A Partnership in Support of Sustainable Forest Management in Thailand
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Environment and Ecology Research 9(3): 93-106, 2021 http://www.hrpub.org DOI: 10.13189/eer.2021.090301 A Hybrid Seasonal Box Jenkins-ANN Approach for Water Level Forecasting in Thailand Kittipol Nualtong1, Thammarat Panityakul1,*, Piyawan Khwanmuang1, Ronnason Chinram1, Sukrit Kirtsaeng2 1Faculty of Science, Prince of Songkla University, Hat Yai, 90110, Songkhla, Thailand 2Thai Meteorological Department, Bangna, 10260, Bangkok, Thailand Received March 20, 2021; Revised April 26, 2021; Accepted May 23, 2021 Cite This Paper in the following Citation Styles (a): [1] Kittipol Nualtong, Thammarat Panityakul, Piyawan Khwanmuang, Ronnason Chinram, Sukrit Kirtsaeng , "A Hybrid Seasonal Box Jenkins-ANN Approach for Water Level Forecasting in Thailand," Environment and Ecology Research, Vol. 9, No. 3, pp. 93 - 106, 2021. DOI: 10.13189/eer.2021.090301. (b): Kittipol Nualtong, Thammarat Panityakul, Piyawan Khwanmuang, Ronnason Chinram, Sukrit Kirtsaeng (2021). A Hybrid Seasonal Box Jenkins-ANN Approach for Water Level Forecasting in Thailand. Environment and Ecology Research, 9(3), 93 - 106. DOI: 10.13189/eer.2021.090301. Copyright©2021 by authors, all rights reserved. Authors agree that this article remains permanently open access under the terms of the Creative Commons Attribution License 4.0 International License Abstract Every year, many basins in Thailand face the method for Y.37 Station [Dry Season] is ANN model, perennial droughts and floods that lead to the great impact furthermore the SARIMANN model is the best approach on agricultural segments. In order to reduce the impact, for Y.1C Station [Wet Season]. All methods have delivered water management would be applied to the critical basin, the similar results in dry season, while both SARIMA and for instance, Yom River basin. -
Integrating the King's Working Styles and Participatory in Forest
International Journal of Information and Education Technology, Vol. 9, No. 2, February 2019 Integrating the King’s Working Styles and Participatory in Forest Restoration Manual Development for Border Patrol Police School, Kanchanaburi Province Pornchai Nookaew, Supaluk Satpretpry, and Patee Krettanakorn schools, located in countryside so continuous academic Abstract—The research on integrating the King’s working service from Faculty of Education, Kanchanaburi Rajabhat styles and participatory in forest restoration manual University was required. Because of be the institute that has to development for border patrol police school, Kanchanaburi carry out about new personnel manufacturing and regular staff province, 6 steps provided by application active learning approach. development [3]. The Faculty of Education must continue to Step 1 Creating awareness, using questionnaires and focus work together with agencies in the area. groups. The needs were about forest restoration and application The King’s working styles, the way to work together, was the King’s working styles and focus group results were about corresponds to Thai context. Application to many areas made focusing on large trees, trees were available locally, easy and people happiness and elapse from suffering. Although it was short time to plant, fruit-eaten and could be sell, balanced with good principle, in practice there were many problems such as trees in school, local participatory, equal opportunity to learn 39.41% of teachers in Kanchanaburi understand about and all involved understand in same directions. Stage 2 Forest restoration planning. Main content was applying in moderate level, 7.11% confident in the high level, learning plans development. Integrated contents were the 71.43% needed to apply but could not did themselves and King’s working styles and Sufficiency Economy Philosophy. -
Community-Based Tourism Model of Otop Village Champion (Ovc) a Case Study of Ban Ngao Community, Ranong Province
