Cultural Ecological Knowledge Potential in Resources Management

Total Page:16

File Type:pdf, Size:1020Kb

Cultural Ecological Knowledge Potential in Resources Management The Potential of Cultural Ecological Knowledge Contribution in Resources Management of a Volcanic River Basin Improving the nexus of resources management in the case study of Opak Sub-basin, Yogyakarta, Indonesia Vicky Ariyanti, Peter Scholten, Jurian Edelenbos Institute for Housing and Urban Development Studies Erasmus University Rotterdam Introduction Main RQ: “Could cultural ecological knowledge (CEK) have influence on water resources management?” 1st Sub-RQ: “What is CEK in the context of a volcanic river basin management?” Progo Opak Serang River Basins Territory Case: Yogyakarta Special Region Case 1) Argomulyo Case 2) Gowongan Case 3) Kebonagung Source: RPSDA WS POS, BBWS SO 2014 Overall Conceptual Framework Integrated Water Resources Management Potential (IWRM) Cultural Ecological Knowledge contributions (CEK) Lahar Resources Management (LRM) focus of this paper Basin River Volcanic Nexus Approach CEK Conceptual Framework Historical experiences: Mechanism of 5 senses wisdom: transfer: Human indirect senses indicators Knowledge generation Institutionalized structure Visual Response Institutionalized dynamics Touch Conservation Internalization: Hear Temporal experiences Myth Rituals Taste Nature dynamics Resources management Smell practices Worldview Values Source: Author’s elaboration based on (Berkes, Colding, et al., 2000; Howes and Chambers, 1980; Agrawal, 1995) CEK definition: “collective body of knowledge and beliefs passed through generations, which explain about the human – nature relationships“ (Ariyanti, 2016) Methods for primary data Unit of analysis: communities Introduction Point of view Method Length No. Site visits Individual Researcher Deep interview 3 hours 1 Observation Week 1:Pilot Study/ Observation period 1 Researcher as observer Observation 1 week 2 (6 hours/visit) 1st week check Point of view Method Length No. Site visits Individual Researcher Deep interview 3 hours 1 organizations Week 2: Observation of Unit analysis: Observation period 2 Researcher as observer Observation 1 week 2 (6 hours/visit) 2nd week check Point of view Method Length No. Site visits Focus Group Researcher 0bservation 3 hours 1 Week 3: Participant Participatory exercises on 4 dimensions: 1 day 1 Validity check Natural – definition Spatial – maps Temporal – time line Organizational – stakeholder map 3rd end check CEK findings on Yogyakarta Special Region Level Philosophies: 1. Yogyakartans Life Philosophies: Layers of the Javanese world (Bawono) Manunggaling Gusti ing kawula; the unity of the human with God Bawono Sangkan paraning dumadi; remember the Langgeng origin and purpose of life Hamemayu hayuning bawono; beautifying Bawono the beauty of the world Gedhe 2. Merapi is my ancestor (Mbah) 3. Islamic influence on in the hamemayu philosophy Bawono Cilik Myth of: 1. Merapi: the origin of human, the spiritual kingdoms, reigns at the summit Source: Author’s elaboration based on Endraswara, 2013 of Mt. Merapi 2. Ratu Kidul: the death, reigns in the South Java Sea, also a deity Artifacts Water works of Kraton Mataram channel Temples & rivers Source: Ariyanti, 2006 Source: Kementrian Pekerjaan Umum, 2012 Source: Based on https://www.google.com/mymaps, 2016 Ancient irrigated lands Source: Ertsen and Ravestijn, 2008 Artifact: Philosophical axis -spatial planning of Kraton Map of cultural heritage: the axis Resource management practices relate to 5 senses wisdoms Seasonal Calendar: Pranata Mangsa Map of volcano-earthquake interaction Source:Troll, Deegan, et al., 2015 Source: Daldjoeni, 1978 and Source: Dinas Kebudayaan DIY, 2012 Retnowati, 2014 Philosophical plain Practices 1. Selametan: Labuhan (thanksgiving ceremony) At Mt. Merapi 2. Wangsit (revelations) On geomorphological condition of Yogyakarta as the geger bulus (back of turtle) was chosen as a flood free zone in 1755 (wangsit Source: Author’s elaboration of the 1st Sultan) based on interviews 2016 On Mt. Merapi’s 700 At Parang Kusumo Beach years eruption cycle, where each big cycle brought new era to the Mataram Kingdom (now Yogyakarta Sultatanate), however the 2010 was not categorized as the biggest for the cycle 4 (wangsit from the elders’ of Kraton) Source: Author, 2017 Source: Troll, Deegan, et al., 2015 CEK Patterns in Yogyakarta Special Region Level Historical experiences: Mechanism of transfer: legitimatization 5 senses wisdom Knowledge generation: through Keraton people Institutionalized Structure: Visual:Indicators of Pranata Sultanate form of government mangsa (flowering of Mango Javanese Society’s structure tree, Kapok flower breaks, Response: managing natural resources, evacuation symbolization during eruption, spatial planning, time planning. Institutionalized dynamics: Patron-client etc.) Lampor = flood visual Visual of conservation and Conservation: the mountain and sea Internalization Myth: (relates to context of VRB) tree types Ratu Kidul: the Queen of South Java Sea ruler of Temporal experiences Merapi eruptions, seasonal spritual kingdom, the lampor ( Touch: indicators of patterns Javanese calendar Merapi : ancestors place pranatamangsa Nature dynamics: Volcano-river basin-Sea Rituals: relates to balance of macrocosm (temperature falls or rise, Selametan (thanksgiving) etc.) Artifacts: results of spatial planning knowledge; axis, Hear: indicators of Sultan Ground-Wedi Kengser, temples & rivers, pranatamangsa (sound of cats in mating season, baby resource management: ancient water network, Mataram channel birds hatching, etc.) Resource management practices: Taste: - Wangsit on 700 years eruption cycle, geger bulus, Smell: - lahar occurrences Pranata mangsa (Javanese seasonal calendar) symbolization Worldview: Philosophies of Manunggaling kawula Gusti (unity of people with their King ) Sangkan paraning dumadhi (remember the origin layers of forms of and purpose of life) Hamemayu hayuning bawono (beautifying the knowledge beauty of the world ) legitimatization Merapi is my ancestor symbolization Values: relates to the philosophies; obeying the ruler, do good to humanities and environment, fatalism attitude towards Merapi CEK Patterns in Argomulyo Historical experiences: Mechanism of transfer: 5 senses wisdom: legitimatization Knowledge generation: through elders Institutionalized Structure: Sultan-Juru Kunci (gate keeper) Visual: Pranata mangsa: rendheng, experiences of Merapi- people ketigo Eagle fly direction = lahar direction Responds: evacuation during eruptions, lahar, Institutionalized dynamics: patron-client between the rulers pyroclastic flow, management of water and to the villagers volcanic aggregates as construction materials Touch: heat of the land and water Internalization: stays 1 year after the eruption Myth Conservation: the Mountain and rivers The Gendol River-Merapi: place of spirits Hear: Sounds of lahar differ from Patih Jayaningrat Temporal experiences - the eruption and season flood Rituals: Selametan (thanksgiving) Taste: stale water after eruption due Nature dynamics: Volcano eruption, pyroclastic Tambak Kali Gendol to Fe or Sulfur flow, lahar, flood Artifacts: relates to safe zone from lahar Smell: eruption created smell of Fe The Gendol River (macro level) or Sulfur for ground water The tomb of Patih Jayaningrat (mezzo level) The bride stones (micro level) Resource management practices: symbolization Wangsit on lahar flood occurrence by the Sutan HB IX Sand mining Utilization Opak’s Baseflow Pranata mangsa (partly practiced) Philosophies: Hamemayu hayuning bawono Living with Merapi: God is the creator of all, human should layers of forms of be respectful to the volcano (environment), when it erupts knowledge nothing can stop it and human should life in harmony with nature legitimatization Values: relates to Javanese philosophies, such as respect to symbolization the elders, gotong royong, relates to living with Merapi philosophies in volunteerism towards neighbors especially during natural disasters CEK Patterns in Gowongan Historical experiences: Mechanism of transfer: 5 senses wisdom: legitimatization Knowledge generation: Through elders & Institutionalized structure: Paguyuban RW Visual: leading person Rain calculation to time = flood coming (max. 3hours) Response: lahar and flood evacuation Institutionalized dynamics: elder & the Flood cycles during certain rainy season indigenous versus the incomers Water quality from types of fishes in the Conservation: - Internalization: river Myth: relates to volcanic up-down stream Temporal experiences: cycles of flood context Touch: - and lahar (reminded in history) Ratu Kidul-lampor and the axis Hear: the sound of flood coming Rituals: balance of macrocosms bawono) Nature dynamics: flood, lahar Labuhan and Merti Taste: - Artifacts: context of spatial planning in VRB: Smell: - Tugu as the starting of imaginary axis and floodplains: Sultan Ground-Wedi Kengser Resources management: no longer believe in symbolization pranata mangsa, water quality degradation, lahar as sand sources, cycle of flood and lahar management Worldview: the philosophy of Hamemayu hayuning bawono layers of forms of Values: almost forgotten, but some are still exist in the case of disaster and cultural knowledge events, relates to the hamemayu philosophy: gotong royong, volunteerism. legitimatization symbolization CEK Patterns in Kebonagung Historical experiences: legitimatization Mechanism of transfer: 5 Senses Wisdom Knowledge generation: by leading Visual: person & elders Institutionalized structure: Soil fertility indicators Merapi Ash as fertilizer Response: the use of lahar sediments as Structure in tourism
Recommended publications
  • Ketahanan Air Irigasi Pada Wilayah Sungai Di Indonesia Irrigation Water Security at River Basin Areas in Indonesia
    KETAHANAN AIR IRIGASI PADA WILAYAH SUNGAI DI INDONESIA IRRIGATION WATER SECURITY AT RIVER BASIN AREAS IN INDONESIA Oleh: Waluyo Hatmoko1), Radhika1), Rendy Firmansyah1), Anthon Fathoni1) 1)Puslitbang Sumber Daya Air, Balitbang, Kementerian PUPR Jl. Ir. H. Juanda 193, Bandung, Indonesia Komunikasi Penulis, Telp: +08122103205; email: [email protected] Naskah ini diterima pada 27 Desember 2017; revisi pada 3 Februari 2018; disetujui untuk dipublikasikan pada 19 Februari 2018 ABSTRACT Water security is the community's ability to maintain sustainability in meeting water demands for various purposes and managing water-related disasters. The score of Asian countries water security indicator has been formulated and calculated by the Asian Development Bank (ADB). However water security at the river basin level, including irrigation water security, has not been assessed. Like other Asian countries, irrigation in Indonesia is the largest water user, therefore irrigation water security plays important role in water resources management. This paper formulates and calculates the water security for irrigation in all river basins in Indonesia. The computation method is adopted from ADB, and developed according to the conditions of data availability and characteristics of river basins in Indonesia, under the assumption of homogeneity within river basin. It is concluded that the irrigation water security in the river basin in Indonesia is generally in "medium" condition. The "very bad" condition occurs only in Ciliwung-Cisadane and Progo- Opak-Serang river basins. The "bad" conditions include the Bangka, Belitung, Cidanau-Ciujung-Cidurian, Ciliman- Cibungur, Bali-Penida and Lombok river basins. Measures to improve irrigation water security are developing and improving performance of irrigation networks, improve reliability of water supplies by constructing reservoirs and ponds, and reducing water stress with water savings.
