DOCSLIB.ORG

A6. Large River Basin Organization of Pompengan-Jeneberang

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text

Load more

A6. LARGE RIVER BASIN ORGANIZATION OF POMPENGAN-JENEBERANG Attachment V.110 KALUKKU - KARAMA RIVER BASIN MAP River Basin Code : 05.13.A2 PALU-LARIANG RIVER BASIN POMPENGAN-LARONA RIVER BASIN Legend : Provincial Capital City District Capital City Provincial Boundary District Boundary Attachment V.111 River Basin Code : Names of Watersheds (DAS) : POMPENGAN-LARONA RIVER BASIN MAP 05.14.A2 PARIGI-POSO Legend : RIVER BASIN Provincial Capital City District Capital City Provincial Boundary LAA-TAMBALOKO District Boundary PALU-LARIANG Boundary of Islands within the River Basin RIVER BASIN RIVER BASIN River Basin Boundary Watershed Boundary Coastal Line River KALUKKU-KARAMA Reservoir/Lake RIVER BASIN Dam SADDANG RIVER BASIN TOWARI-LASUSUA RIVER BASIN LASOLO-KONAWEHA Names of Watersheds (DAS) : RIVER BASIN Attachment V.112 SADDANG RIVER BASIN MAP River Basin Code : 05.15.A2 WALANAE- POMPENGAN-LARONA CENRANAE KALUKKU-KARAMA RIVER BASIN RIVER BASIN RIVER BASIN WALANAE-CENRANAE RIVER BASIN Legend : Names of Watersheds (DAS) : Provincial Capital City District Capital City Provincial Boundary District Boundary Boundary of Islands within the River Basin River Basin Boundary Watershed Boundary Coastal Line Attachment V.113 WALANAE-CENRANAE RIVER BASIN MAP River Basin Code : 05.16.A3 POMPENGAN-LARONA RIVER BASIN SADDANG RIVER BASIN TOWARI-LASUSUA RIVER BASIN Legend : Provincial Capital City Names of Watersheds (DAS) : District Capital City Provincial Boundary District Boundary Boundary of Islands within the River Basin River Basin Boundary Watershed Boundary Coastal Line Attachment V.114 JENEBERANG RIVER BASIN MAP River Basin Code : 05.17.A3 Names of Watersheds (DAS) : WALANAE-CENRANAE RIVER BASIN Legend : Provincial Capital City District Capital City Provincial Boundary District Boundary Boundary of Islands within the River Basin River Basin Boundary Watershed Boundary SADDANG Coastal Line RIVER BASIN River Reservoir/Lake Dam LARGE RIVER BASIN ORGANIZATION OF POMPENGAN-JENEBERANG TABLE OF CONTENTS 1. DESCRIPTION OF ORGANIZATION 1.1. General Information 3 1.2. Brief History 3 1.3. Organizational Structure 4 1.4. Human Resources 4 1.5. General Condition of Work Area 5 1.6. Hydrology 8 1.7. Watersheds, Rivers and Tributaries 8 1.8. Budgets of 2010, 2011 and 2012 9 1.9. Issues 9 2. WATER RESOURCES MANAGEMENT 2.1. Water Resources Conservation 12 2.2. Water Resources Utilization 12 2.3. Control of Water Destructive Power 13 2.4. Water Resources Information System 19 2.5. Community Empowerment and Participation 19 3. WATER RESOURCES MANAGEMENT IN THE FUTURE 3.1. Comprehensive Management 20 3.2. Implementation Strategy 20 LIST OF TABLES Table 1 Civil Servant Employees 4 Table 2 Non-Civil Servant Employees 4 Table 3 Locations of Rainfall Stations 8 Table 4 Watersheds and Main Rivers 8 Table 5 Budget Implementation List (DIPA) of BBWS Pompengan-Jeneberang 9 Table 6 Sedimentation Rates of Bili-bili Reservoir 10 Table 7 Coastal Abrasion in Jeneberang River Basin 11 Table 8 Irrigation Water Requirements and Total Water Requirements 12 Table 9 Dams 12 1 LIST OF FIGURES Figure 1 Work Area of BBWS Pompengan-Jeneberang 4 Figure 2 Pompengan-Lorena River Basin 5 Figure 3 kaluku-Karama River Basin 6 Figure 4 Saddang