D.ind.3l Pemetaan.karakteristik.penurunan.muka.Tanah.(Land.subsidence)Dg.integrasi.gps&Insar

May 26, 2018 | Author: sugendengal | Category: Groundwater, Geodesy, Geomatics, Nature, Earth & Life Sciences


Comments



Description

DAFTAR PUSTAKAAbidin, H.Z. (2007) : Penentuan Posisi dengan GPS dan Aplikasinya. Pradnya Paramita. Jakarta. Abidin, H.Z., Andreas, H., Gamal, M., Wirakusumah, A.D., Darmawan, D.W., Deguchi, T, dan Maruyama, T. (2008) : Land Subsidence Characteristic of The Bandung Basin, Indonesia, as Estimated From GPS and InSAR, Journal of Applied Geodesy, 2, 167- 177. Abidin, H.Z., Andreas, H., Gumilar, I., Fukuda, Y., Pohan, Y.E, dan Deguchi, T. (2011) : Land Subsidence of Jakarta and Its Relation with Urban Development, Nat Hazard, 59, 1753 – 1771. Abidin, H.Z., Andreas. H., Djaja, R., Darmawan, D.W., dan Gamal, M. (2008) : Land subsidence characteristics of Jakarta between 1997 and 2005, as estimated using GPS surveys, GPS Solution, 12, 23–32. Abidin, H.Z., Davies, R.J., Kusuma, M.A., Andreas, H, dan Deguchi, T. (2008): Subsidence and Uplift of Sidoarjo (east Java) due to the Eruption of the Lusi Mud Volcano (2006- Present), Environ Geol, DOI 10.1007/s00254-008-1363-4. Abidin, H.Z., Djaja, R., Darmawan, D.W., Hadi, S., Akbar, A., Rajiyowiryono, H, dan Subarya, C. (2001) : Land Subsidence of Jakarta (Indonesia) and its Geodetic Monitoring System, Natural Hazards, 23, 365–387. Abidin, H.Z., Djaja, R., Hadi, S., Akbar, A., Kusuma, M.A., Darmawan, D.W., Meilano., Subarya, C., Sumarwan., Rajiyowiryono, H, dan Songsang, R. (2000) : Observed Land Subsidence In Jakarta and Bandung and Its Correlation With Ground Water Abstraction, Paper Presented at 2000 Western Pacific Geophysics Meeting, Tokyo, Japan, June 27-30, 2000. Abidin, H.Z., Gumilar, I., Andreas, H., Murdohardono, D, dan Fukuda, Y. (2012) : On Causes and Impacts of Land Subsidence in Bandung Basin, Indonesia, Environmental Earth Sciences, DOI 10.1007/s12665-0121848-z. Abidin, H.Z., Gumilar, I., Andreas, H., Sidiq, T.P, dan Fukuda, Y. (2011) : On the Roles of Geospatial Information for Risk Assessment of Land Subsidence in Urban Areas of Indonesia, S. Zlatanova et al. (eds), Intelligent Systems for Crisis Management, Lecture Notes in Geoinformation and Cartography, DOI: 10.1007/978-3-642-33218- 0_19. Abidin, H.Z., Gumilar, I., Andreas, H., Sidiq, T.P, dan Fukuda, Y. (2011) : Study on Causes and Impacts of Land Subsidence in Bandung Basin, Indonesia, Proceedings of FIG 243 C. (2003) : The Application of Time Lapse Microgravity for the Investigation and Monitoring of Subsidence at Norhwich. Proceeding – Kerugian pada Bangunan dan kawasan Akibat Kenaikkan Muka Air Laut pada Kota-Kota pantai di Indonesia. R. Y. 29. Marocco.A. (1986) : Rising Sea Level and Damming of Rivers: Possible Effects in Egypt and Bangladesh. 5-11. 2. (2005) : Land-Surface Deformation Corresponding to Seasonal Ground-Water Fluctuation. Duro. H. J. (1998) : Mekanika Tanah (Prinsip-Prinsip Rekayasa Geoteknik). dan Rizos. D. Permasalahan Banjir di Kabupaten Bandung. 43-54. Geothermics. Erlangga. 