数字农科院2.0

Diverging Responses Of Two Subtropical Tree Species (Schima Superbaandcunninghamia Lanceolata) To Heat Waves

文献类型： 外文期刊

作者： Qu, LP; De Boeck, HJ; Fan, HH; Dong, G; Chen, JQ; Xu, WB; Ge, ZQ; Huang, ZJ; Shao, CL; Hu, YL

作者机构：

关键词： Extreme Weather; Hydraulic Characteristics; Water Use Efficiency; Morphology; Schima Superba; Cunninghamia Lanceolata

期刊名称： FORESTS

ISSN：

年卷期： 2020 年 11 卷 5 期

页码：

收录情况： JCR（2021版） ; EI（2021版）

摘要： The frequency and intensity of heat waves (HWs) has increased in subtropical regions in recent years. The mechanism underlying the HW response of subtropical trees remains unclear. In this study, we conducted an experiment with broad-leavedSchima superba(S. superba) and coniferousCunninghamia lanceolata(C. lanceolata) seedlings to examine HW (5-day long) effects on stem water transport, leaf water use efficiency (WUE), morphology and growth, and to elucidate differences in the responses of both species. Our results indicated that HWs can significantly reduce hydraulic conductivity in both species.C. lanceolataexperienced significant xylem embolism, with the percentage loss of conductivity (PLC) increasing by 40%, whileS. superbashowed a non-significant increase in PLC (+25%). Furthermore, HW also caused a reduction in photosynthesis rates (A(n)), but transpiration rates (Tr) increased on the 5th day of the HW, together leading to a significant decrease in leaf WUE. From diurnal dynamics, we observed that the HW caused significant decrease ofS. superba A(n)only in the morning, but nearly the all day forC. lanceolata. During the morning, with a high vapor pressure deficit (VPD) environment, the HW increasedTr, which contributed a lot to latently cooling the foliage. In comparing the two tree species, we found that HW effects onS. superbawere mostly short-term, with leaf senescence but limited or no xylem embolism. The survivingS. superbarecovered rapidly, forming new branches and leaves, aided by their extensive root systems. ForC. lanceolata, continued seedling growth initially but with subsequent xylem embolism and withering of shoots, led to stunted recovery and regrowth. In conclusion, apart from the direct thermal impacts caused by HW, drought stress was the main cause of significant negative effects on plant water transport and the photosynthetic system. Furthermore,S. superbaandC. lanceolatashowed clearly different responses to HW, which implies that the response mechanisms of broad-leaved and coniferous tree species to climate change can differ.

分类号：

  • 相关文献

[1]Does extreme weather affect the resilience of agricultural economies? Analysis based on agricultural insurance. Zeng, Xiaoyan,Lu, Huiling,Qi, Huaqing,Ji, Long. 2025

[2]Comfort temperature assessment for honeybee colonies based on long-term monitoring. Yuntao Lu,Wei Hong,Wei Wu,Jie Zhang,Shijuan Li,Shengping Liu. 2025

[3]Optimizing Irrigation Frequency And Amount To Balance Yield, Fruit Quality And Water Use Efficiency Of Greenhouse Tomato. Li, Shuang,Sun, Jingsheng,Wang, Guangshuai,Zhang, Xiaoxian,Li, Huanhuan,Ning, Huifeng,Pang, Jie,Liu, Hao,Liu, Hao. 2019

[4]The Effect Of Alternate Wetting A.nd Severe Drying Irrigation O n Grain Yield And Water Use Efficiency Of Indica-Japonica Hybrid Rice (Oryza Satival.). Chen, Tingting,Chen, Song,Zhang, Xiufu,Wang, Dangying,Xu, Chunmei,Chu, Guang. 2018

[5]Osnar2.1 Positively Regulates Drought Tolerance A.nd Grain Yield Under D rought Stress Conditions In Rice. Fan, Xiaorong,Yin, Xiaoming,Chen, Jingguang,Fan, Xiaoru,Hu, Zhi,Qi, Tiantian,Xu, Guohua,Iqbal, Muhammad Faseeh,Zhu, Longlong,Chen, Jingguang. 2019

