SUBANG SMARTPOLITAN Indonesia

Total Page:16

File Type:pdf, Size:1020Kb

SUBANG SMARTPOLITAN Indonesia SUBANG SMARTPOLITAN Indonesia Large country in South East Asia 4th largest population in the World Largest economy in Southeast Asia (Total area of 1.9mio km2) (271mio people and 127mio labour) (GDP of USD 1.1 trillion) POPULATION (2016 – 2020) GROSS DOMESTIC PRODUCT (2016 – 2020) 300 1.50% 20 5.0% 5.1% 5.2% 5.0% 5.1% 6.0% 1.3% 1.2% 1.2% 1.2% 1.1% 4.0% 250 1.25% 15 2.0% In Millions 200 1.00% 10 0.0% 150 0.75% In QuadrillionRupiah -5.3% -2.0% 100 0.50% 5 -4.0% 12.4 13.6 14.8 15.8 4.0 3.7 50 0.25% 0 -6.0% 258.7 261.9 265.0 268.1 271.1 2016 2017 2018 2019 2019 2020 - 0.00% (H1) (H1) 2016 2017 2018 2019 2020 F Real GDP GDP Growth Population Growth (Current Value) (Constant Value) Source: National Bureau of Statistic (BPS) Source: IMF As of 2020, the World Bank increases the country’s classification to Note: In Q2 2020, the GDP contracted 5,3% (yoy) mainly contributed upper-middle income class. due to the Covid-19 pandemic. Page 2 Incentives No. Incentive Regulation Detail Incentive 1 Tax Holiday MoF Regulation No. 105/PMK.010/2018 Free CIT for certain period depend on investment value (5-20 years, min investment value IDR100bio) 2 CIT Rate Laws (Undang-Undang) No.36/2008 • Fiscal Loss can be compensated to the annual income for total consecutive 5 years Reduction • CIT rate is 25% Government Regulation (Peraturan CIT Rate Reduction: Pemerintah) No. 30/2020 • 22% (on 2020 – 2021) and 20% (2022 - onward) • Additional 3% CIT rate reduction for public company whose public stock minimum 40% 3 Free Import Duty • Regulation of Indonesian Free import duty for machines, equipment and raw materials for 2 years, and 4 years for locally- Investment Board (BPKM) No produced machines/equipment (min.30%) 6/2018 • MoF Regulation No. 176/PMK.011/2009 4 Tax Reduction for MoF Regulation No 21/PMK.011/2018 • CIT & VAT Reduction Renewable Energy • Free Import Duty • Tax Paid by Government (conditions apply) 5 Bonded Zone MoF Regulation No. 131/PMK.04/2011 Free Import duty and VAT for raw materials, capital goods, and other goods utilized for manufacturing process, which most of the finished goods are exported 6 Other Benefits Government Regulation No 45/2019 Additional incentive (reduction on net/gross income) for labor intensive companies, conducts job training, apprenticeship and/or learning center, also R&D facility Government Regulation No.78/ 2019 Companies located in certain location/area (17 types of industries located in all area except Jakarta) and certain types of industry (166 types of industries) is entitled to get the following additional incentives: • Reduction of Net Income by 5% for total 6 years • Shorter depreciation & amortization • Income Tax of dividend paid to foreigner is ≤ 10% • Fiscal Loss can be compensated to the annual income for total consecutive 5 up to 10 years Page 3 Java Population: 10mio Jakarta Contribution: 3.90% Banten Population: 12mio Contribution: 4.74% Central Population: 34mio West Population: 49mio Java Contribution: 12.80% Java Contribution: 18.24% East Population: 39mio Java Contribution: 14.72% Population: 4mio Jogjakarta Contribution: 1.44% • Indonesia population is approx. 271mio, 56% is concentrated in Java where 27% located in Western part of Java. • By 2045, the country’s population is expected to reach 321mio. • West Java is anticipated to remain as the most populous province with 90% of its population or 76 million people reside in the Jakarta-Bandung regions. Page 4 Subang Strategic Location . The future of industrial corridor; . Within the Rebana Triangle; . Direct toll access (via TransJava toll road network); . Close to Patimban Seaport; . Close to West Java International Airport (Kertajati); . Connected via railroad network as well as the planned Jakarta-Surabaya High-Speed-Train; . Major cities are reachable within 2 hours (e.g. Jakarta). Labour . Competitive Labour Cost (2020 = IDR2,965,468) . Ample Labour Supply (2019 >15yo = 1.2mio) World Class utilities, infrastructures and supporting facilities Suryacipta City of Industry Subang Smartpolitan Page 5 About Us SURYACIPTA CITY OF INDUSTRY SUBANG SMARTPOLITAN Page 6 About Us Surya Semesta Internusa Tbk (Stock Code: SSIA) Main Businesses: - Real Estate - Industrial Estate SLP – Warehouses for rent - Office Tower - Retails Suryacipta City of Industry (est. 1990), Suryacipta’s businesses: - Residential • Industrial estate development and management - Construction - Suryacipta City of Industry, 1,400Ha located in - Nusa Raya Cipta Karawang; and (Stock Code: NRCA) - Subang Smartpolitan, 2.717Ha located in Subang - Hospitality • Office Building (The Manor). • Retail Area (The Promenade). Cipali Toll Road Gran Melia Jakarta Melia Bali Banyan Tree Bali Batiqa Hotels Subang Smartpolitan Page 7 Subang Smartpolitan Page 8 Location Page 9 Infrastructures & Accessibilities Page 10 Masterplan Patimban Toll Road (direct access to Patimban Seaport) Direct Access from Cipali- Patimban Toll Construction: Q2-2022 Toll Exit Ready: Q2-2023 Completion : Q1-2024 Subang Smartpolitan, the pioneer of smart and sustainable city development that leverages technology and IOT to promote efficiency and security of its tenants. Cipali Interchange KM89 With total area of 2,717Ha, Subang Smartpolitan shall be developed in 4 phases, whereas the 1st phase development begins Q4 2020 Diamond Bay (60Ha) (Ready for handover Q1 2023), including: • Commercial; • Industrial; Phase 1 Development (400Ha) • Residential; Handover Q1 2023 • Supporting infrastructures and facilities. Subang Smartpolitan is designed to be accommodative to Residential Area (40Ha) Automotive, High-Precisions, Consumer Goods, Medical Pharmaceutical, IT & Data Centre industries, as well as logistic Page 11 activities. Phase 1 Development (Southern Area) Industrial Plots Land Coverage Ratio (KDB) : 60% of total land size Floor Coverage Ratio (KLB) : 240% of total land size Phase 1 Development – 400Ha Building Setback (GSB) . Front (Main Road) : 15m . Front (Secondary Road) : 12m . Side : 6m . Back : 8m Green Area : 7.5% of total land size Max. Building Height : 40m ROW . Main Road : 60m . Secondary Road : 40m . Tertiary Road : 30m Water : 15,400M3/day (Stage 1) Wastewater : 10,300M3/day (Stage 1) Gas : Ready Electricity : 60MVA (Stage 1) Telecommunication & FO : Ready Page 12 Diamond Bay Diamond Bay, a 60Ha development located in the heart of Diamond Bay Particular Subang Smartpolitan, host of: • Land Coverage Ratio (KDB) : 60% of total land size • Floor Coverage Ratio (KLB) : 600% of total land size . Business Park & Office Towers; • Building Setback (GSB) . Hotel and Apartments; • Front (Main Road) : 10m . Education and R&D Centers; • Front (Secondary Road) : 6m • Side : 6m . Hospitals (Medical Facility); • Back : 6m . Shopping Mall, Factory Outlets and F&B Outlets; • Max. Building Height : 100m • ROW . Theme Park and Recreational Center . Main Road : 30m . Community Facilities . Secondary Road : 18m . Sports & Entertainment Page 13 Access Subang Smartpolitan is directly accessible via Cipali Toll. Jakarta-Surabaya Railroad Network Cipali Interchange at Km89. Cipali-Patimban Toll construction is about to commence where the dedicated toll exit shall be ready by Q2 2023. Patimban Toll Road Approximate Distance to Patimban Seaport (from Subang (direct access to Smartpolitan) is 40Km. Patimban Seaport) Subang Smartpolitan shall also be accessible using Jakarta-Surabaya railroad whilst Jakarta-Surabaya high speed train is currently being Direct Toll Access from planned. Cipali Interchange and Patimban Toll Road Railroad network shall be beneficial to improve commuting capability of Jakarta (KM89) individuals. Cipali Interchange Km89 Alternatively to the Direct Toll Access at Patimban Toll, Subang Smartpolitan is accessible via Secondary Access. The alternative route improves accessibility and security. From Kalijati Exit (Km98), Subang Smartpolitan is approximately 13Km (approx. 