COMMUNITY-BASED TOURISM MODEL OF OTOP VILLAGE CHAMPION (OVC) A CASE STUDY OF BAN NGAO COMMUNITY, RANONG PROVINCE. Supattra Pranee*, Jiraporn Boonying** & Pannalin Suchookorn*** College of Innovation and Management, Suan Sunandha Rajabhat University, Bangkok, Thailand E-Mail: *[email protected], **[email protected], ***[email protected] ABSTRACT The findings from the community- based tourism model of OTOP village champion: OVC, a case study of Ban Ngao Community, Ranong Province revealed that it was a unification of strength of the community for creative initiation to develop the community’s resources for value added, create works, generate income as well as attract tourists to visit for learning community lifestyle through promotion of the community-based tourism in which people in a community can accommodate with tourists’ demand while allowing revenue generated by tourism. In the meantime, tourists can gain authentic experience of warm welcome and impressive services in connection with community’ s local wisdom, culture, lifestyle based on participation of all concerned parties which helps enhance a sustainable strength and generate inclusive income gain. To sustainably strengthen the community, the development process of OTOP products was applied in parallel with tourist attraction development to promote an initiative creation of the community under 4P principles; P: Place or tourist attraction aspect – having potential to be developed as a tourist attraction such as Wat Ban Ngao, P: Product or product development aspect – having unique OTOP products such as cashew nuts or Kayoo cashew nuts which are the well-known products, P: People or community aspect – people’ s participation has been strongly made, P: Preserve or preservation aspect – local identity can be conserved excellently and appropriately. -
An Application of Hec-Ras Model and Geographic Information System on Flood Maps Analysis: Case Study of Upper Yom River
The 40th Asian Conference on Remote Sensing (ACRS 2019) October 14-18, 2019 / Daejeon Convention Center(DCC), Daejeon, Korea TuF2-2 AN APPLICATION OF HEC-RAS MODEL AND GEOGRAPHIC INFORMATION SYSTEM ON FLOOD MAPS ANALYSIS: CASE STUDY OF UPPER YOM RIVER Sutthipat Wannapoch* (1), Sarintip Tantanee (1), Sombat Chuenchooklin (1), Kamonchat Seejata (1), Weerayuth Pratoomchai (2) 1 Department of Civil Engineering, Naresuan University, Phitsanulok, Thailand. 2 Department of Engineering, King Mongkut's University of Technology Thonburi, Bangkok, Thailand. *Presenting author: Sutthipat Wannapoch; E-mail: [email protected] Corresponding author: Sarintip Tantanee; E-mail: [email protected] KEYWORDS: HEC-RAS, Geographic Information System, Flood Hazard, Flood Vulnerability, Upper Yom River. ABSTRACT: Most important disaster in Thailand is the flood, which frequently occurs and causes widespread losses in both properties and lives. Yom river basin is one of the basin in Thailand which is a narrow stream without regulated dam in upstream. Therefore, during rainy season, these area often suffer from flood. Phrae province where locate in a flood-prone area of upper Yom river basin have faced with flood almost every year. To manage the disaster situations, the approaches to assess the flood susceptible areas and the extent of disaster impact are the challenging tasks. This study aimed to develop flood hazard map, flood vulnerability map, and flood risk map along Yom river in Phrae province by using hydrological model of HEC-RAS and a set of procedures of HEC-GeoRAS for processing geospatial data in Geographic Information System (GIS). The model was calibrated using the rainfall observation data during flood seasons from 2007 to 2016. -
Impacts and Effectiveness of Logging Bans in Natural Forests: Thailand
Page 1 of 17 IMPACTS AND EFFECTIVENESS OF LOGGING BANS IN NATURAL FORESTS: THAILAND Sureeratna Lakanavichian INTRODUCTION Thailand has a total land area of 513 115 km 2 and a population of 61.1 million people (1998) with an annual growth rate of 1.1 percent (World Bank 2000). The economy consists of a diverse mix of agriculture, manufacturing and service industries. Rapid urbanization has taken place since the 1980s. The population density is about - 120 persons/km 2 (RFD 1998) and 23 percent of the population live in urban areas. Government estimates indicate that Thailand's forest cover declined from 53.3 percent of the total land area in 1961 to 25 percent in 1999 (Table 48). FAO (1999) estimates place forest cover at only 22.8 percent in 1995. Annual deformation rates have exceeded 3 percent for much of the time since 1961 (FAO 1998) and reached 3.9 percent between 1976 and 1982 (Jantakad and Gilmour 1999). Reforestation did little to stem the trend. A total of only 850.000 to 900.000 ha were planted between 1906 and 1996 (RFD 1998; Green World Foundation 1999). Table 48. Status of forest area in Thailand Year Thousand ha Percent 1961 27 363 53.3 1973 22 173 43.2 1975 20 525 40.0 1976 19 842 38.7 1978 17 522 34.2 1982 15 660 30.5 1985 15 087 29.4 1988 14 380 28.1 1989 14 342 28.0 1991 13 670 26.6 1993 13 355 26.0 1995 13 149 25.6 1998 12 972 25.3 1999 12 839 25.0 Sources: Figures for 1961-1998: Charuppat (1998) Figures for 1999: Author's calculation based on current Royal Forest Department's data. -
EN Cover AR TCRB 2018 OL
Vision and Mission The Thai Credit Retail Bank Public Company Limited Vision Thai Credit is passionate about growing our customer’s business and improving customer’s life by providing unique and innovative micro financial services Mission Be the best financial service provider to our micro segment customers nationwide Help building knowledge and discipline in “Financial Literacy” to all our customers Create a passionate organisation that is proud of what we do Create shareholders’ value and respect stakeholders’ interest Core Value T C R B L I Team Spirit Credibility Result Oriented Best Service Leadership Integrity The Thai Credit Retail Bank Public Company Limited 2 Financial Highlight Loans Non-Performing Loans (Million Baht) (Million Baht) 50,000 3,000 102% 99% 94% 40,000 93% 2,000 44,770 94% 2,552 2,142 2018 2018 2017 30,000 39,498 Consolidated The Bank 1,000 34,284 1,514 20,000 Financial Position (Million Baht) 1,028 27,834 Total Assets 50,034 50,130 45,230 826 23,051 500 Loans 44,770 44,770 39,498 10,000 Allowance for Doubtful Accounts 2,379 2,379 1,983 - - Non-Performing Loans (Net NPLs) 1,218 1,218 979 2014 2015 2016 2017 2018 2014 2015 2016 2017 2018 Non-Performing Loans (Gross NPLs) 2,552 2,552 2,142 LLR / NPLs (%) Liabilities 43,757 43,853 39,728 Deposits 42,037 42,133 37,877 Total Capital Fund to Risk Assets Net Interest Margin (NIMs) Equity 6,277 6,277 5,502 Statement of Profit and Loss (Million Baht) 20% 10% Interest Income 4,951 4,951 3,952 16.42% 15.87% Interest Expenses 901 901 806 15.13% 8% 13.78% 15% 13.80% Net Interest -
The Mineral Industry of Thailand in 2017-2018
2017–2018 Minerals Yearbook THAILAND [ADVANCE RELEASE] U.S. Department of the Interior April 2021 U.S. Geological Survey The Mineral Industry of Thailand By Ji Won Moon Note: In this chapter, information for 2017 is followed by information for 2018. In 2017, Thailand was one of the world’s leading producers licenses, which vary depending on the type of license (Prior and of feldspar (ranking fifth in world production with 5.6% of the Summacarava, 2017; Poonsombudlert, Wechsuwanarux, and world total), gypsum (fifth-ranked producer with 6.0% of the Gulthawatvichai, 2019). world total), and rare earths (sixth-ranked producer with about 1% of the world total). Thailand’s mining industries produced Production such metallic minerals as manganese, tin, and tungsten. The In 2017, the most significant changes in metal production mining production of gold and silver were suspended in 2017 were that production of tin (mined, Sb content) was nearly six owing to negative environmental and health effects. In addition, times that of 2016; that of tungsten (mined, W content) nearly Thailand produced a variety of industrial minerals, such as doubled; and that of raw steel increased by 17%. Production of calcite, cement, clay, fluorspar, perlite, phosphate rock, quartz, zinc (mined, Zn content) decreased by 96%; that of zinc smelter salt, sand and gravel (construction and industrial), and stone and alloys, by 59% each; rare earths (mined, oxide equivalent), (crushed and dimension) (table 1; Chandran, 2018; Crangle, by 19%; and manganese (mined, Mn content), by 11%. No mine 2019; Gambogi, 2019; Tanner, 2019). production of antimony, gold, or silver was reported (table 1). -
Ppd 5-99-1 Rev1(F) E.Pdf
