中国博士后科学基金面上资助,主持，8万元。

国家自然科学基金面上项目，参与，58万元。

青海省中央引导地方科技发展资金，参与，30万元。

[1] Zhou Jiajia, XiongJiaqing*, Ni Junjie, Xie Xiaofei, Liu Yanzheng. Structural changes anddenitrification performance evaluation of bioretention cells with collapsibleloess modified by coal gangue. Journal of Cleaner Production, 2022, 355,131740.

[2] Zhou Jiajia,Xiong Jiaqing*, Ni Junjie, Xie Xiaofei, Liu Yanzheng. Nitrogen transfer andtransformation in bioretention cells under low temperature conditions. Science of the Total Environment, 2023, 871, 162087.

[3] Zhou Jiajia,Xiong Jiaqing*, Hu Tuanping, XiaQianhe. Loess-loaded silica gel materials for stormwater management facilities:Hydrology and water quality. Separation and Purification Technology, 2025, 352,127949.

[4] Zhou Jiajia,Xiong Jiaqing*, Zhang Fanghong. Response of nitrogen removal performance ofbioretention cells to rainfall based on Chicago method. Journal of Hydrology,2025, 653, 132796.

[5] Zhou Jiajia,Xiong Jiaqing*, Xu Yanwei, Zhang Fanghong, Zhang Fei. Performance evaluation ofa low-cost loess-based filler for bioretention cells. Journal of EnvironmentalManagement, 2023, 344, 118542.

[6] Zhou Jiajia,Xiong Jiaqing*, Zhu Junguo, Xie Xiaofei, Ni Junjie, Liu Yanzheng, WangXiangjun. Effects of freeze-thaw cycles on nutrient removal from bioretentioncells. Journal of Environmental Management, 2023, 325 (PB), 116556.

[7] Zhou Jiajia,Zhang Zinuo, Xiong Jiaqing*. Nitrogen removal performance of bioretention cellsunder polyethylene (PE) microplastic stress. Environmental Pollution (Barking,Essex: 1987), 2023, 338, 122655.

[8] Zhou Jiajia,Xiong Jiaqing*, Liu Yanzheng. Clogging mechanism of bioretention cell withfine-grained soil medium. Journal of Water Process Engineering, 2023, 53:103630.

[9] Zhou Jiajia,Xiong Jiaqing*, Li Wenyi, Zhang Qionghua, Bioretention cell response to thecombined stresses of rubber particles and heavy metals: Nitrogen removalperformance and microbial community characteristics. Journal of EnvironmentalChemical Engineering, 2025, 13 (1), 115070.

[10] Xiong Jiaqing*, ZhouJiajia, Li Jianqiang, Sun Guoqing, Wang Xiaochang C., An Shengxia, LiWanqin, Wang Jie. Removal of nitrogen from rainwater runoff by bioretentioncells filled with modified collapsible loess. Ecological Engineering, 2020,158, 106065.

[11] Zhuo Meiyan, ZhouJiajia, Xiong Jiaqing*. Bioretention cells filled with epoxy resin-modifiedloess for stormwater purification. Separation and Purification Technology,2024, 354(7), 129319.

[12] Zhang Liyu, ZhouJiajia, Xiong Jiaqing*. Sulfoaluminate cement-modified loess asbioretention cell filler for nutrient removal from stormwater runoff.Environmental Research, 2024, 261, 119704.

[13] Xun Feichi, ZhouJiajia, Xiong Jiaqing*. Migration characteristics of polypropylene (PP)microplastics and effects on pollutants removal performance of bioretentioncells. Journal of Environmental Chemical Engineering, 2024, 12 (5), 113833.

[14] Xu Yanwei, ZhouJiajia, Liang Lipeng, Xiong Jiaqing*. Removal characteristics of highconcentration glyphosate in bioretention cells. Environmental Technology, 2024,45(27), 5773-5783.

[15] 周航, 周佳佳, 熊家晴*, 徐艳玮. 环氧树脂改性黄土作为生物滞留池填料净化径流污染物. 中国环境科学, 2025, 45(01), 175-184.