25mins). Page 14 Patimban Seaport Development Progress Page 15 Patimban Seaport Masterplan & Project Information Location Patimban, Subang Regency, West Java Stage I-1 Total Capacity 7.5mio TEUs and 600,000CBU Stage I-2 Total Area 665Ha Stage II • 300Ha - Container & Car Terminal Stage III • 365Ha - Back Up Area (for supporting facilities) Draft 10-14 mLWS (and expandable to 17mLWS) Project Value IDR 43trillion (US$3.29bio) Financing by JICA (Japan International Cooperation Agency) Construction Schedule 2018 – 2036 • Package I-1 2018-2020 Capacity 218,000 CBU & 250,000TEUs • Package I-2 2021 – 2023 Increase car terminal capacity to 600,000CBU and 3.75mio TEUs container terminal • Package II 2024 – 2027 Increase container terminal capacity to 5.2mio TEUs • Package III 2028 – 2036 Increase container terminal capacity to 7.5mio TEUs Contractor Consortium of Penta-Ocean Construction, TOA Corporation, Rinkai Nissan, PT Wijaya Karya and PT Pembangunan Perumahan. Page 16 Construction Progress as of mid-2020 ACCESS ROAD RECLAMATION https://suryainternusa-my.sharepoint.com/:v:/g/personal/binawati_dewi_suryacipta_com/Ed1DxKn7zXZMknFy0sG7N5ABAk4W7GB3oSBjKCkHF0wSZA?e=QIYfxQ Page 17 Thank You Page 18.
Recommended publications
  • Farmer Perception to Ispo in Oil Palm Plantation in West Java
    Agroland : The Agriculture Science Journal, 2019 June 6 (1) 49 - 56 ISSN : 2407 – 7585 E-ISSN : 2407 – 7593 FARMER PERCEPTION TO ISPO IN OIL PALM PLANTATION IN WEST JAVA 1)Ernah, 1)Apong Sandrawati, 1)Melania Fadillah, 1)Dewi Rengganis, 1)Sudarjat Sudarjat 1)Faculty of Agriculture, Padjadjaran University Email:[email protected] ABSTRACT Palm oil is one of the leading commodities in the world market that contributes to the Indonesian economy. In fulfilling market demand but environmental friendly, the Indonesian government issued a policy of sustainable standards known as the Indonesian Sustainable Palm Oil (ISPO) principle. This study aims to determine the farmers' perception of ISPO in the community of oil palm farmers in West Java. This study designed as qualitative research. The results show that not all standards were sustainable. ISO has been applied to oil palm plantations in West Java. For this reason, government efforts were needed to assist farmers in implementing the ISPO. Keywords: Farmers, Oil Palm, Sustainable, West Java, ISPO. INTRODUCTION Table 2 Area of Oil Palm Plantations in 2015. No Regency Area (Ha) Indonesia is of the largest palm oil producer in the world. Based on the status 1 Subang 158 2 Garut 80 of the concession in 2015, about 18 million 3 Tasikmalaya 15 tons of palm oil came from large private 4 Pangandaran 6 plantations. A 10 million tons from smallholder plantations and 2 million tons Source: Directorate General of Plantations 2015 came from large state plantations (Indonesian Plantation Statistics, 2015). Table 2 shows that Subang and West Java is one of the provinces in Tasikmalaya Regencies are smallholder Indonesia which has the potential to plantations in West Java that can already develop the oil palm plantations.
    [Show full text]
  • Port of Patimban As a Solution to Fulfill the Capacity Demand of Port Terminal in Indonesia
    International Journal of Innovations in Engineering and Technology (IJIET) http://dx.doi.org/10.21172/ijiet.82.044 Port of Patimban as A Solution to Fulfill the Capacity Demand of Port Terminal in Indonesia Johny Malisan Center for Research and Development on Sea Transportation – Indonesia Abstract - Seaport as a part of transport chain and logistic system has a very important role and strategic for economic growth and development. Besides, it seemed sensible to exploit the synergies between ports and must be linked to their hinterland. To stimulate economic activity and realize an efficient logistic cost, the government's effort to create a healthy business climate and competitiveness through the development of a new port is one solution. This research aimed to analyze the port infrastructure that will be developed and to analyze port capacity that is still limited and should be developed in order to address the main issues that emerged at the port, i.e. congestion and dwell time. The results showed that although existing port has been developed, it seems quite difficult to handle high volume of container traffic in the future, which until 2050 predicted will reach average more than 20 millions TEUs per year. Synergy with port of Patimban is one way to fulfill capacity demand of port terminal. Indonesia has not yet emerged as a logistics hub and the most important factor is poor condition of port infrastructure. Therefore, it is required to change the pattern of container handling by pursuing the development of new port in order to avoid stagnation, congestion and dwelling time.
