标签归档：李静

博士后、学术会议、职工

Zhuhai annual workshop

On December 10-12, in Zhuhai珠海, many of us attended the annual bilateral workshop of  Guangdong-Hong Kong-Macao Joint Laboratory on Environmental Processes and Pollution Control, which is mainly between SKLAET and FCE of Hong Kong Polytechnic University (HKPolyU).  I gave an opening talk with a title of Old Path White Clouds（故道白云）, for a retrospective view of the mass spectrometry (MS)’s iteration and evolution in SKLOG-SKLAET with emphasis on the MS emplacement and performance in our group.  Guangcai钟广财 presented new progress ion the application of BPCA to studying BC’s role in aerosol light absorption properties and toxicity. Jiang Longfei江龙飞 talked on the microbial processes involved in the degradation of OPEs in soil. Li Jing李静 gave a nice talk on plant 14C monitoring and modelling in Shenzhen, and was awarded the Best Oral Presentation; Shaojun吕少君 introduced her extraordinary results of aqueous formation of hydrophilic organophosphorus esters (OPEs); Buqing and Jianchu 马建初 both presented their posters, and Jianchu’s poster on micro and nano-PVC plastics as vectors of chlorinated paraffins (CPs) in the atmosphere was awarded the Best Poster Presentation. Shizhen赵时真 and Buqing徐步青 attended the workshop and contributed in their discussion sessions.  Buqing步青 reported to the workshop on the discussion results  by on behalf of the PDRAs group. Luo Chunling 罗春玲chaired a session; and Jibin 李继兵and Longfei江龙飞 helped in looking after the organizations of the workshop. We met many friends from both Hong Kong and Sun-Yat-San University, including professors Li Xiangdong李向东 and Zou Shichun邹世春, Haoyu蒋昊余, Tan Yujun谭羽俊 etc. Nice food and nice hotel, a great and memorable annual gathering!

博士后、论文

Li Jing’s review paper accepted for publication in CARR

On July 23, Li Jing’s new paper entitled ‘Advances in the Design of Urban CO2 Emission Monitoring Networks：A Review‘ was accepted for publication in Carbon Research. It is a nice and very useful review paper. Congratulations!

Figure 4. Global city-scale carbon emissions. The pink bars indicate city-wide atmospheric CO₂ enhancements relative to background levels (see Table 1), while the blue bars represent ¹⁴C-derived FFCO₂ emissions, the green bars represent differences between posterior (inversion) and prior (inventory) FFCO₂ emissions (see Table 3). The inversion results shown here are derived from well-documented urban CO2 monitoring networks that utilize tower-based or surface observations to support top-down validation of emission inventories. Dots mark the locations of global cities, overlaid on a colored background map showing fossil fuel CO₂ emissions in December 2022 from the ODIAC inventory (Open-source Data Inventory for Anthropogenic CO2)(Tomohiro & Shamil, 2015). The 14C-derived fossil fuel CO₂ including data from (W. J. Zhou et al., 2020) (Urumqi, Harbin, Guiyang, Lanzhou, Chongqing, Xi’an, Beijing, Wuhan), (Niu et al., 2016) (Xiamen), (Ding et al., 2013) (Guangzhou), (Sharma et al., 2023) (Indian), (Santos et al., 2019) (Rio de Janeiro), (Miller et al., 2020) (Los Angeles), (Turnbull et al., 2015) (Indianapolis), (Zazzeri et al., 2023) (London),(Lopez et al., 2013) (Paris), (Molnár et al., 2010) (Debrecen), (Levin & Rödenbeck, 2008) (Heidelberg), (Svetlik et al., 2010)(Bratislava, Prague), (Piotrowska et al., 2020) (Gliwice), (Zimnoch et al., 2012) (Krakow).