pemodelan potensi genangan tsunami berbasis …

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Informasi Geospasial Lembaran Negara Republik Indonesia Tahun 2011 No

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April 2016

Asrurifak M 2010 Peta Respon Spektra Indonesia untuk Perencanaan Struktur

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BIG 2016 Peraturan Kepala BIG No 3 Tahun 2016 tentang Spesifikasi Teknis

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BIG 2020 Peraturan Kepala BIG No 1 Tahun 2020 tentang Standar

Pengumpulan Data Geospasial Dasar untuk Pembuatan Peta Dasar Skala

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Blaser L Kruger F Ohrnberger M amp Scherbaum F 2010 Scaling Relations

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PEMODELAN POTENSI GENANGAN TSUNAMI BERBASIS PADA ANCAMAN GEMPA BUMI DI ZONASUBDUKSI SELATAN JAWA (Studi Kasus Wilayah Pesisir Kecamatan Temon Kulonprogo DIY)YULIAN FAUZI Dr M Pramono Hadi MSc Dr Ing Ir Widjo Kongko MEngUniversitas Gadjah Mada 2021 | Diunduh dari httpetdrepositoryugmacid

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Bobby S 2004 Review Fotogrametri Teknik Pengadaan Data dan Sistem

Pemetaan Program Megister Departemen Teknik Geodesi dan Geomatika

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Bryant E 2008 Tsunami the Underrated Hazard Second Edition Chichester

Springer-Praxis Publishing

BSN 2012 Standar Nasional Indonesia (SNI 7766-2012) tentang Jalur Evakuasi

Tsunami Jakarta BSN

BSN 2019 Standar Nasional Indonesia (SNI 8202-2019) tentang Ketelitian Peta

Dasar Jakarta BSN

Budiarjo A 2011 Evacuation Shelter Building Planning for Tsunami-Prone Area

A Case Study of Meulaboh City Indonesia Thesis International Institute for

Geo-Information Science and Earth Observation Enschede

Campos V Bandeira R amp Bandeira A 2012 A Method for Evacuation Planning

in Disaster Situations Procedia- Social and Behavioral Sciences httpdoi101016jsbspro201209768

Cho Y S Kim Y C amp Kim D 2013 On the spatial pattern of the distribution

of the tsunami run-up heights Stochastic Environmental Research and Risk

Assessment 27 (6) 133 3ndash1346 httpdoiorg101007s00477-012-0669-7

Chusnayah F 2019 Kajian Efektivitas Vegetasi Pantai dalam Mereduksi Energi

Tsunami Menggunakan Model Numerik Tesis Universitas Gadjah Mada

Dao M H amp Tkalich P 2007 Tsunami Propagation Modelling a Sensitivity

Study Nat Hazards Earth Syst Sci 7 741ndash754

Dewi RS 2010 A-GIS Based Approach to the Selection of Evacuation Shelter

Buildings and Routes Tsunami Risk Reduction a Case Study of Cilacap

Coastal Area Indonesia Thesis Gadjah Mada University and University of

Twente

Dilmen DI 2009 Gis Based Tsunami Inundation Maps Case Studies from

Mediterranean Thesis Of Middle East Technical University

Diposaptono S amp Budiman 2008 Hidup Akrab dengan Gempa dan Tsunami

Bogor Populer


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ESRI ldquoArcGIS 100 Desktop Help Types of Network Analysis Layersrdquo diakses 9

Juli 2018 httpdesktoparcgiscomenarcmaplatestextensionsnetwork-

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Fauzi Y Suwarsono S amp Mayasari Z M 2014 The Run up Tsunami Modeling

