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Page 1 /4 26Th November 2019 Dear Sir/Madam, STAKEHOLDER
26th November 2019 Dear Sir/Madam, STAKEHOLDER CONSULTATION INVITATION TO COMMENT ON RSPO (P&C) INITIAL CERTIFICATION AUDIT We are pleased to invite you to attend and provide comments in the stakeholder consultation meeting. Felda Global Ventures (FGV) Berhad, has applied to Global Gateway Certifications Sdn Bhd to carryout certification activities in accordance with the Roundtable on Sustainable Palm Oil (RSPO P&C) standards. The standards that shall be applied in the assessment are as below; RSPO Principle & Criteria Certification (RSPO P&C 2018) – MALAYSIA NATIONAL INTERPRETATION (MYNI) Nov 2019 dan RSPO Supply Chain Certification Standard (21st November 2014) revised on 14th June 2017. As planned, the auditing will be conducted on 26th December 2019 and ended on 28th December 2019. Audit team cordially to invite any stakeholders or interested parties to attend our Stakeholder Meeting planned to be conducted on: Date : 26th December 2019 Time : 11.00 am to 13.00 pm Location : FGVPISB Kilang Sawit Tenggaroh Timur, Kota Tinggi, Johor. Note *: If you are unable to attend the meeting you are most welcome to meet our audit team and convey your comments during any of the audit days. Applicant FGVPISB Kilang Sawit Tenggaroh Timur RSPO Membership 1–0225–16–000–00 (Ordinary Member) Ameer Izyanif Bin Hamzah Level 20, West Wisma FGV, Contact details Jalan Raja Laut 50350, Kuala Lumpur, Malaysia [email protected] / www.fgvholdings.com FGV operates in more than 10 countries across Asia, the Middle East, North America, and Europe, and is focused on three main sectors: Plantations, Sugar and Logistics & Support Businesses. Incorporated in 2007 as a private limited company, FGV initially operated as the commercial arm of Federal Land Development Authority (FELDA) prior to its listing Brief business in the main market of Bursa Malaysia Securities Berhad on 28 June 2012 as Felda information of Global Ventures Holdings Berhad. -
Uranium-Thorium Concentration in River Water a Case Study of Pahang State Malaysia
URANIUM-THORIUM CONCENTRATION IN RIVER WATER A CASE STUDY OF PAHANG STATE MALAYSIA 1GABDO H.T, 2RAMLI A.T, 3LUKA I.G 1,3Department of Physics, School of Sciences Federal College of Education Yola, Nigeria. 2Department of Physics, Faculty of Science Universiti Teknologi Malaysia (UTM). E-mail: [email protected] Abstract- Investigations were conducted to determine the radionuclide uranium-thorium concentration levels in the major rivers in Pahang state, Malaysia. Since the rivers are the main sources for water supply in the state, it is important to measure the uranium-thorium concentrations in the rivers in the effort to limit radiation exposures to members of the public. Seventeen water samples were collected from major rivers in Pahang state. The concentrations of uranium-thorium were analyzed using inductively coupled plasma mass spectrometer (ICP-MS). The samples were found to contain permissible levels of the radionuclides with a mean activity concentrations of 8.49 ± 0.34 mBq L-1 and 1.74 ± 0.27 mBq L-1 for uranium and thorium respectively. The ratio between thorium and uranium concentration is found to be 3:4 due to the higher solubility of uranium than thorium in water. Radionuclide concentrations obtained were compared with the terrestrial gamma radiation dose rate measured around the area. Keywords- river water; uranium-thorium concentrations; activity concentrations I. INTRODUCTION on environmental radiology, higher concentration of uranium and thorium in soil were found in areas that Natural radioactivity in marine and aquatic media are covered by granites and metamorphic rocks [9] mainly comes from the uranium and thorium series as and [10]. -
Investigation of Road Crash Rate at FT050, Jalan Batu Pahat – Kluang: Pre and Post Road Median Divider
