DOCSLIB.ORG

5 Tabel Table 1.1 Jarak Antar Kota-Kota Terpilih Di Jawa Barat

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
5 Tabel Table 1.1 Jarak Antar Kota-Kota Terpilih Di Jawa Barat Letak Geografis /Geographical Position Jarak Antar Kota-kota Terpilih di Jawa Barat Tabel Distance Among Selected Cities in West Java (km) 1.1 Table 2001 J a k r t Se r a n g Pandeglang L e b a k Tangerang B e k a s i Karawang Purwakarta S u b a n g B o g o r Sukabumi C i a n j u r Bandung Sumedang G a r u t Tasikmalaya C i a m s Kuningan Majalengka C i r e b o n Indramayu Jakarta - 90 111 131 25 29 71 113 161 58 119 122 187 232 250 293 308 293 278 258 205 Serang 90 - 21 41 65 119 161 203 251 148 209 212 277 322 340 383 398 383 368 348 295 Pandeglang 111 21 - 20 86 140 182 224 272 118 179 182 298 343 361 404 419 404 389 369 316 Lebak 131 41 20 - 106 160 202 244 292 98 159 172 227 272 290 333 348 392 318 357 336 Tangerang 25 65 86 106 - 54 96 138 186 83 144 147 212 257 275 318 333 318 303 283 230 Bekasi 29 119 140 160 54 - 42 84 132 87 148 151 154 199 217 260 279 261 239 229 176 Karawang 71 161 182 202 96 42 - 42 90 96 172 147 112 157 175 218 233 219 203 184 134 Purwakarta 113 203 224 244 138 84 42 - 48 163 136 99 70 115 133 176 191 235 161 200 130 Subang 161 251 272 292 186 132 90 48 - 186 42 39 58 61 121 164 179 191 149 156 102 Bogor 58 148 118 98 83 87 96 163 186 - 61 74 129 174 192 235 250 194 220 259 313 Sukabumi 119 209 179 159 144 148 172 136 42 61 - 32 96 141 159 202 217 261 187 226 280 Cianjur 122 212 182 172 147 151 147 99 39 74 32 - 65 110 128 171 186 230 156 195 249 Bandung 187 277 298 227 212 154 112 70 58 129 96 65 - 45 63 106 121 165 91 130 184 Sumedang 232 322 343 272 257 199 157 115 61 174 141 110 45 - 72 115 130 120 46 85 139 Garut 250 340 361 290 275 217 175 133 121 192 159 128 63 72 - 57 74 192 118 157 211 Tasikmalaya 293 383 404 333 318 260 218 176 164 235 202 171 106 115 57 - 17 185 101 120 174 Ciamis 308 398 419 348 333 279 233 191 179 250 217 186 121 130 74 17 - 68 84 103 157 Kuningan 293 383 404 392 318 261 219 235 191 194 261 230 165 120 192 185 68 - 51 35 89 Majalengka 278 368 389 318 303 239 203 161 149 220 187 156 91 46 118 101 84 51 - 61 82 Cirebon 258 348 369 357 283 229 184 200 156 259 226 195 180 85 157 120 103 35 61 - 54 Indramayu 205 295 316 336 230 176 134 130 102 313 280 249 184 139 211 174 157 89 82 54 - ) Jawa Barat Dalam Angka / Jawa Barat In Figures 2001 5 Geografis /Geographical Position Tabel Jumlah Curah Hujan di Jawa Barat 1.2 Table Number of Rain Fall in Jawa Barat (mm) 2001 Kabupaten/Kota Januari Pebruari Maret April Mei Juni Juli Regency/Municip January February March April May June July ality [1] [2] [3] [4] [5] [6] [7] [8] Kab/Reg 01. Bogor *) 383 352 276 360 335 340 366 340 02. Sukabumi *) - - 302 169 326 200 205 03. Cianjur 549 598 481 377 337 249 136 04. Bandung *) 219 206 209 235 83 88 187 05. Garut 307 - 981 317 250 - 234 06. Tasikmalaya 750 - - 240 - 155 - 07. C i a m i s 205 191 - 310 241 360 145 08. Kuningan 407 - 506 252 - 133 - 09. Cirebon *) 674 279 618 184 95 103 38 10. Majalengka - - - - - 256 - 11. Sumedang 294 401 350 340 100 181 19 12. Indramayu 134 195 187 187 76 123 21 13. S u b a n g 236 194 181 - 96 - 12 14. Purwakarta - 154 349 310 65 74 - 15. Karawang 117 449 106 - 49 - 59 16. Bekasi *) 440 252 395 - 139 - 86 17. Karawang 162 92 134 - 133 - 48 Sumber : Badan Meteorologi dan Geofisika, Propinsi Jawa Barat Source : Meteorological and Geofisical Agency of Jawa Barat Catatan /Notes : *) = Termasuk Kota/ Including Municipality - = Tidak ada hujan/ No Rains 6 Jawa Barat Dalam Angka / Jawa Barat In Figures 2001 ) Letak Geografis /Geographical Position Lanjutan 1.2 Table (Continued) Kabupaten/Kota Agustus September Oktober Nopember Desember Jumlah Regency/Municipality August September October November December Total [1] [9] [10] [11] [12] [13] [14] Kab/Reg 01. Bogor *) 207 455 317 304 70 3 765 455 02. Sukabumi *) 125 110 518 496 555 3 006 03. Cianjur 50 - 270 547 98 3 692 04. Bandung 54 107 408 564 46 2 406 05. Garut 110 - 710 489 129 3 527 06. Tasikmalaya - - 700 500 - 2 345 07. C i a m i s 120 3 138 - - 1 713 08. Kuningan 40 - 225 - 143 1 706 09. Cirebon *) 30 - 297 - - 2 318 10. Majalengka 55 66 664 522 484 2 047 11. Sumedang 40 - 210 - 412 2 347 12. Indramayu 30 - 126 - - 1 079 13. S u b a n g 71 17 113 279 17 1 216 14. Purwakarta 55 150 338 301 115 1 911 15. Karawang 23 25 106 387 25 1 346 16. Bekasi *) 14 68 327 127 38 1 886 Sumber : Badan Meteorologi dan Geofisika, Propinsi Jawa Barat Source : Meteorological and Geofisical Agency of Jawa Barat Catatan /Notes : *) = Termasuk Kota/ Including Municipality - = Tidak ada hujan /No Rains ) Jawa Barat Dalam Angka / Jawa Barat In Figures 2001 7 Geografis /Geographical Position Tabel Posisi Geografi dan Tinggi Gunung Api di Jawa Barat 1.3 Table Geographical Position and Height of Vulcanos in Jawa Barat Posisi Geografi Nama Gunung (LS/BT) dari Jakarta Tinggi Gunung (m) Name of Mountain Geographical Position Height of Vulcanos from Jakarta [1] [2] [3] 01. Karang 60 6’ / 1060 021/2 1 778 02. Kiara Deres 60 44’ / 1080 39’ 1 432 03. Gagak 60 44’ / 1060 39’ 1 511 04. Perbakti 60 45’ / 1060 41’ 1 699 05. Salak 60 43’ / 1060 44’ 2 211 06. Gede 60 47’ / 1060 00’ 2 958 07. Patuha 70 09’ 37” / 1070 24’ 2 434 08. Wayang 70 121/2 / 1070 38’ 2 181 09. Windu 70 121/2 / 1070 38’ 2 137 10. Tangkuban Perahu 60 46’ / 1070 36’ 2 084 11. Papandayan 70 19’ / 1070 15’ 2 665 12. Kawah Manuk 70 14’ / 1070 43’ 1 950 13. Kawah Kamojang 70 14’ / 070 171/2’ 1 640 - 1 730 14. Guntur 60 08’ / 1070 20’ 2 249 15. Galunggung 70 15’ / 1080 03’ 2 168 16. Kawah Karah 70 15’ / 1080 05’ 1 125 - 1 155 17. Ceremai 70 531/2 / 1070 24’ 3 078 Sumber : Departemen Pertambangan Direktorat Teknologi Vulkanologi, Bandung Source : Departement of Mining, Directorate of Vulcanology, Bandung 8 Jawa Barat Dalam Angka / Jawa Barat In Figures 2001 ) Letak Geografis /Geographical Position Luas Potensi Areal Irigasi di Jawa Barat Tabel Potential Area of Irrigation in Jawa Barat 1.4 Table (Ha/ Ha) 2001 Irigasi U r a i a n Irigasi Lintas Tadah Hujan Tdk Lintas Description Line Irrigation Rain Fed Non Line Irrigation [1] [2] [3] [4] I. Irigasi Lintas/ Line Irrigation a. Teknis/ Technical 356 617 - b. Semi Teknis/Semi Technical 338 - - II. Irigasi Tidak lintas/ Non Line Irrigation a. Teknis/ Technical - 180 115 - b. Semi Teknis/Semi Technical - 34 402 - c. Sederhana/Non Technical - 13 087 - d. Irigasi Desa/Village Irrigation - 487 615 - lII. Tadah Hujan/ Rain Fed --80 633 Jumlah / Total 356 955 715 219 80 633 Sumber : Dinas Pengelolaan Sumber Daya Air Propinsi Jawa Barat Source : Provincial Irrigation Services of Jawa Barat ) Jawa Barat Dalam Angka / Jawa Barat In Figures 2001 9 Geografis /Geographical Position Luas Areal Irigasi Lintas di Jawa Barat Menurut Balai PSDA Tabel Area of Line Irrigation in Jawa Barat by PSDA 1. 