周蓉(南京農業大學老師)

周蓉，女，1989年1月，現就職於南京農業大學，擔任副教授。

基本介紹

• 中文名：周蓉
• 國籍：中國
• 出生日期：1989年1月
• 畢業院校：南京農業大學、丹麥奧胡斯大學
• 職稱：副教授

人物經歷

2007–2011 本科，農學院，南京農業大學（金善寶實驗班--植物生產）

2011–2015 碩博連讀，園藝學院，南京農業大學

2013–2014 聯合培養博士，自然與科技學院，丹麥奧胡斯大學

2014–2015 聯合培養博士，自然與科技學院，丹麥奧胡斯大學

主要研究方向為非生物脅迫下植物的生理生化及分子調控機制。通過耐逆野生番茄材料的篩選，從多角度聯合分析闡明了植物耐逆（尤其是複合脅迫下）機制。同時，結合脅迫記憶、外源激素調控、CO2加富等手段，提出了有效增強植物應對逆境的新見解。

教學科研能力

教學方面

完成丹麥奧胡斯大學的教師培訓，承擔多門課程的教學，如《Plant physiology》、《Crop nutrition and physiology》、《Global change》和《Agrobiology》等；參與南京農業大學多門研究生課程的教學。

科研方面

在J Exp Bot、Environ Exp Bot等雜誌發表SCI論文60篇（26篇為第一作者，大於 60% top10 Journal，大於 80%含國際合作）; 擔任大於 25個SCI雜誌的審稿人或專題編輯，受邀撰寫Elsevier書稿; 申請4項國家發明專利，1項已授權; 參與國際COST action和EPPN科研組織。

國內外合作

丹麥奧胡斯大學長期戰略合作者，與德國IPK、哥本哈根大學、捷克PSI研發中心、中國科學院、中國農業科學院等國內外多家高校院所建立了良好的合作關係; 與多家企業建立長期合作，如丹麥Pindstrup、Ny vraa和Queen等。

項目方面

[1] The effect of elevated CO2 concentration and exogenous melatonin on tomatoes at combined heat and drought（複合脅迫下CO2 上調和外源褪黑素對番茄生長發育的影響），Aarhus University Research Foundation，在研，主持。

[2] Biosubstrate，Bio based growth media for plant production（基於生物的植物生長基質），GUDP（丹麥綠色發展示範項目），在研，主持。

[3] 國家自然科學基金青年基金項目，31601745，番茄回響高溫乾旱脅迫的生理生化和環狀 RNAs 調控機制解析，結題，主持。

[4] 江蘇省自然科學基金青年基金項目，BK20160579，高溫乾旱脅迫下番茄生理生化和環狀 RNAs 調控機制解析，結題，主持。

[5] 江蘇省農業科學院院基金，基於混池分組分析法的番茄花青素遺傳特點分析及分子標記開發，結題，主持。

[6] 歐盟 Interreg 項目，Salfar-耐鹽作物關鍵生長調控機理研究，在研，子課題主持。

[7] DFF-Forskningsprojekt1 (tematisk forskning)/DFF-Research Project1 (Thematic Research)，Impact of plant-based diet on theconsumption of health promoting microRNA’s，在研，參加。

[8] MUDP, ’Waste to Value – Biofertilizer’ med Bacess A/S,在研，參加。

[9] 省農業重大品種創製，優質多抗高產設施番茄重大新品種創製,在研，參加。

[10] 國家重點研發計畫，茄科蔬菜優質多抗設施新品種培育,結題，參加。

[11] 江蘇省農業科學院院基金，番茄雜種優勢群劃分及性狀相關性。結題，參加。

期刊任職情況

Frontiers in Plant Science副主編，Frontiers in Genetics副主編，Scientific Reports編委會成員，Agronomy和Plants主題編輯，Plants評審委員會成員。擔任以下約30個SCI雜誌的審稿人：Journal of Plant Growth Regulation; Scientific Reports; Plant and Soil; Plant Physiology and Biochemistry; Plants; Agronomy; Genomics; Scientia Agricola; Forests; Sensors; PeerJ; Plos One; International Journal of Molecular Sciences; European Journal of Horticultural Science; Archives of Agronomy and Soil Science; Frontiers in Plant Science; Frontiers in Genetics; BMC Genomics; BMC Supplement; Environmental Pollutants and Bioavailability; Horticulturae; Current Issues in Molecular Biology; Frontiers in Sustainable Food Systems; Journal of Integrative Agriculture; Antioxidants; Journal of Integrative Agriculture; BiologiaPlantarum

學術交流情況

Rong Zhou, Physiological and genetic study inspired insights into tomato responding to multiple abiotic stress, 主講嘉賓, The 31stInternational Horticultural Congress, Angers, France, Aug. 2022

RongZhou,Physiologicalandgeneticresponseoftomatoplantstocombinedabioticstresses,主講嘉賓,The2ndCiFOODConference2022,31thJan-1stFeb,online,2022

Rong Zhou, Thayna Mendanha, Karen Koefoed Petersen, Søren Ugilt Larsen, Aidan Mark Smith, Carl-Otto Ottosen Developing plant bioassays to evaluate the performance of sustainable growing medium, 口頭匯報, International Society for Horticultural Science, II International Symposium on Growing Media, Soilless Cultivation, and Compost Utilization in Horticulture, Belgium, Aug. 2021