',,;' ^^^;.. ' ' d InO RFD Technical Report No. I Data Base of Nga. o Demonstration Forest Development of a Model Forest for Sustainable Forest Management in Thailand FFD 5199 Rev. I (11') Forest Research Office Royal Forest Department Ministry of Agriculture and Cooperatives Government of Thailand Sponsored by International Tropical Timber Organization (ITTO) December 2000 Technical Report No. I Data Base of Nga. o Demonstration Forest Development of a Model Forest for SIIstai"able Forest Management jin Thanamd. FFD 5199 Rev. I or) Forest Research Office Royal Forest Department Ministry of Agric"It"re and Cooperatives Government of Thailand Sponsored by International Tropical Timber Organization (ITTO) December 2000 . I Contents Part I Establishment of GIS Data Base for Planning. ..,......,.......... ..,.,.........,.........,....... vi Abstract .*.....................,..,,................,..,,,.............,.. I Intro uction , ............,,...........,........*............,....,....* 2 Descri tion o stu area . , . , . , . * . , . , . , . 3 . Geo graphic database contents , , . * . , . , . , . , , . , . , . 3 I Base ina s ....,.........-----------------.,------------""""""""" 3 2 ThematIC ina s .,,.....,.............,.,...............,...,...............,. 3 3 11na es ..........*.......,..............,...............,.. 4 M th do10 """""""""""""""""""""""""""""' 4. I Establishment of Geographic database. .. ... ..,........ ... ... ..,...,. ....... .......,.. ,,..... ... .. .... 7 4.2 Classification of forest land use using remote sensing -
Thai Air Accidents
THAI AIR ACCIDENTS The listing below records almost 1,000 accidents to aircraft in Thailand, and also to Thai civil & military aircraft overseas. Corrections and additions would be very welcome to [email protected]. Principal sources are:- ‘Aerial Nationalism – A History of Aviation in Thailand’ Edward Young (1995) ‘Bangkok Post’ 1946 to date ‘Vietnam Air Losses’ Chris Hobson (2001) plus Sid Nanson, Cheryl Baumgartner, and many other individuals Note that the precise locations of crashes of USAF aircraft 1963-75 vary between different sources. Co-ordinates in [ ] are from US official records, but often differ significantly from locations described in other sources. Date Type Operator Serial Location & Details 22-Dec-29 Boripatra Siamese AF Crashed at Khao Polad, near Burmese border, en route Delhi 07-Dec-31 Fokker F.VIIb KLM PH-AFO Crashed on take-off from Don Muang; 5 killed 22-Jun-33 Puss Moth Aerial Transport Co HS-PAA Crashed after flying into storm at Kumphawapi, en route from Khon Kaen to Udorn 07-Feb-38 Martin 139WSM Siamese AF Seriously damaged in landing accident 18-Mar-38 Curtiss Hawk (II or III) Siamese AF Crashed at Don Muang whilst practising for air show 22-Mar-39 Curtis Hawk 75N Siamese AF Crashed when lost control during high-speed test dive 09-Dec-40 Vought Corsair Thai AF Possibly shot down 10-Dec-40 Vought Corsair Thai AF Shot down 12-Dec-40 Curtiss Hawk III Thai AF Shot down 13-Dec-40 Curtis Hawk 75N Thai AF Destroyed on the ground at Ubon during French bombing raid 14-Dec-40 Curtis Hawk 75N & Hawk III Thai AF -
Thai Air Accidents
THAI AIR ACCIDENTS The listing below records almost 1,000 accidents to aircraft in Thailand, and also to Thai civil & military aircraft overseas. Corrections and additions would be very welcome to [email protected]. Principal sources are:- ‘Aerial Nationalism – A History of Aviation in Thailand’ Edward Young (1995) ‘Bangkok Post’ 1946 to date ‘Vietnam Air Losses’ Chris Hobson (2001) Aviation Safety Network http://aviation-safety.net/index.php plus Sid Nanson, Cheryl Baumgartner, and many other individuals Note that the precise locations of crashes of USAF aircraft 1963-75 vary between different sources. Co-ordinates in [ ] are from US official records, but often differ significantly from locations described in other sources. Date Type Operator Serial Location & Details 22Dec29 Boripatra Siamese AF Crashed at Khao Polad, near Burmese border, en route Delhi 06Dec31 Fokker F.VIIb KLM PH-AFO Overhead cockpit hatch not closed, stalled and crashed on take-off from Don Mueang; 6 killed 22Jun33 Puss Moth Aerial Transport Co HS-PAA Crashed after flying into storm at Kumphawapi, en route from Khon Kaen to Udorn 07Feb38 Martin 139WSM Siamese AF Seriously damaged in landing accident 18Mar38 Curtiss Hawk (II or III) Siamese AF Crashed at Don Mueang whilst practising for air show 03Dec38 DH.86 Imperial AW G-ADCN dbf whilst parked at Bangkok 22Mar39 Curtis Hawk 75N Siamese AF Crashed when lost control during high-speed test dive 17Sep39 Blenheim Mk.I RAF - 62 Sqdn L1339 Swung onto soft ground & undercarriage ripped off on landing at Trang whilst -