in Bengkulu using the Spatial Interpolation of Kriging Technique Forum

Geografi 28 (2) 103ndash112

Fauzi Y 2015 Aplikasi Matematika dalam Pemodelan Risiko Bencana Tsunami

Prosiding Seminar Nasional Matematika Universitas Parahyangan 10 32-36

Fauzi Y Hartono H Brotopuspito KS amp Kongko W 2019 Penggunaan Foto

Udara Format Kecil Untuk Identifikasi Kerentanan Lingkungan Terhadap

Bencana Tsunami di Yogyakarta International Airport (YIA) Geomatika 25

(2) 63-72 httpdoiorg1024895JIG201925-2970

Fauzi Y Hartono H amp Kongko W 2020 Numerical Modeling of Tsunami and

Tsunami Vulnerability Analysis of Temon Coastal Region in Yogyakarta

Indonesia Disaster Advances 13 (5) 33- 41

Flouri E T Kalligeris N Alexandrakis G Kampanis N A amp Synolakis C E

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125 httpdoiorg101016japnum201106003

Fraser S A Wood N J Johnston D M Leonard G S Greening P D amp

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Frizt MH Kongko W Moore A McAdoo B Goff J Harbitz C Uslu B

Kalligeris N Suteja D Kalsum K Titov V Gusman A Latief H

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Extreme run up from the 17 July 2006 Java Tsunami Geophysical Research

Letter 34 1-5 httpdxdoiorg1010292007GL029404

Goto Y Affan M Agussabti Nurdin Y Yuliana DK amp Ardiansyah 2012

Tsunami Evacuation Simulation for Disaster Eduacation and City Planning

Journal of Disaster Research 7 (1) 1-10

Griffin J Latief H Kongko W Harig S Horspool N Hanung R Rojali A

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188

Gularso H Rianasari H amp Silalahi FES 2015 Penggunaan Foto Udara Format

Kecil Menggunakan Wahana Udara Nir-Awak Dalam Pemetaan Skala Besar

Jurnal Ilmiah Geomatika 21 (1) 37-44

Hafeez H amp Zone S 2008 Inundation of Tsunami Waves and Its Relation to the

Tsunami Run Up Fakistan Journal of Meteorology 5 (9) 5ndash10

Handayani W 2014 Pemanfaatan Foto Udara Format Kecil untuk Ekstraksi

Digital Elevation Model (DEM) Pemodelan Genangan dan Perkiraan

Kerugian Akibat Tsunami di Wilayah Pesisir Parangtritis Tesis Universitas

Gadjah Mada

Hanifah NR Sagiya T Kimata F Efendi J Abidin HZ amp Meilano I 2014

Interplate Coupling Model off the Southwestern Coast of Java Indonesia

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Letters 401 159-171 httpdxdoiorg101016jepsl2014060310

Hanks TC amp Kanamori H 1979 Moment Magnitude Scale Journal of

Geophysical Research 84 (B5) 2348ndash2350

Harada K Latief H amp Imamura F 2002 Effect on Reducing Tsunami by the

Green Belt and Coastal Permeable Structure In International workshop on

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Harintaka 2012 Pengembangan Pemrosesan Fotogrametri Digital Foto Udara

Format Kecil Untuk Penyediaan Data Spasial Disertasi Universitas Gadjah

Mada

Harris R amp Major J 2016 Waves of destruction in the East Indies the Wichmann

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httpsdxdoiorg106084m9figsharec2860405v1

Heintz JA amp Mahoney M 2009 Guidelines for Design of Structures for Vertical

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Asteroids Ann NY Acad Sci 822 381-394

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Menggunakan Algoritma Floyd-Warshall untuk Penentuan Lintasan

Terpendek Studi Kasus Performa 10 (2) 95-104


189

Irsyam M Sengara W Aldiamar F Widiyantoro S Triyoso W Natawidjaja

HD hellip Ridwan M 2010 Ringkasan Hasil Studi Tim Revisi Peta Gempa

Indonesia 2010 Bandung Pusgen

Jaffe B E amp Gelfenbuam G 2007 A Simple Model for Calculating Tsunami

Flow Speed from Tsunami Deposits Sedimentary Geology 200 (3ndash4) 347ndash

361 httpdoiorg101016jsedgeo200701013

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Perspective 2ed Upper Saddle River NJ Prentice Hall

