Kode Pos Kelurahan Kecamatan Provinsi Kota 10110 Gambir
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Concise Ancient History of Indonesia.Pdf
CONCISE ANCIENT HISTORY OF INDONESIA CONCISE ANCIENT HISTORY O F INDONESIA BY SATYAWATI SULEIMAN THE ARCHAEOLOGICAL FOUNDATION JAKARTA Copyright by The Archaeological Foundation ]or The National Archaeological Institute 1974 Sponsored by The Ford Foundation Printed by Djambatan — Jakarta Percetakan Endang CONTENTS Preface • • VI I. The Prehistory of Indonesia 1 Early man ; The Foodgathering Stage or Palaeolithic ; The Developed Stage of Foodgathering or Epi-Palaeo- lithic ; The Foodproducing Stage or Neolithic ; The Stage of Craftsmanship or The Early Metal Stage. II. The first contacts with Hinduism and Buddhism 10 III. The first inscriptions 14 IV. Sumatra — The rise of Srivijaya 16 V. Sanjayas and Shailendras 19 VI. Shailendras in Sumatra • •.. 23 VII. Java from 860 A.D. to the 12th century • • 27 VIII. Singhasari • • 30 IX. Majapahit 33 X. The Nusantara : The other islands 38 West Java ; Bali ; Sumatra ; Kalimantan. Bibliography 52 V PREFACE This book is intended to serve as a framework for the ancient history of Indonesia in a concise form. Published for the first time more than a decade ago as a booklet in a modest cyclostyled shape by the Cultural Department of the Indonesian Embassy in India, it has been revised several times in Jakarta in the same form to keep up to date with new discoveries and current theories. Since it seemed to have filled a need felt by foreigners as well as Indonesians to obtain an elementary knowledge of Indonesia's past, it has been thought wise to publish it now in a printed form with the aim to reach a larger public than before. -
6 Cakung Polder
Public Disclosure Authorized Final Report – phase 2 Public Disclosure Authorized Public Disclosure Authorized Public Disclosure Authorized December 2014 FHM – Technical review and support Jakarta Flood Management System Including Sunter, Cakung, Marunda and upper Cideng Ciliwung diversions and Cisadane Technical review and support Jakarta Flood Management System Final Report - phase 2 © Deltares, 2014 December 2014, Final Report - Phase 2 Contents 1 Introduction 1 1.1 Background 1 1.2 Introduction to the project 2 1.3 Polder systems 2 1.4 Project Tasks 4 1.5 Report outline 5 2 Kamal / Tanjungan polder 7 2.1 Description of the area 7 2.2 Pump scheme alternatives 8 2.2.1 A1 – Kamal and Tanjungan as separate systems, no additional storage 9 2.2.2 A2 – Combined Kamal and Tanjungan system, storage reservoir 45 ha 12 2.2.3 A3 – Kamal-Tanjungan with 90 ha storage 14 2.3 Verification with the hydraulic model and JEDI Synchronization 15 2.3.1 Introduction 15 2.3.2 Results 16 2.3.3 Impact of creation of western lake NCICD 18 2.4 Synchronization with other hydraulic infrastructure 19 3 Lower Angke / Karang polder 20 3.1 Description of the area 20 3.2 Pump scheme alternatives 21 3.2.1 B1 – Lower Angke/Karang, no additional storage 22 3.2.2 B2A – Lower Angke/Karang, new reservoir at Lower Angke 23 3.2.3 B2B – Lower Angke/Karang, 30 ha waduk and 12 ha emergency storage 25 3.2.4 B3 – as B2B, but with all possible green area as emergency storage 27 3.2.5 B4 –Splitting the polder in two parts, no additional storage 29 3.2.6 B5 –Splitting the polder area -
Factors Influences Farmers Desire to Agricultural Land Conversion in Indonesia Using Structural Equation Model Analysis
