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1. 溫室氣體(甲烷、氧化亞氮)於水域環境的濃度分布與釋放量
Greenhouse gas (methane and nitrous oxides) distribution and emissions in aquatic environments
2. 人為活動與水域環境變異的關係
The relationship between human activities and aquatic environmental variations
3. 水域環境的社會環境分析
Social-environmental analysis of aquatic environments
4. 海岸管理與海洋環境政策分析與建議
Coastal management and marine environmental policy analysis and recommendations
5. 養殖漁業溫室氣體釋放量評估
Assessment of aquaculture greenhouse gas emissions
6. DAPSI(W)R(M)科學管理框架解析
DAPSI(W)R(M) framework analysis
7. 海洋藍碳管理與政策
Blue carbon management and policy
Methane and nitrous oxide in the South China Sea and the West Philippines Sea
Methane and nitrous oxide in the South China Sea and the West Philippines Sea
Tseng et al., 2016 Deep-Sea Research I
Tseng et al., 2017 Continental Shelf Research
The surface CH4 and N2O concentrations both exceeded atmospheric equilibrium in the SCS and the concentrations were 4.5±3.6 and 7.59±1.32, respectively. The surface CH4 and N2O concentrations in the WPS were 3.0±1.2 nmol /L and 5.19±1.26 nmol /L, respectively. The sea-to-air fluxes were calculated, and the SCS was found to emit CH4 and N2O to the atmosphere at 8.6±6.4 μmol/m2/d and 5.5±3.9 μmol/m2/d, respectively. In addition, the WPS emitted CH4 to the atmosphere at 4.9±4.9 μmol/m2/d and was a sink for N2O at a rate of -1.7±3.9 μmol/m2/d, respectively.
Social-environmental analysis of methane in the South China Sea and bordering countries
Social-environmental analysis of methane in the South China Sea and bordering countries
This study is a preliminary assessment of the greenhouse effect of CH4 emissions in the SCS on human welfare using the driver-pressure-state-impact-response (DPSIR) framework and the systems approach framework (SAF). The study analyzed the economic drivers and human activities that cause the pressure on the environment and increase CH4 emissions in the region. In addition, the possible future impact of climate change on human welfare is also discussed in the study. Finally, the study identified eight management responses across various spatial and temporal scales that can be useful in addressing the issue of greenhouse gas (CH4) in the SCS.
Tseng et al., 2018 Anthropocence Coast
Seasonal variations of marine environment and primary production in the Taiwan Strait
Seasonal variations of marine environment and primary production in the Taiwan Strait
Tseng et al., 2020 Frontiers in Marine Science
The first data set of seasonal marine environment and euphotic zone integrated primary production (IP) variations in the Taiwan Strait was reported. The measured annual IP was 123±86 gC/m2/year, and its seasonal variations can be described with a left-skewed normal distribution curve. The average seasonal IP values from the highest to the lowest were summer, autumn, spring, and winter.
It is worth to mention that offshore wind farm (OWF) construction in the Taiwan Strait is on-going. As primary production is the foundation for a marine ecosystem and supports the food web and fish stock, the results of this research can not only be used as the baseline for evaluating the OWF impact on the marine ecosystem but also be used for assessing their influence on fishery resources.
2019-2023 人為擾動對沿近海與海岸甲烷濃度和釋放量的影響 The anthropogenic impact on methane concentrations and fluxes in the coastal seas
2020-2023 人為擾動對河口的影響 The anthropogenic impact on the estuaries (國際合作add-on project)
2022-2023 評估臺灣泥炭濕地與沿海人為濕地碳匯量--臺灣重要濕地碳收支模式之建立 Social-environmental analysis of greenhouse gas emissions at important wetlands in Taiwan
2022-2023 台灣近海水團分布與沿海生態系統影響甲烷生成環境因子之研究 Marine environmental factors affecting methane production in Taiwan's coastal ecosystem and water mass distribution
2022-2023 科普活動：海女養成記-海洋女性科技人才啟蒙培育計畫(主題二) The Enlightenment and Cultivation Program of Ocean Talent Women
2023-present 台灣近海水團環境因子與沿岸藍碳生態系統甲烷濃度變化之研究 Environmental Factors of Water Masses around Taiwan and Methane variations in Coastal Blue Carbon Ecosystems
2023-present 科普活動：女科學家的日常(主題三) The daily life of female scientists
2023-present 評估臺灣泥炭濕地碳匯量及自然資本會計帳--泥炭濕地溫室氣體排放量和社會系統耦合關係之研究(子計畫五) Social-environmental analysis of greenhouse gas emissions at peat wetlands in Taiwan
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