Pemanfaatan Hasil Riset Kepingan Kerak Samudra Purba dalam Perspektif Dinamika Kerak Bumi Aktual

Authors

Haryadi Permana
Lembaga Ilmu Pengetahuan Indonesia (LIPI)

Keywords:

Kerak Samudra Purba, Ofiolit, Petrologi-Geokimia

Synopsis

Penelitian geologi, petrologi, geokimia kepingan kerak samudra purba yang tersebar di beberapa pulau di Indonesia mengindikasikan sebagai jejak konvergensi lempengan bumi di masa lalu. Kepingan-kepingan kerak samudra di Indonesia terbentuk dalam lingkungan tektonik yang beragam, yaitu terbentuk dalam lingkungan busur gunungapi, punggungan tengah samudra, basal kepulauan samudra dan sub-kontinen. Hasil pengukuran umur pembentukan batuan memberikan rentang waktu mulai dari Kala Jura Tengah (157 Juta Tahun Lalu) sampai umur temuda 15-9 Juta tahun lalu atau Kala Miosen Tengah-Akhir. Asal usul dan rentang umur pembentukan kepingan kerak samudra memberikan gambaran baru tatanan geologi dan tektonik terkait dengan pembentukan sumber daya energi atau migas. Secara alamiah komposisi kimia dan kandungan unsur logam ekonomis seperti nikel, krom, kobal, titanium maupun seng yang berbeda dari kerak samudra yang terbentuk dari selubung bumi. Dalam perspektif dinamika kerak bumi aktual, pemahaman dan pengetahuan dasar kerak bumi dapat dijadikan sebagai bahan dalam upaya mitigasi bencana. Pergerakan kerak bumi juga dapat membentuk sumber daya mineral dalam lingkungan kegiatan vulkanik. Kerak samudra yang merupakan alas dari dasar laut sangat strategis sifatnya bagi Indonesia sebagai negara benua maritim. Perluasan wilayah laut di luar 200 nm dalam jangka panjang akan sangat bermanfaat bagi Indonesia.

Downloads

Download data is not yet available.

Author Biography

Haryadi Permana, Lembaga Ilmu Pengetahuan Indonesia (LIPI)

Telah menghasilkan publikasi sebanyak 107 karya tulis ilmiah (KTI), baik yang ditulis sendiri maupun bersama penulis lain dalam bentuk buku, jurnal, dan prosiding. Sejumlah 57 KTI ditulis dalam bahasa Inggris, dan 50 dalam bahasa Indonesia. Aktif dalam organisasi profesi ilmiah, antara lain sebagai an-ggota Ikatan Ahli Geologi-IAGI (NPA: 01892B) (berlaku sampai 2021), dan Himpunan Peneliti Indonesia-HIMPENINDO (no. 8021096001) berlaku sampai 2021. Menerima berbagai tanda penghargaan tingkat nasional, antara lain Satyalancana Karya Satya X (tahun 1999), Satyalan-cana Karya Satya XX (tahun 2008), Satyalancana Pembangunan (tahun 2014), dan Satyalancana Karya Satya XXX (tahun 2017) dari Presiden RI.

References

Permana H. Ofiolit daerah akelamo, pulau obi, maluku utara. Riset 1987; 8(1):13-24.

Atlas geologi dan potensi sumber daya mineral & energi, kawasan indonesia, skala 1: 10.000. 000. ed. Sukamto R. Puslitbang geologi, balitbang ESDM, DESDM 2002; 33 lembar

Solihin, Arinaldo P, Dewi NS, and Permana H. The kinetic profile of iron dissolution from laterite ore in chloric acid solution; Profil kinetika pelarutan besi dari bijih laterit dalam larutan asam klorida. Ind. Min. J. 2019 April; 22(1):29-37

Rangin C, Pubellier M, Azema J, et al. The quest for tethys in the western pacific: 8 paleogeodynamic maps for cenozoic time. Bull. Soc. Geol. Fr, 1990; 8, t.VI (6):907-913

Daly MC, Cooper MA, Wilson I, et al. Cenozoic plate tectonics and basin evolution in indonesia. Marine end Petrol. Geol. 1991 Feb; 8:2-21

Metcalfe I. Pre-cretaceous evolution of SE asian terranes. In: Tectonic evolution of southeast asian. Hall R & Blundell D. eds. Geol Soc Spec Pub. 1996; (106):97-122

Hall R. Reconstructing cenozoic SE asia. In: Tectonic evolution of southeast asian. Hall R & Blundell D. eds. Geol Soc Spec Pub. 1996; (106):153-184.