Kanamori H amp Anderson D L 1975 Theoretical Basis of Some Empirical

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(5) 1073-1095

Kertapati E 2006 Aktivitas Gempa Bumi di Indonesia Perspektif Regional pada

Karekateristik Gempa Bumi Merusak Jakarta Pusat Survey Geologi

Khoiridah S amp Santos BJ 2014 Estimasi Centroid Moment Tensor (CMT)

Bidang Fault Durasi Rupture dan Pemodelan Deformasi Vertikal Sumber

Gempa Bumi sebagai Studi Potensi Bahaya Tsunami di Laut Selatan Jawa

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Khomarudin M R 2010 Tsunami Risk and Vulnerability Remote Sensing and

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Resolved Data to Model the Past Event and to Estimate the Future Hazard

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iccev32management25

Kongko W amp Hidayat R 2014 Earthquake-tsunami in South Jogjakarta

Indonesia Potential Simulation Models and Related Mitigation Efforts

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httpdoiorg1097900990-0231822

Koulali A McClusky S Susilo S Leonard Y Cummins P Tregoning P

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Kowalik Z 2012 Introduction to Numerical Modeling of Tsunami Waves

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Latief H 2013 Pedoman Teknik Pembuatan Peta Bahaya Rendaman Tsunami

Bandung Pusat Penelitian Mitigasi Bencana ITB

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Indonesia Journal of Natural Disaster Science 22 (1) 25-43

Lavigne F Gomez G Giffo M Wassmer P Hoebreck C Mardiatno D

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Levin B amp Nosop M 2009 Physics of Tsunami Springer

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Comparison of linear and nonlinear shallow wave water equations applied to

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Lubis S Hutagaol JP amp Salahuddin M 2009 Seabed Geomorphological

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laut-pada-tepian-lempeng-aktif-di-lepas-pantai-barat-sumatera-dan-jawa

Puslitbang Geologi Kelautan (PPPGL) Dep ESDM diakses tanggal 26

Januari 2018

Madrinovella I Widiyantor S amp Meilano I 2011 Relokasi Hiposenter Gempa

Padang 30 September 2009 Menggunakan Metode Double Difference JTM

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Maramai A amp Tinti S 1997 The 3 June 1994 Java Tsunami A Post-Event

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Mardiatno D 2008 Tsunami Risk Assessment using Scenario-Based Approach

Geomorphological Analysis and Geographic Information System A Case

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Marfai MA 2003 GIS Modelling of River and Tidal Flood Hazards in a

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International Institute for Geo-Information and Earth Observation (ITC)


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Marfai MA Sunarto S Khakim N Cahyadi A Rosaji FSC Fatchurohman

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IOP Conf Series Earth and Environmental Science 148 1-7

