数字农科院2.0

Environmental Factors Variably Impact Tea S.econdary Metabolites In The C ontext Of Climate Change

文献类型： 外文期刊

作者： Ahmed, S; Griffin, TS; Kraner, D; Schaffner, MK; Sharma, D; Hazel, M; Leitch, AR; Orians, CM; Han, WY; Stepp, JR; Robbat, A; Matyas, C; Long, CL; Xue, DY; Houser, RF; Cash, SB

作者机构：

关键词： climate change; crop quality; secondary metabolites; food systems; agriculture

期刊名称： FRONTIERS IN PLANT SCIENCE

ISSN： 1664-462X

年卷期： 2019 年 10 卷

页码：

收录情况： JCR（2021版）

摘要： Climate change is impacting food and beverage crops around the world with implications for environmental and human well-being. While numerous studies have examined climate change effects on crop yields, relatively few studies have examined effects on crop quality (concentrations of nutrients, minerals, and secondary metabolites). This review article employs a culturally relevant beverage crop, tea (Camelia sinensis), as a lens to examine environmental effects linked to climate change on the directionality of crop quality. Our systematic review identi fi ed 86 articles as relevant to the review question. Findings provide evidence that shifts in seasonality, water stress, geography, light factors, altitude, herbivory and microbes, temperature, and soil factors that are linked to climate change can result in both increases and decreases up to 50% in secondary metabolites. A gap was found regarding evidence on the direct effects of carbon dioxide on tea quality, highlighting a critical research area for future study. While this systematic review provides evidence that multiple environmental parameters are impacting tea quality, the directionality and magnitude of these impacts is not clear with contradictory evidence between studies likely due to confounding factors including variation in tea variety, cultivar, speci fi c environmental and agricultural management conditions, and differences in research methods. The environmental factors with the most consistent evidence in this systematic review were seasonality and water stress with 14 out of 18 studies (78%) demonstrating a decrease in concentrations of phenolic compounds or their bioactivity with a seasonal shift from the spring and /or fi rst tea harvest to other seasons and seven out of 10 studies (70%) showing an increase in levels of phenolic compounds or their bioactivity with drought stress. Herbivory and soil fertility were two of the variables that showed the greatest contradictory evidence on tea quality. Both herbivory and soil fertility are variables which farmers have the greatest control over, pointing to the importance of agricultural management for climate mitigation and adaptation. The development of evidence-based management strategies and crop breeding programs for resilient cultivars are called for to mitigate climate impacts on crop quality and overall risk in agricultural and food systems.

分类号：

  • 相关文献

[1]Changes In Tea Plant Secondary Metabolite Profiles As A Function Of Leafhopper Density And Damage. Scott, ER, Li, X, Wei, JP, Kfoury, N, Morimoto, J, Guo, MM, Agyei, A, Robbat, A, Ahmed, S, Cash, SB, Griffin, TS, Stepp, JR, Han, WY, Orians, CM. 2020

[2]Economic Impacts Of Climate Change O.n Agriculture: The Importance O f Additional Climatic Variables Other Than Temperature And Precipitation. Zhang, P, Zhang, JJ, Chen, MP. 2017

[3]Biochar promotes soil organic carbon sequestration and reduces net global warming potential in apple orchard: A two-year study in the Loess Plateau of China. Han J., Zhang A., Kang Y., Han J., Yang B., Hussain Q., Wang X., Zhang M., Khan M.A.. 2022

[4]Identifying barriers to sustainable apple production: A stakeholder perspective. Jin S., Li W., Cao Y., Jones G., Chen J., Li Z., Chang Q., Yang G., Frewer L.J.. 2022

[5]Quantification Of The Contribution Of N.itrogen Fertilization And Crop H arvesting To Soil Acidification In A Wheat-Maize Double Cropping System. Shi, Xiaojun,Zhu, Qichao,Zeng, Mufan,de Vries, Wim,de Vries, Wim,Liu, Xuejun,Shen, Jianbo,Shi, Xiaojun,Zhang, Fusuo,Hao, Tianxiang. 2019

[6]Mitigation Of Diffuse Water Pollution F.rom Agriculture In England A nd China, And The Scope For Policy Transfer. Smith, L, Inman, A, Xin, L, Zhang, HF, Meng, FQ, Zhou, JB, Burke, S, Rahn, C, Siciliano, G, Haygarth, PM, Bellarby, J, Ben, S. 2017