5 Table ( Ha/Ha ) 2001 Semi Sederhana Irigasi Desa Teknis Jumlah Balai PSDA Teknis Non Village Semi Total Technical Technical Irrigation Technica [1] [2] [3] [4] [5] [6] Balai PSDA Cisadane-Ciliwung 3 681 - - - 3 681 Balai PSDA Cisadea-Cikuningan 632 - - - 632 Balai PSDA C i t a r u m 242 517 338 - - 242 855 Balai PSDA Cimanuk-Cisanggarung 101 389 - - - 101 389 Balai PSDA Citanduy & Ciwulan 8 398 - - - 8 398 Sumber : Dinas Pengelola Sumber Daya Air Propinsi Jawa Barat Source : Provincial Irrigation Services of Jawa Barat 10 Jawa Barat Dalam Angka / Jawa Barat In Figures 2001 ) Letak Geografis /Geographical Position Luas Areal Irigasi Tidak Lintas dan Tadah Hujan Menurut Kabupaten/Kota di Jawa Barat Area of Non Line Irrigation and Rain Fed by Tabel 1. 6 Reg/Mun in Jawa Barat Table (Ha/Ha) 2001 Tidak Lintas Tadah Kabupaten/Kota Hujan Semi Teknis Sederhana IrigasiDesa Jumlah Regency/Municipa Teknis Semi Non Village Total Rain -lity Technical Technical Technical Irrigation Fed [1] [2] [3] [4] [5] [6] [7] Kab/Reg 01. Bogor 9 010 528 205 52 185 61 928 5 618 02. Sukabumi 7 780 11 691 75 55 461 75 007 7 249 03. Cianjur 23 469 - - 35 269 58 738 4 478 04. Bandung 15 765 1 110 - 53 284 70 159 4 026 05. Garut 11 276 833 420 31 485 44 014 8 906 06. Tasikmalaya 3 503 6 181 - 47 873 57 557 5 545 07.
Load more

Recommended publications
  • Study on Water Resources Allocation for Kertajati, Jatitujuh, and Ligung
    MATEC Web of Conferences 147, 03010 (2018) https://doi.org/10.1051/matecconf/201814703010 SIBE 2017 Study on Water Resources Allocation for Kertajati, Jatitujuh, and Ligung Sub-Districts to Support the Development of West Java International Airport (BIJB) and Kertajati Aerocity Area Yadi Suryadi2,3,*, Asrini Chrysanti1, Febya Nurnadiati1, Mohammad Bagus Adityawan2,3, and Arno Adi Kuntoro2 1Graduate School of Civil Engineering, Institut Teknologi Bandung, Jalan Ganesha 10, Bandung 40132, Indonesia 2Water Resources Engineering Research Group, Institut teknologi Bandung, Jalan Ganesha 10, Bandung 40132, Indonesia 3Water Resources Development Center, Institut teknologi Bandung, Jalan Ganesha 10, Bandung 40132, Indonesia Abstract. The Bandarudara Internasional Jawa Barat (BIJB) and Kertajati Aerocity are under construction and expected to be a center of economic activity supported by potential of natural resources and agriculture. They later will act as a driver of economic growth in West Java, especially for surrounding area such as Kertajati, Jatitujuh and Ligung Sub-districts. As an affect of the the development of BIJB and Kertajati Aerocity, the water demand of surrounding area will increase. Therefore an analysis of water demand and availability is needed. This research supports by analyzing the water balance, water demand, and also water allocation using WEAP (Water Evaluation and Planing) software tool. Water balance of Cimanuk-Tomo, Cimanuk-Monjot, and Cilutung-Dam Kamun river are analyzed, water demand of the three sub-districts are also projected and become the inputs of the water allocation model. The result of WEAP model simulation shows that the Cimanuk River can meet the water demand of the three sub-districts until 2040.