Sopaheluwakan J, Linthout K, Helmers H & Permana H. Peridotite-metamorphite relation in west seram: constraints to the vertical movement of the north banda arc. Proc Ind Asso Geol. 1999; 599-610.

Soeria-Atmadja R, Permana H, and Kadarusman A. High-pressure metamorphics and associated peridotite in eastern indonesia. Spec ed Tertiary high-P metamorphism and associated ophiolite emplacement in eastern indonesia. MGI. 2005 Aug; 20(2):61-7

Permana H. Kompleks batuan metamorfik. Dalam: Buku geologi sulawesi. Surono & Hartono U, ed. LIPI Press, 2013; (VII-III):127-152

Hsu KJ. Principles of mélanges and their bearing on the franciscan-knoxville paradox. GSAB. 1968 Aug; 79:1063-74, 2 figs. 2 phs

McConachy T, Permana H, and Burhanuddin S. IASSHA 2003: indonesia australia survey for submarine hydrothermal activity northern sulawesi, indonesia. Soundings newslet Intl Mar Min Soc. Intl Mar Min Soc. 2004 Febr 18

McConachy T, Permana H, Binns RA, et al. Recent investigations of submarine hydrothermal activity in indonesia. The AusIMM Bull. 2004 sept 19-22; 161-172

Permana H, McConachy T, Priadi B, et al. Gunungapi dan kegiatan hidrotermal bawahlaut di perairan sulawesi utara: mineralisasi dan implikasi tektonik. JGK. 2008 Agust; 6(2):69-79

Troa RA, Sarmili L, Permana H, Triarso E. Gunungapi bawah laut kawio barat, perairan sangihe, sulawesi utara: aktifitas hidrotermal dan mineralisasi; west kawio submarine volcano, sangihe waters north sulawesi: hydrothermal and mineralization. JGK. 2013 April; 11(1):1-8

Wilson M. Igneous petrogenesis: a global tectonic approach. Unwin Hyman, 1989:466 p.

Nicolas A. Structures of ophiolites and dynamics of oceanic lithosphere. 1989; 367p.

Conference participants. Ophiolites. Penrose Field Conf. Geotimes 1972; 24-5.

Gill R. Igneous rocks and processes: a practical guide. Wiley-Blackwell. 2010; 428 p.

Le Bas’ MJ & Streckeisen AL. The IUGS systematics of igneous rocks. J. Geol Soc. London, 1991;148:825-33, 8 figs, 2 tab

Dick HJB, and Bullen T. Chromian spinel as a petrogenetic indicator in abyssal and alpine-type peridotites and spatially associated lavas. Cont. Min. and Pet. 1984; 86:54-76

Best MG. Igneous, and metamorphic petrology. 2nd edition. Blackwell Pub, 2003. 729 p.

Takazawa E, Frey FA, Shimizu N, and Obata M. Whole rock compositional variation in an upper mantle peridotite (horoman, hokkaido, japan): are they consistent with a partial melting process? Geoch et Cosmochi Acta. 2000;64(4):695-716.

Winter JD. An introduction to igneous and metamorphic petrology. Pren Hall, 2001. 697 p.

Sun S-s and McDonough WF. Chemical and isotopic systematics of oceanic basalts: implications for mantle composition and processes, in: Magmatism in the ocean basins. Saunders AD and Norry MJ. eds. Geol Soc Spec Pub. 1989; (42):313-45

Maulana A, Sanematsu K, and Sakakibara M. An Overview on the Possibility of Scandium and REE Occurrence in Sulawesi, Indonesia. IJOG. 2 aug 2016; 3 (2);139-147

Dilek Y & Furnes H. Tethyan ophiolites and tethyan seaways. J Geol Soc. 2019; 176:899-912

Heine C & Müller RD. Late jurassic rifting along the australian northwest shelf: margin geometry and spreading ridge configuration. Aus J Earth Sci: inter Geos J Geol Soc Aus. 2005; 52(1):27-39

Monnier C, Girardeau J, Pubellier M, Permana H. L’ophiolite de la chaîne centrale d’irian jaya (indonésie) : évidences pétrologiques et géochimiques pour une origine dans un bassin arrière-arc. C R Acad. Sci. Paris, Sci de la Terre et des planètes / EPS Elsevier. 2000; 331:691–99

Permana H. Dynamique de mise en place des ophiolites d’irian jaya (indonésie). Thèse de Doctorat d’Université Nantes, unpublish. 1998:313 p.