International Journal of Engineering & Technology, 8 (1.10) (2019) 71-74 International Journal of Engineering & Technology Website: www.sciencepubco.com/index.php/IJET Research paper Factors Influences Farmers Desire to Agricultural Land Conversion in Indonesia using Structural Equation Model Analysis Yogi Makbul1, Sudrajati Ratnaningtyas2, Pradono3 1,2,3 Institut Teknologi Bandung Abstract The objective of this research is to know what factors can influence the farmers to convert his farmland for the purpose of land conversion near the trans-Java toll road. The research uses a survey on Gantar and Terisi District in Indramayu Regency, West Java Province, Indonesia. A sample of 408 farmers from ten farmer-groups has been drawn using the cluster method. The Structural Equation Method (SEM) has been used in the statistical analysis. The dependent variable is the farmer’s desire to convert his farmland. The independent variables are three latent variables with 11 observed variables. The latent variables are location, agricultural environment, and lifestyle perception. The findings of this research are unique, and novel compared to other researches on agricultural land conversion. The uniqueness and novelty of this research is that first, it finds the internal factors why farmers convert their farmland. Second, this research uses the quantitative method with SEM analysis in farmland conversion. The SEM is commonly used in management research. Third, the finding of the research is essential for food security in Indonesia because the research has been conducted on Java Island. Java Island is the most strategic area for rice production in Indonesia. The island comprises only 6.8 percent of Indonesian land area but produces more than 50 percent of the rice. -
38 BAB III DESKRIPSI WILAYAH A. Tinjaun Umum Kondisi Kota
BAB III DESKRIPSI WILAYAH A. Tinjaun Umum Kondisi Kota Administrasi Jakarta Timur Pemerintah Kota Administrasi Jakarta Timur merupakan salah satu wilayah administrasi di bawah Pemerintah Provinsi DKI Jakarta. Wilayah Kota Administrasi Jakarta Timur. Pemerintahan Kota Administrasi Jakarta Timur dibagi ke dalam 10 Kecamatan, yaitu Kecamatan Pasar Rebo, Ciracas, Cipayung, Makasar, Kramatjati, Jatinegara, Duren Sawit, Cakung, Pulogadung dan Matraman. Wilayah Kota Administrasi Jakarta Timur memiliki perbatasan sebelah utara dengan Kota Administrasi Jakarta Utara dan Jakarta Pusat, sebelah timur dengan Kota Bekasi (Provinsi Jawa Barat), sebelah selatan Kabupaten Bogor (Provinsi Jawa Barat) dan sebelah barat dengan Kota Administrasi Jakarta Selatan. B. Kondisi Geografis Kota administrasi Jakarta Timur merupakan bagian dari wilayah provinsi DKI Jakarta yang terletak antara 106º49ʾ35ˮ Bujur Timur dan 06˚10ʾ37ˮ Lintang Selatan, dengan memiliki luas wilayah 187,75 Km², batas wilayah sebagai berikut : 1. Utara : Kotamadya Jakarta Utara dan Jakarta Pusat 2. Timur : Kotyamada Bekasi (Provinsi Jawa Barat) 3. Selatan : Kabupaten Bogor (Provinsi Jawa Barat) 4. Barat : Kotyamada Jakarta Selatan 38 PETA ADMINISTRATIF KOTA JAKARTA TIMUR Sumber : Jakarta Timur dalam angka,2015 Kampung Pulo bertempat di Kecamatan Jatinegara, Kelurahan Kampung Melayu, Jakarta Timur. Nama Kampung Pulo berasal dari bentuk dataran ini ketika air sungai Ciliwung meningkat ada yang berbentuk pulau kecil. Dataran Kampung Pulo cukup rendah dari jalan raya Jatinegara Barat. Kampung Pulo merupakan kawasan permukiman yang padat dan berdiri di tanah negara. Penduduk yang tinggal didalamnya rata – rata berpenghasilan rendah, sehingga kualitas lingkungan semakin menurun. Saat ini semua kawasan hunian dituntut untuk menjadi hunian yang berkelanjutan, dengan luas area ± 8 Ha (sebagian besar berbatasan dengan sungai Ciliwung) dan kondisi fisik Kampung Pulo-Jakarta Timur saat ini maka pemukiman 39 tersebut tidak dapat bersifat berkelanjutan. -