Søren Ugilt Larsen andRong Zhou, Bioeconomic opportunities in grass protein, biogas and biomass, 口頭匯報, online seminar, 2020.10

周蓉，‘番茄是如何回響複合非生物脅迫的?’，個人講座，淮安市農科院，2020.01

Resilient Northern Crops，Workshop，Agro Food Park，Denmark，2019.12

周蓉，‘番茄耐逆性的關鍵調控機理’，個人講座，江蘇省農科院，2019.07

Rong Zhou, et al. ‘The physiological and biochemical responses of tomatoes to drought, heat and combined stress’. 口頭匯報，the 30thInternational Horticultural Congress，Turkey，2018.08

周蓉，高溫乾旱脅迫下番茄生理特性和非編碼RNAs的回響。中國園藝學會，甘肅張掖，中國，2018.08

Rong Zhou, et al. ‘Screening of tomatoes under high temperature’. 口頭匯報, the 2ndInternational Academic Conference for Graduate Students, China, 2015.12

Rong Zhou, et al. ‘validation of tomato genotypes under heat stress and heat-responsive miRNAs identification’. 口頭匯報, COST meeting FA1306, Ipk Gatersleben, Germany, 2015.06

Rong Zhou, et al. ‘Genetic diversity of species in tomato clade revealed by morphological and molecular markers’ and ‘Molecular diversity among tomato cultivars (Solanum lycopersicumL.)’. Poster presentation, the 29thInternational Horticultural Congress, Australia, 2014.08

發表的部分論文

In total 60 international peer-reviewed publications with 26 as the first/corresponding author (* indicates corresponding author; # indicates equal contribution)

The first author of one book chapter

Total IF/IF5 of 26 publications as the first/corresponding author: 95/110

Total IF/IF5 of 60 publications: 200/230

Table 1 Number of paper

2023	2022	2021	2020	2019	2018	2017	2016	2015	2014
3	15	10	9	8	5	2	3	4	1

[1] Nikolaj Bjerring Jensen, Carl-Otto Ottosen, Rong Zhou*.(2023).Exogenous melatonin alters stomatal regulation in tomato seedlings subjected to combined heat and drought stress through mechanisms distinct from ABA signalling. Plants (4.658),12: 1156

[2] Yunhe Bai, Min Liu, Rong Zhou, Fangling Jiang, Ping Li, Mengqian Li, MengZhang, Hanyu Wei, Zhen Wu*. (2023). Construction of ceRNA networks at different stages of somatic embryogenesis in garlic. Int. J. Mol. Sci. (6.208), 24:5311.

[3] Rong Zhou, Lifei Niu, Jian Yin, Fangling Jiang, Yinlei Wang, Tongmin Zhao, Zhen Wu*,Weimin Zhu*.(2023).Differences in physiological responses of two tomato genotypes to combined waterlogging and cadmium stresses. Antioxidants (7.675), 12: 1205.

[4] Rong Zhou*, Xiaqing Yu, Xiaoming Song, Eva Rosenqvist, Hongjian Wan, Carl-Otto Ottosen.(2022). Salinity, waterlogging and elevated [CO₂] inducedinteractive and complicated responses in cultivated and wild tomato. Journal of Experimental Botany (7.860), erac080.

[5] Rong Zhou, Fangling Jiang, Xiaqing Yu, LamisAbdelhakim, Xiangnan Li, Eva Rosenqvist, Carl-Otto Ottosen, Zhen Wu.(2022). Dominant and priming role of waterlogging in tomato at e[CO₂] by multivariate analysis. Int. J. Mol. Sci. (6.208), 23: 12121.

[6] Rong Zhou, Fangling Jiang, Lifei Niu, Xiaoming Song, LuYu, Yuwen Yang, Zhen Wu.(2022). Increase crop resilience to heat stress using omic Strategies.Frontiers in Plant Science (6.611), 13: 891861.

[7] Rong Zhou, et al. (2020). The alleviation ofphotosynthetic damage in tomato under drought and cold stress by high CO₂and melatonin. Frontiers in plant science (5.923), 21, 5587.

[8] Rong Zhou, et al. (2020). Genotype-dependentresponses of chickpea to high temperature and moderately increased light. Plant Physiology and Biochemistry (4.270),154: 353-359.

[9] Rong Zhou, et al. (2020). Interactive effects ofelevated CO₂ concentration and combined heat and drought stress ontomato photosynthesis. BMC Plant Biology (4.215), 20: 1-12.

[10] Rong Zhou, et al. (2019). Physiological analysis andtranscriptome sequencing reveal the effects of combined cold and drought ontomato leaf. BMC Plant Biology (4.215), 19: 377.

[11] Rong Zhou, et al. (2019). Physiological response of tomatoes atdrought, heat and their combination followed by recovery, Physiol Plant (4.5),165: 144-154.

[12] Rong Zhou, et al. (2016). Identification ofmiRNAs and their targets in tomato at moderately and acutely elevatedtemperatures by high-throughput sequencing and degradome analysis. Sci Rep (4.379), 6: 33777-33789.

[13] Rong Zhou, et al. (2015). Screening and validation of tomatogenotypes under heat stress using F_v/F_m to reveal thephysiological mechanism of heat tolerance. Environ Exp Bot (5.545), 118: 1-11.