Straits revealed that a signiicant water mass transport, 3.6 Sverdrup Sv, lowed from
the South China Sea to the Java Sea in boreal winter and about 1.8 Sverdrup from the Java Sea to the South China Sea in boreal summer. This indicates that the
Karimata Strait transport can contribute a seasonal variability of more than 5 Sv in
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the total Indonesian Throughiow ITF. This result indicates that the Karimata Strait throughiow can greatly impacts the circulation of both the South China Sea and
the Indonesian Seas.
In Lombok Strait Cruise, the cruise objectives is understanding dynamics generation, propagation and dissipation mechanism of internal waves, determine
impacts of Indonesian Throughiow on internal waves and determine impacts of internal waves on biogeochemical luxes.
D.2.1. Mr. Bin Fan
Warga NegaraNationality : Republik Rakyat Cina JabatanPosition
: Senior Engineer InstitusiInstitution
: The First Institute of Oceanography Emailemail
: fanbio.org.cn AlamatAddress
: 6 Xian-Xia-Ling Road, High-Tech Industry Park, Qingdao, 266061, China
D.2.2. Ms. Xiaoqing Xu
Warga NegaraNationality : Republik Rakyat Cina JabatanPosition
: Assistant Researcher InstitusiInstitution
: The First Institute of Oceanography Emailemail
: xuxqio.org.cn AlamatAddress
: 6 Xian-Xia-Ling Road, High-Tech Industry Park, Qingdao, 266061, China
D.2.3. Mr. Lian Zhan
Warga NegaraNationality : Republik Rakyat Cina JabatanPosition
: Assistant Researcher InstitusiInstitution
: The First Institute of Oceanography Emailemail
: xuxqio.org.cn AlamatAddress
: 6 Xian-Xia-Ling Road, High-Tech Industry Park, Qingdao, 266061, China
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D.2.4. Mr. Li Shujiang
Warga NegaraNationality : Republik Rakyat Cina JabatanPosition
: Assistant Researcher InstitusiInstitution
: The First Institute of Oceanography Emailemail
: xuxqio.org.cn AlamatAddress
: 6 Xian-Xia-Ling Road, High-Tech Industry Park, Qingdao, 266061, China
D.3. Joint Research Program on Tuna Resources in Sulu-Sulawesi Seas
Tujuan Penelitian
: Melakukan riset bersama di bidang survei oseanograi, survey hidro akustik dan
penangkapan ikan tuna Bidang Penelitian
: Oseanograi, Perikanan Lama Penelitian
: 20 dua puluh hari, mulai 19 November 2014 month, starting from
Daerah Penelitian : Sulawesi Utara Bitung, Laut Sulawesi
Mitra Kerja
: Balai Penelitian Perikanan Laut, Kementerian Kelautan dan Perikanan Prof. Dr. Ali Suman
Abstract
Joint survey between SEAFDEC and Indonesia will be conducted at 22 November - 1 December 2014 in Sulawesi Sea, Indonesian Waters. The survey will be using
MV SEAFDEC 2 research vessel. The data collected will be oceanographic, acoustic and ishing trial in 17 stations. The objectives of this research survey are to carry
out oceanographical survey ICTD, bongo net, neuston net, current indicator, hydro-acoustic survey by scientiic echo-sounder and ishing trial using trolling,
handline and longline at any appropriate position. Sampling stations was designed by stratiied sampling method. Oceanographical data including current, depth,
temperature, conductivity, ish larvae, phytoplankton dan zooplankton. Acoustic data will recorded during track, CTD operation and bongo-neuston operation.
Bongo-neuston operation will be conducted in every station, using 500 and 330 m mesh size net for bongo net and 100 x 70 cm square shape with 1 mm mesh
size for neuston net. Bongo net will be towed at 2-3 knot speed in 30 minutes in oblique direction while neuston net will be towed horizontally with the same
speed and amount of time. The samples from bongo and neuston net will be taken and analyze in Indonesia.