    [Show full text]
  • Press Release Subang Smartpolitan
    PRESS RELEASE SUBANG SMARTPOLITAN GROUNDBREAKING CEREMONY Highlight: • Ground Breaking Ceremony of Subang Smartpolitan, a smart and sustainable development by PT Suryacipta Swadaya, a subsidiary of PT Surya Semesta Internusa Tbk (SSIA) at Gran Melia Hotel, Jakarta; • Adapting with the current pandemic situation, the ceremony was being held both on the venue (selected quest) and virtual, streamed simultaneously via YouTube Live, Microsoft Teams, and Zoom; • Groundbreaking of Subang Smartpolitan coincides with the journey to 50th anniversary of the establishment of PT Surya Semesta Internusa Tbk, which has the vision to build a better Indonesia. • Mr. Johannes Suriadjadja, President Director, PT Surya Semesta Internusa Tbk, delivered the opening speech, revealing the brand identity of “Subang Smartpolitan” and declaring it as a city that is “Made From Future”. • Subang Smartpolitan is built on a 2,700 Hectare area at the heart of the Rebana Meteropolitan Area with good connectivity by rail, road, air and sea. Smart and Sustainable Infrastructure; Complete ecosystem of Work, Live, Learn and Play; Large potential and competitive workforce. JAKARTA, 18 November 2020 - PT Surya Semesta Internusa Tbk (SSIA), through its subsidiary PT Suryacipta Swadaya (Suryacipta), held a groundbreaking ceremony event for Suryacipta’s independent smart and sustainable city called Subang Smartpolitan. Subang Smartpolitan’s Groundbreaking Ceremony was held on 18 November 2020 at Gran Melia Hotel, Jakarta. The hotel is also one of SSIA’s business ventures in the hospitality sector. The event was attended by prospective clients and investors, existing investors and Suryacipta tenants, and also State Representatives, including the Coordinating Minister for Economic Affairs was represented by the Deputy for Trade and Industry Coordination, Mr.
    [Show full text]
  • Analysisofhumanresourc
    GSJ: Volume 7, Issue 12, December 2019 ISSN 2320-9186 202 GSJ: Volume 7, Issue 12, December 2019, Online: ISSN 2320-9186 www.globalscientificjournal.com ANALYSIS OF HUMAN RESOURCES COMPETITIVENESS OF MINAPADI AQUACULTURE FISHERIES IN WEST JAVA PROVINCE Rosidah**, Annes Ilyas *, Asep. A.H. Suryana **, Atikah Nurhayati** *) Bachelor of Fisheries and Marine Sciences Faculty, University of Padjadjaran **) Lecturer of Fisheries and Marine Sciences Faculty, University of Padjadjaran Email : [email protected] ABSTRACT The fisheries sector is an important sector for the people of Indonesia and can be used as a prime mover of the national economy. Minapadi cultivation is a fisheries sector with a system of rice and fish cultivation which is cultivated together in a paddy field. West Java Province as one of the biggest producing regions of Minapadi fisheries in Indonesia, and is considered as a potential area for Minapadi cultivation. The potential of human resources affects the efforts of business entities in achieving maximum mineral production. Minapadi aquaculture competitiveness can be used as a benchmark for regional development, regional mapping, and regional development planning. This study has the objective to analysis of human resources competitiveness of Minapadi aquaculture in West Java Province. The method used in this study is the litelature survey method to determine the competitiveness of minapadi cultivation in 18 regencys and nine cities in West Java Province. After all data has been processed, the data will be analyzed descriptively. The technique used to retrieve primary data in this study in the from of expert judgment. Whereas secondary data was obtained from statistical data of the Office of Maritime Affairs and Fisheries of West Java Province.