    [Show full text]
  • Study of Whole Effluent Acute Toxicity Test (Daphnia Magna) As an Evaluation of Ministry of Environment and Forestry Decree No
    MATEC Web of Conferences 147, 08005 (2018) https://doi.org/10.1051/matecconf/201814708005 SIBE 2017 Study of whole effluent acute toxicity test (Daphnia magna) as an evaluation of Ministry of Environment and Forestry Decree No. 3 In 2014 concerning industrial performance rank in environmental management Neng Rohmah1, Dwina Roosmini2, and Mochamad Adi Septiono2 1Program Studi Teknik Lingkungan, Fakultas Teknik Sipil dan Lingkungan, Institut Teknologi Bandung, Jl Ganesha 10 Bandung 40132 2Program Studi Teknik Lingkungan, Fakultas Teknik Sipil dan Lingkungan, Institut Teknologi Bandung, Jl Ganesha 10 Bandung 40132 Abstract. Only 15% of the industries in Citarum Watershed, specifically in Bandung Regency, West Bandung Regency, Sumedang Regency, Bandung City and Cimahi City, are registered as PROPER industries. They must comply to indicators as set in the Minister of Environment and Forestry Decree No. 3 In 2014 concerning Industrial Performance Rank in Environmental Management, as a requirement to apply for PROPER. Wastewater treatment and management, referencing to Minister of Environment and Forestry Decree No. 5 In 2014 concerning Wastewater Effluent Standards, must be performed to be registered as PROPER industries. Conducting only physical-chemical parameter monitoring of wastewater is insufficient to determine the safety of wastewater discharged into the river, therefore additional toxicity tests involving bioindicator are required to determine acute toxicity characteristic of wastewater. The acute toxicity test quantifies LC50 value based on death response of bioindicators from certain dosage. Daphnia magna was used as bioindicator in the toxicity test and probit software for analysis. In 2015-2016, the number of industries that discharged wastewater exceeding the standard was found greater in non-PROPER industries than in PROPER industries.
    [Show full text]
  • Analysis of Forest Patches in Three Regencies in West Java Based on Satellite Data
    The 3rd Regional Conference on Natural Resources in Tropics (NRTrop3 2009) Analysis of Forest Patches in Three Regencies in West Java Based on Satellite Data 1Azizia Permatasari Abdullah, 2Endah Sulistyawati 1Biology Study Program, School of Life Sciences & Technology, Institut Teknologi Bandung, Jl. Ganesha 10 Bandung 40132, Indonesia. Telp. (+6222) 2511575, Fax. (+6222) 2500258 [email protected] 2Ecology & Biosystemtics Research Group, School of Life Sciences & Technology, Institut Teknologi Bandung, Jl. Ganesha 10 Bandung 40132, Indonesia. ABSTRACT Forest landscape in Indonesia has undergone changes due to deforestation leading to forest fragmentation and land use transformation. Forests patches within agriculture or settlement matrix can be susceptible to disturbances which could bring about long-term alteration of forest’s ecological and economic functions. This study aimed to analyze the distribution and dynamics of forest patches in three regencies by identified it using Post Classification Comparison method (PSC) from multi-temporal Landsat satellite data i.e. 1991, 2001, and 2003. The forest patches were analyzed by the following landscape metrics: patch number, patch size and patch shape. In general, the result shows that the distribution and dynamics among three regencies have similar pattern. The number of small patches was higher than large patches. Smaller patches were more threatened to vanish by disturbances than larger patches. The shapes of all patches were convoluted as indicated by the shape index (SI>1). In terms of patch shape, the shape index has decreased over the study period indicating that the shape of the forest patches has become less convoluted. Keywords: forest patches, landscape metrics, deforestation. INTRODUCTION Forest has ecological function as habitat, carbon sink, carbon source, and also rich of biodiversity.