165-189 Bru. J. 231 – 244. Arbriyakto. dan Kardyanto. 1647 – 1660.. dan Styles. 1. Allis. Braja. G. 51. P. (2000) : Review of Subsidence at Wairakei Field. dan Luigi. Marrakech. 2011Working Week. C. 36/3. Chan. 27 – 60. Effect of Changes in Stratospheric Ozone and Global Climate.M. Titus (ed). dan Koo. Geophysics. 351-359. U. Carbognin. J. (2008) : An Introduction to Syntetic Aperture Radar (SAR). (2013) : Control of Deformation of Building Affected bu Subsidence using Persistent Scatterer Interferometry. T. M. D. Carnec. (1999) : Collapsing Loess-Like Soil in Western Saudi Arabia. 188-200. Journal of Applied Geophysics. Structure and Infrastructure Engineering. Cheshire. Vol. France. E.. T. Determining by SAR Interferometry in the SW Taiwan. M. 455±478. 26-November-2009. Chang. Broadust. 244 . Jakarta Branston. De la VeGa. 2009. Near Gardanne. (1986) .. (2000) : Three Years of Mining Subsidence Monitored by SAR Interferometry.A. 9. Tomas. Bridging the Gap Between Culture.G. L. Ge. Analysis of exploitation-induced gravity changes at Wairakei Geothermal Field.K.M.S. Bappeda Kab. 43. dan Milliman.P. (2004) : Identifikasi Pengukuran Kerugian Fisik Bangunan Rumah dan Kerugian Sosial Penduduk Kawasan Pantai Kota Semarang.D. Pietro.W. dan Delacourt. Al-Harthi. New Zealand.G. Dipresentasikan dalam ―Inception Workshop of Institutional Strengthening For integrated Water Resources Management in the 6 CIS River basin Territory (Package C). The Quartely Journal of Engineering Geology and Hidrogeology. Allis. A. Bandung. 18 – 22 May 2011. V. K. 383–399. dan Hunt. 67. (2005) : Land Subsidence in the Venetian Area: Known and Recent Aspects. 44. C. A. J. Progress in Electromagnetics Research B. In J.S. dan Mulas. 4: Sela Level Rise. Mathematics and Computers in Simulation.. R. C. Bandung. TS06A. L. C. Journal of Arid Environments. Giornale di Geologia Applicata. R. T. T.G. Upper Citarum Basin Flood Management‖.. dan Bankher. Voskuil..N.B.C. G. Melbourne: Spatial Sciences Institute. J. Li.0. DTLGP. Manga. dan Group.. M. Nossin. (1969) : The Economics of Natural Disasters: Implications for Federal Policy. 1651–1657 Davis. M. Indonesia. Innovation and Praxis: The National Biennial Conference of the Spatial Sciences Institute... dan Kunreuther.. GEOPHYSICS. dan Lim. (2008) : Time-Lapse Gravity Monitoring: A Systematic 4D Approach with Application to Aquifer Storage and Recovery. West- Java. (2004) : Pemantauan Kondisi Airtanah dan Lingkungannya di Daerah Bandung dan Sekitarnya. dan Richard Swarbrick. S. (2004) : Deformasi Vertikal Permukaan Tanah Dan Korelasinya dengan Penurunan Muka Airtanah. dan Rizos. Proceedings of SSC 2005 Spatial Intelligence. Wang. University of Bern. H. L. K. Hydrogeology Journal. C. (2003) : Land Subsidence Caused by Groundwater Exploitation in Suzhou City. Lusianga..H.C. C. (2010) : ‖Sawolo et. Tingay. 115. dan Meindl. dan Kuo. Engineering Geologi.K. Astronomical Institute. Cheng. 