International Journal of Road Safety 1(1) 2020: 16-19 ________________________________________________________________________________________________________ International Journal of Road Safety Journal homepage: www.miros.gov.my/journal _______________________________________________________________________________________________ Investigation of Road Crash Rate at FT050, Jalan Batu Pahat – Kluang: Pre and Post Road Median Divider Joewono Prasetijo1,*, Nurhafidz Abd Rahaman1, Nor Baizura Hamid1, Nurfarhanna Ahmad Sulaiman1, Muhammad Isradi2, Maisara Ashran Mustafa3, Zulhaidi Mohd Jawi4 & Zulhilmi Zaidie5 *Corresponding author: [email protected] 1Sustainable Transport and Safety Studies (STSS), Faculty of Engineering Technology, Universiti Tun Hussein Onn Malaysia, 84600 Panchor, Johor, Malaysia 2Department of Civil Engineering, Universitas Mercu Buana, Jatisampurna, Bekasi, Jawa Barat 17433, Indonesia 3Department of Road Safety Malaysia (JKJR) Johor, Suite 25.01, Johor Bahru City Square, 80000 Johor Bahru, Johor, Malaysia 4Malaysian Institute of Road Safety Research (MIROS), Lot 125-135, Jalan TKS 1, 43000 Kajang, Selangor, Malaysia. 5Department of Road Transport Malaysia (JPJ), 83300 Batu Pahat, Johor, Malaysia ________________________________________________________________________________________________________ ABSTRACT ARTICLE INFO _____________________________________________________________________ ___________________________ The number of fatal crashes along the Federal Road FT050 (Jalan Batu Pahat – Kluang – Ayer Article -
Malaysia Industrial Park Directory.Pdf
MALAYSIA INDUSTRIAL PARK DIRECTORY CONTENT 01 FOREWORD 01 › Minister of International Trade & Industry (MITI) › Chief Executive Officer of Malaysian Investment Development Authority (MIDA) › President, Federation of Malaysian Manufacturers (FMM) › Chairman, FMM Infrastructure & Industrial Park Management Committee 02 ABOUT MIDA 05 03 ABOUT FMM 11 04 ADVERTISEMENT 15 05 MAP OF MALAYSIA 39 06 LISTING OF INDUSTRIAL PARKS › NORTHERN REGION Kedah & Perlis 41 Penang 45 Perak 51 › CENTRAL REGION Selangor 56 Negeri Sembilan 63 › SOUTHERN REGION Melaka 69 Johor 73 › EAST COAST REGION Kelantan 82 Terengganu 86 Pahang 92 › EAST MALAYSIA Sarawak 97 Sabah 101 PUBLISHED BY PRINTED BY Federation of Malaysian Manufacturers (7907-X) Legasi Press Sdn Bhd Wisma FMM, No 3, Persiaran Dagang, No 17A, (First Floor), Jalan Helang Sawah, PJU 9 Bandar Sri Damansara, 52200 Kuala Lumpur Taman Kepong Baru, Kepong, 52100 Kuala Lumpur T 03-62867200 F 03-62741266/7288 No part of this publication may be reproduced in any form E [email protected] without prior permission from Federation of Malaysian Manufacturers. All rights reserved. All information and data www.fmm.org.my provided in this book are accurate as at time of printing MALAYSIA INDUSTRIAL PARK DIRECTORY FOREWORD MINISTER OF INTERNATIONAL TRADE & INDUSTRY (MITI) One of the key ingredients needed is the availability of well-planned and well-managed industrial parks with Congratulations to the Malaysian Investment eco-friendly features. Thus, it is of paramount importance Development Authority (MIDA) and the for park developers and relevant authorities to work Federation of Malaysian Manufacturers together in developing the next generation of industrial (FMM) for the successful organisation of areas to cater for the whole value chain of the respective the Industrial Park Forum nationwide last industry, from upstream to downstream. -
Template for for the Jurnal Teknologi
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Universiti Teknologi Malaysia Institutional Repository Jurnal Full Paper Teknologi NATURAL RADIOACTIVITY IN MAJOR RIVERS OF KELANTAN STATE, Article history Received MALAYSIA 15 April 2015 Received in revised form Nuraddeen Nasirum Garbaa,b*, Ahmad Termizi Ramlia, Muneer Aziz Salehc,d, 29 September 2015 Accepted Mohd Syazwan Mohd Sanusia, Hamman Tukur Gabdoa, Abubakar Sadiq 12 November 2015 Aliyua,e *Corresponding author aDepartment of Physics, Faculty of Science, Universiti Teknologi Malaysia, [email protected] 81310 Johor, Malaysia bDepartment of Physics, Ahmadu Bello University, Zaria, Nigeria cNuclear Engineering Programme, Faculty of Petroleum and Renewable Energy Engineering, Universiti Teknologi Malaysia, 81310 Johor, Malaysia dNational Atomic Energy Commission (NATEC), Sana’a, Yemen eDepartment of Physics, Nassarawa State University Keffi, Nigeria Graphical abstract Abstract Assessment of natural