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MANANYA PLA-ARD
Department of Forest Biology, Faculty of Forestry, Kasetsart University. 50 Phahonyothin Road, Chatuchak District, Bangkok 10900, Thailand
Agriculture, Biological Sciences & Forestry Biochemistry, Genetics & Molecular Biology

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Home range, movement and habitat selection of dholes (Cuon alpinus) in Khao Yai National Park, Thailand ronglarp - sukmasuang; WARONG SUKSAVATE; NUCHARIN SONGSASEN; NORASET KHIOWSREE; KHWANRUTAI CHARASPET; MANANYA PLA-ARD; YUWALUK CHANACHAI; WARISARA THOMAS; KHANCHIT SRINOPAWAN
Biodiversitas Journal of Biological Diversity Vol. 21 No. 12 (2020)
Publisher : Society for Indonesian Biodiversity

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.13057/biodiv/d211257

Abstract

Abstract. Sukmasuang R, Suksavate W, Songsasen N, Khiowree N, Charaspet K, Pla-ard M, Chanachai Y, Thomas W, Srinopawan K. 2020. Home range, movement and habitat selection of dholes (Cuon alpinus) in Khao Yai National Park, Thailand. Biodiversitas 21: 5915-5926. This study aimed to examine the home range, movement and habitat selection of dholes (Cuon alpinus) in Khao Yai National Park from January 2017 to September 2019 with the objective of studying their movement, diel activity and habitat selection. Based on Autocorrelated Kernel density home range estimation, the results showed that the average home range size of the adult female dhole was 64.6  km2, while the adult male dhole had an average home range size of 132.9 km2. It was found from the monthly analysis that the home range size varied by animal gender and the period of their denning and parenting time. It was also found that the distance traveled by the female dhole was 10.2 km/day, while the male dhole traveled around 19.3 km/day. The overall analysis discovered that the dholes were most active during dawn and dusk. Further, the level of activity increased from May onwards. The grassland and mixed deciduous habitat types significantly affected the selection of the dholes. Case-control linear logistic regression analysis between the distance of the location and habitat types was extremely and positively significant with grassland, which signified the high activity of dhole in the grassland. However, the result was negative with mixed deciduous forest, which was the habitat of the dhole. Autocorrelation functions demonstrated high activity occurred during the early morning and after sunset, which showed that the dholes could adapt for survival in the area, even with recreational activities in the park. The results of this study could contribute to knowledge concerning the species’ movement for long-term species management and conservation.
Abundance, diversity and daily activity of terrestrial mammal and bird species in disturbed and undisturbed limestone habitats using camera trapping, Central Thailand MANANYA PLA-ARD; WIPAVEE HOONHEANG; BUNYATHIPORN KAEWDEE; TARAPON PANGANTA; KHWANRUTAI CHARASPET; NORASET KHOIESRI; PAANWARIS PAANSRI; PEMIKA KANKA; YUWARAK CHANACHAI; JIDAPHA THONGBANTHUM; PHANITSUPHA BANGTHONG; ronglarp sukmasuang
Biodiversitas Journal of Biological Diversity Vol. 22 No. 8 (2021)
Publisher : Society for Indonesian Biodiversity