    [Show full text]
  • Indication of Source in West Java Province: the First Government's Certification on Local Products in Indonesia
    Indication of Source in West Java Province: the First Government's Certification on Local Products in Indonesia Miranda Risang Ayu Palar, S.H., LL.M., Ph.D. Head of Intellectual Property Centre for Regulation and Application Studies, Department of Law on Information Technology and Intellectual Property, Faculty of Law, Universitas Padjadjaran, West Java, Indonesia Intellectual Property Rights Exclusive Rights Communal IPR Inclusive Rights Intellectual Property Rights Individual IPR Exclusive Rights Communal Intellectual Property Rights Exclusive Rights Lisbon System Paris Convention System EU System TRIPS Agreement Trade Names Controlled Appellations of Origin Geographical Collective Marks Indications Protected Designations of Certification Origin Marks Traditional Indications Specialized of Source Guarrantee Communal Intellectual Property Rights Inclusive Rights Moral Rights Economic & Moral Rights Traditional Intangible Traditional Genetic Indications Cultural Cultural Knowledge Resources of Source Heritage Expression IS, GI, AO in International Legal Instruments Indications of Source (IS) . Paris Convention for the Protection of Industrial Property of 1883 and the 1911 Revision . Madrid Agreement of 1891 for the Repression of False or Deceptive Indications of Source on Goods Geographical Indications (GIs) . Agreement on the Establishment of the World Trade Organization – Agreement on the Trade Related Aspects of Intellectual Property Rights 1994 IS, GIs, AO in International Legal Instruments Appellations of Origin . Lisbon Agreement of 1958 for the Protection of Appellations of Origin and their Registration (rev. 1967, amn. 1979) . Administrative Instructions for the Application of the Lisbon Agreement 2010 . International Convention of 1951 on the Use of Appellations of Origin and Denominations of Cheeses (Stresa Convention) Appellations of Origin & Geographical Indications . Geneva Act of the Lisbon Agreement on Appellations of Origin and Geographical Indications 2015 .
    [Show full text]
  • 51112-001: Jawa-1 Liquefied Natural Gas-To
    Environmental and Social Impact Assessment Report (ESIA) – Part 2 Project Number: 51112-001 August 2018 INO: Jawa-1 LNG to Power Project Prepared by ERM for PT Jawa Satu Power (JSP) The environmental and social impact assessment is a document of the project sponsor. The views expressed herein do not necessarily represent those of ADB’s Board of Directors, Management, or staff, and may be preliminary in nature. Your attention is directed to the “Terms of Use” section of this website. 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 or any territory or area. 5 SCREENING AND SCOPING This section presents the results of the ESIA screening and scoping exercises. The regulatory EIA (AMDAL) process also goes through a screening and scoping process that is guided by the Indonesian AMDAL regulations, however it is important to understand that there are differences in the applicable standards and level of assessment applicable to ESIA and therefore this Chapter is independent of the AMDAL screening and scoping process. 5.1 OVERVIEW Screening and scoping exercises were carried out to provide a first pass assessment of key issues and any information gaps that should be addressed in the ESIA study in order to obtain the necessary level of data required for a robust Impact Assessment (IA). The exercises were undertaken: To
    [Show full text]
  • Measurement of Potential Tourism Destination: a Case Study
    Jurnal Bisnis & Manajemen, 2016, Vol. XVII, No. 2, 85-94 ISSN 1412 - 3681 Measurement of Potential Tourism Destination: A Case Study POPY RUFAIDAH Universitas Padjadjaran, Faculty of Economics and Business, Bandung 40132, Indonesia Email correspondence: [email protected] Abstract This study was aimed to discuss study result to measure destination potentials in West Java, Indonesia that was conducted empirically. Based on the literature, there is still no clarity in technic and how to measure tourism destination potentials. Therefore, this paper has an advantage as a paper that discusses the measurement of tourism destination potentials with quantitative approach. The research method employed for the research reported in this paper was the case study research method. The research completion reported in this paper took place over a nine month period (from April to December), and involved field surveys to measure and analyse potential destination tourism object and their development. Potential tourism destination is the attractiveness contained in an area to be developed as untapped or not managed well to become a qualified attraction and able to attract tourists to come to the area. The formula proposed by Beciu and Hontus (2014) was adopted in this study to measure the potential of tourism destinations, namely, (1) Index of Global Tourist Demand Change, (2) Index of Domestic and Foreign Demand Variation in Time; (3) Indicator of Total Accomodation Capacity Evolution; and (4) Index of Global Tourist Demand Distribution. The study conclude that the priority for West Java Province to develop the tourism destination are, firstly, Subang Regency, secondly, Sukabumi Regency and lastly, Depok City.