River Basin 6 Figure 5 Walanae-Cenranae River Basin 7 Figure 6 Jeneberang River Basin 7 Figure 7 Floods in Moncongloe, Manggala and Biringkanayasub-regencies, January 2012 9 Figure 8 Collapsed Caldera 11 Figure 9 Bili-bili Dam 13 Figure 10 Sediment Control Model of Mount Bawakaraeng 13 Figure 11 Sediment Control Scheme of Mount Bawakaraeng 14 Figure 12 Direct and Indirect Sediment Control 15 Figure 13 Sabo Dam 7-1 and 7-2 15 LARGE RIVER BASIN ORGANIZATION OF POMPENGAN-JENEBERANG Figure 14 Sabo Dam 7-5 and 7-7 15 Figure 15 Consolidation Weir 16 Figure 16 KD-1 and KD-2 that also function as bridges 16 Figure 17 CD-2 and CD-3 equipped with Bridges 16 Figure 18 SP-5 before Mount Bawakaraeng Landslide 17 Figure 19 SP-5 after Mount Bawakaraeng Landslide 17 Figure 20 Flood and Landslide Monitoring Station in Lengkese Village and Clean Water Infrastructure for the Residents of Tamalate Village, Gowa 18 Figure 21 Distribution of Sediments Caused By Mount BawakaraengLandslide 18 Figure 22 Socialization and Workshop on Water Resources Information System 19 Figure 23 GN-KPA Work Group Secretariat 20 2 LARGE RIVER BASIN ORGANIZATION OF POMPENGAN-JENEBERANG 1. DESCRIPTION OF ORGANIZATION Attachment IV.26 SOUTH SULAWESI PROVINCE RIVER BASIN MAP Map Of River Basins In South Sulawesi Province : Legend : Provincial Capital City 05.08.A2 PALU-LARIANG RIVER BASIN District Capital City 05.13.A2 KALUKKU-KARAMA RIVER BASIN Provincial Boundary 05.14.A2 POMPENGAN-LARONA RIVER BASIN District Boundary Boundary of Islands within the River Basin 05.15.A2 SADDANG RIVER BASIN River Basin Boundary 05.16.A3 TOWARI-LASUSUA RIVER BASIN Watershed Boundary Coastal Line 05.17.A3 WALANAE-CENRANAE RIVER BASIN Scale 1 : 2.500.000 Reservoir/Lake 05.18.A2 JENEBERANG RIVER BASIN Figure 1: Work Area of BBWS Pompengan-Jeneberang 1.1. General Information Name : Balai Besar Wilayah Sungai Pompengan-Jeneberang Address : Jl. Sekolah Guru Perawat No. 3 Municipality : Makassar - 90222 Telephone : (0411) 868 781; 868 792 Facsimile : (0411) 868 781; 868 792 Website : http://www.bbws-pompenganjeneberang.org E-mail : [email protected] Legal Basis : Regulation of Minister of Public Works Number 23/ PRT/M/2008 Work Area : 3 Name of River Basin Code Classification Kaluku-Karama River Basin 05.13.A2 Cross-provincial Pompengan-Lorena River Basin 05.14.A2 Cross-provincial Saddang River Basin 05.15.A2 Cross-provincial Walanae-Cenranae River Basin 05.16.A3 National Strategic Jeneberang River Basin 05.17.A3 National Strategic 1.2. Brief History 1986 : Jeneberang River Improvement Project 1998 : Master Project for Jeneberang River 2007 : Balai Besar Wilayah Sungai Pompengan-Jeneberang (Large River Basin Organization of Pompengan-Jeneberang) LARGE RIVER BASIN ORGANIZATION OF POMPENGAN-JENEBERANG 1.3. Organizational Structure The Balai Besar Wilayah Sungai (BBWS) Pompengan-Jeneberang is categorized as a type-A large river basin organization which organizational structure consists of: 1) Administration Department 2) Program and Evaluation Division 3) Water Source Network Implementation Division 4) Water Utilization Implementation Division 5) Water Resources Operation and Maintenance Division There are 5 (five) work units in the implementation of the organization’s operational budget, namely: 1) Work Unit of BBWS Pompengan-Jeneberang 2) Non-Vertical Work Unit for Particular Purpose (SNVT) for Water Source Network Implementationin South Sulawesi 3) Non-Vertical Work Unit for Particular Purpose (SNVT) for Water Source Network Implementation in West Sulawesi 4) Non-Vertical Work Unit for Particular Purpose (SNVT) for Water Utilization Implementation in South Sulawesi 5) Non-Vertical Work Unit for Particular Purpose (SNVT) for Water Utilization Implementation in West Sulawesi 1.4. Human Resources BBWS Pompengan-Jeneberang has 684 employees, which consist of 515Civil Servants and the rest are Non-Civil Servants. Table 1: Civil Servant Employees Educational Level Technical Non- Technical Total S2 (Master’s Degree) 43 5 48 S1 (Bachelor’s Degree) 57 109 166 D3 (3-year Associate Degree) 19 5 24 Senior High School 64 171 235 4 Junior High School - 19 19 Elementary School - 23 23 Total 183 332 515 Table 2: Non-Civil Servant Employees Educational Level Technical Non- Technical Total S2 (Master’s Degree) - - 0 S1 (Bachelor’s Degree) 17 27 44 D3 (3-year Associate Degree) 2 2 4 Senior High School 12 58 70 Junior High School - 22 22 Elementary School - 29 29 Total 31 138 169 LARGE RIVER BASIN ORGANIZATION OF POMPENGAN-JENEBERANG 1.5. General Condition of Work Area The work area of BBWS Pompengan-Jeneberang extends to 62,482 km², with a population of 7,520,204 persons (data as per June 2006, www.sulsel.go.id). The work area consists of: 1) Three Provinces, namely: (1) South Sulawesi Province, (2) West Sulawesi Province, and (3) Southeast Sulawesi Province. 2) Eighteen Regencies, namely: (1) Bantaeng (10) Maros (2) Barru (11) Pangkajene Islands (3) Bone (12) Pinrang (4) Bulukumba (13) Sinjai (5) Enrekang (14) SidenrengRappang (6) Gowa (15) Soppeng (7) Jeneponto (16) Takalar (8) Luwu (17) TanaToraja (9) North Luwu (18) Wajo 3) Three Municipalities, namely: (1) The Municipality of Makassar (2) The Municipality of Palopo (3) The Municipality of Pare-pare 4) Five River Basins, consisting of three cross-provincial river basins and two national strategic river basins, namely: a) Pompengan-Larona River Basin Figure 2: Pompengan-Larona River Basin The Pompengan-Larona River Basin is a river basin that crosses two provinces, namely the South Sulawesi Province and the Southeast Sulawesi Province. This river basin covers an area of 11,253 km², and consists of 27 watersheds. 5 The main rivers are the Balease River (length 95 km; area of watershed 995 km²), Kalaena River (length 85 km; area of watershed 1,900 km²), Larona River (length 120 km; area of watershed 4,600 km²), Pompengan River (length 71 km; area of watershed 439 km²). Other rivers which watersheds cover an area of more than 100 km² are: (1) Angkona River Area of watershed: 385 km² (2) Kebo River Area of watershed: 185 km² (3) Rongkong River Area of watershed: 1.646 km² (4) Bangkudu River Area of watershed: 116 km² LARGE RIVER BASIN ORGANIZATION OF POMPENGAN-JENEBERANG b) Kaluku-Karama River Basin Figure 3: Kaluku-Karama River Basin The Kaluku-Karama River Basin is a river basin that crosses three provinces, namely the West Sulawesi Province, South Sulawesi Province and Central Sulawesi Province. This river basin covers an area of 12.107 km², and consists of 24 watersheds. The main rivers are the Karama River (length 150 km; area of watershed 5,574 km²), Budong-Budong River (length 100 km; area of watershed 2,000 km²).
Recommended publications
  • 6 Cakung Polder