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.13057/biodiv/d220864

Abstract

Abstract: Pla-ard M, Hoonheang W, Kaewdee B, Panganta T, Charaspet K, Khoiesri N, Paansri P, Kanka P, Chanachai Y, Thongbanthum J, Bangthong P, Sukmasuang R. 2021. Abundance, diversity and daily activity of terrestrial mammal and bird species in disturbed and undisturbed limestone habitats using camera trapping, Central Thailand. Biodiversitas 22: 3620-3631.  This study on the abundance, diversity and daily activity of terrestrial mammal and bird species was conducted in the limestone mountainous area of Central Thailand, located on the east of Dong Phaya Yen-Khao Yai forest complex. Camera traps were placed in both habitats disturbed by limestone mining and undisturbed habitat areas. From the study, a total of 38 species of mammals and birds from 27 families in 13 orders were recorded, including 15 species of mammals from 6 orders, 12 families and 23 species of birds from 14 families in 7 orders. Fifteen species of mammals were recorded in the undisturbed area and 11 were recorded in the disturbed area, with the Malayan Pangolin, Small Indian Civet and Grey-bellied Squirrel found in the undisturbed area. However, the number of bird species in the limestone mining area was larger than in the undisturbed area. It was also found that there was no difference in the overall abundance and diversity of mammalian species between disturbed and undisturbed areas, which is not in accordance with the hypothesis. But in the case of wild birds, the relative abundance of wild birds was found to differ significantly between areas. A high number was found in the areas with mining activities, although there was no difference in the diversity index of the two areas. However, it was found that when the combined data was analyzed, there was a significant difference in the daily activity of both mammals and wild birds in both areas. Many rare wildlife species were recorded during this study, for example, the Malayan Pangolin, Serow, Northern Pig-tailed Macaque, Rufous Limestone-babbler, Golden Jackal, Leopard Cat, Large-toothed Ferret Badger, Small Asian Mongoose, Common Palm Civet, Small Indian Civet, Malayan Porcupine. The key measure proposed is to preserve some natural habitats within the areas with mining activities, as wildlife remains in the area.
Monitoring of diversity, abundance, activity period and habitat use of wildlife species around the wildlife corridor that connects the natural world heritage site of Thailand MANANYA PLA-ARD; NORASET KHIOESREE; BUNYATIPORN KEAWDEE; WIPAVEE HUNGHENG; PATTANAPHON CHATTRAKULDEE; PHANITSUPHA PENGTHONG; JIDAPA THONGBANTHUM; PAANWARIS PAANSRI; KHWANRUTAI CHARASPET; TANAPONE PANGANTA; YUWARAK CHANACHAI; PRATEEP DUENGKAE; DOKRAK MAROD; SUWIMOL UTHAIRASMEE; THARNRAT KAEWKRACHANG; NARIS BHUMPAKPHAN; YONGYUT TRISURAT; WARONG SUKSAVATE; SARAWOOD SUNGKAEW; NANTACHAI PONGPATTANANURAK; PHRUET RACHARAK; DECHA WIWATWITTAYA; WATTANACHAI TASEN; ronglarp sukmasuang
Biodiversitas Journal of Biological Diversity Vol. 22 No. 11 (2021)
Publisher : Society for Indonesian Biodiversity

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.13057/biodiv/d221134

Abstract

Abstract. This study on the monitoring of the diversity and abundance of wildlife around the wildlife corridor area on Highway 304, which passes through Khao Yai and Thap Lan National Parks, was conducted during September 2017 and May 2021 using camera traps to constantly monitor the area. A total of at least 51 wildlife species from 30 families, 14 orders were recorded. The species with the highest abundances were Sambar Deer, Wild Boar, Northern Pig-tailed Macaque, Gaur, Northern Red Muntjac, Siamese Fireback, Malayan Porcupine, Red Junglefowl, etc. The wildlife species recorded include 2 critically endangered species, 3 endangered, 10 vulnerable, 1 near threatened. In this study we also recorded images of a Fishing Cat, which is the first photographically record in this World Heritage Site. The evenness index indicates that the wildlife community in the area is stable. No significant differences in the diversity and abundance of wildlife before or after the corridor construction were seen. The wildlife in the area were active throughout the day. We also found that the highway is the main factor effecting the presence of wildlife. The study results show the importance of this area that the highway passes through. Building wildlife corridors between the two national parks is very important for maintaining the wildlife community as well as continuity. Suggestions from the study include management of human activity in the area including traffic, noise, vehicle speed and living activities in the area that may attract wildlife closer to the community and cause other impacts.
Population characteristics and habitat suitability of Khao Yai National Park, Thailand for Asian elephant and five ungulate species MANANYA PLA-ARD; NORASET KHIOESREE; BENCHARONG SUNGKALAK; ANUTTARA NATHALANG; WARISARA THOMAS; SUWIMON UTHAIRATSAMEE; PAANWARIS PAANSRI; YUWALAK CHANACHAI; RONGLARP SUKMASUANG
Biodiversitas Journal of Biological Diversity Vol. 23 No. 1 (2022)
Publisher : Society for Indonesian Biodiversity