    [Show full text]
  • Cetak Artikel
    ISSN : 1907-5545 Terakreditasi - Sertifikat Kepala P2MI-LIPI No. 618/AU2/P2MI-LIPI/03/2015 Berlaku 15 April 2015 s/d 15 April 2018 JURNAL I R I G A S I Vol. 12 No. 2, Oktober 2017 Jurnal Irigasi merupakan publikasi ilmiah yang memuat hasil-hasil penelitian, pengembangan, kajian atau gagasan yang berhubungan dengan bidang irigasi. Terbit pertama kali tahun 1986 dengan nama Jurnal Informasi Teknik dan pada tahun 2006 berganti nama menjadi Jurnal Irigasi yang diterbitkan 2 (dua) kali setahun yaitu pada bulan Juni dan November, kemudian pada tahun 2011 Jurnal Irigasi mempercepat penebitan dalam setiap tahunnya menjadi bulan Mei dan Oktober. Jurnal Irigasi terbuka untuk umum, peneliti, akademisi, praktisi dan pemerhati masalah irigasi. Ketua Dewan Redaksi Dr. Ir. Eko Winar Irianto, MT (Bidang Teknik Lingkungan Sumber Daya Air) Anggota Dewan Redaksi Marasi Deon Joubert, ST, MPSDA (Bidang Irigasi) Hanhan A. Sofiyuddin, STP, M. Agr (Bidang Irigasi) Joko Triyono, STP, M.Eng (Bidang Irigasi) Susi Hidayah, ST, MT (Bidang Irigasi) Widya Utaminingsih, SP, MPSDA (Bidang Irigasi) Ketua Redaksi Pelaksana Santi Lestari, S.Sos., M.Ak. Penelaah Ahli/Mitra Bestari Prof. Dr. Ir. Asep Sapei, MS (Bidang Irigasi, Institut Pertanian Bogor) Prof .Dr. Ir. Budi Indra Setiawan, M.Agr (Bidang Pertanian, Institut Pertanian Bogor) Prof. Dr. Ir. Indratmo, M.Sc (Bidang Irigasi, Institut Teknologi Bandung) Prof. Ir. Iwan Kridasantausa Hadihardaja, Ph.D (Bidang Teknik Sumber Daya Air, Institut Teknologi Bandung) Prof. Dr. Ir. Hidayat Pawitan, M.Sc (Bidang Hidrologi Sumber Daya Air, Institut Pertanian Bogor) Prof. Dr. Ir. Sigit Supadmo Arif, M.Eng (Bidang Irigasi, Universitas Gajah Mada) Prof.
    [Show full text]
  • 1 APPENDIX 4 BANGLADESH General Information* Main Rivers
    APPENDIX 4 BANGLADESH General Information* Surface area: 143,998 km2 Population (1995): 118,000,000 GDP (1996/1997): US$ 14,000 million Agricultural GDP (1996/1997): US$ 4,508 million Capture Fisheries as % of GDP1: 1.88% Aquaculture as % of GDP1: 2.69% Indicative exchange rate (1999) US$ 1 = Tk 48.5 * FAO World Fisheries Statistics – Country profile, 1999 1 Asia-Pacific Fishery Commission (2005) Main Rivers** Total area Rivers and estuaries 4,047,316 ha Total Length of 700 Rivers 22,155 km The Padma-Ganges and its distribution System Annual catch: 6,489 tonnes (1996-97)3(capture) i) Ganges, Padma 305 km Surface area: 69,481 ha2 Annual catch: 1,641 tonnes2 (1991-92) 50.6 kg/ha2 (1991-92) 0.34% contribution to production2 (1991-92) ii) Mathabhanga 128 km iii) Ichhamati 285 km iv) Bhairab 559 km v) Kumar 443 km vi) Kobadak 280 km vii) Chitra 188 km viii) Nabaganga 210 km ix) Garai, Madhumati 314 km x) Arial Khan 266 km The Meghna and Surma System Surface area: 73,999 ha2 Annual catch 84,737 tonnes (1989-90) 54,244 tonnes2 (1991-92) 1,369.60 kg/ ha2 (1991-92) 11.3% contribution to production2 (1991-92) i) Surma 350 km ii) Kushiyara 110 km 1 Jamuna-Brahmaputra System Surface area: 73,666 ha2 Annual catch: 2,280 tonnes (1989-90) i) Brahmaputra 350 km Annual catch: 505 tonnes (1989-90) 391 tonnes2 (1991-92) 0.081% contribution to production2 (1991-92) ii) Jamuna 531 km Annual catch: 1,775 tonnes (1989-90) 2,253 tonnes2 (1991-92) 30.58 kg/ ha2 (1991-92) 0.46% contribution to production2 (1991-92) Other Rivers in West region i) Nagar 238 km ii)
    [Show full text]
  • World Bank Document