    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
  • Urban Analysis Report 2020

    Urban Analysis Report 2020

    Co-funded by the European Union URBAN ANALYSIS REPORT 2020 BANDAR LAMPUNG Hari Priyadi Hermon David Setyorogo Celine Anastasya 01 Irfan Gunawan I This publication was produced with the financial support of the European Union Its contents are the sole responsibility of and do not necessarily reflect the views of the European Union Urban Analysis Report 2020 FOREWORD Addressing the threat of climate change remains a top priority for the European Union (EU). The European Green Deal is a response to these challenges; it aims to transform the EU into a fair and prosperous society, with a modern, resource-efficient and competitive economy with zero net emissions of greenhouse gases by 2050. Through the Climate Resilient and Inclusive Cities (CRIC) project, the EU and Indonesia are working together to help cities build a resilient and inclusive future. We do so by building partnerships between governments, businesses, local communities and research institutes in Europe, South Asia and Southeast Asia. Clearly, there are hurdles along the way, especially in the midst of the COVID-19 pandemic. However, our response to this pandemic needs to be a sustainable one, addressing the challenges of climate change as well as economic recovery. Just last month, in Sukabumi City of West Java Province, a flash flood cost lives and forced hundreds of citizens to leave their houses. According to the Indonesian National Disaster Management Agency, Indonesia is about to experience more hydrometeorological disasters due to climate change. The CRIC Urban Analysis Report is a timely reminder that cities cannot delay their sustainable transition. This Urban Analysis Report for ten Indonesian pilot cities under the CRIC project offers a comprehensive overview of city characteristics, policy gaps and climate-related policies in the cities of Pangkalpinang, Pekanbaru, Bandar Lampung, Cirebon, Banjarmasin, Samarinda, Mataram, Kupang, Gorontalo and Ternate.
  • (Pb) Pollution in the River Estuaries of Jakarta Bay

    (Pb) Pollution in the River Estuaries of Jakarta Bay

    The Sustainable City IX, Vol. 2 1555 Analysis of lead (Pb) pollution in the river estuaries of Jakarta Bay M. Rumanta Universitas Terbuka, Indonesia Abstract The purpose of this study is to obtain information about the level of Pb in the sediment of the estuaries surrounding Jakarta Bay and to compare them. Samples were taken from 9 estuaries by using a grab sampler at three different location points – the left, right and the middle sides of the river. Then, samples were collected in one bottle sample and received drops of concentrated HNO3. The taking of samples was repeated three times. In addition, an in situ measurement of pH and temperature of samples was taken as proponent data. The Pb concentration of the river sediment was measured using an AAS flame in the laboratory of Balai Penelitian Tanah Bogor. Data was analyzed statistically (one way ANOVA and t-test student) by using SPSS-11.5 software. The results show that Pb concentration in the sediment of the estuaries surrounding Jakarta was quite high (20–336 µg/g). The sediment of Ciliwung River in the rainy season was the highest (336 µg/g). Pb concentration of sediment in the dry season was higher than that in the rainy season, except in Ciliwung River. It was concluded that all rivers flowing into Jakarta Bay make a significant contribution to the Pb pollution in Jakarta Bay, and the one with the largest contribution was Ciliwung River. Keywords: Pb, sediment, estuaries, dry season, rainy season, AAS flame. 1 Introduction Jakarta Bay (89 km of length) is formed as a result of the extension of Karawang Cape in the eastern region and Kait Cape in the western region into the Java Sea (Rositasari [1]).
  • Indeks. Majalah Ilmiah Indonesia