Asian Pacific Journal of Tropical Disease
Asian Pac J Trop Dis 2017; 7(4): 205-210 205 Asian Pacific Journal of Tropical Disease journal homepage: http://www.apjtcm.com Parasitological research https://doi.org/10.12980/apjtd.7.2017D6-327 ©2017 by the Asian Pacific Journal of Tropical Disease. All rights reserved. The pleurophocercous cercariae infection in snail Family Thiaridae Grey, 1847 Northern, Thailand Thapana Chontananarth1,2,3, Chalobol Wongsawad3,4* 1Department of Biology, Faculty of Science, Srinakharinwirot University, Bangkok 10110, Thailand 2Center of Excellence in Animal, Plant and Parasite Biotechnology, Srinakharinwirot University, Bangkok 10110, Thailand 3Applied Parasitology Research Laboratory, Department of Biology, Faculty of Science, Chiang Mai University, Chiang Mai 50200, Thailand 4Applied Technology in Biodiversity Research Unit, Institute for Science and Technology Research, Chiang Mai University, Chiang Mai 50202, Thailand ARTICLE INFO ABSTRACT Article history: Objective: To investigate the prevalence of pleurophocercous cercariae infection in thiarid Received 18 Sep 2016 snails from natural infection in 12 provinces of Northern Thailand. Received in revised form 19 Oct, 2nd Methods: The snail specimens were collected and examined for pleurophocercous cercariae revised form 6 Dec 2016 infection using crushing method. The morphological characteristics of cercariae, which were Accepted 15 Feb 2017 identified by a light microscope and illustration were done using a camera lucida. Available online 6 Apr 2017 Results: Based on a sample of 2 075 thiarid snails of four snail species, it was found that Melanoides tuberculata, Tarebia granifera, Thiara scabra, and Adamieta hoesei served as the first intermediate hosts of heterophyid trematode with an overall prevalence of 14.78%, Keywords: revealing four different morphological characteristic types. -
Mobility and Heritage in Northern Thailand and Laos: Past and Present
and Heritage rn Thailand and Laos: Past and Present Prooeedlngs of the Chiang Mai Conterence. 1 - 2 December 2011 Mobility and Heritage in Northern Thailand and Laos: Past and Present Mobility and Heritage in Northern Thailand and Laos: Past and Present Proceedings 0/ the Chiang Mai Conference, 1 - 2 December 20 11 Editedby Olivier Evrar~ Dominique Cuillaud Chqyan Vaddhanaphuti Post/ace by Charles F. Keyes 4 Mobility andheritage in Northern Thailand andLaostpastandpresent Copyright © 2013 Institut de Recherche pour le Developpement, Printed in Chiang Mai at Good Print. National Library of Thailand Cataloging in Publication Data Evrard,Olivier. Mobility and Heritage in Northern Thailand and Laos: Past and Present.-- Chiang Mai : Center for Ethnic Studies and Development, Faculty of Social Sciences, Chiang Mai University, 2013. 302p. 1. Thailand--History. 2. Laos--History. 1.Guillaud, Dominique, jt. auth. Il. Vaddhanaphuti, Chayan, jt. auth. rv Billault, Laurence, ill. V. Tide. 959.3 ISBN 978-974-672-822-5 Cover picture © Olivier Evrard Lamet woman walking toward her field hut. Ban Takrong, Pha Oudom district, Bokeo province, Lao PD.R. Layout: Laurence Billault illustration & cartography: Laurence Btllault, Elisabeth Habert Institut de Recherche pour le Developpernent : http://wwmirdfr/ PALOC: http://www.paloc.irdfr/ Center for Ethnic Studies and Development, Faculty of Social Sciences, Chiang Mai University. http://www.cesdsoc.cmu.ac.th/ Contents Contents Authors 9 Introduction 11 Mobility and Heritage in Northern Thailand and Laos: Past and Present 11 DOMINIQUE GUILLAUD CHAYAN VADDHANAPHUTI Part 1 Historic andSymbolic Traces ofSedentz"sm 25 1. Sedentarity and metallurgy in upland Southeast Asia 27 OLIVER PRYCE 2. Foucling,deserting and returning: the impeded sedentism of Northern Tai populations.