    D N OF N T ON FILE COPY DOCUMENT OF INTERNATIO EJ,TION AND DEVELOPMENT INTERNAT LATON Public Disclosure Authorized Not For Public Use Report No. 705-IND Public Disclosure Authorized INDONES IA IRRIGATION PROGRAM SURVEY Public Disclosure Authorized April 15, 1975 Public Disclosure Authorized Irrigation and Area Development Division East Asia and Pacific Pacific Projects Department This report was prepared for official use only. by the Bank Group. It may not be published, quoted or cited without Bank Group authorization. The Bank Group does not accept responsibility for the accuracy or completeness of the report. CURRENCY EQUIVALENTS US$1.00 Rupiah (Rp) 415 Rp 100 US$0.24 US$1 million Rp 415 million Rp I million US$2,410 WEIGHTS AND 1MEASURES (METRIC SYSTEM) 1 meter (m) = 3.28 feet 1 kilometer (km) = 0.62 miles 1 hectare (ha) 2.47 acres 1 ton = 1,000 kilogram (kg) = 2,205 pounds FISCAL YEAR April 1 - March 31 GLOSSARY desa - village dharma tirta - water user group gogorancah - technique for direct seeding of rice golongan - system of rotational irrigation gotong royong - cooperative effort kabupaten - district kecamaten - sub-district juru - irrigation sub-foreman padi gabah - unhusked rice 1/ pengamat - irrigation foreman sawah - bunded rice field ulu-ulu - village water master 1/ The unit of yield used throughout this report ABBREVIATIONS BAPPENAS - Badan Perancanan Pembangunan Nasional - National Planning Agency BIMAS - Bimingan Massal Swa Sembada Bahan Makanan - "Mass Guidance for Self-Sufficiency in Foodstuffs" - a farm input-credit
    [Show full text]
  • World Bank Document
    Document of FLE The World Bank FOR OFFICIAL USE ONLY Public Disclosure Authorized Report No. P-3485-IND REPORT AND RECOMMENDATION OF THE PRESIDENT OF THE Public Disclosure Authorized INTERNATIONAL BANK FOR RECONSTRUCTION AND DEVELOPMENT TO THE EXECUTIVE DIRECTORS ON A PROPOSED LOAN IN AN AMOUNT EQUIVALENT TO US$30.0 MILLION TO THE Public Disclosure Authorized REPUBLIC OF INDONESIA FOR A PUBLIC WORKS MANPOWER DEVELOPMENT PROJECT March 11, 1983 Public Disclosure Authorized This document has a restricted distribution and may be used by recipients only in the performance of their official duties. Its contents may not otherwise be disclosed without World Bank authorization. CURRENCY EQUIVALENTS Currency unit = Indonesian Rupiah (Rp) US$1 = Rp 700 RplOO = US$0.143 Rp 1,000 = US$1.43 Rp 1 million = US$1,428.57 GOVERNMENT OF INDONESIA FISCAL YEAR April 1 - March 31 ABBREVIATIONS AND ACRONYMS BAPPENAS - National Development Planning Board BIDANG DIKLATS - Training Units within the Training Department of the Ministry of Public Works, which serve the Directorates General BINA MARGA - Directorate General for Highways, Bridges and Land Clearing in the Ministry of Public Works BSP - Bureau for Construction Industry Development in the Ministry of Public Works CIPTA KARYA - Directorate General for Urban and Regional Planning, Housing and Water Supply in the Ministry of Public Works CMDU - Curricula and Materials Development Unit to be established in the Training Department of the Ministry of Public Works DPUP - Provincial Department of the Ministry of
    [Show full text]
  • Candi Space and Landscape: a Study on the Distribution, Orientation and Spatial Organization of Central Javanese Temple Remains