    Indeks. Majalah Ilmiah Indonesia

    Jilid 25 Bagian 2, 1984 INDEKS. MAJALAH ILMIAH INDONESIA (INDEX OF INDONESIAN LEARNED PERIODICALS) ISSN 0216-6216 PUSAT DOKUMENTASI DAN INFORMASI ILMIAH INDONESIAN CENTER FOR SCIENTIFIC DOCUMENTATION AND INFORMATION LEMBAGA ILMU PENGETAHUAN INDONESIA INOONESIAN INSTITUTE OF SCIENCES Jakarta, Indonesia Petunjuk Pemakaian - User's Guide Nomor entri Pengarang Author(s) ~Hattab, Sjarifuddin / ______;_,;;..___,__../ Perlu pengamanan terhadap kadar Judul karangan zat asam oksigen dalaJn air sungai. Terjemahan Title (Control of oxygen content in river Translation water) Singkatan judul majalah Abbreviated jolirnal title Volume Tahun terbitan Volume Year of publication Nomor Number Penyunting Bambang Suprlyo Utomo Editors Nur Rif'ah Fatich Pengindeks Bambang Setlarso Indexers Bambang Supriyo Utomo N. Karlina Tribrata Nur Rif'ah Fatich Rosa Widyawan Pembantu Umum Etty Budiarti Assistants Mari di Samino Alam at PD II-LIP I Address Jalan Jenderal Gatot Subroto No. IO P.O. Box 3065/Jkt Jakarta 10002 INDONESIA DAFT AR ISi/CONTENTS Pendahuluan/Foreword ...•..•.•......... Halarnan/Pages v . vi Indeks Menurut Klasifikasi/Index to Classified Section . • . • . • . Halaman/Pages 1 . 9 Indeks Utarna/Main Index ..........•.... Halaman/Pages 11 • 121 Indeks Pengarang/ Author Index . • . • . Halaman/Pages 123 • 136 Indeks Kata Kuncl/Keyword Index . Halarnan/Pages 137 • 162 Indeks Geografi/Geographical Index . Halarnan/Pages 163 • 165 Singkatan Judul Majalah Diindeks/ Abbreviated Titles of Periodicals Indexed . • . Halaman/Pages 167 • 177 Jilid 25 Bagian 2, 1984 INDEKS MAJALAH ILMIAH INDONESIA ( INDEX OF INDONESIAN LEARNED PERIODICALS) ISSN 0216-6216 PUSAT DOKUMENTASI DAN INFORMASI ILMIAH INDONESIAN CENTER FOR SCIENTIFIC DOCUMENTATION AND INFORMATION LEMBAGA ILMU PENGETAHUAN INDONESIA INDONESIAN INSTITUTE OF SCIENCES Jakarta, Indonesia KATALOG DALAM TERBITAN/CATALOG IN PUBLICATION Indeks majalah ilmiah Indonesia= Index of Indonesian learned periodicals.
  • Community Flood Resilience

    Community Flood Resilience

    Stories from Ciliwung, Citarum & Bengawan Solo River Banks in Indonesia Community Flood Resilience Stories from Ciliwung, Citarum & Bengawan Solo River Banks in Indonesia Community Flood Resilience Stories from Ciliwung, Citarum & Bengawan Solo River Banks Publisher Palang Merah Indonesia (PMI) in partnership with Stories from Ciliwung, Citarum & Bengawan Solo River Banks in Indonesia International Federation of Red Cross and Red Crescent Societies (IFRC) Zurich Insurance Indonesia (ZII) Palang Merah Indonesia National Headquarter Disaster Management Division Jl. Jend Gatot Subroto Kav. 96 - Jakarta 12790 Phone: +62 21 7992325 ext 303 Fax: +62 21 799 5188 www.pmi.or.id First edition March 2018 CFR Book Team Teguh Wibowo (PMI) Surendra Kumar Regmi (IFRC) Arfik Triwahyudi (ZII) Editor & Book Designer Gamalel W. Budiharga Writer & Translator Budi N.D. Dharmawan English Proofreader Daniel Owen Photographer Suryo Wibowo Infographic Dhika Indriana Photo Credit Suryo Wibowo, Budi N.D. Dharmawan, Gamaliel W. Budiharga & PMI, IFRC & ZII archives © 2018. PMI, IFRC & ZII PRINTED IN INDONESIA Community Flood Resilience Preface resilience/rɪˈzɪlɪəns/ n 1 The capacity to recover quickly from difficulties; toughness;2 The ability of a substance or object to spring back into shape; elasticity. https://en.oxforddictionaries.com iv v Preface hard work of all the parties involved. also heads of villages and urban Assalammu’alaikum Warahmatullahi Wabarakatuh, The program’s innovations have been villages in all pilot program areas for proven and tested, providing real their technical guidance and direction Praise for Allah, that has blessed us so that this solution, which has been replicated for the program implementors as well Community Flood Resilience (CFR) program success story in other villages and urban villages, as SIBAT teams, so the program can book is finally finished.
  • No. Judul Karya Ilmiah Nama Jurnal Tahun Terbit No Penerbitan 1