    [Show full text]
  • Distribution of Holstein Friesian Dairy Cattle Populations in KUD Gemah
    View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by USN Scientific Journal Publisher (Universitas Sembilanbelas November Kolaka - USN-SJ) Url: http://usnsj.com/index.php/CJAH Email: [email protected] Creative Commons Attribution 4.0 International License Distribution of Holstein Friesian Dairy Cattle Populations in KUD Gemah Ripah Sukabumi, West Java for Milk Production of during Lactation, Daily Milk Production, and Fat Levels AUTHORS INFO ARTICLE INFO Raden Febrianto Christi e-ISSN: 2548-3803 Universitas Padjadjaran p-ISSN: 2548-5504 [email protected] Vol. 5, No. 1, June 2020 +6285795505793 URL: https://dx.doi.org/10.31327/chalaza.v5i1.1228 Hermawan Universitas Padjadjaran [email protected] +6281320642939 Lia Budimulyati Salman Universitas Padjadjaran [email protected] +62818210443 © 2020 Chalaza Journal of Animal Husbandry All rights reserved Abstract Dairy cows are a type of livestock that have been developed by contributing products in the form of milk as a provider of animal protein. The more dairy cow population, the higher the milk production produced. This study aims to determine the population of dairy farming in Gemah Ripah Sukabumi KUD, West Java, and to determine the amount of milk production during the lactation period, daily milk production, and fat content. The research method used was a survey by taking primary and secondary data in 2018 and then analyzed with simple statistics to determine the mean, standard deviation, and coefficient of diversity. The results showed that the population of dairy cows was widespread in the Sukabumi area. Namely in the Barokah group in the Sukalarang sub-district, the Cikole group in the Sukaraja sub-district, the Cintaresmi group in the Sukalarang sub-district, the Priangan group in the Sukalarang sub-district, the rukun tani II in the sub-district of Sukalarang, the rukun tani III in Sukalja, sulanjana I in Sukalarang sub-district.
    [Show full text]
  • Participatory Poverty Assessment in West Java and South Sulawesi
    Final Report Participatory Poverty Assessment In West Java and South Sulawesi Volume 1: Synthesis, Analysis and Recommendations Submitted to: For Waseda University By: Yayasan Inovasi Pemerintahan Daerah November 2009 Research Team Alit Merthayasa, PhD – Project Manager Dr. Kabul Sarwoto – Technical Manager Novi Anggriani, MA – Survey Manager Herry Widjanarko B.Y. – Supervisor, West Java Alma Arief – Supervisor, South Sulawesi West Java Facilitators: Jayabakti – Bekasi & Pasir Jambu – Purwakarta Herry Widjanarko B.Y. Andrey Achmad Pratama Nissa Cita Adinia Nanggerang – Bogor & Sukanegara – Cianjur Firkan Maulana F. Ronald R. Sendjaja Anna Nur Rahmawaty Gegesikkulon – Cirebon & Neglasari – Bandung Kartawi Lutfi Purnama Ida Dewi Yuliawati Padasuka – Tasikmalaya & Lengkong Jaya – Garut Asep Kurniawan Permana Endang Turyana South Sulawesi Facilitator: Manjangloe – Jeneponto & Raya – Maros Alma Arief Saleh Yasin Harwan Andi Kunna Batunilamung – Bulukumba & Kalegowa – Gowa Nasthain Gasba Budie Ichwanuddin Suaib Hamid i FOREWORD AND ACKNOWLEDGMENT Final Report for Participatory Poverty Assessment (PPA) in West Java and South Sulawesi was written to report and document the result of field research on assessment of poverty based on the poor community them selves that were conducted in October 2009. The reports consist of two volumes, namely Volume 1 and Volume 2. They are prepared by a team led by Dr. Kabul Sarwoto (Technical Manager) and Novi Anggriani, MA (Survey Manager) under supervision of Alit Merthayasa, PhD (Project Manager). The writer team includes Herry Widjanarko and Alma Arief. Other field research team members are Firkan Maulana, Kartawi, Asep Kurniawan, Nasthain Gasba, Ronald Sendjaja, Anna Nur Rahmawaty, Andrey A Pratama, Nissa C Adinia, Permana, Endang Turyana, Ida D Yuliawati, Lutfi Purnama, Suaib Hamid, Budie Ichwanuddin, Saleh Yasin and Harwan A Kunna.