    Candi Space and Landscape: A Study on the Distribution, Orientation and Spatial Organization of Central Javanese Temple Remains Proefschrift ter verkrijging van de graad van Doctor aan de Universiteit Leiden, op gezag van Rector Magnificus Prof. mr. P.F. van der Heijden, volgens besluit van het College voor Promoties te verdedigen op woensdag 6 mei 2009 klokke 13.45 uur door Véronique Myriam Yvonne Degroot geboren te Charleroi (België) in 1972 Promotiecommissie: Promotor: Prof. dr. B. Arps Co-promotor: Dr. M.J. Klokke Referent: Dr. J. Miksic, National University of Singapore. Overige leden: Prof. dr. C.L. Hofman Prof. dr. A. Griffiths, École Française d’Extrême-Orient, Paris. Prof. dr. J.A. Silk The realisation of this thesis was supported and enabled by the Netherlands Organisation for Scientific Research (NWO), the Gonda Foundation (KNAW) and the Research School of Asian, African and Amerindian Studies (CNWS), Leiden University. Acknowledgements My wish to research the relationship between Ancient Javanese architecture and its natural environment is probably born in 1993. That summer, I made a trip to Indonesia to complete the writing of my BA dissertation. There, on the upper slopes of the ever-clouded Ungaran volcano, looking at the sulfurous spring that runs between the shrines of Gedong Songo, I experienced the genius loci of Central Javanese architects. After my BA, I did many things and had many jobs, not all of them being archaeology-related. Nevertheless, when I finally arrived in Leiden to enroll as a PhD student, the subject naturally imposed itself upon me. Here is the result, a thesis exploring the notion of space in ancient Central Java, from the lay-out of the temple plan to the interrelationship between built and natural landscape.
    [Show full text]
  • Land Acquisition and Resettlement Plan
    Land Acquisition and Resettlement Plan December 2020 Indonesia: Flood Management in Selected River Basins Sector project Ciujung River Embankment Development Subproject - Civil Works 03 (CW03) – Part 1 Prepared by the Ministry of Public Works and Housing through Directorate General of Water Resources for the Asian Development Bank. CURRENCY EQUIVALENTS (as of 30 October 2020) Currency unit – Indonesian rupiah (IDR) IDR1.00 = USD 0.000067 USD1.00 = IDR 14,926.5 ABBREVIATIONS ADB – Asian Development Bank AH – Affected Household AP – Affected Person BAPPEDA – Badan Perencanaan Pembangunan Daerah (Provincial/District Development Planning Agency) BBWS 3CIS – Balai Besar Wilayah Sungai (River Basin Center) Cidanau - Ciujung - Cidurian DGWR – Directorate General of Water Resources LAR – Land Acquisition and Resettlement LARP – Land Acquisition and Resettlement Plan LRP – Livelihood Restoration Program MPWH – Ministry of Public Works and Housing NOTES (i) The fiscal year (FY) of the Government of Indonesia and its agencies ends on 31 December. FY before a calendar year denotes the year in which the fiscal year ends, e.g., FY2011 ends on 31 December 2011. (ii) (ii) In this report, "$" refers to United States dollars This Land Acquisition and Resettlement Plan is a document of the borrower. The views expressed herein do not necessarily represent those of ADB's Board of Directors, Management, or staff, and may be preliminary in nature. In preparing any country program or strategy, financing any project, or by making any designation of or reference to a particular territory or geographic area in this document, the Asian Development Bank does not intend to make any judgments as to the legal or other status of any territory or area.