    No. Judul Karya Ilmiah Nama Jurnal Tahun Terbit No Penerbitan 1

    Tahun No. Judul Karya Ilmiah Nama jurnal No Penerbitan Terbit Agriculture Impact On Climate Change:A Comparison Of Ghgs Emissions From Emirates Journal of Food and 1 in press Organic And Conventional Agricultural Agricultural Practices Estimating Changes In Above Ground 2 Biomass In The Peatlands Of Riau And West J. ISSAAS in press Kalimantan, Indonesia Hydrophobicity And Critical Water Content Of 3 Tropical Peat Soil From An Oil Palm J. ISSAAS in press Plantation In Indonesia Impacts Of Soil Palm Plantations On Climate Change: A Review Of Peat Swamp International Journal of Plant 4 Forests?? Conversion In Indonesia. 1(4): 1-17 and Soil Science International Journal Of Plant And Soil Science "The Applications Of Monte Carlo Algorithm And Energy Cone Model To Produce The "Arab J Geosci, 25pp "Arab J Geosci, 25pp Probability Of Block-And-Ash Flows Of The 5 2010 Eruption Of Merapi Volcano In Central DOI 10.1007/s12517-014-1525- DOI 10.1007/s12517-014- Java, Indonesia (F Yulianto, B Tjahjono, S 5 (Springer)" 1525-5 (Springer)" Anwar) " Determinants Of Sustainable Vegetable Farming Among Smallholder Farmenrs In 6 IJCRR (Int J Cur Res Rev) 6(13):7-14 Bogor Regency (W Ullah, S Mulatsih, Sahara, S Anwar) Influence Of Root Density, Fertilezer Application And Water Table Depth On Co2 Indonesian Journal of 7 Vol. 6(1):22-29 Emissions From Peat Soil Under Oil Palm Agriculture Plantation Pengaruh Kerapatan Akar, Pemupukan Dan Kedalaman Air Tanah Terhadap Emisi Co2 8 Jurnal tanah dan Iklim Vol. 37(1): 9-18 Dari Tanah Gambut Pada Perkebunan Kelapa Sawit Estimating The Relative Contribution To The Tropical Agriculture and 9 Total Co2 Flux From Peat Soil At An Oil Vol.
  • Report on Biodiversity and Tropical Forests in Indonesia

    Report on Biodiversity and Tropical Forests in Indonesia

    Report on Biodiversity and Tropical Forests in Indonesia Submitted in accordance with Foreign Assistance Act Sections 118/119 February 20, 2004 Prepared for USAID/Indonesia Jl. Medan Merdeka Selatan No. 3-5 Jakarta 10110 Indonesia Prepared by Steve Rhee, M.E.Sc. Darrell Kitchener, Ph.D. Tim Brown, Ph.D. Reed Merrill, M.Sc. Russ Dilts, Ph.D. Stacey Tighe, Ph.D. Table of Contents Table of Contents............................................................................................................................. i List of Tables .................................................................................................................................. v List of Figures............................................................................................................................... vii Acronyms....................................................................................................................................... ix Executive Summary.................................................................................................................... xvii 1. Introduction............................................................................................................................1- 1 2. Legislative and Institutional Structure Affecting Biological Resources...............................2 - 1 2.1 Government of Indonesia................................................................................................2 - 2 2.1.1 Legislative Basis for Protection and Management of Biodiversity and
  • The Institutional Causes of Vegetation Fires

    The Institutional Causes of Vegetation Fires

    i Cover and illustrations: Ferdinand Lubis The cover shows details of a local fan made from daun lontar – the leaves of the palm, Barassus sp. Three of the pictures (pages 45, 53, and 63) used to illustrate the report show large decorative fans after the Bali style but made in Jambi. Miniature embroidered fans (page 55) are presented to wedding guests by the bride and groom as part of a Palembang tradition. The remainder of the fans (pages 1, 3, 19, and 31) are ‘working fans’ used to cool people or to draught cooking fires into life. An oil palm appears on the recently issued Rp 1 000 coin (page 18), a choice that emphasises the importance of the crop to the national economy. Acknowledgements The help of Bapak Romsan, SH, MPH, and Bapak Usmawadi, Senior Lecturers at the Faculty of Law, Sriwijaya University, Indralaya, in the preparation of Annexes I, II and III is gratefully acknowledged. Ir. Ifran D. Imanda is thanked for the preparation of the maps, and Ir. Alamsah for compiling data used in Annex IV. Roderick Bowen, Project Leader, Forest Fire Prevention and Control Project is thanked for his help in assisting with the editing of the report and Ibu Sesilia for her assistance with corrections and layout. Produced through bilateral co-operation between GOVERNMENT OF INDONESIA EUROPEAN UNION MINISTRY OF FORESTRY AND ESTATE CROPS EUROPEAN COMMISSION Natural Resources International Limited BCEOM CIRAD-Foret Scot Conseil Financing Memorandum B7-5041/1/1992/12 (ALA/92/42) Contract Number IDN/B7-5041/92/644-01 i This report was prepared with financial assistance from the Commission of the European Communities.
  • The Transnational Legal Process of Global Health Jurisprudence: HIV and the Law in Indonesia