httpsdoi1010881755-1315148012004

Marfai MA amp Rosaji FSC 2018 Gis Exersice Book Coastal Monitoring and

Hazard Modeling Yogyakarta Badan Penerbit Fakultas Geografi UGM

Mayasari Z M Rafflesia U Astuti M amp Fauzi Y 2019 Mathematical

Modeling Approach of an Evacuation Model for Tsunami Risk Reduction in

Bengkulu IOP Conf Series Journal of Physics Conf Series 1188 012094

httpsdoi1010881742-659611881012094

McSaveney M amp Rattenbury M 2000 Tsunami impact in Hawkersquos Bay Institute

of Geological and Nuclear Sciences Client Report 200077

Muhajir A amp Cahyono AB 2013 Analisa Persebaran Bangunan Evakuasi

Bencana Tsunami menggunakan Network Analyst di SIG Jurnal Teknik

Pomits 2 (1) 1-6

Mori J Mooney W D Afnimar A Kurniawan S Anaya AI amp Widiyantoro

S 2007 The 17 July 2006 Tsunami Eartquake in West Java Indonesia

Seismilogical Research Letter 78 (2) 201-207

Natawidjaya H 2011 Dekade Teror Gempa Sumatera Dalam Buku Hidup di

Atas Tiga Lempeng Bandung Badan Geologi Kementerian ESDM

Naryanto HS amp Wisyanto 2005 Kajian dan AnalisisPotensi Bencana Tsunmai

Konfigurasi Pantai Serta Mitigasi Bencana di Pantai Selatan Jawa Timur

Belajar dari pengalaman bencana tsunami Banyuwangi tahun 1994 Jurnal

Alami 10 (2) 37-47

Ningrum FW amp Andrasto T 2016 Penerapan Algoritma Floyd-Warshall dalam

Menentukan Rute Terpendek pada Pemodelan Jaringan Pariwisata di Kota

Semarang Jurnal Teknik Elektro 8 (1) 21-24

Oktariadi O 2009 Penentuan Peringkat Bahaya Tsunami dengan Metode

Analytical Hierarchy Process (Studi kasus Wilayah Pesisir Kabupaten

Sukabumi) Jurnal Geologi Indonesia 4 (2) 103-116

Pandey H M 2008 Design Analysis and Algorithms New Delhi University

Science Press

Papazachos B C Scordilis E M Panagiotopoulos D G Papazachos C B amp

Karakaisis G F 2004 Global Relations between Seismic Fault Parameters


192

and Moment Magnitude of Earthquakes Bulletin of the Geological Society of

Greece XXXVI

Pemerintah Kabupaten Kulonprogo 2012 Perda No 1 Tahun 2012 tentang

Rencana Tata Ruang Wilayah Kabupaten Kulonprogo 2012-2032 Yogyakarta

Pignateli C Sanso P amp Mastronuzzi G 2009 Evaluation of Tsunami Flooding

Using Geomorphologic Evidence Marine Geogology 260 6-18

httpsdoi101016jmargeo200901002

Post J Wegscheider S Muck M Zosseder K Kiefl R Steinmetz T Struns

G 2009 Assesment of Human Immediate Response Capability Related to

Tsunami Threats In Indonesia at a Sub-National Scale Natural Hazard Earth

System Science 9 1075-1086

Prakoso Y 2016 Studi Landaan Tsunami di Sadeng Menggunakan Model

Numerik dengan Parameter Gempa Bumi Bawah Laut dan Kekasaran

Permukaan yang Beragam Tesis Universitas Gadjah Mada

Pujiastuti D 2010 Visualisasi Penjalaran Gelombang Tsunami di Kabupaten

Pesisir Selatan Sumatera Barat Jurnal Ilmu Fisika (JIF) 2 (1) 24-35

Purbani 2012 Strategi Mitigasi Tsunami Berbasis Ekosistem Mangrove Pantai

Timur Pulau Weh Disertasi Institut Pertanian Bogor

Purwanto TH 2017 Pemanfaatan Foto Udara Format Kecil untuk Ekstraksi

Digital Elevation Model dengan Metode Stereoplotting Majalah Geografi

Indonesia 31 (1) 73-89

Pusgen 2017 Peta Sumber dan Bahaya Gempa Indonesia Tahun 2017 Jakarta

Kementerian Pekerjaan Umum dan Perumahan Rakyat ISBN 978-602-5489-

01-3

Puspito NT amp Afnimar Pribadi S 2012 Studi Karakterisasi Gempa Pembangkit

Tsunami Berdasarkan Rasio Energi-Momen Seismik Presentasi Penelitian

Program Riset ITB Tahun 2012

Putra R 2008 Kajian Risiko Tsunami Tehadap Bangunan Gedung Non-Hunian

dengan Skenario Variasi Ketinggian Run-up pada Garis Pantai Studi Kasus

Kota Banda Aceh Indonesia Tesis Universitas Gadjah Mada

Rahmawan SH Ibrahim G Mustofa MA amp Ahmad M 2012 Studi Potensi

Bahaya Tsunami di Selatan Jawa Bandung Publikasi Fakultas Ilmu dan

Teknologi Kebumian ITB


193

Reese S Bradley BA Bind J Smart G Power J amp Sturman J 2011

Empirical building fragilities from observed damage in the 2009 South Pacific

tsunami Earth-Science Reviews 107 156-173

Rosaji F S C 2017 Pemanfaatan Teknologi Unmanned Aerial Vehicle (Uav)

