@article{ART002954178},
author={Chang-Deuk, Park and Jeongwoo Yoo and Kwon, Kwanik and Nakyung Yoo and Moon-Seong Heo and YOON, Ju-Duk},
title={Habitat Suitability Models of Endangered Wildlife ClassII Mauremys reevesii in Gurye-gun, the Republic of Korea},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2023},
volume={32},
number={2},
pages={83-93}
TY - JOUR
AU - Chang-Deuk, Park
AU - Jeongwoo Yoo
AU - Kwon, Kwanik
AU - Nakyung Yoo
AU - Moon-Seong Heo
AU - YOON, Ju-Duk
TI - Habitat Suitability Models of Endangered Wildlife ClassII Mauremys reevesii in Gurye-gun, the Republic of Korea
JO - Journal of Environmental Impact Assessment
PY - 2023
VL - 32
IS - 2
PB - Korean Society Of Environmental Impact Assessment
SP - 83
EP - 93
SN - 1225-7184
AB - This study was conducted to clarify the environmental variables that affect the appearance of Mauremys reevesii and to understand the relationship between M. reevesii and the variables. Habitat environmental survey was implemented by selecting 17 environmental variables considering ecological characteristics of M. reevesii in the main reservoir in Gurye-gun, the Republic of Korea. And the habitat data on the presence and absence of M.reevesii were analyzed statistically.
The habitat suitability model of M. reevesii was described in following equation : logit (p) = –3.68 + (0.17 × leaf litter depth) + (1.55 × vegetation coverage of overstory on land) + (0.71 × coverage of midstory on land) + (0.96 × vegetation coverage of understory on water). This information gained is valuable for better understanding the distribution and how to conserve and promote populations of M. reevesii occurring in the Republic of Korea.
KW - Habitat suitablity models;Leaf litter depth;Mauremys reevesii;Vegetation coverage of overstory on land
DO -
UR -
ER -
Chang-Deuk, Park, Jeongwoo Yoo, Kwon, Kwanik, Nakyung Yoo, Moon-Seong Heo and YOON, Ju-Duk. (2023). Habitat Suitability Models of Endangered Wildlife ClassII Mauremys reevesii in Gurye-gun, the Republic of Korea. Journal of Environmental Impact Assessment, 32(2), 83-93.
Chang-Deuk, Park, Jeongwoo Yoo, Kwon, Kwanik, Nakyung Yoo, Moon-Seong Heo and YOON, Ju-Duk. 2023, "Habitat Suitability Models of Endangered Wildlife ClassII Mauremys reevesii in Gurye-gun, the Republic of Korea", Journal of Environmental Impact Assessment, vol.32, no.2 pp.83-93.
Chang-Deuk, Park, Jeongwoo Yoo, Kwon, Kwanik, Nakyung Yoo, Moon-Seong Heo, YOON, Ju-Duk "Habitat Suitability Models of Endangered Wildlife ClassII Mauremys reevesii in Gurye-gun, the Republic of Korea" Journal of Environmental Impact Assessment 32.2 pp.83-93 (2023) : 83.
Chang-Deuk, Park, Jeongwoo Yoo, Kwon, Kwanik, Nakyung Yoo, Moon-Seong Heo, YOON, Ju-Duk. Habitat Suitability Models of Endangered Wildlife ClassII Mauremys reevesii in Gurye-gun, the Republic of Korea. 2023; 32(2), 83-93.
Chang-Deuk, Park, Jeongwoo Yoo, Kwon, Kwanik, Nakyung Yoo, Moon-Seong Heo and YOON, Ju-Duk. "Habitat Suitability Models of Endangered Wildlife ClassII Mauremys reevesii in Gurye-gun, the Republic of Korea" Journal of Environmental Impact Assessment 32, no.2 (2023) : 83-93.
Chang-Deuk, Park; Jeongwoo Yoo; Kwon, Kwanik; Nakyung Yoo; Moon-Seong Heo; YOON, Ju-Duk. Habitat Suitability Models of Endangered Wildlife ClassII Mauremys reevesii in Gurye-gun, the Republic of Korea. Journal of Environmental Impact Assessment, 32(2), 83-93.
Chang-Deuk, Park; Jeongwoo Yoo; Kwon, Kwanik; Nakyung Yoo; Moon-Seong Heo; YOON, Ju-Duk. Habitat Suitability Models of Endangered Wildlife ClassII Mauremys reevesii in Gurye-gun, the Republic of Korea. Journal of Environmental Impact Assessment. 2023; 32(2) 83-93.
Chang-Deuk, Park, Jeongwoo Yoo, Kwon, Kwanik, Nakyung Yoo, Moon-Seong Heo, YOON, Ju-Duk. Habitat Suitability Models of Endangered Wildlife ClassII Mauremys reevesii in Gurye-gun, the Republic of Korea. 2023; 32(2), 83-93.
Chang-Deuk, Park, Jeongwoo Yoo, Kwon, Kwanik, Nakyung Yoo, Moon-Seong Heo and YOON, Ju-Duk. "Habitat Suitability Models of Endangered Wildlife ClassII Mauremys reevesii in Gurye-gun, the Republic of Korea" Journal of Environmental Impact Assessment 32, no.2 (2023) : 83-93.