[6]Limited Irrigation And Planting Densities F.or Enhanced Water Productivity A nd Economic Returns Under The Ridge-Furrow System In Semi-Arid Regions Of China. Din, Ruixia,Jia, Qianmin,Sun, Lefeng,Jia, Zhikuan,Wang, Jinjin,Liu, Tiening,Sun, Lefeng,Zhang, Peng,Jia, Qianmin,Ali, Shahzad,Li, Juan,Jia, Qianmin,Lian, Yanhao,Jia, Zhikuan,Ali, Shahzad,Li, Juan,Ren, Xiaolong,Wang, Jinjin,Ren, Xiaolong,Din, Ruixia,Liu, Tiening,Zhang, Peng. 2018

[7]Response Of Growth, Yield And W.ater Use Efficiency Of W inter Wheat To Different Irrigation Methods And Scheduling In North China Plain. Jha, Shiva Kumar,Wang, Guangshuai,Ramatshaba, Tefo Steve,Liu, Hao,Jha, Shiva Kumar,Gao, Yang,Liang, Yueping,Duan, Aiwang. 2019

[8]Effects Of Regulated Deficit Irrigation B.ased On Root Zone M oisture On Yield And Quality Traits Of Winter Wheat. Sheng, Kun,Li, Xiaohang,Jiang, Zhikai,Sheng, Kun,Duan, Aiwang,Li, Xiaohang,Yang, Lijuan,Gao, Yang. 2019

[9]Luxury Transpiration Of Winter Wheat A.nd Its Responses To D eficit Irrigation In North China Plain. Liang, YP, Gao, Y, Wang, GS, Si, ZY, Shen, XJ, Duan, AW. 2018

[10]Optimizing Water Use Efficiency And E.conomic Return Of Super H igh Yield Spring Maize Under Drip Irrigation And Plastic Mulching In Arid Areas Of China. Zhang, GQ, Liu, CW, Xiao, CH, Xie, RZ, Ming, B, Hou, P, Liu, GZ, Xu, WJ, Shen, DP, Wang, KR, Li, SK. 2017

[11]Agronomic Performance Of Drought-Resistance Rice C.ultivars Grown Under Alternate W etting And Drying Irrigation Management In Southeast China. Chu, G, Chen, TT, Chen, S, Xu, CM, Wang, DY, Zhang, XF. 2018

[12]Genetic Diversity And Phenotypic Variation F.or Drought Resistance In A lfalfa (Medicago Sativa L.) Germplasm Collected For Drought Tolerance. Zhang, TJ, Kesoju, S, Greene, SL, Fransen, S, Hu, JG, Yu, LX. 2018

[13]Effects Of A One Film For 2 Years' System On The Grain Yield, Water Use Efficiency And Cost-Benefit Balance In Dryland Spring Maize (Zea Mays L.) On The Loess Plateau, China .. Chen, BQ, Yan, CR, Garre, S, Mei, XR, Liu, EK. 2018

[14]Variation In Leaf Anatomical Traits F.rom Tropical To Cold-Temperate F orests And Linkage To Ecosystem Functions. He, NP, Liu, CC, Tian, M, Li, ML, Yang, H, Yu, GR, Guo, DL, Smith, MD, Yu, Q, Hou, JH. 2018

[15]Dry matter accumulation after silking and kernel weight are the key factors for increasing maize yield and water use efficiency. Wang Feng,Xie Ruizhi,Ming Bo,Wang Keru,Hou Peng,Chen Jianglu,Liu Guangzhou,Zhang Guoqiang,Xue Jun,Li Shaokun. 2021

[16]Negative pressure irrigation on water use efficiency, yield and quality of Brassica chinensis L.. Yang, Pingguo,Drohan, Patrick J.,Long, HuaiYu,Bian, Yun,Bryant, Ray B.. 2021

[17]Molecular mechanism of negative pressure irrigation inhibiting root growth and improving water use efficiency in maize. Zhang, Jili,Ji, Jinfeng,Wang, Peng,Long, Huaiyu,Wu, Xia. 2021

[18]Effects of negative pressure irrigation on growth and water use efficiency of spinach [负压灌溉对菠菜生长及水分利用效率的影响]. Xiang Y.,Huang Y.,Long H.,Yang L.,Huang H.,Yu K.,Ouyang N.. 2021

[19]Biochar Effects On Mineral Nitrogen L.eaching, Moisture Content, And E vapotranspiration After N-15 Urea Fertilization For Vegetable Crop. Ahmed, R, Li, YZ, Mao, LL, Xu, CY, Lin, W, Ahmed, S, Ahmed, W. 2019