    [Show full text]
  • Directors: Ir. Widagdo, Dipl.HE Hisaya SAWANO Authors
    Directors: Ir. Widagdo, Dipl.HE Hisaya SAWANO Authors: Ir. Sarwono Sukardi, Dipl.HE Ir. Bambang Warsito, Dipl.HE Ir. Hananto Kisworo, Dipl.HE Sukiyoto, ME Publisher: Directorate General of Water Resources Yayasan Air Adhi Eka i Japan International Cooperation Agency ii River Management in Indonesia English Edition English edition of this book is a translation from the book : “Pengelolaan Sungai di Indonesia” January 2013 ISBN 978-979-25-64-62-4 Director General of Water Resources Foreword Water, as a renewable resource, is a gift from God for all mankind. Water is a necessity of life for creatures in this world. No water, no life. The existence of water, other than according to the hydrological cycle, at a particular place, at a particular time, and in particular quality as well as quantity is greatly influenced by a variety of natural phenomena and also by human behavior. Properly managed water and its resources will provide sustainable benefits for life. However, on the other hand, water can also lead to disasters, when it is not managed wisely. Therefore, it is highly necessary to conduct comprehensive and integrated water resources management efforts, or widely known as “Integrated Water Resources Management”. In the same way, river management efforts as part of the river basin integrated water resources management, include efforts on river utilization, development, protection, conservation and control, in an integrated river basin with cross-jurisdiction, cross-regional and cross- sectoral approach. This book outlines how water resources development and management in several river basins are carried out from time to time according to the existing situations and conditions, Besides, it covers various challenges and obstacles faced by the policy makers and the implementers in the field, The existing sets of laws and regulations and the various uses and benefits are also discused.
    [Show full text]
  • South Java Flood Control Sector Project
    Completion Report Project Number: 29312 Loan Number: 1479-INO November 2007 Indonesia: South Java Flood Control Sector Project Asian Development Bank CURRENCY EQUIVALENTS Currency Unit – rupiah (Rp) At Appraisal At Project Completion (07 June1996) (30 January 2006) Rp1.00 = $.00043 $.00011 $1.00 = Rp2,318 Rp9,478 ABBREVIATIONS ADB – Asian Development Bank BANGDA – Directorate General of Regional Development BAPPEDA – Badan Perencanaan Pembangunan Daerah (Regional Development Planning Agency) BAPPENAS – Badan Perencanaan Pembangunan Nasional (National Development Planning Agency) BPDAS – Balai Pengelolaan Daerah Aliran Sungai (Watershed Management Unit) BBSO – Balai Besar Serayu-Opak (Serayu-Opak Broad River Basin Management Organization) BPSDA – Balai Pengelolaan Sumber Daya Air (River Basin Management Unit) CPI – consumer price index DGLRSF – Directorate General for Land Rehabilitation and Social Forestry DGRD – Directorate General of Regional Development DGWR – Directorate General of Water Resources DGWRD – Directorate General of Water Resources Development DPKT – Dinas Perhutanan dan Konservasi Tanah (District Forestry and Soil Conservation Services) EA – executing agency EIA – environmental impact assessment EIRR – economic internal rate of return GIS – geographic information system ha – hectare km – kilometer M&E – monitoring and evaluation MSRD – Ministry of Settlement and Regional Development MSRI – Ministry of Settlement and Regional Infrastructure NGO – nongovernment organization O&M – operation and maintenance PIU – project implementing unit PME – project monitoring and evaluation PMU – project management unit RBDP – river basin development project RIWRT – Research Institute for Water Resources Technology 3 NOTE In this report, "$" refers to US dollars. Vice President C. Lawrence Greenwood, Jr., Operations 2 Director General A. Thapan, Southeast Asia Department (SERD) Director U. Malik, Agriculture, Environment, and Natural Resources Division, SERD Team leader M.