Cultural Landscape of Bali Province (Indonesia) No 1194Rev
International Assistance from the World Heritage Fund for preparing the Nomination Cultural Landscape of Bali Province 30 June 2001 (Indonesia) Date received by the World Heritage Centre No 1194rev 31 January 2007 28 January 2011 Background This is a deferred nomination (32 COM, Quebec City, Official name as proposed by the State Party 2008). The Cultural Landscape of Bali Province: the Subak System as a Manifestation of the Tri Hita Karana The World Heritage Committee adopted the following Philosophy decision (Decision 32 COM 8B.22): Location The World Heritage Committee, Province of Bali 1. Having examined Documents WHC-08/32.COM/8B Indonesia and WHC-08/32.COM/INF.8B1, 2. Defers the examination of the nomination of the Brief description Cultural Landscape of Bali Province, Indonesia, to the Five sites of rice terraces and associated water temples World Heritage List in order to allow the State Party to: on the island of Bali represent the subak system, a a) reconsider the choice of sites to allow a unique social and religious democratic institution of self- nomination on the cultural landscape of Bali that governing associations of farmers who share reflects the extent and scope of the subak system of responsibility for the just and efficient use of irrigation water management and the profound effect it has water needed to cultivate terraced paddy rice fields. had on the cultural landscape and political, social and agricultural systems of land management over at The success of the thousand year old subak system, least a millennia; based on weirs to divert water from rivers flowing from b) consider re-nominating a site or sites that display volcanic lakes through irrigation tunnels onto rice the close link between rice terraces, water temples, terraces carved out of the flanks of mountains, has villages and forest catchment areas and where the created a landscape perceived to be of great beauty and traditional subak system is still functioning in its one that is ecologically sustainable. -
Challenges in Conserving Bahal Temples of Sri-Wijaya Kingdom, In
International Journal of Engineering and Advanced Technology (IJEAT) ISSN: 2249 – 8958, Volume-9, Issue-1, October 2019 Challenges in Conserving Bahal Temples of Sriwijaya Kingdom, in North Sumatra Ari Siswanto, Farida, Ardiansyah, Kristantina Indriastuti Although it has been restored, not all of the temples re- Abstract: The archaeological sites of the Sriwijaya temple in turned to a complete building form because when temples Sumatra is an important part of a long histories of Indonesian were found many were in a state of severe damage. civilization.This article examines the conservation of the Bahal The three brick temple complexes have been enjoyed by temples as cultural heritage buildings that still maintains the authenticity of the form as a sacred building and can be used as a tourists who visit and even tourists