[20]Comparison Of Maize Water Consumption A.t Different Scales Between M ulched And Non-Mulched Croplands. Feng, Y, Hao, WP, Gao, LL, Li, HR, Gong, DZ, Cui, NB. 2019

作者其他论文 更多>>
  • Anthocyanin Fruit Encodes An R2R3-Myb Transcription Factor, Slan2-Like, Activating The Transcription Of Slmybatv To Fine-Tune Anthocyanin Content In Tomato Fruit

    作者：Yan, SS; Chen, N; Huang, ZJ; Li, DJ; Zhi, JJ; Yu, BW; Liu, XX; Cao, BH; Qiu, ZK

    关键词：Anthocyanin Fruit (Aft); Anthocyanins; Atroviolacea (Atv); R3-Myb Repressors; Tomato

  • Terpenoids From The Coral-Derived Fungus Trichoderma Harzianum (Xs-20090075) Induced By Chemical Epigenetic Manipulation

    作者：Shi, T; Shao, CL; Liu, Y; Zhao, DL; Cao, F; Fu, XM; Yu, JY; Wu, JS; Zhang, ZK; Wang, CY

    关键词：Coral-derived fungus; Trichoderma harzianum; Chemical epigenetic manipulation; Diterpenoids; Sesquiterpenoids

  • Identification And Validation Of Reference Genes For Quantitative Gene Expression Analysis In Ophraella Communa

    作者：Zhang, Y; Chen, JQ; Chen, GM; Ma, C; Chen, HS; Gao, XY; Tian, ZQ; Cui, SW; Tian, ZY; Guo, JY; Wan, FH; Zhou, ZS

    关键词：Ophraella Communa; Rt-Qpcr; Reference Gene; Normalization; Gene Expression

  • Detection Of Viable And Total Bacterial Community In The Pit Mud Of Chinese Strong-Flavor Liquor Using Propidium Monoazide Combined With Quantitative Pcr And 16S Rrna Gene Sequencing

    作者：Tan, GX; Zhou, R; Zhang, WQ; Hu, YL; Ruan, ZY; Li, J; Zhang, CY; Shen, DJ; Peng, N; Liang, YX; Zhao, SM

    关键词：16S Rrna Gene Sequencing; Chinese Strong-Flavor Liquor; Pit Mud; Propidium Monoazide (Pma); Viable Microbe Detection

  • The Fluxnet2015 Dataset And The Oneflux Processing Pipeline For Eddy Covariance Data