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.13057/biodiv/d230129

Abstract

Abstract. Pla-ard M, Khioesree N, Sungkalak B, Nathalang A, Thomas W, Uthairatsamee S, Paansri P, Chanachai Y, Sukmasuang R. 2021. Population characteristics and habitat suitability of Khao Yai National Park, Thailand for Asian elephant and five ungulate species. Biodiversitas 23: 231-243. This study of population characteristics and habitat suitability of Asian elephant (Elephas maximus Linnaeus, 1758) and five ungulate species was conducted between October 2017 and July 2020 in Khao Yai National Park (KYNP) using camera traps. One hundred and twenty-two camera trap locations were set up for a total of 4,139 trap nights and 5,461 independent encounters were identified. The target species of Asian elephant, gaur, sambar deer, wild boar, northern red muntjac and lesser oriental chevrotain were recorded. The results show the occupancy of Asian elephant was 1.21 individuals/km2 within the study area. The probability occupancy of the Asian elephant was 70% (SE=0.06). In comparison, gaur had a probability occupancy of 57% (SE=0.07), whereas sambar deer was 79% (SE=0.04), followed by wild boar 77% (SE=0.05), northern red muntjac 77% (SE=0.05) and lesser oriental chevrotain occupancy 63% (SE=0.07). The age structure of Asian elephant between calf, juvenile, sub-adult and adult was 1: 2.1: 1.2: 3.16, and the ratio between adult males and females was 1: 1.72. The results show that roads and salt lick sites were the essential factors affecting the chance of Asian elephants and ungulate species in the area. The habitat suitability for Asian elephant was 331 km2, while those for gaur, sambar deer, wild boar, northern red muntjac and lesser oriental chevrotain were 287.73 km2, 249.97 km2, 540.40 km2, 451.34 km2 and 434.30 km2, respectively. Recommendations for further management involve concentration on the suitable area resulting from this study. Concerning the suitability habitat, it was found that the park boundary was most suited. Therefore, habitat improvements for all large herbivorous mammal species should improve the areas within the national park and especially address the central area, with an emphasis on creating salt lick sites, in addition to grassland and water sources that must be quality and sufficient, the most important habitat factor for these species.
Some population characteristics and viability of captive Asian elephant (Elephas maximus) in Thailand MANANYA PLA-ARD; RONGLARP SUKMASUANG; SUWIMOL UTHAIRASMEE
Biodiversitas Journal of Biological Diversity Vol. 23 No. 2 (2022)
Publisher : Society for Indonesian Biodiversity

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.13057/biodiv/d230251

Abstract

Abstract. Pla-ard M, Sukmasuang R, Uthairasmee S. 2022. Some population characteristics and viability of captive Asian elephant (Elephas maximus) in Thailand. Biodiversitas 23: 1072-1081. Sustaining long-term viable populations of captive Asian elephants poses a challenge in managing the existing populations. Therefore, studies of the characterization and long-term persistence of the population are an important aspect of the action. The results of long-term population analysis of captive Asian elephants (Elephas maximus Linnaeus, 1758) using Population Viability Analysis (PVA) from the demography information showed that the birth and reproductive rate of the captive elephants in Thailand are declining significantly while the mortality rate trends are stable. Analysis results of the population's ability to persist in the long term from the initial population of 4,252 elephants, it was found that extinction of the population if the percentage adult female breeding is 80%, which is the best-case scenario, if the mortality rate increases by 6% from the present, the population will start going into extinction. If the percentage adult female breeding is set to 2.3%, which is the lowest breeding condition in captive Asian elephants, the population will become extinct in every scenario. Therefore, the most important method in maintaining the captive Asian elephant population is to increase the birth rate improve the well-being, health, nutrition, environment, and welfare of elephants in captivity are important factors that would reduce deaths and are very important for the long-term survival of the population in Thailand.
Review: Status of wild elephant, conflict and conservation actions in Thailand RONGLARP SUKMASUANG; NARIS PHUMPAKPHAN; PRATEEP DEUNGKAE; RATTANAWAT CHAIYARAT; MANANYA PLA-ARD; NORASET KHIOWSREE; KHWANRUTAI CHARASPET; PAANWARIS PAANSRI; JESADA NOOWONG
Biodiversitas Journal of Biological Diversity Vol. 25 No. 4 (2024)
Publisher : Society for Indonesian Biodiversity