    [Show full text]
  • Determining Strategies for Water, Energy, and Food-Related Sectors in Local Economic Development Aries Purwanto A,*, Janez Sušnik B, F.X
    SPC: 161 Model 5G pp. 1–14 (col. fig: NIL) Sustainable Production and Consumption xx (xxxx) xxx–xxx Contents lists available at ScienceDirect Sustainable Production and Consumption journal homepage: www.elsevier.com/locate/spc Determining strategies for water, energy, and food-related sectors in local economic development Aries Purwanto a,*, Janez Su²nik b, F.X. Suryadi a, Charlotte de Fraiture a a IHE Delft Institute for Water Education, Land & Water Development Department, P.O. Box 3015, 2601 DA, Delft, The Netherlands b IHE Delft Institute for Water Education, Integrated Water Systems & Governance Department, P.O. Box 3015, 2601 DA, Delft, The Netherlands article info a b s t r a c t Article history: Water, energy, and food (WEF) related sectors are important to support people's life in a region. Resource Received 14 May 2018 evaluation is one of the stages in resource management to ensure that the existence of those sectors is Received in revised form 3 August 2018 provided sustainably. The assessment of the agglomeration level and growth of each sector in economic Accepted 9 August 2018 development can give better insights for local stakeholders either government bodies or private firms Available online xxxx to improve sustainable management of these sectors. The objectives of this paper are to portray the Keywords: agglomeration level and recent growth of WEF related sectors in local regions in Indonesia, and to Location quotient determine possible sustainable development strategies. The location quotient (LQ) and competitive Competitive position position (CP) analysis methods are employed in this regard. By analysing Gross Regional Domestic Product Basic sector (GRDP) between 2000 and 2015, basic and non-basic sectors have been determined.
    [Show full text]
  • Determining Factors of Governmental Collaboration in Jabodetabekjur Regions, Indonesia
    International Journal of Political Science (IJPS) Volume 6, Issue 2, 2020, PP 24-36 ISSN 2454-9452 http://dx.doi.org/10.20431/2454-9452.0602004 www.arcjournals.org Determining Factors of Governmental Collaboration in Jabodetabekjur Regions, Indonesia Dicky Irawan*, HM. Didi Turmudzi, Yaya Mulyana Indonesia *Corresponding Author: Dicky Irawan, Indonesia Abstract: This research was determined to analyze the collaboration concept execution between the regional goverments in the Jabodetabekjur regions, Indonesia. The research consists of four variables; (1). starting conditions; (2). facilitative leadership; (3). institutional design ; and (4). collaborative process. Structural Equation Model (SEM) with SmartPLS is being used to analyze the data. The 87 respondents’ information were collected from various government institutions within the Jabodetabekjur regions. The results show that the collaboration amongst the government institutions in Jabodetabekjur regions were not effectively executed, due to the inbalance resources in the starting condition phase. It is shown that the DKI Jakarta (Special Capital Region of Jakarta) has more dominant financial resource that other regions. Keywords: collaborative, government, Jabodetabekjur. 1. INTRODUCTION Jakarta, Bogor, Depok, Tangerang, Bekasi and Cianjur regions (Jabodetabekjur) is the megapolitan regions that have functional relations and form a system in term of dynamic and highest issues and activities content in Indonesia. About 33,3 million people are the residents of this megapolitan region (BPS Jakarta, West Java, Banten, 2020), in 3 (three) provinces that are located side by side; the Special Capital Region of Jakarta, the West Java Province and the Banten Province. The regencies/cities consist of 9 (nine) regency/city government areas, namely Bogor Regency, Bogor City, Depok City, Tangerang Regency, Tangerang City, South Tangerang City, Bekasi Regency, Bekasi City and CianjurRegency.