untuk Perencanaan Evakuasi Tsunami di Kawasan Wisata Pantai Studi Kasus

Pantai Pulang Syawal dan Sekitarnya Kabupaten Gunungkidul Tesis

Universitas Gadjah Mada

Rosaji FSC Nurteisa YT Handayani W amp Hidayat AH 2015 Perencanaan

Akuisisi dan Pengolahan Foto Udara menggunakan Teknologi UAV sebagai

Alternatif Pemenuhan Data Spasial Prosiding PIT MAPIN XX Bogor

ISBN 978-602-97569-1-3

Sambah A B amp Miura F 2014 Integration of Spatial Analysis for Tsunami

Inundation and Impact Assessment Journal of Geographic Information

System 6 11-22 (httpwwwscirporgjournaljgis) httpdxdoiorg104236

jgis 201461002

Sambah A B amp Miura F 2016 Spatial data analysis and remote sensing for

observing tsunami-inundated areas International Journal of Remote Sensing

1161 1ndash19 httpdoiorg1010800143116120151136450

Santius S H 2015 Pemodelan Tingkat Risiko Bencana Tsunami pada

Permukiman di Kota Bengkulu Menggunakan Sistem Informasi Geografis

Jurnal Pemukiman 10 (2) 92ndash105

Saputra R 2011 Sistem Informasi Geografis Pencarian Rute Optimum Obyek

Wisata Kota Yogyakarta Dengan Algoritma Floyd-Warshall Jurnal

Matematika 14 (1) 19-24

Saputra A Rahardianto T amp Gomez C 2016 Application of Structure from

Motion (SfM) For Physical Geography and Natural Hazard Prosiding Seminar

Nasional Geografi UMS Surakarta Indonesia ISBN 978-602-361-044-0

Scheer S Gardi A Guillande R Eftichidis G Varela V Vanssay B amp Justin

LC 2011 Handbook of Tsunami Evacuation Planning SCHEMA European

Union

Schlurmann T Kongko W Goseberg N Natawidjaja DH amp Sieh K 2010

Near-Field Tsunami Hazard Map Padang West Sumatra Utilizing High

Resolution Geospatial Data and Reseasonable Source Scenarios Coastal

Engineering procedding


194

Smart GM Crowley KHM amp Lane EM 2016 Estimating Tsunami Run Up

Natural Hazard 80 1933-1947 Springer httpdoi101007s11069-015-

20528

Stein S amp Wysession W 2003 An Introduction to Seismology Earthquakes and

Earth Structure Oxford Blackwell Publishing

Strasser FO Arango MC amp Bommer JJ 2010 Scaling of the Source

Dimensions of Interface and Intraslab Subduction-zone Earthquakes with

Moment Magnitude Seismological Research Letters 81 (6) 941-950

Strunz G Pos J Zosseder K Wegscheider S Muumlck M Riedlinger T Meh

H Dech S Birkmann J Gebert N Harjono H Anwar HZ Sumaryono

Khomarudin RM amp Muhari A 2011 Tsunami Risk Assessment in

Indonesia Nat Hazards Earth Syst Sci 11 67ndash82 httpdoi105194nhess-

11-67-2011

Sunarto 2003 Geomorfologi Pantai Dinamika Pantai Laboratorium

Geomorfologi Terapan Jurusan Geografi Fisik UGM Yogyakarta Fakultas

Geografi UGM

Sunarto Marfai MA dan Mardiatno 2014 Penaksiran Multirisiko Bencana di

Wilayah Pesisir Parangtritis Suatu Analisis Serba Cukup untuk Membangun

Kepedulian Masyarakat Terhadap Berbagai Kejadian Bencana Yogyakarta

Gadjah Mada University Press

Sumaryono 2010 Assessing Building Vulnerability to Tsunami Hazard Using

Integrative Remote Sensing and GIS Approaches Dissertation Der Ludwig‐

Maximilians‐Universitaumlt Muumlnchen

Sutanto 2013 Metode Penelitian Penginderaan Jauh Yogyakarta Ombak

Tanioka Y amp Satake K 1996 Tsunami Generation by Horizontal Displacement

of Ocean Bottom Geophysical Research Letter 23 (8) 861-864

Tinasar A I 2018 Analisis Bahaya dan Srategi Mitigasi Tsunami di Lokasi Calon

Bandara Internasional Yogyakarta Tesis Universitas Gadjah Mada