    作者：Pastorello, G; Trotta, C; Canfora, E; Chu, HS; Christianson, D; Cheah, YW; Poindexter, C; Chen, JQ; Elbashandy, A; Humphrey, M; Isaac, P; Polidori, D; Ribeca, A; van Ingen, C; Zhang, LM; Amiro, B; Ammann, C; Arain, MA; Ardo, J; Arkebauer, T; Arndt, SK; Arriga, N; Aubinet, M; Aurela, M; Baldocchi, D; Barr, A; Beamesderfer, E; Marchesini, LB; Bergeron, O; Beringer, J; Bernhofer, C; Berveiller, D; Billesbach, D; Black, TA; Blanken, PD; Bohrer, G; Boike, J; Bolstad, PV; Bonal, D; Bonnefond, JM; Bowling, DR; Bracho, R; Brodeur, J; Brummer, C; Buchmann, N; Burban, B; Burns, SP; Buysse, P; Cale, P; Cavagna, M; Cellier, P; Chen, SP; Chini, I; Christensen, TR; Cleverly, J; Collalti, A; Consalvo, C; Cook, BD; Cook, D; Coursolle, C; Cremonese, E; Curtis, PS; D'Andrea, E; da Rocha, H; Dai, XQ; Davis, KJ; De Cinti, B; de Grandcourt, A; De Ligne, A; De Oliveira, RC; Delpierre, N; Desai, AR; Di Bella, CM; di Tommasi, P; Dolman, H; Domingo, F; Dong, G; Dore, S; Duce, P; Dufrene, E; Dunn, A; Dusek, J; Eamus, D; Eichelmann, U; ElKhidir, HAM; Eugster, W; Ewenz, CM; Ewers, B; Famulari, D; Fares, S; Feigenwinter, I; Feitz, A; Fensholt, R; Filippa, G; Fischer, M; Frank, J; Galvagno, M; Gharun, M; Gianelle, D; Gielen, B; Gioli, B; Gitelson, A; Goded, I; Goeckede, M; Goldstein, AH; Gough, CM; Goulden, ML; Graf, A; Griebel, A; Gruening, C; Grunwald, T; Hammerle, A; Han, SJ; Han, XG; Hansen, BU; Hanson, C; Hatakka, J; He, YT; Hehn, M; Heinesch, B; Hinko-Najera, N; Hortnagl, L; Hutley, L; Ibrom, A; Ikawa, H; Jackowicz-Korczynski, M; Janous, D; Jans, W; Jassal, R; Jiang, SC; Kato, T; Khomik, M; Klatt, J; Knohl, A; Knox, S; Kobayashi, H; Koerber, G; Kolle, O; Kosugi, Y; Kotani, A; Kowalski, A; Kruijt, B; Kurbatova, J; Kutsch, WL; Kwon, H; Launiainen, S; Laurila, T; Law, B; Leuning, R; Li, YN; Liddell, M; Limousin, JM; Lion, M; Liska, AJ; Lohila, A; Lopez-Ballesteros, A; Lopez-Blanco, E; Loubet, B; Loustau, D; Lucas-Moffat, A; Luers, J; Ma, SY; Macfarlane, C; Magliulo, V; Maier, R; Mammarella, I; Manca, G; Marcolla, B; Margolis, HA; Marras, S; Massman, W; Mastepanov, M; Matamala, R; Matthes, JH; Mazzenga, F; McCaughey, H; McHugh, I; McMillan, AMS; Merbold, L; Meyer, W; Meyers, T; Miller, SD; Minerbi, S; Moderow, U; Monson, RK; Montagnani, L; Moore, CE; Moors, E; Moreaux, V; Moureaux, C; Munger, JW; Nakai, T; Neirynck, J; Nesic, Z; Nicolini, G; Noormets, A; Northwood, M; Nosetto, M; Nouvellon, Y; Novick, K; Oechel, W; Olesen, JE; Ourcival, JM; Papuga, SA; Parmentier, FJ; Paul-Limoges, E; Pavelka, M; Peichl, M; Pendall, E; Phillips, RP; Pilegaard, K; Pirk, N; Posse, G; Powell, T; Prasse, H; Prober, SM; Rambal, S; Rannik, U; Raz-Yaseef, N; Reed, D; de Dios, VR; Restrepo-Coupe, N; Reverter, BR; Roland, M; Sabbatini, S; Sachs, T; Saleska, SR; Sanchez-Canete, EP; Sanchez-Mejia, ZM; Schmid, HP; Schmidt, M; Schneider, K; Schrader, F; Schroder, I; Scott, RL; Sedlak, P; Serrano-Ortiz, P; Shao, CL; Shi, PL; Shironya, I; Siebicke, L; Sigut, L; Silberstein, R; Sirca, C; Spano, D; Steinbrecher, R; Stevens, RM; Sturtevant, C; Suyker, A; Tagesson, T; Takanashi, S; Tang, YH; Tapper, N; Thom, J; Tiedemann, F; Tomassucci, M; Tuovinen, JP; Urbanski, S; Valentini, R; van der Molen, M; van Gorsel, E; van Huissteden, K; Varlagin, A; Verfaillie, J; Vesala, T; Vincke, C; Vitale, D; Vygodskaya, N; Walker, JP; Walter-Shea, E; Wang, HM; Weber, R; Westermann, S; Wille, C; Wofsy, S; Wohlfahrt, G; Wolf, S; Woodgate, W; Li, YL; Zampedri, R; Zhang, JH; Zhou, GY; Zona, D; Agarwal, D; Biraud, S; Torn, M; Papale, D

    关键词：

  • The Fertile Island Effect Collapses Under Extreme Overgrazing: Evidence From A Shrub-Encroached Grassland

    作者：Cai, YR; Yan, YH; Xu, DW; Xu, XL; Wang, C; Wang, X; Chen, JQ; Xin, XP; Eldridge, DJ

    关键词：Fertile patch; Overgrazing; Shrub; Soil nutrients; Temperate grassland

  • Pararcticibacter Amylolyticus Gen. Nov., Sp. Nov., Isolated From A Rotten Hemp Rope, And Reclassification Of Pedobacter Tournemirensis As Pararcticibacter Tournemirensis Comb. Nov.

    作者：Cai, YY; Dong, WW; Hu, YL; Jiang, X; Wang, YW; Zhou, YQ; Peng, N; Liang, YX; Zhao, SM

    关键词：