    [Show full text]
  • The Managing Plan for Abrasion in Coastal Area of Garut Regency
    Available online at www.sciencedirect.com ScienceDirect Procedia Environmental Sciences 33 ( 2016 ) 512 – 519 The 2nd International Symposium on LAPAN-IPB Satellite for Food Security and Environmental Monitoring 2015, LISAT-FSEM 2015 The managing plan for abrasion in coastal area of Garut Regency Rita Rostikaa,*, Noir Primadona Purbaa, Muhammad Lutfia, Jaya Kelvinb, Irfan Silalahib aFaculty of Fisheries and Marine Science, Padjadjaran University, Jl. Raya Bandung Sumedang KM 21, Jatinangor 40600 bKOMITMEN Research Group, Padjadjaran University Abstract The area of Garut is located in the southern part of West Java and directly connects to the Indian Ocean. Due to large coastal area of about 73.25 kms, it is susceptible to the impacts of abrasion due to strong waves, high tides, and human activities. This research aims to contrive a managing plan for abrasion control in coastal area of Garut Regency during September to November 2012 that includes, compiling recorded documents of the existing condition to predict the changes of coastal pattern as well as determining priorities for sustainable coastal developments by establishing intersectional programs in order to optimize the operational projects in coastal areas. To support the research, the data are divided into, first, primary data that include physical and social facts and Figures of socio-economic, oceanographic, and meteorological conditions. The second ones, the secondary data, consist of scientific-driven environmental and geographical information, such as visual map of Indonesia, Landsat TM images, (GLOVIS), basic map from the local government, sea level rise (TOPEX/POSEIDON JASON1, JASON2), sea wave, and wind (BMKG), and legal materials, such as policies and regulations, as well as institutions.
    [Show full text]
  • Situation Update Response to COVID-19 in Indonesia As of 18 January 2021
    Situation Update Response to COVID-19 in Indonesia As of 18 January 2021 As of 18 January, the Indonesian Government has announced 917,015 confirmed cases of COVID-19 in all 34 provinces in Indonesia, with 144,798 active cases, 26,282 deaths, and 745,935 people that have recovered from the illness. The government has also reported 77,579 suspected cases. The number of confirmed daily positive cases of COVID-19 in Indonesia reached a new high during four consecutive days on 13-16 January since the first positive coronavirus case was announced by the Government in early March 2020. Total daily numbers were 11,278 confirmed cases on 13 January, 11,557 cases on 14 January, 12,818 cases on 15 January, and 14,224 cases on 16 January. The Indonesian Ulema Council (MUI) has declared the COVID-19 Vaccine by Sinovac as halal. The declaration was stipulated in a fatwa that was issued on 8 January. On 11 January, the Food and Drug Administration (BPOM) issued the emergency use authorization for the vaccine. Following these two decisions, the COVID-19 vaccination program in Indonesia began on 13 January, with the President of the Republic of Indonesia being first to be vaccinated. To control the increase in the number of cases of COVID-19, the Government has imposed restrictions on community activities from January 11 to 25. The restrictions are carried out for areas in Java and Bali that meet predetermined parameters, namely rates of deaths, recovered cases, active cases and hospitals occupancy. The regions are determined by the governors in seven provinces: 1.
    [Show full text]
  • Ujian Terbuka Rekonstruksi Kebijakan Daerah Di Bidang
    UJIAN TERBUKA REKONSTRUKSI KEBIJAKAN DAERAH DI BIDANG TATA RUANG UNTUK MENINGKATKAN KESEJAHTERAAN MASYARAKAT YANG BERKEADILAN Untuk Memperoleh Gelar Doktor dalam Bidang Ilmu Hukum Pada Universitas Islam Sultan Agung (UNISSULA) Oleh : HARIS BUDIMAN, S.H.,M.H. NIM : PDIH.03.IX.16.0466 PROGRAM DOKTOR ILMU HUKUM FAKULTAS HUKUM UNISSULA SEMARANG 2019 i UJIAN TERBUKA REKONSTRUKSI KEBIJAKAN DAERAH DI BIDANG TATA RUANG UNTUK MENINGKATKAN KESEJAHTERAAN MASYARAKAT YANG BERKEADILAN OLEH: HARIS BUDIMAN NIM. PDIH.03.IX.16.0466 Telah disetujui oleh Promotor dan Co-Promotor pada tanggal seperti tertera di bawah ini Semarang, 13 September 2019 PROMOTOR CO-PROMOTOR Prof. Dr. H. Eman Suparman, S.H.,M.H. Dr.Hj. Anis Mashdurohatun, S.H.,M.Hum. NIDN. 00-2304-5909 NIDN. 06-2105-7002 Mengetahui, Ketua Program Doktor Ilmu Hukum Universitas Islam Sultan Agung Semarang Dr. Hj. Anis Mashdurohatun, S.H.,M.Hum. NIDN. 06-2105-7002 ii PERNYATAAN Yang bertanda tangan di bawah ini : Nama : Haris Budiman, SH, MH NIM : PDIH.03.IX.16.0466 Alamat : Griya Bojong Indah C9 Kuningan Jawa Barat Asal Instansi : Fakultas Hukum Universitas Kuningan Dengan ini menyatakan bahwa : 1. Karya Disertasi ini adalah asli dan belum pernah diajukan untuk memperoleh gelar akademik (Sarjana, Magister, dan/atau Doktor di universitas/ perguruan tinggi manapun) 2. Karya Disertasi ini adalah murni gagasan, rumusan dan penelitian penulis sendiri tanpa bantuan pihak lain, kecuali arahan Promotor dan Co- Promotor 3. Dalam karya Disertasi ini tidak terdapat karya-karya atau pendapat yang telah ditulis atau dipublikasikan orang lain, kecuali secara tertulis dengan jelas mencantumkannya sebagai acuan dan menuliskan sumber acuan tersebut dalam daftar pustaka.