Triatmadja 2010 Tsunami Kejadian Penjalaran Daya Rusak dan Mitigasinya

Yogyakarta Gadjah Mada University Press

Unesco 2007 Rangkuman Istilah Tsunami Informasi Dokumen IOCINF No

1221 Paris

Usman F Murakami K amp Kurniawan E B 2014 Study on Reducing Tsunami

Inundation Energy by the Modification of Topography based on Local


195

Wisdom Procedia Environmental Sciences 20 642ndash650

httpdoiorg101016jproenv201403077

Wahyuni 2020 Analisis Risiko Bencana Tsunami untuk Mendukung Tata Ruang

Pesisir di Kabupaten Kulonprogo Disertasi Universitas Gadjah Mada

Webb T 2005 Review of New Zealandrsquos Preparedness for Tsunami Hazard

Comparison to Risk and Recommendations for Treatment Lower Hutt

Institute of Geological and Nuclear Science

Wells D L amp Coppersmith KJ 1994 New Empirical Relationships among

Magnitude Rupture Length Rupture Width Rupture Area and Surface

Displacement Bulletin of the Seismological Society of America 84 (4) 974ndash

1002

Westoby MJ Brasington J Glasser NF Hambrey MJ amp Reynolds JM

2012 Structure-from-Motion photogrammetry A low-cost effective tool for

geoscience applications Geomorphology 179 300-3014

httpdxdoiorg101016jgeomorph201208021

Wibowo A A 2019 Pemodelan Respon Tsunami Terhadap Tipologi Pesisir di

Sebagian Kabupaten Gunung Kidul Serta Upaya Pengelolaannya Tesis


Widianto A amp Damen M 2014 Determination of Coastal Belt in the Disaster

Prone Area A case study in the Coastal area of Bantul Regency Yogyakarta

Indonesia IJG 46 (2) 125-137

Widyaningrum E 2009 Tsunami Evacuation Planning using Geoinformation

Technology Considering Land Management Aspect Case Study Cilacap

Central of Java Tesis Centre of Land and Environmental Risk Management

Technische Universitaumlt Muumlnchen

Widyawati A Handoyo G amp Satriadi A 2013 Kajian Kerentanan Bencana

Tsunami Di Pesisir Kabupaten Kulonprogo Provinsi D I Yogyakarta Journal

of Marine Research 2 (2) 103-110

Yulianto F Marfai MA Parwati amp Suwarsono 2009 Model Simulasi Luapan

Banjir Sungai Ciliwung di Wilayah Kampung Melayu-Bukit Duri Jakarta

Indonesia Jurnal Penginderaan Jauh 8 43-53

Yunarto Anwar H Z amp Wibowo YS 2015 Perencanaan Evakuasi Vertikal di

Pulau Sarangan Propinsi Bali Sebagai Alternatif Pengurangan Risiko Bahaya

Tsunami Jurnal Lingkungan dan Bencana Geologi 6 (2) 107-118


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Zahro Q 2017 Spatial Study of Tsunami Risk in Serang Banten Jurnal Sains

dan Teknologi Bencana 12 (1) 44-52


186

BNPB 2016 Risiko Bencana Indonesia (RBI) Jakarta BNPB

Bobby S 2004 Review Fotogrametri Teknik Pengadaan Data dan Sistem

Pemetaan Program Megister Departemen Teknik Geodesi dan Geomatika

ITB Bandung

Bryant E 2008 Tsunami the Underrated Hazard Second Edition Chichester

Springer-Praxis Publishing

BSN 2012 Standar Nasional Indonesia (SNI 7766-2012) tentang Jalur Evakuasi

Tsunami Jakarta BSN

BSN 2019 Standar Nasional Indonesia (SNI 8202-2019) tentang Ketelitian Peta

Dasar Jakarta BSN

Budiarjo A 2011 Evacuation Shelter Building Planning for Tsunami-Prone Area

A Case Study of Meulaboh City Indonesia Thesis International Institute for

Geo-Information Science and Earth Observation Enschede

Campos V Bandeira R amp Bandeira A 2012 A Method for Evacuation Planning

in Disaster Situations Procedia- Social and Behavioral Sciences httpdoi101016jsbspro201209768