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D.3.1. Mr. Sayan Promjinda
Warga NegaraNationality : Thailand JabatanPosition
: Researcher - Fishing Gear Technologist InstitusiInstitution
: Capture Fishery Technology Division - Training Department TD- SEAFDEC
Emailemail : sayanseafdec.org
AlamatAddress : SEAFDEC PO. BOX 97, Phrasamutchedi, Samut
Prakan, 10290, Thailand
D.3.2. Mr. Komson Pofa
Warga NegaraNationality : Thailand JabatanPosition
: Researcher InstitusiInstitution
: Capture Fishery Technology Division - Training Department TD- SEAFDEC
Emailemail : -
AlamatAddress : SEAFDEC PO. BOX 97, Phrasamutchedi, Samut
Prakan, 10290, Thailand
D.3.3. Mr. Nakaret Yasook
Warga NegaraNationality : Thailand JabatanPosition
: Researcher InstitusiInstitution
: Capture Fishery Technology Division - Training Department TD- SEAFDEC
Emailemail : -
AlamatAddress : SEAFDEC PO. BOX 97, Phrasamutchedi, Samut
Prakan, 10290, Thailand
D.3.4. Ms. Pontipa Luadnakrob
Warga NegaraNationality : Thailand JabatanPosition
: Researcher InstitusiInstitution
: Capture Fishery Technology Division - Training Department TD- SEAFDEC
Emailemail : -
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Alamat Address : SEAFDEC PO. BOX 97, Phrasamutchedi, Samut
Prakan, 10290, Thailand
D.3.5. Mr. Sukchai Arnupapboon
Warga Negara Nationality : Thailand Jabatan Position
: Researcher Institusi Institution
: Capture Fishery Technology Division - Training Department TD- SEAFDEC
Emailemail : -
AlamatAddress : SEAFDEC PO. BOX 97, Phrasamutchedi, Samut
Prakan, 10290, Thailand
D.3.6. Mr. Remar Asuncion
Warga NegaraNationality : Filipina JabatanPosition
: Fishing Gear Technologist InstitusiInstitution
: Bureau of Fisheries Aquatic Resources-Capture Fisheries Division - SEAFDEC
Emailemail : -
AlamatAddress : Blk4 Lot14, Francisco Home 3, San Jose Del Monte
City, Bulacan 3023
D.3.7. Ms. Riczyneth Arinque
Warga NegaraNationality : Filipina JabatanPosition
: Fisheries Oceanography InstitusiInstitution
: Bureau of Fisheries Aquatic Resources-Capture Fisheries Division - SEAFDEC
Emailemail : -
AlamatAddress : Blk30 L24-A Sampaguita St., Capitol Hills Exec.
Subd,. Lapidario, Trece Martirez City, Cavite 4109
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E. PALEONTOLOGI
E.1. In search of the irst hominins: Sedimentology, palaeontology and dating of Pleistocene fossil vertebrate faunas and open occupation
sites in Flores and Sulawesi
Tujuan Penelitian : Melakukan penggalian, survey geologi dan
rekonstruksi lingkungan deposit Pleistocene Bidang Penelitian
: Paleontologi Lama Penelitian
: 12 dua belas bulan, mulai 28 September 2014 month, starting from
Daerah Penelitian : NTT Kab. Ngada dan Nage Keo, Flores, Sulawesi
Selatan Watansoppeng Mitra Kerja
: Pusat Survey GeologiBadan Geologi Bandung Dr. Ir. Adhi Wibowo
Abstract
At present the prevailing model for early hominin evolution and dispersal assumes that the genus Homo originated in Africa at least 2.33 Ma ago and that Homo erectus
was the irst to disperse into Eurasia about 1.7-1.9 Ma ago; and that the migrants were large-brained and essentially modern in stature and body proportions.
However, recent discoveries, especially at Dmanisi in Georgia and Liang Bua on the Indonesian island of Flores, indicate how little is known about when hominins
irst occupied Asia or the species involved. These diferences also challenge all key assumptions in the ‘Out of Africa 1’ Model.
This Project will target the site Mata Menge in the Soa Basin of Flores, where there are well preserved faunal remains associated with evidence of Middle Pleistocene
hominin occupation; where distribution of early hominin activities across the basin provides insights into their adaptive behavior. Although there is a long history of
research in the basin, we engage in a level of inter-disciplinary investigation and scale of excavation not attempted previously on Flores, and seldom in Southeast
Asia.
Furthermore, given evidence on Flores for a Late Pleistocene, endemic species, Homo loresiensis, the discovery of hominin remains from the Soa Basin will have
major implications for the evolutionary history of hominins on the island. And, because of the unique circumstances of Flores as a refuge for faunal lineages long
extinct elsewhere, the outcome of our research may have paradigm-changing
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implications for the biogeography of early hominins in Asia, and for ancient dispersal events of hominins out of Africa.
The project will also explore other Indonesian islands that may have played a crucial role in the dispersal of hominins from Asia into island SE Asia and beyond, into
Australia. We have focused in particular on the large island of Sulawesi, which has been disconnected from the Asian mainland since at least the Eocene, and where
initial results suggest an early hominin occupation.