radionuclides (238U, 232Th, and 40K) and terrestrial gamma radiation dose rates (TGRD) in major rivers of Kelantan states, Malaysia were conducted. Measurements were carried out using a portable [NaI(TI)] micro roentgen (µR) survey meter and inductively coupled plasma mass spectrometer (ICP-MS) for in situ TGRD and the activity concentrations of 238U, 232Th, and 40K in water samples, respectively. The mean TGRD was found to be 312.98 nGy h-1 and from water samples analyzed, the mean activity concentrations of 238U, 232Th, and 40K was found to be 13.31 mBq L-1, 4.39 mBq L-1 and 1118.72 mBq L-1 which were about 3 times and slightly higher than the world average values of 5 mBq L-1 and 3 mBq L-1 respectively. -
Mersing Case Study
CONNECTED OUTDOOR LIGHTING URBAN DATA SOLUTIONS Jalan Jemaluang, Mersing, Johor. Connected Smart City Assets, With One System. The municipality of Mersing district in Johor manages lighting, A.I Traffic CCTV and environmental data with one central management system, AdvanCTi. Mersing is a coastal town in southeast Malaysia. It's known as the departure point for ferries to offshore islands like Pulau Tioman and Pulau Rawa. Mersing town is particularly significant for a number of reasons: it is one of only two major towns situated in the eastern half of Johor state (the other being Kota Tinggi), and it is the main departure point for ferries to the nearby offshore islands such as Tioman Island. Making Mersing one of the centers of attraction in Johor. The district of Mersing is governed by the District Council known as the Mersing District Municipality. This Municipality acknowledges the need for Smart City initiatives to bring prosper and innovation to the people of Mersing. Hence, AdvanCTi is honored to be selected by Mersing Municipality as the preferred brand to bring Smart City Innovation to become reality in Mersing. Costs Savings with Adjustable Lighting During the dark in Mersing, AdvanCTi's LED luminaires lighten up the street with the Nema-ready street light, along the road of Jalan Wawasan in Mersing Johor. The combination of the LED luminaires and AdvanCTi technology has enabled the municipality to reduce energy consumption by as much as 60%, extend the useful life of the luminaires, and lower maintenance costs to almost zero. With AdvanCTi Central Management System connected with the LED luminaires, the system enables the Mersing Municipality to have total control over their street light assets. -
BIL DAERAH MUKIM NO. LOT LUAS (Ha.) 1 MERSING JEMALUANG 10
DATA TANAH TERBIAR TAHUN 2019 NEGERI: JOHOR BIL DAERAH MUKIM NO. LOT LUAS (Ha.) 1 MERSING JEMALUANG 10 1.25 2 MERSING JEMALUANG 1004 0.81 3 MERSING JEMALUANG 1010 0.82 4 MERSING JEMALUANG 1039 1.05 5 MERSING JEMALUANG 1040 1.52 6 MERSING JEMALUANG 1053 11.03 7 MERSING JEMALUANG 1065 0.59 8 MERSING JEMALUANG 1066 0.58 9 MERSING JEMALUANG 1072 0.82 10 MERSING JEMALUANG 1078 1.10 11 MERSING JEMALUANG 1079 1.50 12 MERSING JEMALUANG 108 0.62 13 MERSING JEMALUANG 1083 0.76 14 MERSING JEMALUANG 1092 0.53 15 MERSING JEMALUANG 1095 0.88 16 MERSING JEMALUANG 1096 0.90 17 MERSING JEMALUANG 1097 1.05 18 MERSING JEMALUANG 1098 0.81 19 MERSING JEMALUANG 1099 0.89 20 MERSING JEMALUANG 11 0.83 21 MERSING JEMALUANG 110 0.96 22 MERSING JEMALUANG 1100 0.66 23 MERSING JEMALUANG 1101 1.18 24 MERSING JEMALUANG 1103 0.58 25 MERSING JEMALUANG 1104 0.76 26 MERSING JEMALUANG 1106 1.35 27 MERSING JEMALUANG 1332 16.75 28 MERSING JEMALUANG 157 0.70 29 MERSING JEMALUANG 1851 0.81 30 MERSING JEMALUANG 1852 0.66 31 MERSING JEMALUANG 1856 0.80 32 MERSING JEMALUANG 1858 0.81 33 MERSING JEMALUANG 1859 0.81 34 MERSING JEMALUANG 1860 0.81 35 MERSING JEMALUANG 1861 0.81 36 MERSING JEMALUANG 1862 0.81 37 MERSING JEMALUANG 1863 0.81 38 MERSING JEMALUANG 1864 0.81 39 MERSING JEMALUANG 1865 0.80 40 MERSING JEMALUANG 1867 0.82 41 MERSING JEMALUANG 1868 0.82 42 MERSING JEMALUANG 1869 0.76 43 MERSING JEMALUANG 1870 0.76 44 MERSING JEMALUANG 1871 0.83 45 MERSING JEMALUANG 1872 0.76 46 MERSING JEMALUANG 1873 0.85 47 MERSING JEMALUANG 1874 0.83 48 MERSING JEMALUANG 1877 0.82 49 MERSING JEMALUANG 1878 0.82 - 1 - DATA TANAH TERBIAR TAHUN 2019 NEGERI: JOHOR BIL DAERAH MUKIM NO. -
