加拿大pc

秦鐘

發布者: 加拿大pc官網(wang)發布時(shi)間: 2021-07-01瀏覽次數: 72

性(xing)別:女 職稱:副(fu)教授(shou)/碩士生導(dao)師 Email:q_breeze@scau.edu.c 辦公電話(hua):020-85280211 辦(ban)公地址:農(nong)學(xue)樓404室


1996年獲(huo)得南京(jing)氣象學(xue)院(現南京(jing)信(xin)息工程大學(xue))學(xue)士學(xue)位,2005年獲浙江大(da)學(xue)博士學(xue)位,同年于加拿大(da)pc生態學(xue)系任教(jiao)。20116月至(zhi)20128月在美國Cornell University訪學(xue)(單位公派); 20163月(yue)至(zhi)2017年(nian)3月在(zai)(zai)國(guo)家(jia)留學基(ji)金委(wei)的(de)資(zi)助下(xia),在(zai)(zai)美國(guo)University of California, Riverside訪學。主要從事生(sheng)(sheng)態系統(tong)分(fen)析與(yu)模擬、生(sheng)(sheng)態經(jing)濟方面(mian)的研究,承(cheng)擔《生(sheng)(sheng)態統(tong)計學》、《生(sheng)(sheng)態學系統(tong)分(fen)析方法》(研)等課程的教學。


研究領(ling)域(yu)

目(mu)前主持國家(jia)自然科學(xue)基金面上項目(mu)1項、廣東省現代(dai)農(nong)業產業共性關鍵技術(shu)研發(fa)創新團隊項目(專(zhuan)題(ti)專(zhuan)家)1項。已(yi)發表(biao)科研(yan)論文(wen)80多篇,參編(bian)專著7部。參(can)與獲得的科研成果(guo)主(zhu)要有: (1)廣(guang)東省農業技術推廣(guang)、廣(guang)州市(shi)科學技術等獎勵共4項(xiang);(2)實用新(xin)型(xing)專(zhuan)利(li)3項、軟件著(zhu)作登記權4項;(3)廣(guang)東省教育廳(ting)教學成(cheng)果獎2項,校級教學成果獎(jiang)5項。


研(yan)究興趣及代表性科(ke)研(yan)論文(wen):

 

1)基(ji)于(yu)生(sheng)態位模型研究物種(zhong)的分(fen)布格局(ju);外來入侵生(sheng)物的風險(xian)評估(gu)及(ji)預測;物種(zhong)的生(sheng)態位分(fen)化

       [1]     Qin, Z., Zhang, J. E., Tommaso, A. D., Diez, J. M., Wang, F. G., & Huang, H. Y. Predicting the potential distribution of three allergenic invasive Ambrosia(ragweed) species in Asia. Journal of Environmental Informatics,2021,37(3): --

[2]     Qin, Z., Zhang, J. E., Jiang, Y., Wang, R., Wu, R. S. Predicting the potential distribution of Pseudomonas syringae pv. actinidiae in China using ensemble models. Plant Pathology, 2019, 120-131.

[3]     Qin Z, Zhang J E, Jiang Y P, et al. Invasion process and potential spread of Amaranthus retroflexus in China. Weed research, 2018, 58(1): 57-67

[4]     Qin Z, Zhang J E, DiTommaso A, Wang R L, Liang K M. Predicting the potential distribution of Lantana camara L. under RCP scenarios using ISI-MIP models[J]. Climatic Change, 2016, 134(1-2): 193-208

[5]     Qin Z, Zhang J, DiTommaso A, et al. Predicting invasions of Wedelia trilobata (L.) Hitchc. with Maxent and GARP models[J]. Journal of plant research, 2015, 128(5): 763-775

[6] Z. Qin, A. DiTommaso, R. S. Wu and H. Y. Huang, Potential distribution of two Ambrosia species in China under projected climate change.Weed Research 2014, 54, 520-531

2)外來入(ru)侵生物的生理(li)生態學研究

       [7]     Qin Z, Yang M , Zhang J E , et al. Effects of salinity on survival, growth and reproduction of the invasive aquatic snail Pomacea canaliculata (Gastropoda: Ampullariidae). Hydrobiologia, 2020(221–232):1-12.