11. DISTAMBEN. Djaja. R. T. T. Proceedings of PIERS. J. Ge. Dam. A. C. Fridez..A. 122 – 131. Y... (2012) : Performance Evaluation of Modified MLCC Doppler Centroid Estimator. S. Journal of Southeast Asian Earth Sciences. John Wiley and Son INC. (1996) : Chronology for geomorphological developments in the greater Bandung area. L. Disertasi Program Doktor.J. ISBN 0- 9581366-2-9. H. G. Suparan. Taiwan. Y. 245 . Kuala Lumpur. M. 27-30 Maret 2012. J. P.C..J. Chen.. dan Batzle.S.. Dach. Hsu... New York. dan McDonough.A. (2010) : Correlation Between Groundwater Level and Altitude Variations in Land Subsidence Area of the Choshuichi Alluvial Fam. C. T.C. L. R. S. NY.. Malaysia. Davies. (1991) : Synthetic Aperture Radar : System and Signal Processing. Laporan Tahunan. C. 2005. September. P.J.Chang. 275–287 Chen. R. Laporan Tahunan. M. P. Marine and Petroleum Geology. (2005) : Radar interferometry for Monitoring Land Subsidence Due To Underground Water Extraction. D. 27.H. dan Jiao. Dacy. R. Intitut Teknologi Bandung. 14101-115. China. United State of America. R. Y. 73.H. Curlander.. A.al (2009) The LUSI Mud Volcano Controversy : Was it caused by Drilling‖. Chan. J. The Free Press. (2000) : Rekapitulasi Pengambilan ABT Tahun 2000 di Wilayah Kabupaten Bandung. Pei. Hugentobler. (2007) : BERNESE GPS SOFTWARE Version 5. Omura. Environmental Modelling & Software. dan Fukuda. Esteller. (2007) : Manual GAMMA Software InSAR Processing. Y. D. L. I.Z.A.277- 288. dan Kobayashi... Ge. T. (1967) : Physical Geodesy. R. UNSW. C. Gumilar. Heiskanen. H. Hutasoit.. 1. M. Abidin. Sidiq.Z. I. 18. Integrated Space Geodetic Techniques for Monitoring Ground Subsidence Due to Underground Mining. P. H..P. Andreas. Journal of China Univ Mining & Technol . Paper Presented at 5th AUN/SEED Regional Conference on Global Environment.. S. Supriyadi. dan Honjo. C.. dan Gamal. 2001. G.. O. 266 – 278. 0556–0560..Estelle. Fernandez. Rizos. 2012. Kluwer Academic Press. Volume 2.. 29. Gumilar.M. (2010) : Land subsidence induced by groundwater extraction and building damage level assessment — a case study of Datun.G. (2000) : Geocoding SAR interferograms by least squares adjustment. Maiyudi.E.. L. H.. dan Moritz.. (2011) : Forensic Evaluation of Building Damage using Subsidence Simulations. 141–151 Gumilar.A. W. M.Y. Sydney. H. China. 24 November 2011.I. Remote Sensing Environment..Z. 246 . Abidin. Vigil.. dan Hong. H. I.F.M. C.M. S (2000). dan Delgado. H. Proceedings of Forum Ilmiah Tahunan Ikatan Surveyor Indonesia. M. 44 – 53.V.. 14. Hakim. Zhang. 18.1007/s00267-001-0024-0 Feng. Indonesian Journal of Geospatial. Andreas. F.. H... dan Gayarre. L. Nicieza.H.Y. Sabri.H. (2001) : Radar Interferometry Data Interpretation and Error Analysis. N. (2012) : Mapping and Evaluating the Impacts of Land Subsidence in Semarang (Indonesia). Freeman & Co. Giao. C. Abidin. (2012) : Studi Penurunan Muka Tanah di Cekungan Bandung dengan Metode Survei GPS dan InSAR. (2011) : Status Terkini Penurunan Muka Tanah di Semarang. Netherlands. F. dan Sidiq. K. Engineering Failure Analysis. Phien-Wej. Abidin. H.. W. Andreas. 