Permana H, Soeria-Atmadja R, Girardeau J, Pubellier M, Monnier C, and Bellon H. Weyland ophiolite of nabire district, western papua, eastern indonesia: origin and tectonic consequence. Spec Ed. Tertiary high-p metamorphism and sssociated ophiolite emplacement in eastern indonesia. MGI. 2005 August;20(2):90-102.

Permana H, Soeria-Atmadja R, Girardeau J, Pubellier M, and Monnier C. Emplacement mechanism of the cyclops ophiolite. Spec Ed. Tertiary high-p metamorphism and sssociated ophiolite emplacement in eastern indonesia. MGI. 2005 Aug; 20(2):103-15

Monnier C, Girardeau J, Pubellier M, Polvé M, Permana H, and Bellon H. Petrology and geochemistry of the cyclops ophiolites (irian jaya, east indonesia): consequences for the cenozoic evolution of the north australian margin. Min and Pet. 1999; 65:1-28

Permana H, Suharyanto A, Soebandrio, and Soeria Atmadja R. Evidence of cenozoic tectonics: implication to basement evolution and configuration of the northern part of irian jaya: Proc Ind Assoc Geol. 1999 30 Nov- 1 Dec:33-42

Soeria-Atmadja R. Ophiolites in the halmahera paired belts, east indonesia. The geology and tectonics of eastern indonesia, Geol Res and Dev Cen, Spec. Publ. 1981; (2):363-72.

Ali JR, Hall R, Baker SJ. Palaeomagnetic data from a mesozoic philippine sea plate ophiolite on obi island, eastern indonesia. J Asian Earth Sci. 2001; 19:535-46

Permana H dan Gaol KL. Sesar geser sorong segmen sorong-kofiau, papua barat, indonesia: bukti dari data batimetri dan SBP (Sorong-kofiau segment of sorong strike-slip fault, west papua, indonesia: evidence of bathymetry and SBP data). JGK. 2018 Juni; 16(1):37-49

Monnier C, Girardeau J, Permana H, Rehault J-P, Bellon H, et Cotten J. Dynamics and age of formation of the seram-ambon ophiolites (central indonesia). Bull. Soc. géol. Fr. Vol spéc: géodynamique de l’asie du sud-est. 2003, t. 174, (6): 529-43.

Munasri, Permana H, and Siregar S. Is seram island the mirror image of timor island? Proc Ind Assoc Geol. Proc Ind Assoc Geol. 1999 30 Nov - 1 Dec:51-61

Permana H, & Surono. Kompleks ofiolit. Dalam: Buku geologi sulawesi. Surono & U. Hartono ed. LIPI Press. 2013. (XVI): 213-24.

Maulana A, David J Ellis D J, Christy A G. Petrology, geochemistry and tectonic evolution of the south sulawesi basement rocks, indonesia. ind procc, IPA. IPA10-G-192. Thirty-Fourth An Conv & Exhib, May 2010

Monnier C, Polvé M, Girardeau J, Pubellier M, Bellon H, and Permana H. Extensional to compressive mesozoic magmatism at the SE Eurasia margin as recorded from the meratus ophiolite (SE borneo, indonesia). Geodin Acta.1999; (12):43-55

Gaol KL, Permana H, dan Hananto ND. Aplikasi model 2-D anomali gravitasi pada komplek akresi pegunungan bobaris meratus, kalimantan selatan. JTI. 2003; XXVI (1-2):1-16

Gaol KL, Permana H, Kadarusman A, Hananto ND, Wardana DD, dan Sudrajat Y. Model gayaberat pegunungan bobaris-meratus, kalimantan selatan dan implikasi tektoniknya. J Geof. HAGI. 2005;(2):

