Home Project
2023 - 2024 / Institute of Molecular Biology, Academia Sinica / Yi-Fang Tsay
AS-SS-112-04 Combining machine learning, traditional breeding and gene editing to improve nitrogen use efficiency in rice2022 - 2024 / RCEC, Academia Sinica / Fuh-Kwo Shiah
AS-SS-111-04 Trend-and-Variation Analyses on the Changes of Water Resources and the Eco-sociology Functions in Taiwan Watershed Ecosystem2020 - 2022 / IMB, Academia Sinica / Yi-Fang Tsay
AS-SS-109-03 New Strategies for improving Rice Nitrogen Utilization Efficiency2020 - 2022 / ABRC, Academia Sinica / Kuo-Chen Yeh
AS-SS-109-04 Challenges of water conservation for rice cropping: straw decomposition, nutrient recycling and yields2019 - 2021 / RCEC, Academia Sinica / RCEC, Academia Sinica / TARI, Council of Agriculture, Executive Yuan / Charles C.-K. Chou, Pao-Kuan Wang, Horng-yuh Guo
AS-SS-108-01 Emissions of Reactive Nitrogen Species due to Fertilization and Its Impacts to Air Quality2017 - 2019 / ABRC, Academia Sinica / Ming-Che Shih
AS-SS-106-03 Effects of environmental changes on rice growth and production in Taiwan2014 - 2016 / ABRC, Academia Sinica / Ming-Che Shih
AS-103-SS-A03 Effects of environmental changes on rice growth and production in Taiwan2011 - 2013 / ABRC, Academia Sinica / Ming-Che Shih
AS-102-SS-A03 Effects of environmental changes on rice growth and production in Taiwan2013 - 2015 / RCEC, Academia Sinica / Huang-Hsiung Hsu
AS-102-SS-A10 Study on Climate Change and Urban Development/Land use2013 - 2015 / BRC, Academia Sinica / Wen-Hsiung Li
AS-102-SS-A13 Rice Productivity Improvement Project