1259 – 1307. dan Zhang. H. M.D.Z. H. pp. ISPRS Journal of Photogrammetry and Remote Sensing. Amelung. GAMMA Remote Sensing. DOI: 10. L. A. (1998) : FEM Quasi-3D Modelling of Responses to Artificial Recharge in the Bangkok Multiaquifer System.. Meng. 55(4).. R. San Fransisco Hellwich. Liu. Hanssen. dan Ebner..P. (2012) : Sinking Cities in Indonesia: ALOS PALSAR Detects Rapid Subsidence Due to Groundwater and Gas Extraction.H. T.J. Australia.R. Q.. (2002) : Enviromental Effect of Aquifer Overexploitation A Case Study in Highland Mexico. November 21 – 22.L. 27. Indonesia. Hofmann-Wellenhof. (2009) : Kondisi Muka Airtanah Dengan dan Tanpa Peresapan Buatan Daerah Bandung: Hasil Simulasi Numerik. (2010) : Tectonic Subsidence History and Thermal Evolution of the Orange Basin. A. M. G. K.Hirsch. dan Moreira. L. 1929-1931. dan Wasle. Hutasoit.A. 21 . dan Paton. Santoso. Glonass.A. 565 – 584. dan Yunfu. K. Studi Kasus : Gunung Cikurai Jawa Barat.M. M. Kihlman. M. Agricultural Water Management. Paper presented in 3rd International Symposium Human Impacts on Urban Subsurface Environment. United State of America. Automatic Geocoding and Mosaicing Using Airborne AeS-1 InSAR DATA. Indonesia. (2008) : GNSS – Global Navigation Satellite Systems.H. (2007) : Review of Flood Control Plan and Detail Design Preparation Under Upper Citarum Basin Urgent Flood Control Project (II) (JBIC Loan No. Santoso. D. 19 – 21 September 2006.. Galileo. Newyork.G. F. Case Study: Semarang Alluvial Plain. 42. Bandung.. A. IP-497). PR China. Ho-Yun.G. Holecz. GPS. and More. Kadir. L. W. (2008) : Volcano Deformation Modelling Using Radar Interferometry : A Mechanical Model of the Large-deformation 2005 Sierra Negra Volcanic Eruption Derived from InSAR Measurements. Kadir. Proceeding of 9th International symposium on Mineral Exploration (ISME IX). Jago-on. JICA.. dan Kaneko. SpringerWien. Sun. (1999) : Temporal and Spatial Soil Water Management: A Case Study in the Heilonggang Region. Lianfa. Time lapse Vertical Gradient Microgravity Measurement for Subsurface Mass Change and Vertical Ground Movement (subsidence) Identification... Disertasi Program Doktor. L. Ismullah. Principle and Application of 4D Microgravity Survey for Engineering Purpose. S. Bulletin Geologi. J. Metro Manila. 4. W. K. 33. (1997) : Height Model Generation. Hutasoit.M.. (2002) : Model Tinggi Permukaan Dijital Hasil Pengolahan Radar Interferometri Satelit Untuk Wilayah Berawan. S. Marine and Petroleum Geology. (2004). (2001) : Kemungkinan Hubungan Antara Kompaksi Alamiah Dengan Daerah Genangan Air di DKI Jakarta. D. Institut Teknologi Bandung. Jurnal Geologi Indonesia.B. Jin.A. dan Susanti. VDM Verlag. Sendai-Jepang. Final Report. Vol. E. D. (2008). H. Case Example: Groundwater Level Lowering and Subsidence in Residental Area of Jakarta. Proceeding of the 7th SEGJ International Symposium. Lichtenegger. (2006) : Recharge Area and the Origin of Brackish Water in East Bandung: Result of exploration Well.28.. dan Sarkowi. Central Java. 173 – 187. Wenderoth. R. 1777-188. Hutasoit.. (2009) : Impactof Land Subsidence and Flooding in KAMANAJAYA. IEEE..A. I.M. 247 . dan Dam.. Kouba. Kyushu-Tohoku.. Michigan. P.M... H. O. Kenya.2. 