Status of Coral Reefs in Malaysia, 2018
Status of Coral Reefs in Malaysia, 2018 Reef Check Malaysia Contents Executive Summary 1 1 Introduction 2 2 Reef Check 3 2.1 Background 3 2.2 Survey Methodology 3 2.3 Survey Sites 4 3 2018 Survey Results & Analysis 5 3.1 Status of Coral Reefs in Malaysia 2018 5 3.2 Status of Coral Reefs in Key Eco-regions in Malaysia 10 4 Twelve Years of Reef Check Data 68 4.1 Peninsular versus East Malaysia over 12 Years 68 4.2 Changing Reef Health in Selected Areas 72 5 Summary and Recommendations 81 5.1 Summary 81 5.2 Recommendations 82 5.3 Conclusion 84 Acknowledgements 85 References 88 Appendix 1: 2018 Survey Sites 89 Saving Our Reefs Research, Education, Conservation Executive Summary 1. A total of 212 sites were surveyed in 2018 (2017: 227), 95 in Peninsular Malaysia and 117 in East Malaysia. The surveys are a continuation of a successful National Reef Check Survey Programme that has now run for twelve years. 2. The surveys were carried out by trained volunteers as well as government officials from the Department of Marine Parks Malaysia and Sabah Parks, reflecting commitment from the Government in further improving management of Malaysia’s coral reefs. Surveys were carried out on several islands off Peninsular Malaysia’s East and West coast, covering both established Marine Protected Areas and non- protected areas, and in various parts of East Malaysia, both Sabah and Sarawak. 3. The results indicate that Malaysian reefs surveyed have a relatively high level of living coral, at 42.42% (2017: 42.53%). -
The Background to the Far East Campaign
The Background to the Far East Campaign What is VJ Day? A commemoration of 15th August 1945 when Japan surrendered to the Allies. Although hostilities in Europe had ceased in May, fighting continued in the Far East. VJ Day brought World War II to an end. Why did Japan enter the war? The opening up to trading Europe of both Japan and China in the mid to late 19th century pushed both, but particularly the more forward-looking Japan, towards modernisation. China had a huge resource of raw materials whereas Japan had vey few. It lacked oil and rubber, for example. From then until the 1930s there were incursions and clashes between Japan and China ending in the Sino-Japanese war 1937-1945. At the same time relations between Japan and the US became fraught over Japanese immigration to the country and their rights in it. And Britain, who held India, Burma and Malaya, also held the largest garrison in the Far East—Singapore. Japan felt encircled by industrial nations such as America, Britain, The Dutch East Indies and China. What happened? By 1940 Japan had annexed Manchuria and occupied Vietnam, Cambodia and Laos (French Indo-China) and had been at war with China since 1937. In 1940 the country entered a pact with Germany and Italy. After Paris fell it occupied French Indochina as a springboard to the south. All of this led to economic sanctions from the Allies which cut off Japan's access to oil. On 7/8 December 1941 Japan launched a long-expected attack on Malaya, breaking through British and Indian defences and driving down to the one military base that stood in its way - the British fortress of Singapore. -
Status of Coral Reefs in Malaysia, 2019
Status of Coral Reefs in Malaysia, 2019 Reef Check Malaysia Contents Executive Summary 1 1 Introduction 2 2 Reef Check 3 2.1 Background 3 2.2 Survey Methodology 3 2.3 Survey Sites 4 3 2019 Survey Results & Analysis 5 3.1 Status of Coral Reefs in Malaysia 5 3.2 Status of Coral Reefs in Key Eco-regions in Malaysia 10 Sunda Shelf 12 Malacca Strait 36 North Borneo 42 4 Reef Check Data Over the Year 60 4.1 Peninsular versus East Malaysia over 13 Years 60 4.2 Changing Reef Health in Selected Areas 65 5 Summary and Recommendations 75 5.1 Summary 75 5.2 Recommendations 76 5.3 Conclusion 77 Acknowledgements 78 References 81 Appendix 1: 2019 Survey Sites 82 Saving Our Reefs Research, Education, Conservation Executive Summary 1. A total of 180 sites were surveyed in 2019 (2018: 212), 97 in Peninsular Malaysia and 83 in East Malaysia. The surveys are a continuation of a successful National Reef Check Survey Programme that has now run for thirteen years. 2. The surveys were carried out by trained volunteers as well as government officials from Marine Parks Malaysia, reflecting commitment from the Government in further improving management of Malaysia’s coral reefs. Surveys were carried out on several islands off Peninsular Malaysia’s East and West coast, covering both established Marine Protected Areas (MPAs) and non-protected areas, and in various parts of East Malaysia, both Sabah and Sarawak. 3. The results indicate that the Malaysian coral reefs surveyed have a relatively high level of living coral, at 40.63% (2018: 42.42%). -