    [Show full text]
  • 11674785 09.Pdf
    ANNEX F: FIELD SURVEY FOR VERIFICATION COUNTERMEASURES Table of Contents PRA Survey Location Maps F.1 The Selected Sites of West Sumatra ---------------------------------------------------- F - 1 F.1.1 General Conditions of the Province ------------------------------------------- F - 1 F.1.2 DI Batang Paku, Pasaman------------------------------------------------------- F - 1 F.1.3 DI Sungai Janiah, Agam -------------------------------------------------------- F - 3 F.1.4 DI Batang Liki, Limapuluh Kota----------------------------------------------- F - 5 F.1.5 DI Anai Sasapan, Padang Pariaman ------------------------------------------- F - 6 F.1.6 DI Sungai Betung, Sawahlunto Sijunjung ------------------------------------ F - 8 F.1.7 DI Lubuk Nyiur, Pasisir Selatan ----------------------------------------------- F - 10 F.1.8 DI Koto Tuo, Kota Padang------------------------------------------------------ F - 11 F.2 The Selected Sites Of West Java -------------------------------------------------------- F - 13 F.2.1 General Conditions of the Province ------------------------------------------- F - 13 F.2.2 DI Cijangkelok, Kuningan ------------------------------------------------------ F - 14 F.2.3 DI Ciyasana, Bandung----------------------------------------------------------- F - 15 F.2.4 DI Cipalebuh, Garut ------------------------------------------------------------- F - 17 F.2.5 DI Cisadane Empang, Bogor --------------------------------------------------- F - 18 F.3 The Selected Sites of Yogyakarta -------------------------------------------------------
    [Show full text]
  • The Ant Colony Optimization Model to Determine the Parameters of Hydrograph Unit Snyder
    International Journal of Innovative Technology and Exploring Engineering (IJITEE) ISSN: 2278-3075, Volume-9 Issue-3, January 2020 The Ant Colony Optimization Model to Determine the Parameters of Hydrograph Unit Snyder Burhan Barid, Suripin, Robert Kodoatie measurement data that can be used as a basis for deriving Abstarct: The relationship of rain flow is needed to get an hydrographic unit, only rivers whose watersheds have been accurate peak discharge and volume value. This value is require developed have sufficient discharge measurement data. so that the analysis of hydrological problems produces an Therefore, a derivation of hydrograph synthetic unit is approach that is closer to reality in the watershed. Calibration and validation have been carried out in the form of statistical steps. developed based on the physical characteristics of a The reliability of calibration with statistics in certain sections watershed. The hydrograph synthetic unit model has been provides less accurate results. HSS snyder calculation uses the widely developed by experts, including the Snyder Synthetic parameters Cp and Ct. These two parameters cannot be Unit Hydrograph (HSS) developed based on the determined with certainty. Therefore, the parameters Cp and Ct characteristics of watersheds in the Appalachian highlands of need to be optimized to get a more reliable value. Calculation of the United States by FF Snyder in 1938. The Snyder HSS the relationship of rain flow using the Snyder synthetic hydrograph method was chosen because it was able to be used if model is not necessarily suitable when applied to a watershed the watershed characteristics data were limited. Hydrograph in Indonesia. Because there are differences in characteristics, calibration is commonly used with standard deviation statistics conditions, and rainfall patterns between watersheds in between the two data.
    [Show full text]
  • CHAPTER 3 Temple Remains of Central Java : Corpus
    Candi, space and landscape : a study on the distribution, orientation and spatial organization of Central Javanese temple remains Degroot, V.M.Y. Citation Degroot, V. M. Y. (2009, May 6). Candi, space and landscape : a study on the distribution, orientation and spatial organization of Central Javanese temple remains. Retrieved from https://hdl.handle.net/1887/13781 Version: Not Applicable (or Unknown) Licence agreement concerning inclusion of doctoral thesis in the License: Institutional Repository of the University of Leiden Downloaded from: https://hdl.handle.net/1887/13781 Note: To cite this publication please use the final published version (if applicable). CHAPTER 3 Temple Remains of Central Java : Corpus A Short Geography of Central Java Topography The island of Java is an elongated stretch of land, more than 1000 km long and about 100 km from north to south (Figure 1). Its northern coast, facing the Java Sea, is bordered by an alluvial plain, the width of which may vary, in Central Java, from 40km (near Tegal), to a few kilometers (between Pekalongan and Kendal). Further inland, parallel to the coast, runs the impressive North Serayu Ridge. Its main summits are, from west to east, Slamet (3432m), Ragajembangan (2177m), Prahu (2565m) and Ungaran (2050m). The North Serayu Ridge is continued to the east by the Kendeng Hills, which reach 899m. South of these mountains lies the central depression zone of Java, which encompasses plains of varying size, such as the plains of Purwokerto, Magelang, Yogyakarta, Solo, Purwodadi and Ngawi. The depression zone is partly capped by a series of high volcanoes: Mounts Sundoro (3155m), Sumbing (3371m), Merbabu (3145m), Merapi (2947m) and Lawu (3265m).
    [Show full text]