Patonah A, Permana H. Basement characteristic western part of java, indonesia; case study in bayah area, banten province. IJASEIT. 2018; 8(5):2135-41

Ahnaf JS, Patonah A, Permana H. Petrogenesis of volcanic arc granites from bayah complex, banten, indonesia. JGEET. 2019; 04(02):104-15

Permana H, Patonah A, Syafri I, Rochman O, Munasri, Ishii, T. Petrology basic-ultrabasic rocks and PT condition of metamorphic rocks of ciletuh mélange complex, southern of west of java. Proc WS and Expo. Fundamental research scientific result of indonesia-japan coop Prog. Jakarta, 2003 Jul 17-18:107-11.

Patonah A, Permana H. Petrology amfibolit komplek mélange ciletuh, sukabumi, jawa barat. Bull Sci Cont. 2010 Agust; 8(2):69-77

Asikin S. The geological evolution of central Java and vicinity in the light of the new global tectonics: Unpubl. Ph.D. thesis ITB (in Indonesian with English abstract) 1974. 256 p.

Suparka ME. Study on petrology and geochemistry of north karangsambung ophiolite, luh ulo, central java: Unpubl. Ph.D. thesis ITB (in Indonesian with English abstract), 2008. 181 p.

Kadarusman A, Massonne H-J, van Roermund H, Permana H, Munasri. Contrasting protoliths of cretaceous metamorphic rocks from lok ulo accretionary wedge complex of central java, Indonesia. AGU Poster 2005. T11B-0375

Patonah A, Permana H, Priadi B. Petrology of high-pressure metamorphic rocks from lok ulo mélange complex, karangsambung, central java, indonesia. Bull Sci Contr. 2009 Agt; 7(1):1-6

Kadarusman, A, Massonne, H-J, van Roermund H, Permana H, & Munasri. P-T evolution of eclogites and blueschists from the luk ulo complex of central java, indonesia. Int Geol Rev. 2007; 49(4):329-56

Permana H, Munasri, Mukti MM, Nurhidayati AU, and Aribowo S. The origin of oceanic crust and metabasic rocks protolith, the luk ulo mélange complex, indonesia. ed. Ma'ruf MM et al. IOP conf series: earth and env Sci, Glob Coll GeoSci and Eng, 2017 Oct 18-19;118:34-39

Kadarusman A, Miyashita S, Maruyama S, Parkinson CD, Ishikawa A. Petrology, geochemistry and paleogeographic reconstruction of the east sulawesi ophiolite, indonesia. Tectonophysics. 2004; 392:55-83

Dirk MHJ. Studi petrologi batuan ofiolit dari kompleks bancuh ciletuh, jawa barat. JGSM.1997 April; VII:26-31

Schiller DM. Eocene submarine fan sedimentation in southwest java. Proc IPA. 1991:125-8.

Zahirovic S, Seton M, and Müller R D. The Cretaceous and cenozoic tectonic evolution of southeast asia. Solid earth. 2014; apr 29; (5), 227–273

Permana H, et al. Submarine mass movement and localized tsunami potentiality of mentawai basin, sumatra, Indonesia. BoMG. 2010;25(2):53-63

Hananto, ND, Permana H, Harjono H. Sumber-sumber gempa besar dan tsunami di sepanjang busur sumatera serta implikasi terhadap upaya mitigasi kebencanaa. Bab IV dalam Buku menyingkap tabir fenomena bencana seismik di indonesia. Perspektif pengurangan risiko bencana dan tsunami. Andira. 2012.

Hidayati D, Permana, H. Eds. Kajian kesiapsiagaan masyarakat dalam mengantisipasi bencana alam. Assesing and recognizing community preparendness in natural disaster. LIPI-Unesco/ISDR, 2006

Permana H. (Penyusun). Buku panduan kesiapsiagaan masyarakat dalam menghadapi gempa bumi dan tsunami. Kemenristek, 2006.

Bustomi DA, Permana H, Yogaswara H, Santoso H, Rafliana I. Buku panduan merintis siaga bencana berbasis masyarakat. LIPI Coremap II, 2006.