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.13057/biodiv/d250416

Abstract

Abstract. Sukmasuang R, Phumpakphan N, Deungkae P, Chaiyarat R, Pla-Ard M, Khiowsree N, Charaspet K, Paansri P, Noowong J. 2024. Review: Status of wild elephant, conflict and conservation actions in Thailand. Biodiversitas 25: 1479-1498. This study comprehensively reviewed various aspects of population status, distribution, conflict situations, and conservation strategies for managing human-elephant conflicts (HECs). The primary goal is to foster a clear understanding of the current status, issues, and problem-solving approaches to benefit elephant conservation and management. The key element in elephant conservation is the acceptance of the coexistence between humans and elephants in their respective areas. Managing overlapping areas between humans and elephants is crucial for conservation efforts. A major concern is that elephants venture outside protected areas, increasing risk to both human and elephant populations. Therefore, enhancing the efficiency of conflict management is of the utmost importance to the long-term survival of elephants. This study revealed that vital approaches for managing elephant populations in Thailand include designating conservation areas as the foundation for long-term elephant conservation. In addition, habitat management at the population level, implementing compensation schemes, establishing community-based monitoring groups in conflict areas, improving conflict management practices, and decentralizing decision-making processes in conservation efforts are critical. Other essential elements of successful conservation and management in Thailand include setting population targets for elephants in each conservation area, with the goal of effective management. This was supported by research, community collaboration, decentralization, and performance evaluation to gauge the success of implemented measures in reducing HECs by assessing the number of conflict incidents and fatalities for both humans and elephants. This suggests the need for a fundamental reform of the elephant conservation policy.
Co-Authors ANUTTARA NATHALANG BENCHARONG SUNGKALAK BUNYATHIPORN KAEWDEE BUNYATIPORN KEAWDEE DECHA WIWATWITTAYA DOKRAK MAROD JESADA NOOWONG JIDAPA THONGBANTHUM JIDAPHA THONGBANTHUM KHANCHIT SRINOPAWAN KHWANRUTAI CHARASPET KHWANRUTAI CHARASPET NANTACHAI PONGPATTANANURAK NARIS BHUMPAKPHAN NARIS PHUMPAKPHAN NORASET KHIOESREE NORASET KHIOWSREE NORASET KHIOWSREE NORASET KHOIESRI NUCHARIN SONGSASEN PAANWARIS PAANSRI PAANWARIS PAANSRI PATTANAPHON CHATTRAKULDEE PEMIKA KANKA PHANITSUPHA BANGTHONG PHANITSUPHA PENGTHONG PHRUET RACHARAK PRATEEP DEUNGKAE PRATEEP DUENGKAE RATTANAWAT CHAIYARAT ronglarp sukmasuang ronglarp - sukmasuang SARAWOOD SUNGKAEW SUWIMOL UTHAIRASMEE SUWIMON UTHAIRATSAMEE TANAPONE PANGANTA TARAPON PANGANTA THARNRAT KAEWKRACHANG WARISARA THOMAS WARONG SUKSAVATE WATTANACHAI TASEN WIPAVEE HOONHEANG WIPAVEE HUNGHENG YONGYUT TRISURAT YUWALAK CHANACHAI YUWALUK CHANACHAI YUWARAK CHANACHAI