In addition, our research aims at unraveling the faunal evolution of Flores and other islands, with particular focus on the elephants and their relatives. Excavations at
Mata Menge have yielded an unprecedented collection of fossils of Stegodon and other insular animals that can shed light on the evolutionary processes at work on
an island. The rich fossil record on Flores covers a period from more than 1 million years to recent. This allows to investigate in detail a phenomenon called “the Island
Rule”, which predicts that large mammals such as elephants will evolve smaller body sizes and small mammals such as rodents becoming larger. This topic is
hotly debated in the recent literature, not in the least because it has been argued that Homo loresiensis itself represents an insular dwarf species. The well-dated
faunal sequence on Flores ofers an unique opportunities to test such models.
E.1.1. Mr. Brent Victor Alloway
Warga NegaraNationality : Selandia Baru JabatanPosition
: Associate Professor InstitusiInstitution
: Victoria University of Wellington Emailemail
: brent.allowayvuw.ac.nz AlamatAddress
: School of Geography, Environment Earth Sciences, Victoria University of Wellington PO Box
600, Wellington, New Zealand
E.1.2. Mr. Gerrit Dirk Van Den Bergh
Warga NegaraNationality : Belanda JabatanPosition
: ARC Research Fellow InstitusiInstitution
: University of Wollongong Emailemail
: gertuow.edu.au AlamatAddress
: 98 Cowper St; Port Kembla NWS 2505, Australia
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BAB 6 ILMU KEDOKTERAN DAN KESEHATAN
A. 1. Evaluation study of a Mobile Phone Application to Improve Nutrition Service delivery in rural and urban Posyandus
Tujuan Penelitian : Mengkaji dampak aplikasi hand phone dalam
akurasi data dan timeline terhadap kesiapsiagaan para pemangku kepentingan stake holders
dalam hal pemantauan pertumbuhan dan konsultasi kualitas gizi masyarakat
Bidang Penelitian : Ilmu Kesehatan dan Gizi
Lama Penelitian : 12 dua belas bulan, mulai 22 September
2014month, starting from Daerah
Penelitian : DKI Jakarta Jakarta Utara Cilincing, Jaktim
Kebon Pala, NTT Sika Mitra Kerja
: World Vision Indonesia Dr Sigit Sulistyo dan Balitbangkes Kementerian Kesehatan Kencana
Sari, SKM,MPH
B. Abstract C. Background:
Child undernutrition remains high in Indonesia, despite gradual improvements during the last decade. Undernutrition in early childhood can impair growth and
cognitive development with lifelong consequences for health, economic and physical well-being. The use of mobile phone technology ofers unique opportunities
in the efort to tackle persistently high levels of child undernutrition and improve nutrition service delivery at community-level. World Vision IndonesiaCanada and
the Institute of Development Studies IDS propose to pilot and rigorously evaluate the use of a mobile phone application for child growth monitoring and nutrition
counselling in community-based Posyandus in rural and urban Indonesia.
Objectives:
The primary objectives of this pilot and evaluation study are to assess the impact of the mobile phone application on data accuracy and timeliness of growth
monitoring; quality of nutrition counselling and stakeholders’ responsiveness to the mobile-phone based data.
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Methods:
A total of 14 study sites have been purposefully selected in three macro areas of Indonesia, two urban and one rural, comprising, respectively, 2, 2 and 10
Posyandus. We plan to introduce the mobile phone application in parallel to the existing paper-based growth monitoring and counselling activities in each of
the 14 Posyandus. A mixed-methods approach is proposed for this evaluation study, based on a Theory of Change ToC and employing both qualitative and
quantitative methods. Diferent evaluation methodologies will be used including a counterfactual-based Mill’s Method of Diference design, mechanism-based Realist
Evaluation and Process Tracing and stakeholder interviews. Data sources for this study comprise routine data resulting from the growth monitoring, focus group
discussions, small-scale surveys, in-depth interviews, stakeholder interviews and participant observations. This study will not collect any human biological samples
or test any medical products or devices.
All data sets from the growth monitoring and the nutrition counselling activities will be fully anonymous and can thus not be linked back to the individual child. All data
will be stored on a secure server and access to the data will be password protected and will only be given to authorized researchers for the purposes of description
and analysis. Dr Inka Barnett plans to visit Indonesia several times for maximal 10- 14 days each visit during this period. Together with Dr Sigit Sulistyo from World
Vision Indonesia she will facilitate the training of the Indonesian research assistants, conduct brief visits to the study Posyandus, support the stakeholder interviews
and assist with the data analysis.
D. AB.1.1. Ms. Inka Barnett
Warga NegaraNationality : Jerman JabatanPosition
: Research fellow InstitusiInstitution
: Institute of Development Studies IDS Emailemail
: i.barnettids.ac.uk AlamatAddress
: Institute of Development Studies Library Road BrightonBN1 9RE UK
