1. 研究兴趣 / Research interests
(1)高分辨率区域海洋物理-生态耦合模式开发 / High-resolution regional ocean physical-biogeochemistry model development
(2)海洋地球工程效应模拟:人工上升流(固碳)、人工下降流(增氧)、碱度增加(抑制酸化)/ Marine geoengineering simulations: artificial upwelling (carbon sequestration), artificial downwelling (oxygenation), alkalinity enhancement (acidification mitigation)
(3)近岸海洋动力与生态过程 / Coastal ocean circulation and its biogeochemical effects
注重科学探索与学科交叉,欢迎对海洋工程技术、海洋科学、计算机感兴趣的同学加入。/ We cordially invite you to join us exploring science and interdiscipline, if you have known a little about physics, mathmatics and coding.
2. 工作经历 / Appoinment
2021.10 至今,新奥门31999新奥门31999,助理教授(中大“百人计划”引进)/ Assistant Professor, School of Marine Sciences, SYSU
3. 教育背景 / Education
2016.09 ~ 2021.09,浙江大学,海洋工程,工学博士 / Ph.D. in Ocean Engineering, Zhejiang University (ZJU)
2018.10 ~ 2019.10,美国伍兹霍尔海洋研究所,联合培养 / Visiting student, Woods Hole Oceanographic Institution (WHOI)
2012.09 ~ 2016.06,浙江大学,海洋工程与技术,工学学士 / Bachelor in Ocean Engineering, Zhejiang University (ZJU)
4. 指导学生/ Students
2021级硕士:罗祺皓(毕业去向:自然资源部南海局 学位论文:珠江口开阔海域人工下降流增氧效应模拟研究)
5. 项目承担 / Research projects
中大高校基本科研业务费,青年教师培育项目,人工上升流技术在海洋碳增汇与资源养护中的应用研究,2024/09-2025/08,主持
国家自然科学基金,青年科学基金项目,近岸潮汐动力影响养殖区人工下降流物理增氧的机理研究,2024/01-2026/12,主持
国家重点研发计划,科技基础资源调查,北部湾海洋资源环境评估与数据共享平台建设,2023/11-2027/10, 校方负责人
广东省科研平台经费,海洋牧场监测预警与风险评估,2023/9-2024/8, 参与
广东省生态环境厅横向项目,珠江口海域水质优良面积2023-2025年变化趋势预测研究,2023/3-2023/12, 参与
广州市地质调查院横向项目,海洋数值预报模型建设,2022/4-2023/10, 参与
新奥门31999“百人计划”项目启动经费,2021/10-2024/10,主持
6. 课程教学 / Courses
本科生课程 《流体力学》、《流体力学实验》、《星球治愈计划》
研究生课程 《海洋地球物理流体力学》
7. 代表性成果 / Selected publications
期刊论文:(*表示通讯作者)
[7] Xiao, C., Luo, Q., Lu, W., Lai, Z.*, Fan, W.*, 2024. A Simulation Study of Deepwater Ventilation in Fjords Through Artificial Downwelling. Ocean Engineering, 313, p.119645.
[6] Xiao, C., Liu, Z.*, Cai, Z., and Lai, Z.*, 2024. Theoretical Framework for the Response of Barotropic Shelf Current to Alongshelf Bathymetric Perturbations. Journal of Physical Oceanography, Accepted.
[5] Luo, Q. (硕士研究生), Xiao, C.*, Lu, W., and Lai, Z., 2024. On the Oxygenation Efficacy of Geoengineered Artificial Downwelling in the Estuarine Ecosystem. Journal of Geophysical Research: Oceans, 129(5), e2023JC020655.
[4] Xiao, C., Fan, W., Chen, Y., Zhang, Y., Tang, K. and Jiao, N., 2021. Could Artificial Downwelling/Upwelling Mitigate Oceanic Deoxygenation in Western Subarctic North Pacific?. Frontiers in Marine Science, 8:651510.
[3] Xiao, C., Zhang, G.W., Chen, Y., 2021. Impact of Shelf Valleys on the Spread of Surface-Trapped River Plumes. Journal of Physical Oceanography, 51(1), 247-266.
[2] Xiao, C., Fan, W., Yao, Z., Qiang, Y., Pan, Y. and Chen, Y., 2019. On the Total Entrained Flow Rate of Artificial Downwelling. Ocean Engineering, 181, 13-28.
[1] Xiao, C., Fan, W., Qiang, Y., Xu, Z., Pan, Y. and Chen, Y., 2018. A Tidal Pump for Artificial Downwelling: Theory and Experiment. Ocean Engineering, 151, 93-104.
发明专利:
[3] 肖灿博,来志刚,殷克东,王东晓. 一种人工上升流装置. 中国发明,202410373120X,实审阶段.
[2] 肖灿博,罗祺皓 (硕士研究生),来志刚,殷克东,一种折叠型人工上升流装置,中国发明,ZL202210684552.3,授权
[1] 樊炜,肖灿博,强永发,徐驰骋,徐峰,许振宇,周舒乐,吴嘉平,陈鹰,利用波浪能的漂浮摆式人工下降流装置及其控制方法,中国发明,ZL201610934923.3,授权