    The Transnational Legal Process of Global Health Jurisprudence: HIV and the Law in Indonesia

    The Transnational Legal Process of Global Health Jurisprudence: HIV and the Law in Indonesia Siradj Okta A dissertation submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy University of Washington 2020 Reading Committee: Walter J. Walsh, Chair Rachel A. Cichowski Dongsheng Zang Aaron Katz Program Authorized to Offer Degree: Law © Copyright 2020 Siradj Okta University of Washington Abstract The Transnational Legal Process of Global Health Jurisprudence: HIV and the Law in Indonesia Siradj Okta Chair of the Supervisory Committee: Walter J. Walsh School of Law As one of the most pressing global health priorities, HIV disruption requires effective transnational work. There is growing confidence among experts about ending AIDS by 2030. In Indonesia, a country with one of Asia’s fastest-growing HIV epidemics, the law is instrumental to achieve that goal. Nonetheless, national laws and policies that undermine HIV prevention are continuously being adopted or preserved. This suggests that the presence of global health jurisprudence does not necessarily lead to national legal processes to enable HIV prevention policies. This situation raises the central question of whether the perpetuation of national legal barriers to HIV prevention is associated with Indonesia’s internalization of global health jurisprudence. This study uses Professor Harold Koh’s transnational legal process theory to examine the transfer of global health jurisprudence by looking at Indonesia’s interaction at the global level, interpretation of norms, and domestic internalization thereof. As a multi-method study with an inductive reasoning approach, this research utilizes a qualitative data analysis of international organizations’ laws and policies, public/private institutions’ policies, international treaties, Indonesian laws, and relevant public records.
  • Potential Tourism of Kambas National Park in Sukadana, Lampung Timur Regency Towards Regional Independence

    Potential Tourism of Kambas National Park in Sukadana, Lampung Timur Regency Towards Regional Independence

    th 4 ICITB POTENTIAL TOURISM OF KAMBAS NATIONAL PARK IN SUKADANA, LAMPUNG TIMUR REGENCY TOWARDS REGIONAL INDEPENDENCE Dwi Ismaryati ABSTRACT Indonesia is an archipelagic country that has natural resources that consist of oceans, sun, beaches and countries that allow it to be used as a source of foreign exchange. For regions that are blessed with exotic natural resources are expected to be able to contribute in providing foreign exchange for the region in order to achieve regional independence. The problems that occur how to market natural resources that consist of oceans, sun, beaches and abundant countries are assets that can provide a vision for local development. One effort that can be done is to make it a place. Market-driven sectors and industries. To market the items needed for all parties involved in management, government and society. This study aims to describe the tourism potential of the Way Kambas National Park in Sukadana, East Lampung Regency. The method used is descriptive method. The subject of the management research was set by 10 respondents. Techniques for exporting data, documentation and interviews. Data analysis uses a percentage table. The results showed that the Way Kambas National Park Tourism Object has a natural panoramic potential and socio-cultural potential. The total potential is 10 of the potential that there are 6 potentials that have been optimally developed and 4 potentials that have not been optimally optimized. Keywords: Potential, Tourism, Resources, Regional Independence INTRODUCTION Indonesia which is located on the equator has abundant diversity. This location causes Indonesia to have high biodiversity. Indonesia also has various types of ecosystems, such as aquatic ecosystems, freshwater ecosystems, peat swamps, mangrove forests, coral reefs, and coastal ecosystems.
  • Water Quality of Angke River: Microbiological Point of View