2000.M. No. Pustaka Pelajar. T. Global and Planetary Change. No. J. Environmentalist. (2001) : GPS Precise Point Positioning Using IGS Orbit Product. 1719-1727. S.. Marsudi.Kahar. dan Sugiyanto. Inc. Anna. GPS World. Kuang.27. P.. L. A. May 28-June 10. dan Lanci. Vienna. Marfai.D. GPS Solutions. Penerbit ITB. 21. K. (2011) : Precise Point Positioning (PPP) – an Alternative Technique for Ground Base GNSS Troposphere Monitoring. R. Beberapa Penyebab dan Metode Pengendaliaannya. dan King. (2000) : Measuring Postglacial Rebound with GPS and Absolute Gravity. Japan. Geophysical Research Letter. dan Yulianto. Sartohadi. Ann Arbor Press. Jakarta Kooi. N. L. 9. Sudarajat. Vol. DOI 10. (2001).. L. September. Vol. A. 248 . Rio. (1996) : Geodetic Network Analysis and Optimal Design: Concept and Application. Environ Geol. Proceedings World Geothermal Congress 2000. dan Ermolieva. Larson. L. Technisce Universitat Wien. Institut Teknologi Bandung. Quaternary Science Review. Dissertation. S. Chelsea. dan Heroux.5. Freeman. (1998) : A Fast and Efficient Technique for SAR Interferogram Geocoding. (1999) : Estimating Natural Catastrophic Risk Exposure and the Benefits of Risk Transfer in Developing Countries. (2002) : Banjir. (2007) : Monitoring Land Subsidence in Semarang Indonesia. (2008) : Geodesi. 237 – 248. V. Vol. F. Marcus. D. 1100-1102. Bandung Karabatic. Laxenburg: International Institute for Applied Systems Analysis. (2008) : The Impact of Tidal Flooding on a Coastal Community in Semarang Indonesia. 12 – 28.1007/s00254-007-0680-3. McKellar. F. 53. J. IEEE. S.9. Mariita. King. Langley. Prediksi Laju Amblesan Tanah di Dataran Aluvial Semarang Propinsi Jawa Tengah.1007/s10669-007-9134-4. Kent. Marfai. Kukla.M. G. (2000) : Application of Precision Gravity Measurentment to Reservoir Monitoring of Olkaria Geothermal Field. Massari. 207–222. 651-659. Kodoatie. (2000) : Land Subsidence due to Compaction in the Coastal Area of The Netherlands: the Role of Lateral Fluid Flow and Constraints From Well-Log Data. J. V. R. T. (2002) : Emergence of Venice During the Pleistocene.B. J. Disertasi Program Doktor. DOI 10. 70 – 76. (1998) : ―RTK GPS. 28. 3925-3928. R. Nasda. dan Maria. (1984) : Guidebook to studies of Land Subsidence due to Groundwater Withdrawl. Jurnal Riset Geologi dan Pertambangan. dan Arabi. Nguyen. NY. Disertasi Program Doktor. The National Academies Press. P. (2007) : Integration of Levelling And InSAR Data for Land Subsidence Monitoring. Wichmann-Verlag. dan Chang. 249 . National Academy of Science. Moritz. (2003) : ALOS/PALSAR level 1 Product Format Descripton Vol. Motagh. S. Washington. J. D. Odijk. Bandung. Springer (forthcoming).J. K. (2007) : Sediment Compaction Rates and Subsidence in Deltaic Plains: Numerical Contraint and Stratigraphic Influences.Meckel. (2004) : Modeling the Spatial and Economic Effects of Disasters. & Helm. (2007). Okuyama. (2008) : Aplikasi Sistem Informasi Geografi Untuk Menentukan Daerah Prioritas Rehabilitasi di Cekungan Bandung.C. 55-70. S.A. Greece. Brink. UNESCO. (1980) : Advanved Physical Geodesy. (2010) : Pengembangan Model Pengkombinasian Data Gayaberat dan Model Geopotensial Global untuk Penentuan Geoid Regional Wilayah Indonesia. D. Subsidence and Evolution of the Thessaloniki plain. 