can reach the room in the tourism object. The temples are made of bricks which are very body of the temple. The condition of brick temples that are vulnerable to the weather, open environment and visitors so that open in nature raises a number of problems including bricks they can be a threat to the architecture and structure of the tem- becoming worn out quickly, damaged and overgrown with ples. Intervention is still possible if it is related to the structure mold (A. Siswanto, Farida, Ardiansyah, 2017; Mulyati, and material conditions of the temples which have been alarming 2012). The construction of the temple's head or roof appears and predicted to cause damage and durability of the temple. This study used a case study method covering Bahal I, II and III tem- to have cracked the structure because the brick structure ples, all of which are located in North Padang Lawas Regency, does not function as a supporting structure as much as pos- North Sumatra Province through observation, measurement, sible. -
Batu Tabung Berprasasti Di Candi Gunung Sari (Jawa Tengah) Dan Nama Mata Angin Dalam Bahasa Jawa Kuno Baskoro Daru Tjahjono, Arlo Griffiths, Véronique Degroot
Batu tabung berprasasti di Candi Gunung Sari (Jawa Tengah) dan nama mata angin dalam bahasa Jawa Kuno Baskoro Daru Tjahjono, Arlo Griffiths, Véronique Degroot To cite this version: Baskoro Daru Tjahjono, Arlo Griffiths, Véronique Degroot. Batu tabung berprasasti di Candi Gunung Sari (Jawa Tengah) dan nama mata angin dalam bahasa Jawa Kuno. Berkala Arkeologi (Yogyakarta), Balai Arkeologi D.I. Yogyakarta, 2014, 34 (2), pp.161-182. 10.30883/jba.v34i2.23. halshs-01908636 HAL Id: halshs-01908636 https://halshs.archives-ouvertes.fr/halshs-01908636 Submitted on 30 Oct 2018 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. BATU TABUNG BERPRASASTI DI CANDI GUNUNG SARI (JAWA TENGAH) DAN NAMA MATA ANGIN DALAM BAHASA JAWA KUNO1 THE INSCRIBED STONE CYLINDERS AT CANDI GUNUNG SARI (CENTRAL JAVA) AND THE NAMES OF THE DIRECTIONS OF SPACE IN OLD JAVANESE Baskoro Daru Tjahjono1, Arlo Griffths2 dan Veronique Degroot2 1Balai Arkeologi Medan 2Ecole française d'Extrême-Orient, Jakarta [email protected] [email protected] [email protected] ABSTRACT This article presents an architectural and epigraphical study of several objects recovered from the Central Javanese temple site of Gunung Sari. -
Change Detection of Land Cover at Flood Potential Areas Using Multitemporal Image Data in East Jakarta City
Published by : International Journal of Engineering Research & Technology (IJERT) http://www.ijert.org ISSN: 2278-0181 Vol. 9 Issue 07, July-2020 Change Detection of Land Cover at Flood Potential Areas using Multitemporal Image Data in East Jakarta City Abdul Wahid Hasyim Dimas Danur Cahya Ismu Rini Dwi Ari Department of Regional and Urban Department of Regional and Urban Department of Regional and Urban Planning, Universitas Brawijaya, Jl. Planning, Universitas Brawjaya, Jl. Planning, Universitas Brawijaya, Jl. MT. Haryono 167, Malang City, MT. Haryono 167, Malang City, MT. Haryono 167, Malang City, East Java, Indonesia, 65145 East Java, Indonesia, 65145 East Java, Indonesia, 65145 Abstract— East Jakarta City is one of 6 cities / regencies in well as the volume of water displaced due to the inability of the. The city of East Jakarta as one of the cities in the Special the absorption of water into the ground [3]. Capital Province of