A Proposed Model of Household Waste Separation Behavior: Pilot Test and Instrument Validation
JOURNAL OF SOCIAL TRANSFORMATION AND REGIONAL DEVELOPMENT VOL. 3 NO. 2 (2021) 32-39 © Universiti Tun Hussein Onn Malaysia Publisher’s Office Journal of Social Transformation JSTARD and Regional Journal homepage: http://publisher.uthm.edu.my/ojs/index.php/jstard Development e-ISSN : 2682-9142 A Proposed Model of Household Waste Separation Behavior: Pilot Test and Instrument Validation Syukrie Mohd Nasir1*, Haryati Shafii1, Azlina Md Yassin1 1Faculty of Technology Management and Business Universiti Tun Hussein Onn Malaysia, Batu Pahat, 86400, MALAYSIA *Corresponding Author DOI: https://doi.org/10.30880/jstard.2021.03.01.005 Received 3 March 2021; Accepted 16 May 2021; Available online 15 June 2021 Abstract: Due to the increasing waste generation over the years in Malaysia, there is an urgent need to address this problem by implementing effective household waste separation initiatives. Although past studies have tried to explain the waste behavior from psychological perspective, there is little understanding as to the impact of environmental ethics and specific waste separation knowledge towards waste separation behavior. The aims of this article are to present questionnaire development based on waste separation behavior proposed model, pre-test, pilot test and findings. After obtaining 116 valid questionnaires from households in the district of Mersing, Johor, descriptive and factor analysis were conducted. The results from pilot test indicated that both specific waste separation knowledge and waste separation at source behavior were moderate. Early findings indicate that most of households reject the anthropocentric and technocentric ethics orientation. From the factor analysis, it can be concluded that the proposed model intended to predict SAS behavior warrant minor amendments which enable the model to be used in the future study. -
1970 Population Census of Peninsular Malaysia .02 Sample
1970 POPULATION CENSUS OF PENINSULAR MALAYSIA .02 SAMPLE - MASTER FILE DATA DOCUMENTATION AND CODEBOOK 1970 POPULATION CENSUS OF PENINSULAR MALAYSIA .02 SAMPLE - MASTER FILE CONTENTS Page TECHNICAL INFORMATION ON THE DATA TAPE 1 DESCRIPTION OF THE DATA FILE 2 INDEX OF VARIABLES FOR RECORD TYPE 1: HOUSEHOLD RECORD 4 INDEX OF VARIABLES FOR RECORD TYPE 2: PERSON RECORD (AGE BELOW 10) 5 INDEX OF VARIABLES FOR RECORD TYPE 3: PERSON RECORD (AGE 10 AND ABOVE) 6 CODES AND DESCRIPTIONS OF VARIABLES FOR RECORD TYPE 1 7 CODES AND DESCRIPTIONS OF VARIABLES FOR RECORD TYPE 2 15 CODES AND DESCRIPTIONS OF VARIABLES FOR RECORD TYPE 3 24 APPENDICES: A.1: Household Form for Peninsular Malaysia, Census of Malaysia, 1970 (Form 4) 33 A.2: Individual Form for Peninsular Malaysia, Census of Malaysia, 1970 (Form 5) 34 B.1: List of State and District Codes 35 B.2: List of Codes of Local Authority (Cities and Towns) Codes within States and Districts for States 38 B.3: "Cartographic Frames for Peninsular Malaysia District Statistics, 1947-1982" by P.P. Courtenay and Kate K.Y. Van (Maps of Adminsitrative district boundaries for all postwar censuses). 70 C: Place of Previous Residence Codes 94 D: 1970 Population Census Occupational Classification 97 E: 1970 Population Census Industrial Classification 104 F: Chinese Age Conversion Table 110 G: Educational Equivalents 111 H: R. Chander, D.A. Fernadez and D. Johnson. 1976. "Malaysia: The 1970 Population and Housing Census." Pp. 117-131 in Lee-Jay Cho (ed.) Introduction to Censuses of Asia and the Pacific, 1970-1974. Honolulu, Hawaii: East-West Population Institute.