高山特有種蜥蜴: 分布與生活史
以雪山草蜥(Takydromus hsuehshanensis) 和台灣蜓蜥(Sphenormorphus taiwanensis)為題, 研究高海拔蜥蜴之棲地選擇、生活史特徵演化。
High-altitude Endemic Lizards: Distribution and Life History
Focusing on the Snow Mountain Grass Lizard (Takydromus hsuehshanensis) and the Taiwan Skink (Sphenomorphus taiwanensis), this research examines habitat selection and the evolution of life history traits in high-altitude lizards.
外來種的擴散與氣候暖化
以多線真稜蜥(Eutropis multifasciata)為題, 發現溫度生理、冬季低溫及森林環境會影響其潛在分布範圍。
The Spread of Invasive Species and Climate Warming
Focusing on the Many-lined Sun Skink (Eutropis multifasciata), this study reveals that thermal physiology, winter low temperatures, and forest environments influence its potential distribution range.
外溫動物的生態表現及對氣候變遷的敏感性
台灣滑蜥(Scincella formosensis)是對氣候暖化非常敏感物種, 溫度生理可解釋其為何在冷季活動。幼體主要生長期在夏季, 亟需進一步研究其對高溫的忍受力, 來了解對氣候暖化的調適能力。
Ecological Performance of Ectothermic Animals and Sensitivity to Climate Change
The Taiwan skink (Scincella formosensis) is highly sensitive to climate warming. Its thermal physiology provides insights into why it remains active during the cold season. Juveniles primarily grow during the summer, underscoring the urgent need for further research into their tolerance to high temperatures to better understand their capacity for adaptation to climate warming.
高山兩棲爬蟲類之抗凍能力
發現三種高山兩棲爬行動物有一定程度的抗凍能力, 透過用超冷(super cooling) 的方式忍受零度以下低溫。
Ecological Performance of Ectothermic Animals and Sensitivity to Climate Change
The Taiwan skink (Scincella formosensis) is a species highly sensitive to climate warming. Its thermal physiology explains why it remains active during the cold season. Juveniles primarily grow during the summer, highlighting the need for further research on their tolerance to high temperatures to understand their adaptability to climate warming.
研究計畫
2024- 迄今 乾旱下的保水行為: 模擬氣候暖化對胎生蜥蜴活動及能量的影響 (國科會 113-2621-B-110-004-MY3)
2023- 2024 整合水分及溫度生理:增進模式對爬行動物氣候脆弱度之預測力 (國科會112-2621-B-110 -006 - )
2022- 2023 整合水分調節及溫度生理於模擬氣候變遷對爬行動物之影響 (國科會111-2621-B-110 -002 - )
2019- 2022 氣候暖化對高海拔蜥蜴冬眠、活動季及海拔分布之影響 (科技部110-2628-B-110 -006 - , 109-2628-B-110 -002 - , 108-2628-B-110 -002 - )
2019 108年度「國土生態保育綠色網絡建置」之「瀕危野生物保育優先性評估、行動計畫與推動」「金
絲蛇溫度生理研究及保育策略研擬」 (林務局計畫)
2016-2019 以機制性模式模擬氣候變遷對蜥蜴地理分布及生活史特徵的影響 (科技部105-2621-B-110 -002 -MY2 )
2016-2017 預測兩種高山蜥蜴在乾旱環境下的生態表現:機制性模式的發展 (科技部105-2628-B-110 -001 -MY3 )
Research Projects
2024- 2027 Water Conservation Behavior in Dryness Conditions: Simulating the Impact of Climate Warming on the Activity and Energy Dynamics of Viviparous Lizards (TNSC 113-2621-B-110-004-MY3)
2023–2024 Integrating Hydration and Thermal Physiology: Enhancing Model Predictions of Reptile Climate Vulnerability (TNSC 112-2621-B-110-006)
2022–2023 Integrating Water Regulation and Thermal Physiology to Simulate the Impact of Climate Change on Reptiles (TNSC 111-2621-B-110-002)
2019–2022 The Effects of Climate Warming on Hibernation, Activity Seasons, and Elevational Distribution of High-Altitude Lizards (MOST 110-2628-B-110-006, 109-2628-B-110-002, 108-2628-B-110-002)
2019 "Ecological Conservation and Green Network Development" Project: "Priority Assessment, Action Plans, and Promotion for Endangered Wildlife Conservation" "Thermal Physiology Studies and Conservation Strategies for the Golden Tree Snake" (Forestry Bureau Project)
2016–2019 Using Mechanistic Models to Simulate the Effects of Climate Change on Lizard Geographic Distribution and Life History Traits (MOST 105-2621-B-110-002-MY2)
2016–2017 Predicting the Ecological Performance of Two High-Altitude Lizards in Arid Environments: Development of Mechanistic Models (MOST 105-2628-B-110-001-MY3)