Jakarta has a significant growing population. Changing of land cover might result on flood The East Jakarta is the 1st city with the highest disaster disaster in related with the growth of population. Main purpose risk index value and the 2nd city with the highest flood of the study is to determine variable that influence the flood disaster risk index value in DKI Jakarta Province [4]. Jakarta height of an area with imagery data in the period of four has experienced many severe river flood events due to heavy decades – 1990, 2000, 2020, and 2020. The first step uses land rains, especially in 1996, 2002, 2007, 2013 and 2014 [5]. -
Nama Sekolah Jumlah Anak Penerima KJP SDN ANCOL 01 PG. 323 SDN ANCOL 03 PG. 210 SDN ANCOL 04 PT. 163 SDN ANGKE 01 PG. 375 SDN AN
Nama Sekolah Jumlah Anak Penerima KJP SD SDN ANCOL 01 PG. 323 SDN ANCOL 03 PG. 210 SDN ANCOL 04 PT. 163 SDN ANGKE 01 PG. 375 SDN ANGKE 03 PG. 72 SDN ANGKE 04 PT. 134 SDN ANGKE 05 PG. 79 SDN ANGKE 06 PG. 238 SDN BALE KAMBANG 01 PG. 138 SDN BALE KAMBANG 03 PG. 171 SDN BALIMESTER 01 PG. 69 SDN BALIMESTER 02 PT. 218 SDN BALIMESTER 03 PT. 274 SDN BALIMESTER 06 PG. 65 SDN BALIMESTER 07 PT. 110 SDN BAMBU APUS 01 PG. 84 SDN BAMBU APUS 02 PG. 92 SDN BAMBU APUS 03 PG. 283 SDN BAMBU APUS 04 PG. 79 SDN BAMBU APUS 05 PG. 89 SDN BANGKA 01 PG. 95 SDN BANGKA 03 PG. 96 SDN BANGKA 05 PG. 60 SDN BANGKA 06 PG. 42 SDN BANGKA 07 PG. 103 SDN BARU 01 PG. 10 SDN BARU 02 PG. 46 SDN BARU 03 PG. 124 SDN BARU 05 PG. 128 SDN BARU 06 PG. 107 SDN BARU 07 PG. 20 SDN BARU 08 PG. 163 SDN BATU AMPAR 01 PG. 24 SDN BATU AMPAR 02 PG. 100 SDN BATU AMPAR 03 PG. 81 SDN BATU AMPAR 05 PG. 61 SDN BATU AMPAR 06 PG. 113 SDN BATU AMPAR 07 PG. 108 SDN BATU AMPAR 08 PG. 66 SDN BATU AMPAR 09 PG. 95 SDN BATU AMPAR 10 PG. 111 SDN BATU AMPAR 11 PG. 91 SDN BATU AMPAR 12 PG. 64 SDN BATU AMPAR 13 PG. 38 SDN BENDUNGAN HILIR 01 PG. 144 SDN BENDUNGAN HILIR 02 PT. 92 SDN BENDUNGAN HILIR 03 PG. -
DKI JAKARTA.Pdf
DAFTAR JEMAAH BERHAK LUNAS TAHAP I TAHUN 1441H/2020M PROVINSI DKI JAKARTA BERHAK LUNAS TAHAP 1 KODE NO NO. PORSI NAMA ALAMAT KECAMATAN EMBARKASI 1 0900024005 NY HAERIYAH JL KIRAI NO.43B RT.06/01 KEBAYORAN BARU JKG 2 0900088988 HENI AMALIA LORONG 101 TIMUR NO. 66 RT 05/02 KOJA JKG 3 0900095483 LUSIA ISTHIATI SUPENI JL.MARUNDA BARU RT.003/03 CILINCING JKG 4 0900101689 EVA FARAH DIBA JL.CIP.JAYA AA/33A RT.009/008 JATINEGARA JKG 5 0900102137 AMINA KP.BARU RT.001/009 CAKUNG JKG 6 0900102532 HJ BARKAH PONDOK KELAPA RT.009/012 DUREN SAWIT JKG 7 0900102637 MARYATI JL.PEJUANG IV NO.36 RT.04/04 KELAPA GADING JKG 8 0900103256 SHOBAH NAWALIAH MENTENG DALAM RT.002/010 TEBET JKG 9 0900103666 SITI SAIDAH MENTENG DALAM RT.002/010 TEBET JKG 10 0900104448 PURWANTO JL.PERSAHABATAN RT.011/004 JAGAKARSA JKG 11 0900106046 AYU NURCAHYANI SETIA BUDI TIMUR RT.02 RW.01 SETIABUDI JKG 12 0900106750 KHUZAIBIYAH JL. LODAN RAYA VI RT.001/001 NO.14 PADEMANGAN JKG 13 0900107703 SUKINI KOMP KOSTRAD RT 11 RW 07 KEBAYORAN LAMA JKG 14 0900108788 CHUSNUL CHOTIMAH JL. JATI BARU III RT 005/004 TANAH ABANG JKG 15 0900108990 ROMELAH JL.BATU I GG.ARAB RT.014/005 PASAR MINGGU JKG 16 0900111076 SITI ROHANI JL.WULUH III NO.11 RT/RW.004/007 PALMERAH JKG 17 0900111109 RETNO KUSTIAH JL.KAYU MANIS V BARU RT.006/004 MATRAMAN JKG 18 0900111812 LILI NURWANTI JL. CIPINANG KEBEMBEM RT.010/010 PULOGADUNG JKG 19 0900111833 GATOT SUGITO JL.PINANG EMASX/UD.10 RT.010/003 KEBAYORAN LAMA JKG 20 0900113012 KASTOLANI KOMP. -