    [Show full text]
  • UNITED STATES DEPARTMENT of the INTERIOR GEOLOGICAL SURVEY Landslide Investigations, Southern Cianjur Regency, West Java Provinc
    UNITED STATES DEPARTMENT OF THE INTERIOR GEOLOGICAL SURVEY Landslide investigations, southern Cianjur Regency, West Java Province, Indonesia A progress report by John R. Ege I/ Open-File Report $3-5? 7 Prepared in cooperation with the Indonesian Ministry of Research and Technology, under the auspices of the U.S. Agency for International Development, U.S. Department of State This report is preliminary and has not been reviewed for conformity with U.S. Geological Survey editorial standards and stratigraphic nomenclature. I/ U.S. Geological Survey, Denver, Co 1983 CONTENTS Page ABSTRACT................................................................. 1 INTRODUCTION............................................................. 1 Scope of Investigation.............................................. 5 PHYSICAL SETTINGS OF THE PASIRPARI AND CIBACANG SITES.................... 6 METHOD OF STUDY.......................................................... 7 Maps................................................................ 8 Landslide questionnaire............................................. 8 SI ope movement...................................................... 8 Subsurface exploration.............................................. 11 Slip-surface (zone) locator borings................................. 11 Ground-water and pore-pressure measurements......................... 13 Rainfall gages...................................................... 15 Ground stress measurements.......................................... 17 Soil and rock property tests.......................................
    [Show full text]
  • The Sustained Business Growth of Traditional Retail in Sumedang Regency
    Review of Integrative Business and Economics Research, Vol. 6, Issue 4 457 The Sustained Business Growth of Traditional Retail in Sumedang Regency Herwan Abdul Muhyi* Universitas Padjadjaran Ria Arifianti Universitas Padjadjaran Zaenal Muttaqin Universitas Padjadjaran ABSTRACT The research objective is describing sustained business growth of traditional retail in Sumedang Regency, West Java, Indonesia. The sustained business growth means the continuous growth of traditional retail in every period. The population of this research includes traditional retailers in 10 traditional markets in Sumedang Regency and traditional retailers in Jatinangor District. The unit of analysis is traditional retailers which have been established for at least 3 years. This research used the quantitative research method. The research result shows that the growth of traditional retail located in traditional markets is better than that of traditional retail in Jatinangor District. In Jatinangor, traditional retail has significantly lost the sales. This research also proposed a model of sustained growth of traditional retail in Sumedang Regency, West Java, Indonesia. The ability of traditional retail located in Jatinangor District in raising the necessary finance externally is lower than that of traditional retail located at traditional markets. Keywords: Sustained Business Growth, Traditional Retail. 1. INTRODUCTION Liberalization of retail policy since 1998 in Indonesia has attracted foreign investors to invest in Indonesia. It has made local modern retail thrive in residential areas. Other reasons are the emergence of regional autonomy and the unimplemented regulations on traditional markets and modern markets. Therefore, the government gives permission in order to increase revenues of local budgets. These facts worry traditional retail, whether it is in the form of traditional retail kiosks, stalls and shops.
    [Show full text]