19 – 31.. Basin Research. 90. Vietnam. Paris. 2003. Walter. ed F..0.. T. int. The Hague. Pusat Litbang Sumber Daya Air (tidak dipublikasikan). Rachmat. Nasda. Institut Teknologi Bandung.. Kenselaar. Delft University of Technology. 518-526. 19. (IAHS. I. 168. (1995) : Land Subsidence due to Groundwater Withdrawal in Hanoi.F. Q. Okuyama. Regional Science Association International November 20-22. (1991) : Laporan Penyelidikan Geologi Teknik di DAS Citarum Hulu. R. A.S.1: Level 1. PA. Bina Karya. Prijatna. Geophys. (2003) : Economics of Natural Disaster. Y. Barends & others. (2007) : Land Subsidence in Mashhad Valey. T. 234). Based on Historical Levelling and GPS Data. F. U. Narulita. Philadelphia. International Symposium.E. 55-60. dan Hanssen. Pusat Litbang Sumber Daya Air – PT. Poland. Engineering Geology. Y. S. Djamour.B. J. Wetzel. Psimoulis. H. Proc. dan Williams. R. New York.. Levelling and GPS. Earth Observation Research Center. M. Publication.J. Northeast Iran: Result From InSAR.. T. (2007) : Elevation Data for Floodplain Mapping. in: Land Subsidence. Y. H.U. Paper presented at the 50th North American Meeting. A.Radjawane. 12-40.. E. (2007) : Application of InSAR to the Study Ground Deformation in Mexicaly Valey. B. D. (2006) : A Global Assessment of the SRTM Performance. (2005) : Strategy of 4D Microgravity Survey for the Monitoring of Fluid Dynamics in Subsurface. C. Antalya. (2004) : ALOS PALSAR: Techical Outline and Mission Concepts. Penurunan Muka Tanah. Romagnoli...E. Australia 6-8 December 2004. W. Status Report Hasil-Hasil Penelitian Kenaikan Muka Laut Relatif dan Kerentanan Wilayah Pesisir dan Pulau-Pulau Kecil Di Indonesia. B. Hadi. M. dan Banjir Di Jakarta Utara. Photogrametry Engineering & Remote Sensing. Berlin 1993. (1998) : A Numerical Model to Calculate Land Subsidence. Evaluasi Geologi Cekungan Bandung Atas Dasar Data Geologi dan Data Gayaberat Dalam Kaitannya Dengan Sumber Daya Air. Mellors. Montreux Switzerland 23-27 April 2007 (ESA SP-636. M. Austria. (2003) : Influence of Soil Consolidation and Thermal Expansion Effects on Height and Gravity Variations.. Kadir. S. Proceedings of the 8th SEGJ International Symposium. H. 35. Journal of Geodynamics. P. Seeber. dan Hutasoit. 24-29 April 2005 Sarychikhina. Methods. A. Mexico. Sarkowi. M. 521-539 Rosenqvist.R. 85 . (2008) : Prediksi Rendaman Akibat Kenaikkan Muka Laut. (2004) : Initial Investigation of Land Subsidence Using GPS Data and Rigorous Analysis. November 16-19. (2008) : Contribution Of Groundwater Abstraction to Land Subsidence in Jakarta Area. C. Sydney. Richter. Indonesian Institute of Sciences Rodriguez.M. Proceeding in Groundwater Management and Related Water Resources Issues in the Southeast Asia and East Asia Region. L. Buletin Jurusan Geologi ITB. A. Turkey.. Paper presented at 4th International Symposium on Retrieval of Bio. Shimada. dan Kadir. 