    Water Quality of Angke River: Microbiological Point of View

    82 Tjampakasari and Wahid Med J Indones Water quality of Angke River: Microbiological point of view Conny Riana Tjampakasari, Mardiastuti H Wahid Abstrak Penelitian ini merupakan bagian dari penelitian multidisiplin di Kali Angke. Tujuan dilakukannya penelitian ini adalah untuk mengetahui kualitas air sungai ditinjau dari aspek mikrobiologik di beberapa lokasi sepanjang Kali Angke. Lokasi yang diteliti meliputi: Duri Kosambi, Pesing Poglar, Teluk Gong, Pantai Indah Kapuk dan Muara (4 titik). Pemeriksaan dilakukan berdasarkan petunjuk standar Departemen Kesehatan, Republik Indonesia dan hasilnya disimpulkan sesuai Peraturan Pemerintah Republik Indonesia. Parameter yang digunakan dalam uji mikrobiologi adalah most probable number (MPN) dari total dan fecal coliform, yang dilakukan dalam 2 langkah: uji presumtif dan uji konfirmasi. Uji lengkap dilakukan untuk mengkonfirmasi adanya E.coli dan bakteri lain dalam air. Hasil yang didapat menunjukkan bahwa mutu air Kali Angke kurang baik dan tidak dianjurkan sebagai air minum. Berdasarkan parameter mikrobiologik, kualitas air sungai ini dikategorikan sebagai kelas 2 yang artinya hanya dapat digunakan untuk rekreasi air, pembudidayaan ikan air tawar, peternakan, mengairi pertanaman dan atau peruntukkan lain yang memper syaratkan mutu air yang sama dengan kegunaan tersebut. Most probable number dari total coliform di daerah Pantai Indah Kapuk dan bagian luar daerah Muara lebih rendah dari daerah lainnya. Masyarakat yang tinggal di Pantai Indah Kapuk memiliki tingkat ekonomi yang lebih tinggi, dengan demikian dapat diasumsikan bahwa masyarakat ini memiliki tingkat pendidikan yang lebih tinggi dan memiliki kesadaran tentang kebersihan lingkungan yang lebih baik. Selanjutnya, air di daerah paling luar dari Muara memiliki kadar garam yang tinggi sehingga dapat membunuh bakteri-bakteri patogen. Akhir kata, kualitas air di sepanjang Kali Angke adalah air kelas dua yang tidak layak minum kecuali di daerah Pantai Indah Kapuk dan Muara yang layak minum sesudah dididihkan.
  • Metal Speciation in Sediment from Muara Angke, Jakarta Bay Using of BCR Sequential Extraction Procedure

    Metal Speciation in Sediment from Muara Angke, Jakarta Bay Using of BCR Sequential Extraction Procedure

    ILMU KELAUTAN: Indonesian Journal of Marine Sciences March 2019 Vol 24(1):23-30 ISSN 0853-7291 Metal Speciation in Sediment from Muara Angke, Jakarta Bay Using of BCR Sequential Extraction Procedure Lestari* and Fitri Budiyanto Research Centre for Oceanography, Indonesia Institute of Science Jl. Pasir Putih I Ancol Timur Jakarta Utara 14430, Indonesia Email: [email protected] Abstract The assessment of the biological availability of metals is rarely used only by knowing the total concentration of the metal. Therefore, six sediment samples from Muara Angke, Teluk Jakarta were assessed the chemical speciation of heavy metals. This study aims to determine metal speciation using the BCR sequential extraction procedure and to determine metal speciation to evaluate bioavailability in the sediments of Muara Angke, Jakarta Bay. In sediment from Muara Angke, the ability to move sequence of heavy metals studied was Pb>Zn>Cu>Ni. The mostly accumulated in the non-residual fraction of the total concentrations are Cu, Ni, Pb and Zn which indicated that the mobility and anthropogenic inputs of these metals in Muara Angke were quite high. The Risk Assessment Code (RAC) reveal that Zn and Ni at almost station exist in exchangeable and a fraction of carbonate-bound and therefore high-risk category. Most of the Cu at most of the station is in the oxidizable fraction, except a small portion found at all station is in the exchangeable fraction and fraction of carbonate-bound thus posing a low risk for the waters environment. The patterns of Pb speciation show no to low risk to the waters environment.