        [8]     Qin, ZWu, RSZhang, JDeng, ZXZhang, CXGuo, JSurvivorship of geographic Pomacea canaliculata populations in responses to cold acclimationEcol Evol202010(8)1– 12.

       [9]     Qin, Z., Xie, J. F., Quan, G. M., Zhang, J. E., Mao, D. J., & Wang, J. X. Changes in the soil meso‐and micro‐fauna community under the impacts of exotic Ambrosia artemisiifolia. Ecological Research, 2019, 34(2): 265-276

[10]  Qin Zhong, Xie, Jun Fang., Quan, Guo Ming, Zhang, Jia-En, Mao Dan Juan, Antonio DiTommasoImpacts of the invasive annual herb Ambrosia artemisiifolia L. on soil microbial carbon source utilization and enzymatic activities. European Journal of Soil Biology, 2014, 60: 58-66.

[11]  Antonio DiTommaso, Qin ZhongDavid R.ClementsIdentifying Climate Change as a Factor in the Establishment and Persistence of Invasive Weeds in Agricultural CropsL.H. Ziska & J.S. Dukes (eds). Invasive Species and Climate Change, CABI Publishing, 2014

[12]  Zhong Qin, DanJuan Mao, GuoMing Quan, Jia-En Zhang, JunFang Xie, and Antonio DiTommaso. Antioxidant response of the invasive herb Ambrosia artemisiifolia L. to different irradiance levels. Phytoprotection, 2013, 93(1):8-15

[13]  Zhong Qin, Dan Juan Mao, Guo Ming Quan, Jia-en Zhang, Jun Fang Xie,and Antonio DiTommaso. Physiological and morphological responses of invasive Ambrosia artemisiifolia (common ragweed) to different irradiances. Botany, 2012,90(12):1284-1294.

3)農田生(sheng)態系統(tong)的分析與動態模擬

[14]  Zhong Q, Benliang Z, Jia-en Z, et al. Study on Diversity of Arthropod Community in a Rice-Duck Integrated Farming System in South China. Journal of Resources and Ecology, 2011, 2(2): 151-157.

[15]  Zhong Qin, Gao-li Su, Jia-en Zhang,Ying Ouyang, Qiang Yu .Identification of important factors for water vapor flux and CO2 exchange in a cropland. Ecological Modelling,2010,221(4):575-581.

[16]  Zhong Qin, Ying Ouyang, Gao-li Su, Qiang Yu, Jun Li, Jia-en Zhang, Zhi-yi Wu. Characterization of CO2 and water vapor fluxes in a summer maize field with wavelet analysis. Ecological informatics, 2008, 3(6):397-409. 

[17]  Qin Zhong, Su Gaoli, Yu Qiang, Hu Bing-min, Li Jun. Modeling water and carbon fluxes above summer maize field in North China Plain with back-propagation neural networks. Journal of Zhejiang University Science, 2005,6B(5): 418-426.

[18]  Qin Zhong, Yu Qiang, Hu Bing-min, Li Jun. Application of least squares vector machines in modeling water vapor and carbon dioxide fluxes over a cropland. Journal of Zhejiang University Science, 2005, 6B(6):491-495.

       [19]  Qin Zhong, Yu Qiang, Xu Shouhua , Hu Binbmin, Sun Xiaomin, Liu Enmin, Wang Jishun, Yu Guirui , Zhu Zhilin. Water, heat fluxes and water use efficiency measurement and modeling above a farmland in the North China Plain. Science in China (Series D), 2004,34:183-192.

[20] 秦鐘(zhong),章家恩,駱(luo)世明,張錦.稻(dao)鴨共(gong)作系統(tong)中(zhong)稻(dao)縱卷(juan)葉螟種(zhong)群控制的模擬.農業工(gong)程學(xue)報,2010,26 (11):283-289.