Kode Dan Data Wilayah Administrasi Pemerintahan Provinsi Dki Jakarta
KODE DAN DATA WILAYAH ADMINISTRASI PEMERINTAHAN PROVINSI DKI JAKARTA JUMLAH N A M A / J U M L A H LUAS JUMLAH NAMA PROVINSI / K O D E WILAYAH PENDUDUK K E T E R A N G A N (Jiwa) **) KABUPATEN / KOTA KAB KOTA KECAMATAN KELURAHAN D E S A (Km2) 31 DKI JAKARTA 31.01 1 KAB. ADM. KEP. SERIBU 2 6 - 10,18 21.018 31.01.01 1 Kepulauan Seribu 3 - Utara 31.01.01.1001 1 Pulau Panggang 31.01.01.1002 2 Pulau Kelapa 31.01.01.1003 3 Pulau Harapan 31.01.02 2 Kepulauan Seribu 3 - Selatan. 31.01.02.1001 1 Pulau Tidung 31.01.02.1002 2 Pulau Pari 31.01.02.1003 3 Pulau Untung Jawa 31.71 2 KODYA JAKARTA PUSAT 8 44 - 52,38 792.407 31.71.01 1 Gambir 6 - 31.71.01.1001 1 Gambir 31.71.01.1002 2 Cideng 31.71.01.1003 3 Petojo Utara 31.71.01.1004 4 Petojo Selatan 31.71.01.1005 5 Kebon Pala 31.71.01.1006 6 Duri Pulo 31.71.02 2 Sawah Besar 5 - 31.71.02.1001 1 Pasar Baru 31.71.02.1002 2 Karang Anyar 31.71.02.1003 3 Kartini 31.71.02.1004 4 Gunung Sahari Utara 31.71.02.1005 5 Mangga Dua Selatan 31.71.03 3 Kemayoran 8 - 31.71.03.1001 1 Kemayoran 31.71.03.1002 2 Kebon Kosong 31.71.03.1003 3 Harapan Mulia 31.71.03.1004 4 Serdang 1 N A M A / J U M L A H LUAS JUMLAH NAMA PROVINSI / JUMLAH WILAYAH PENDUDUK K E T E R A N G A N K O D E KABUPATEN / KOTA KAB KOTA KECAMATAN KELURAHAN D E S A (Km2) (Jiwa) **) 31.71.03.1005 5 Gunung Sahari Selatan 31.71.03.1006 6 Cempaka Baru 31.71.03.1007 7 Sumur Batu 31.71.03.1008 8 Utan Panjang 31.71.04 4 Senen 6 - 31.71.04.1001 1 Senen 31.71.04.1002 2 Kenari 31.71.04.1003 3 Paseban 31.71.04.1004 4 Kramat 31.71.04.1005 5 Kwitang 31.71.04.1006 6 Bungur -
Study About Factors Influencing Transition of Green Open Spaces Based on Analysis of Land Use in Depok City, West Java, Indonesia
3rd International Symposium for Sustainable Landscape Development (ISSLD 2017) IOP Publishing IOP Conf. Series: Earth and Environmental Science1234567890 179 (2018) ‘’“” 012035 doi :10.1088/1755-1315/179/1/012035 Study about factors influencing transition of green open spaces based on analysis of land use in Depok City, West Java, Indonesia M Matsuda1*, N Nasrullah2, and B Sulistyantara2 1 Graduate School of Horticulture, Chiba University 2 Department of Landscape Architecture Faculty of Agriculture, Bogor Agricultural University *E-mail: [email protected] Abstract. Most green open spaces in Jakarta, the capital city of Indonesia, are susceptible to conversion into urban use. In Jakarta, land development is progressing to the point where there is no room for additional land development, resulting in a shift to land development in other cities, especially the urban areas surrounding Jakarta, Jabodetabek. This study focused on land development in Depok City located south of Jakarta. Depok is influenced strongly by land development in Jakarta, and further economic growth is expected. The purpose of this study is to reveal the changes in the area of green open spaces to investigate the transition of green open spaces in Depok and to identify the factors influencing the transition of green open spaces in Depok. ERDAS 9.1 Software was used to analyze the changes in the area of green open spaces in 1995–2015. To identify the factors influencing the transition of green open spaces, binomial logistic regression analysis was used. It was revealed that the area of green open spaces has rapidly decreased from 2005 (9789.28Ha) to 2015(5157.80Ha) in Depok.