“…the rocks will keep on rolling…”	Geoteknologi Lembaga Ilmu Pengetahuan Indonesia (LIPI) (Indonesian Institute of Sciences) Komplek LIPI, Gedung 70 Jalan Sangkuriang, Bandung 40135, Indonesia Phone: +62-22-250 3654 Fax:     +62-22-250 4593 maruf@geotek.lipi.go.id or maruf.mukti@gmail.com
sedimentary geology & tectonics

The Mentawai Fault Zone (MFZ) along the south Sumatra forearc. Red, yellow and green circles represent earthquakes with depth of 0–30, 30–60, and 60–90 km, respectively [Pesicek et al., 2010]. Beach balls are GCMT focal mechanisms (1976–2010) for earthquake 30 km depth (modified from Mukti et al., 2012).

Photograph of channel-and-overbank deposits. Two stacked channel-fill deposits are incased in overbank fine-grained deposits. Sediment waves are denoted by SW (modified from Mukti & Ito, 2010).

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Publications

Journal articles 

1. Mukti, M.M., Singh, S., Deighton, I, 2014. Evolution of the south Sumatra forearc region from deep seismic reflection data. Marine and Petroleum Geology (submitted).
2. Moeremans, R., Singh, S.C., Mukti, M.M., McArdle, J., Johansen, K., 2014. Seismic images of structural variations along the deformation front of the Andaman–Sumatra subduction zone: Implications for rupture propagation and tsunamigenesis. Earth and Planetary Science Letters 386, 75–85.
3. Mukti, M. M., S. C. Singh, I. Deighton, N. D. Hananto, R. Moeremans, H. Permana, 2012. Structural evolution of backthrusting in the Mentawai Fault Zone, offshore Sumatran forearc. Geophys. Geosyst., 13, Q12006.
4. C. Singh, N. Hananto, M. M. Mukti, H. Permana, Y. Djajadiharja, H. Harjono, 2011. Seismic images of the megathrust rupture during the 25th October 2010 Pagai earthquake, SW Sumatra: Frontal rupture and large tsunami. Geophysical Research Letters 38, L16313.
5. C. Singh, N. Hananto, M. M. Mukti, D.P. Robinson, S. Das, A. Chauhan, H. Carton, B. Gratacos, S. Midnet, Y. Djajadihardja, and H. Harjono, 2011. Aseismic zone and earthquake segmentation associated with a deep subducted seamount in Sumatra,Nature Geoscience 4, 308–311.
6. Mukti, M.M., M. Ito, 2010. Discovery of outcrop-scale fine-grained sediment waves in the lower Halang Formation, an upper Miocene submarine-fan succession in West Java. Sedimentary Geology, 231, 55-62.
7. Mukti, M.M., Armandita, C., 2009. Turbidites depositional systems of the lower Halang Formation: Stratal architecture of slope to basin floor succession. Majalah Geologi Indonesia 24 (2), 99-107.
8. Mukti, M., M.S. Siregar, Praptisih, and N. Supriatna, 2005. Carbonate depositional environment and platform morphology of the Wonosari Formation in the area east of Pacitan. Riset Geologi & Pertambangan 16 (2), 29-38.
9. S. Siregar, Praptisih, Kamtono, Mukti, M.M., 2004. Reef facies of the Late Miocene Wonosari Formation, South of Central Java. Riset Geologi & Pertambangan 14 (1), 1-17.

Proceedings

1. Deighton, I, Mukti, M.M., Singh, S., Travis, T., Hardwick, A., Hernon, K., 2014. Nias basin, NW Sumatra – new insights into forearc structure and hydrocarbon prospectivity from long-offset 2D seismic data. Proc. Indonesian Petroleum Association, IPA14-G-299.
2. Hananto, N., Singh, S.C., Mukti, M.M., Deighton, I., 2012. Neotectonics of North Sumatra Forearc. Proc. Indonesian Petroleum Association Thirty-Sixth Annual Convention & Exhibition, May 2012.
3. Maulin, H.B., Armandita, C., Mukti, M.M., Mandhiri, D., Rubyanto, D., Romi, S., 2012. Structural Reactivation and its Implication on Exploration Play: Case Study of JS-1 Ridge.  Indonesian Petroleum Association, IPA12-G-072.
4. Mukti, M.M., S.C. Singh, R. Moeremans, N.D. Hananto, H. Permana, I. Deighton, 2012. Neotectonics of the southern Sumatran Forearc.  Indonesian Petroleum Association, IPA12-G-074.
5. Armandita, C., N. Pudyo, S.E. Saputra, Sumaryana,  M. Mukti, 2011. Exploration challenges and opportunities in deep water Makassar Strait basins, Indonesia: Review of carbonate play based on sequence stratigraphy and seismic characterization. Proc. Society of Exploration Geophysicists Annual Meeting 2011, 1-5.
6. Armandita, C., A.H. Satyana, I. Yuliandri,  M. Mukti, 2011. Trace of the translated subduction in central Java and its role on the Paleogene basins and petroleum system development. Proc. Joint Convention Meeting IAGI-HAGI Makassar 2011.
7. Mukti, M.M., S.C. Singh, N.D. Hananto, D. Ghosal, I. Deighton, 2011. Structural Style and Evolution of the Sumatran Forearc Basins.  Indonesian Petroleum Association, IPA11-G-082.
8. Armandita, C., M. Mukti, A.H. Satyana, 2009. Intra-Arc Trans-Tension Duplex of Majalengka to Banyumas Area: Prolific Petroleum Seeps and Opportunities in West-Central Java Border.Proc. Indonesian Petroleum Association, IPA09-G-173.
9. Mukti, M.M., M. Ito, C. Armandita, 2009. Architectural Elements of a Longitudinal Turbidite System: The Upper Miocene Halang Formation Submarine-Fan System in the Bogor Through, West Jawa.  Indonesian Petroleum Association, IPA09-G-168.

Communications

1. Mukti, M.M., S.C. Singh, I. Deighton, H. Permana, 2012. New insight on the deformation along the southern Java forearc. American Geophysical Union Fall Meeting 2012.
2. Mukti, M.M., S.C. Singh, N. Hananto, H. Permana, I. Deighton, 2011. Doubly Vergent Accretionary Wedge Active Tectonics in the Sumatra Subduction Zone. American Geophysical Union Fall Meeting 2011.
3. Armandita, C., J.A. Paju, M. Mukti, N. Mujahidin, 2010. Inverted intra arc transtensional deepwater basin in West – Central Java border: New interpretation of basin evolution and its implication to the petroleum system. Proc. American Association of Petroleum Geologist ACE 2010.
4. Mukti, M.M., Ito, M., 2009. Spatial variation in geometry of fine-grained sediment waves: An outcrop-scale example from the Upper Miocene Halang Formation submarine-fan system, West Java,  the annual meeting of the Sedimentological Society of Japan, Osaka and Kyoto, March 2009.
5. Mukti, M.M., Ito. M., 2008. A longitudinal turbidite system in the Late Miocene back-arc basin, the Halang Formation, Java,  the annual meeting of the Sedimentological Society of Japan, Hirosaki, April 2008.