49.and Geophysical Parameters from SAR Data for Land Applications. D. E. 2004. dan Ibrahim.. Zerbini. I. (1993) : Satellite Geodesy.. Engineering Geology.. J. M. Santoso.G. Foundation. C. dan Ghirotti.G. Walter de Gruyter. W. L.. M.. 1993. Applied at Hangu in China. M.93. T. M. L. Ramdhan. Proceedings World Geothermal Congress 2005. 249 – 260. ―Envisat Symposium 2007‖.. Morris. July 2007).S.. The 2004 International Symposium on GNSS/GPS. dan Belz.S. Lago. 250 . dan Watanabe. C. D. and Applications. M. S. Sendai-Japan 24-26 November 2006 Sarkowi. 23. Shearer. G.A. Simon. dan Golowacka. Setan. dan Santoso. Presented at GNSS 2004. (2006) : Determination of Negative Groundwater Withdrawal in Semarang City Area Using Time Lapse Microgravity Analysis. O. Proc. Elmi. D. Santoso. dan Suciati. 72. PUSAIR. dan Sigmundsson. H. Tang. Lu. S. Inc. P. (1999) : Pemanfaatan Airtanah. R.1365- 246X.Skolnik. Wang. Van Dalfsen. 173–179. dan Yan. (1956) : A Contribution to the Theory of Economic Growth. Disertasi Program Doktor. dan Johnson. Taufiq. Bandung Solow. IEEE Transactions on Geoscience and Remote Sensing. M.M. M. 50. E. (2008) : Improved source modelling through combined use of InSAR and GPS under consideration of correlated data errors: application to the June 2000 Kleifarvatn earthquake. (2012) : Long Term Consecutive DInSAR for Volume Change Estimation of Land Deformation. (2000) : Konservasi Air Tanah Daerah Bandung dan Sekitarnya. MLD.W.D. (1999) : Land Subsidence due to Groundwater Withdrawal: Potential Damage of Subsidence and Sea Level Rise in Southern New Jersey. (2008) : Pemisahan Antara Anomali Gayaberat Akibat Amblesan Dengan Penurunan Muka Airtanah Pada Data Gayaberat Mikro Antar Waktu Menggunakan MBF (Model Based Filter) Dan Analisanya.X. Cui.. Singapore. H. Sudhaus. Rymer. Soetrisno. Z.Q. Shimada.P. Deltares. 70. F.. Supriadi. M. 243-256. Y. H. J. 259 – 270. A. Agus. G. 61. Sun. J.. X.I. 42. S. 1960- 1999. Dampak dan Penanggulangannya. Laporan Akhir Direktorat Geologi Tata Lingkungan. Shagam. (2012). Mathieu. Engineering Geology.x Sumantyo. W. ITB. 476–484 Stiros. (1990) : Radar Handbook. Jones. Jawa Barat. Environmental Geology 37. Bandung UCBFM. Geophys. Z.X. N. Direktorat Geologi Tata Lingkungan.S. (2003) : Subsidence Rates and Urban Damages in Aluvial Dolines of the Central Ebro Basin (NE Spain). Environmental Geology. (2008) : Model Test Study of Land Subsidence Caused by High-Rise Building Group in Shanghai. G.. dan Abidin.1111/j.DOI: 10. S. USA. R.Z. H.N. 67. Quarterly Journal of Economics. Studi Kasus Cekungan Bandung. Int.. (2010) : Institutional Strengthening For Integrated Water Resourches Management in the 6 CIS River Basin Territory (Package C). (2007). Integration of Microgravity and Geodetic Data to Constrain Shalow System Mass Changes at Krafla 251 .. (2001) : Subsidence of the Thessaloniki (Northern Greece) Coastal Plain. Final Report..T. J. 4.C. Bahan presentasi (Tidak dipublikasikan). Institut Teknologi Bandung. 