    [Show full text]
  • Analysis of Factors Affecting the Prevalence of Stunting on Children Under Five Years
    EurAsian Journal of BioSciences Eurasia J Biosci 14, 6725-6735 (2020) Analysis of factors affecting the prevalence of stunting on children under five years Laili Rahayuwati 1*, Ikeu Nurhidayah 2, Nur Oktavia Hidayati 3, Sri Hendrawati 2, Habsyah Saparidah Agustina 3, Rindang Ekawati 4, Alette Suzy Setiawan 5 1 Department of Community Nursing, Faculty of Nursing Universitas Padjadjaran, INDONESIA 2 Department of Pediatric Nursing, Faculty of Nursing Universitas Padjadjaran, INDONESIA 3 Department of Psychiatric Nursing, Faculty of Nursing Universitas Padjadjaran, INDONESIA 4 National Population and Family Planning Board (BKKBN), Bandung, INDONESIA 5 Department of Dentistry, Faculty of Dentistry Universitas Padjadjaran, INDONESIA *Corresponding author: [email protected] Abstract Introduction: Stunting is a latent problem indicating a chronic malnutrition status during the child’s growth since birth. The prevalence of stunting is caused by multiple factors. This research aims at analyzing the factors affecting the prevalence of stunting on children in the area of West Java Province, including the demographic social of the mother, the child, and the child’s health status. Method: The research applies quantitative method. The number of respondents is 810. The research took place in 6 regencies/cities whose villages support family planning (Kampung Keluarga Berencana) such as Bandung City, Bandung Regency, West Bandung Regency, Subang Regency, Sumedang Regency, and Garut Regency. The quantitative analysis consists of a univariate
    [Show full text]
  • 1 the Design and Implementation of 3 Kg Liquified Petroleum Gas (LPG
    The Design and Implementation of 3 Kg Liquified Petroleum Gas (LPG) Closed-Loop Supply Chain System by the Role of Stakeholders Case Study at Indramayu, Subang, Purwakarta, Kuningan and Tasikmalaya, West Java Lindawati Kartika1 *), Andita Sayekti1 Departement of Management FEM-IPB [email protected] Abstract The existence of competition among the 3 Kg LPG distributors makes fluctuation at downstream demand, so the amount of tube safety stock owned by distributor becomes very high. Currently scenario, scenario which retailers cat get supplies from a number of different agents and move to another agency, cause demand instability at SPBE and agents. Government makes policy for kerosene conversion to gas according with Republic of Indonesia Presidential Regulation No. 104 in 2007 concerning supply, distribution determination of 3 Kg LPG for households and micro-enterprises to solve that problem. This policy was followed up by Minister of Energy and Mineral Resources (ESDM) Regulation, which is Regulation No. 26 in 2009 concerning LPG supply and distribution, No. 17 and 5 in 2011, and No. 1714 in 2012 on the 3 Kg LPG benchmark prices establish enclosed scenario to assist in monitoring of LPG distribution, either quantity, quality or distributor. The objective of this study is the arrangement by enclosed system of specified LPG distribution by optimizing the role of stakeholders, so only groups of people with certain criteria are entitled to get distribution with guaranteed quality. The results of this study, alternative strategy, are policy recommendation that can assist in the monitoring and distribution of LPG by the role of stakeholders. Keywords: closed-loop supply chain, LPG, SPBE, stakeholders 1.
    [Show full text]
  • Remote Sensing Analysis in RUSLE Erosion Estimation
    Indonesian Journal of Geospatial Vol. 4 No.1, 2015, Hal 34-45 34 Remote Sensing Analysis In RUSLE Erosion Estimation 1,3Saptari, A.Y., 2Supriadi A., 1,4Wikantika K., 1,4Darmawan S. 1Geodesy and Geomatic Department of Earth Science Faculty – ITB, Indonesia – (aysaptari, ketut)@gd.itb.ac.id) 2School of Life Science And Technology – ITB ; 3Surveying and Cadaster Research Group - ITB 4Center of Remote Sensing – ITB ABTRACT. Soil erosion is a major issue in various hemispheres. It is because erosion affects the survival of ecosystem. Diverse human actions, e.g., bushes burning and illegal logging, play a role in accelerating erosion. Climate factor such as rain intensity has also an influence in the release of soil particles. Therefore, a regular identification of those factors that affect erosion processes is highly needed in order to keep an environmental sustainable. Different areas in Indonesia have different erosion variable characteristics. One of the characteristics is indicated by the varieties of vegetation cover, where a loose vegetation cover causes soil surfaces open for a long time period. Till now, researches dealing with the modeling of erosions with wide area coverage are few, since erosion observations have always been conducted by direct observations in the field, hence time consuming. Therefore, an erosion mapping model that is applied in a wide coverage area and the up to date of data is needed. Spatially, erosions can be depicted in a form of spatial information system model describing their potential class levels. There are several erosion models that can be used to find out the erosion occurring on a land, among others Universal Soil Loss Equation (USLE) model or its modification Revised Universal Soil Loss Equation (RUSLE).
