| Research Projects |
2025 |
Interannual characteristics of water use in Japanese cedar forest in Xitou, Taiwan (II) |
Taro Nakai, Yen-Jen Lai |
PI |
2025.08 ~ 2026.07 |
NSTC |
| Research Projects |
2024 |
Integration of tree rings into a stand growth model: Unveiling the growth dynamics of Japanese cedar (Cryptomeria japonica) |
Su-Ting Cheng |
PI |
2024.08 ~ 2026.07 |
|
| Research Projects |
2024 |
Interannual characteristics of water use in Japanese cedar forest in Xitou, Taiwan |
Taro Nakai, Yen-Jen Lai |
PI |
2024.08 ~ 2025.07 |
NSTC |
| Research Projects |
2023 |
Modeling stand growth dynamics in the face of climate change |
Su-Ting Cheng |
PI |
2023.08 ~ 2024.07 |
|
| Research Projects |
2023 |
Measurement and modeling of sap flow process in Japanese cedar in Xitou, Taiwan |
Taro Nakai |
PI |
2023.08 ~ 2024.07 |
Jade Picking Project, National Taiwan University |
| Research Projects |
2023 |
Categorization of the policy for management of invasive species and establishment of performance indicators (1/2) |
Cheng-Tao Lin |
Co-Principal Investigator |
2023.02 ~ 2023.12 |
Forestry and Nature Conservation Agency |
| Research Projects |
2023 |
Taiwan Biodiversity Observation Network Improvement and Promotion Project - Information system |
Cheng-Tao Lin |
Principal Investigator |
2023.01 ~ 2023.12 |
Forestry and Nature Conservation Agency |
| Research Projects |
2022 |
Tree ring isotope composition to inform models assessing the sensitivity of the forest carbon budget to increased atmospheric CO2 and climate change (1/2) (2/2). |
Daniel Epron (PI), Kosugi, Y. (co-PI), Kagawa, A. (co-PI), Yasue, K. (co-PI), Dannoura, M., (co-PI), Suzuki, H. (co-executor), Akita, A. (co-executor), Suard, B. (co-executor), Bivaud, L. (co-executor) |
Postdoctoral researcher (Executor) |
2022.06 ~ 2024.03 |
Japanese Society of Promotion of Science (JSPS), Japan |
| Research Projects |
2022 |
Co-design science-socioeconomic pathways towards sustainable integrated watershed management for society |
Su-Ting Cheng |
PI (Subproject 5) |
2022.01 ~ 2024.12 |
|
| Research Projects |
2021 |
Efficient breeding project for silvicultural tree species with excellent carbon storage ability-study on carbon storage ability of Japanese cedar, including root image analysis and stem isotope sample preparation (炭素貯留能力に優れた造林樹種の効率的育種プロジェクト-根の画像解析及び幹の同位体サンプル調整などスギの炭素貯留能力に関する研究). |
Dannoura, M. (PI), Yabuki, A. (executor), Wang, S. (executor) |
Postdoctoral researcher (Executor) |
2021.04 ~ 2026.03 |
Ministry of Agriculture, Forestry and Fisheries (Japan) |