Cho Y S Kim Y C amp Kim D 2013 On the spatial pattern of the distribution

of the tsunami run-up heights Stochastic Environmental Research and Risk

Assessment 27 (6) 133 3ndash1346 httpdoiorg101007s00477-012-0669-7

Chusnayah F 2019 Kajian Efektivitas Vegetasi Pantai dalam Mereduksi Energi

Tsunami Menggunakan Model Numerik Tesis Universitas Gadjah Mada

Dao M H amp Tkalich P 2007 Tsunami Propagation Modelling a Sensitivity

Study Nat Hazards Earth Syst Sci 7 741ndash754

Dewi RS 2010 A-GIS Based Approach to the Selection of Evacuation Shelter

Buildings and Routes Tsunami Risk Reduction a Case Study of Cilacap

Coastal Area Indonesia Thesis Gadjah Mada University and University of

Twente

Dilmen DI 2009 Gis Based Tsunami Inundation Maps Case Studies from

Mediterranean Thesis Of Middle East Technical University

Diposaptono S amp Budiman 2008 Hidup Akrab dengan Gempa dan Tsunami

Bogor Populer


187












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Pomits 2 (1) 1-6









Alami 10 (2) 37-47








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191





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Pomits 2 (1) 1-6









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httpdoiorg1097900990-0231822





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Januari 2018









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191





httpsdoi1010881755-1315148012004






httpsdoi1010881742-659611881012094





Pomits 2 (1) 1-6









Alami 10 (2) 37-47








Science Press




192


Greece XXXVI






















01-3











193











ISBN 978-602-97569-1-3




jgis 201461002















Union






194



20528










11-67-2011



Geografi UGM
















1221 Paris




195











1002

























196




189











(5) 1073-1095















iccev32management25




httpdoiorg1097900990-0231822





190





















Januari 2018









of Innsbruck





191





httpsdoi1010881755-1315148012004






httpsdoi1010881742-659611881012094





Pomits 2 (1) 1-6









Alami 10 (2) 37-47








Science Press




192


Greece XXXVI






















01-3











193











ISBN 978-602-97569-1-3




jgis 201461002















Union






194



20528










11-67-2011



Geografi UGM
















1221 Paris




195











1002

























196




190





















Januari 2018









of Innsbruck





191





httpsdoi1010881755-1315148012004






httpsdoi1010881742-659611881012094





Pomits 2 (1) 1-6









Alami 10 (2) 37-47








Science Press




192


Greece XXXVI






















01-3











193











ISBN 978-602-97569-1-3




jgis 201461002















Union






194



20528










11-67-2011



Geografi UGM
















1221 Paris




195











1002

























196




191





httpsdoi1010881755-1315148012004






httpsdoi1010881742-659611881012094





Pomits 2 (1) 1-6









Alami 10 (2) 37-47








Science Press




192


Greece XXXVI






















01-3











193











ISBN 978-602-97569-1-3




jgis 201461002















Union






194



20528










11-67-2011



Geografi UGM
















1221 Paris




195











1002

























196




192


Greece XXXVI






















01-3











193











ISBN 978-602-97569-1-3




jgis 201461002















Union






194



20528










11-67-2011



Geografi UGM
















1221 Paris




195











1002

























196




193











ISBN 978-602-97569-1-3




jgis 201461002















Union






194



20528










11-67-2011



Geografi UGM
















1221 Paris




195











1002

























196




194



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11-67-2011



Geografi UGM
















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1002

























196




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1002

























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196




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