    [Show full text]
  • A CASE STUDY in GUNUNG PANCAR FOREST TOURISM PARK, BOGOR INDONESIA Ricky Avenzora1*, Tutut Sunarminto1, Priyono E
    Indonesian Journal of Forestry Research Vol. 3, No. 2, October 2016, 65-82 ISSN: 2355-7079/E-ISSN: 2406-8195 PRICING STRATEGY FOR QUASI-PUBLIC FOREST TOURISM PARK: A CASE STUDY IN GUNUNG PANCAR FOREST TOURISM PARK, BOGOR INDONESIA Ricky Avenzora1*, Tutut Sunarminto1, Priyono E. Pratiekto1 and Ju-Hyoung Lee2 1Post Graduate Study on Ecotourism and Environmental Services Management, Dept. of Forest Resources Conservation and Ecotourism, Faculty of Forestry Bogor Agricultural University. Dramaga, Bogor, Indonesia 2Department of Forest Resources, University of Yeung-Nam, 214-1 Dae-Dong, South Korea Received: 17 December 2015, Revised: 27 August 2016, Accepted: 20 September 2016 PRICING STRATEGY FOR QUASI-PUBLIC FOREST TOURISM PARK: A CASE STUDY IN GUNUNG PANCAR FOREST TOURISM PARK, BOGOR INDONESIA. The dynamic of 3-parties conflict of interests (investor, local people and government) in having actual income from the nature tourism park business in Indonesia became worse since a “very progressive” Government Regulation on Forestry Related Services Tariff (so called PP 12/2014) was issued. On one hand, everybody agrees to improve the 17 years old tariff regulation of PP 59/1998. On the other hand, the “unclear reason” of the new tariffs in PP 12/2014 has shocked many parties and created many difficulties while implemented. This paper studies visitors’ expenditures and their willingness to pay (WTP) for every recreation services scenario by using contingent valuation method (CVM) survey with open-ended eliciting questionnaire instrument. Regarding the characteristic of Gunung Pancar Forest Tourism Park (GPFTP) the method was used to justify a reasonable and eligible ticket pricing strategy at the GPFTP as a quasi-public recreation park.
    [Show full text]
  • CHAPTER I INTRODUCTION 1.1 Background Indonesia Is An
    CHAPTER I INTRODUCTION 1.1 Background Indonesia is an archipelagic country with abundant natural resources ranging from marine and fishery sectors, agriculture, livestock, forestry, plantation and mining and energy. Among all the available natural wealth, the most promising wealth to be managed is in the mining sector because the value of selling products taken from within the earth is valuable enough to absorb so much labor and other support sectors. Some areas in Indonesia have the potential to be used as mining, such as coal mining, oil and natural gas mining, gold mining, stone mining, asphalt mining, sand mining and other mineral mining. Figure 1.1 Distribution of Natural Resources in Indonesia Source: https://www.bappenas.go.id 1 Mining technology and equipment in Indonesia are growing rapidly from year to year, causing mining activities to become larger. This shows that the wider and deeper layers of the earth must be excavated. Mining activities also require extensive land, so sustainable excavation should be carried out for widening the area. Not only is the mining area expanded, but the area around the mine also requires expansion such as for transportation access and other facilities. Therefore, in addition to being a source of prosperity, mining can also lead to potential environmental damage due to excessive excavation. According to Mining Advocacy Network in 2014 around 70% environmental damage in Indonesia caused by the mining activity. Around 3,97 million hectares protected areas threatened to be used for mining areas including biodiversity in it. Besides that, the watershed also having damaged and getting increased in last 10 years.
    [Show full text]