65-94 Soriano. Iceland. McGraw-Hill. Studi Kasus Dataran Aluvial Semarang.Z dan Iskandar. Bull Eng Geol Environ.N. C. Sulasdi. Pendekatan dalam penyusunan kurukulum baru Teknik Geodesi dan Geomatika ITB.200803989. D.. Prediction. Bandung. dan Ghilani. T. (1989) : Subsidence Occurrence. A Total Integrated Flood Management. dan Simone. Yulianto. (2003) : GPS: Theory. EUSAR'98. Journal of Volcanology and Geothermal Research.2012. T. S. 19 – 30. 28 February 2006. Volcano. New Jersey. Marfai. M. Ward. dan Marfai. Rocca. and Control. (2007) : Conducting Flood Loss Assessment. Germany.. A. Netherland. dan Reddish. Wegmuller. World Meteorological Organization. A Report for Environmental Defense Fund. Vol.J. Ward. B. 7. (2006) : Airtanah Bandung Raya. 902 – 904. Werner. (2006) : Adjustment Computation. Associated Programme on Flood Management. IEEE. dan Strozzi.D. dan Gorelick. DOI 10. E. Elsevier Science Publishing Company INC. J. Governance of Flood Risk Management in a Time of Climate Change: The case of Jakarta and Rotterdam. Hizbaron. D. B. P. W. (2012) : Transek Seismotektonik Lajur Sindangbaran- Bandung Purwakarta dan Kegempaan Wilayah Bandung. 03176. 237-240. 252 . Makalah disajikan pada Lokakarya Pemenuhan Kebutuhan Air Baku di Cekungan bandung Tahun 2025. (2010) : Coastal Innudation and Damage Exposure Estimation a Case Study for Jakarta. Algorithms. Geophysical Research Abstract. and Application. R.M. Wirakusumah.P. Journal of Hydrology. 174. John Wiley & Sons.. Matonti. VDE-Verlag. D. dan Wiesmann.A.A. P. Harte Research Institute Zerbini. (2009) : The Socio-Economic Impact of Sea Level Rise in the Galveston Bay Region. Nat Hazard.D. Inc. G. M. F. Buuren. Hoboken. Whitaker. 25-27 May.. Journal of Earthquake and Active Tectonics. A. M. DOI: 1080/09644016. Xu. Friedrichshafen.. dan Aerts. A. 141 – 149. Richter. Berlin.N. Wirakusumah. W. Wegmüller.R. C. C. Enviromental Politics. D. P. Pauw. S.W... 1. California. ISBN 3- 8007-2359-X.1007/s11069-010-9599-1. Wilson. F. Wolf. A. 375-396. Springer-Verlag.C. J. pp.. U. Strozzi.. dan Soehaemi. (1996) : The Effects of Pulsed Pumping on Land Subsidence in the Santa Clara Valey. (2002) : SAR Geocoding and Multi-Sensor Image Registration.. 87 (1 – 4). Yuskowitz. F. (2007) : Monitoring Natural and Athropogenic Subsidence in the Northern Adriatic Area by Space and Terrestrial techniques.683155. A.. N Iceland. U.. (1998) : Characterization of differential interferometry approaches.D. http://escholarship.F. Diunduh pada 23 April 2011. 2010.id. diunduh 25 April 2009.org/subsidence. Viets. http://www.jpl.pittsburghgeologicalsociety. T. Edisi 7 http://www. 253 . http://southport.pikiran-rakyat. (2005) : Indonesia: Preliminary Damage and Loss Assessment: The December 26. Lawrence Berkeley National Laboratory. HAGI. (2000) : What is Image Radar?.org. http://www. www. diunduh pada 23 Maret 2009. A.com.org/uc/item/1sb4c8vh. diunduh pada 7 Desember 2010.gov. LBNL Paper LBL- 8615.or.nasa. Resonansi. 2004 Natural Disaster. V.Pustaka dari Situs Internet Freeman. diunduh pada 13 Januari 2011.hagi.pdf. Environmental and Economic Effects of Subsidence. (2008) : Dampak Kenaikan Muka Laut. Worldbank. Susandi. diunduh pada 5 Februari 2010 World Bank.
Copyright © 2024 DOKUMEN.SITE Inc.