[21] 秦鐘,章(zhang)家恩,,張(zhang)錦,駱世明.稻鴨共作系(xi)統中(zhong)稻飛(fei)虱(shi)及主要捕食性天(tian)敵類群之間關系(xi)的(de)研究.中國水稻科學(xue)2012,26(4): 457-466

[22] 秦鐘,章家恩,,張錦,駱世(shi)明(ming).基于STELLA模(mo)型的(de)天敵(di)-稻縱卷(juan)葉螟(ming)系統的(de)情景分析(xi).中山(shan)大學(xue)學(xue)報,2012,51(3):90-97

[23] 秦鐘,方麗,章家恩,羅明(ming)珠(zhu),趙本良(liang).不(bu)同控螺方式(shi)下稻(dao)田福(fu)壽螺種(zhong)群的螺級結構及性比.中國農業科(ke)學2012,45(3):452-459

[24] 秦鐘(zhong),章家恩,,張錦,駱世明稻(dao)鴨共(gong)作系(xi)統中主要捕食性天(tian)敵的生態位(wei)中國(guo)農業科學,2012,1:67-76

[25] 秦鐘,章家(jia)恩,,張錦,駱世明(ming).稻(dao)鴨共作系統中主要捕食性天敵的結構及多(duo)樣(yang)性.生態(tai)學(xue)雜志,2011,30(7):1354-1360

       [26]秦鐘(zhong),章家恩,,張錦,駱(luo)世(shi)明.稻(dao)鴨共作(zuo)系統中稻(dao)飛虱及(ji)主要捕食性天(tian)敵空間(jian)生(sheng)態位.生態學雜志,2011,30(7):1361-1369

       [27]秦鐘,章家恩,, 駱世(shi)明,張(zhang)錦.溫度影響(xiang)下的稻縱卷葉螟實驗種群動態的系統動力(li)學模(mo)擬.中國農業氣象,2011,32(2):303-310

       [28]秦鐘,章(zhang)家恩,駱世明,徐華勤,.稻鴨共作系統生(sheng)態服(fu)務(wu)功能價值的評估研究(jiu).資(zi)源科學,2010,32(5): 864-872

 

4)生態經濟(ji)系統的分(fen)析與模擬

[29]  秦鐘,隆(long)少秋,王璐,張春霞,袁(yuan)蘭.基于系統動力(li)學的東(dong)莞有機廢棄(qi)物替代(dai)化肥潛力(li)研究[J].農(nong)業工(gong)程學報,2019,35(11):223-232.

       [30]秦鐘章家恩李(li)逸勉.中國南(nan)方秈稻生(sheng)產區的化肥利用效率及(ji)脫鉤(gou)研究農業(ye)現代化研究, 2013, 34(005): 602-607.

       [31]鐘(zhong),章家恩(en),,駱世明,張錦,李(li)韻.1996-2008年廣東(dong)省城(cheng)市化進(jin)程(cheng)與生態環(huan)境的協(xie)調性分析.生態科學,2012,31(1):42-47

       [32]      ,章家恩(en),李(li) 韻(yun),李逸(yi)勉.廣(guang)東省(sheng)水稻生產(chan)的變動與比(bi)較優(you)勢(shi)分(fen)析.農業現代化研究(jiu), 2011,32(5):560-564

       [33]     秦鐘(zhong),章(zhang)家(jia)恩,駱世明(ming),張錦.基(ji)于DEA 時(shi)間窗(chuang)分(fen)析(xi)的廣東省農業生產效率評(ping)價(jia).中國生(sheng)態農業學報,2011, 19(6):1-7

       [34]秦(qin)鐘,王建武,章(zhang)家恩駱世明,.廣東省循環經濟(ji)發展的生態效率研(yan)究.中(zhong)國生態農業學報,2010,18(2): 428?433

       [35]秦鐘(zhong),王建武,章家恩(en),等(deng).廣東省農(nong)業循環經濟發展的(de)DEA分析與有(you)效性評價.自然資源學報(bao), 2010,25(6): 908-913


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