Harjono H, Permana H, Santoso H. Buku saku siaga bencana. Indonesia rawan bencana mari kita siaga. Compres Program LIPI. 2005

Triyono, Permana H. Bertahan dari gempa bumi dan tsunami. Unesco Office Jakarta dan LIPI. 2010; pp.40

Permana H, et al. The Banda aceh tsunami drill: First exercise of vertical evacuation in indonesia. JSPS Program. 2008 nov 2

SNI 7766:2012 Jalur evakuasi tsunami. ICS 12.300. BSN. 2012: 13 h

SNI 7743:2011 Rambu evakuasi tsunami. SNI 7743:2011. ICS 12.300. BSN. 2011:11 h

SNI 8288:2017 Manajemen pelatihan penanggulangan bencana. ICS 12.300. BSN. 2017: 11 h

Permana H, et al. Morfostruktur kawasan lepas pantai sangihe-talaud, sulawesi utara: subduksi lempeng dan anjakan antar lempeng/Morphostructure of sangihe-talaud offshore, north sulawesi: plate subduction and intraplate thrusting. MGI. 2012 apr 1; 27(1):53-67

Permana H, et al. INDEX-SATAL 2010 exploration: kawio barat submarine volcano in the north sulawesi, indonesia, image from the deep. OS13C Ocean Exploration II Posters. AGU Fall Meeting, San Francisco, California. 2010 dec 13-17

Wirasantosa S, Hammond S, Pandoe W, Holden J, Djamaluddin R, Permana H, et al. INDEX SATAL expedition 2010, a discovery of deep-sea potentials. AGU Fall Meeting, San Francisco, California. 2010 dec 13-17

Priadi B, Basuki NI, Abidin, H, Permana H, et al. Geological implication on the different products of submarine volcanism in sangihe waters (indonesia) view from the ROV (remotely operated vehicle). AGU Fall Meeting, San Francisco, California. 2010 dec 13-17

Makarim S, Baker E, Walker S, Wirasantosa S, Permana H, et al. Plume indications from hydrothermal activity on kawio barat submarine volcano, sangihe talaud sea, north sulawesi, indonesia. AGU Fall Meeting, San Francisco, California. 2010 dec 13-17

Triyono T, Iswinardi I, Wirasantosa S, Permana H, et al. Slope morphology in deep sea floor of the western sangihe arc, north sulawesi waters. AGU Fall Meeting, San Francisco, California. 2010 dec 13-17

Rancangan blueprint pengelolaan industri dan jasa kelautan. DKP 2009: 34 h

Pearce J, Lippard SJ, Roberts S. Characteristics, and tectonic significance of supra-subduction zone ophiolites, eds. Kokelaar BP, Howells MF, Marginal basin geology, Geol Soc, Spec Publ. 1984; 16:77–94.

Arif I. Nikel indonesia. PT gramedia. sep 2018;(246h)

Ito A, Otake T, Maulana A, Sanematsu K, Sufriadin, Sato T. Geochemical constraints on the mobilization of Ni and critical metals in laterite deposits, Sulawesi, Indonesia: A mass-balance approach. Resource Geology. 22 march 2021;1–28

Williams P R, Amiruddin. Diapirism and Deformation East of the Mamberamo River, Northern Irian Jaya. Bull Geol Res and dev Centre 1984; (10):10-20.

Continental shelf submission of indonesia partial submission in respect of the area of north west of sumatra (Main Body). Gov RI. 2008; 71 h

Continental shelf submission of indonesia partial submission in respect of the area of north papua. Main Body. Gov RI. 2018; 79 h

Tasa Graphic Arts, Inc. Plate tectonics visual glossary and atlas. Copyright © 2017 by Tasa graphic arts, inc. and its licencors.

Allègre C. Les ophiolites ou la recherché des ocean perdus. Pour la science, 1977; 83-96

Winter JD. Lecture 01. Igneous petrology. https://www.kau.edu.sa/Files/0053230/Subjects/Igneous-Petrology.ppt

Toksoz N. La subduction de la lithosphère. Pour la science, 1977; 56-66

Moorbath S. Les plus anciennes roches terrestre et la croissance des continents. Pour la science, 1977; 187-200

Downloads

Published

September 1, 2021
HOW TO CITE

Details about this monograph

ISBN-13 (15)

978-602-496-249-4