[7]Building Robust Geospatial Web Services F.or Agricultural Information Extraction A nd Sharing. Sun, ZH, Di, LP, Zhang, C, Fang, H, Yu, E, Lin, L, Tang, JM, Tan, XC, Liu, Z, Jiang, LL, Guo, LY, Chen, ZX, Yue, P. 2017

[8]Assessment Of The X- And C.-Band Polarimetric Sar Data F or Plastic-Mulched Farmland Classification. Liu, CA, Chen, ZX, Wang, D, Li, DD. 2019

[9]Efarm: A Tool For Better O.bserving Agricultural Land Systems. Yu, QY, Shi, Y, Tang, HJ, Yang, P, Xie, AK, Liu, B, Wu, WB. 2017

[10]Development Strategies And Prospects Of N.ano-Based Smart Pesticide Formulation. Zhao, X, Cui, HX, Wang, Y, Sun, CJ, Cui, B, Zeng, ZH. 2018

[11]The Changing Role Of Agriculture With Economic Structural Change-The Case Of China. Zhang, YM, Diao, XS. 2020

[12]Measurement Of Potato Volume With Laser Triangulation And Three-Dimensional Reconstruction. Cai, ZY, Jin, CQ, Xu, J, Yang, TX. 2020

[13]Competitive Ranking of Six Major Tea-related Research Organizations through Bibliometric Analysis of Publications and Patents. Zhao H., Wang J., Xiong X., Yang X.. 2022

[14]Worldwide Decline Of The Entomofauna: A. Review Of Its D rivers. Sanchez-Bayo, F, Wyckhuys, KAG. 2019

[15]Lai Retrieval Of Winter Wheat U.sing Simulated Compact Sar D ata Through Ga-Pls Modeling. Liu, CA, Chen, ZX, Hao, PY, Li, K, Wang, XC. 2018

[16]Efficient Control of Fusarium Head Blight and Reduction of Deoxynivalenol Accumulation by a Novel Nanopartner-Based Strategy. Ma, Dicheng, Zhou, Zhentao, Wang, Guoxian, Xu, Chunli, Cao, Lidong, Dong, Fengshou, Zheng, Yongquan, Li, Yuanbo. 2025

[17]De Novo Transcriptome Combined With S.pectrophotometry And Gas Chromatography-Mass S pectrometer (Gc-Ms) Reveals Differentially Expressed Genes During Accumulation Of Secondary Metabolites In Purple-Leaf Tea (Camellia Sinensis Cv Hongyafoshou). Guo, Yuqiong,Chang, Xiaojun,Chang, Xiaojun,Zhang, Shuting,Zhang, Shuting,Zhu, Chen,Lin, Yuling,Lai, Zhongxiong,Zhu, Chen,Li, Xiaozhen,Lin, Yuling,Fu, Haifeng,Chen, Changsong,Lai, Zhongxiong. 2019

[18]Effects Of Geographic Locations And Topographical Factors On Secondary Metabolites Distribution In Green Tea At A Regional Scale. Wen, Bo,Zhang, Yanyuan,Zou, Zhongwei,Ma, Yuanchun,Wen, Bo,Shen, Jiazhi,Duan, Yu,Ren, Shuang,Fang, Wanping,Zhu, Xujun,Wang, Yuhua. 2020

[19]The Stress-Responsive And Host-Oriented Role O.f Nonribosomal Peptide Synthetases I n An Entomopathogenic Fungus, Beauveria Bassiana. Xie, Linan,Wang, Jing,Xu, Yuquan,Zhang, Liwen,Yang, Shengnan,Liang, Pei,Guo, Qiannan,Lin, Min,Wang, Chengshu,Liu, Hang. 2017

[20]Methyl Jasmonate Alleviates Arsenic-Induced Oxidative D.amage And Modulates The A scorbate-Glutathione Cycle In Oilseed Rape Roots. Song, Wenjian,Farooq, Muhammad A.,Islam, Faisal,Yang, Chong,Gill, Rafaqat A.,Ali, Basharat,Zhou, Weijun,Farooq, Muhammad A.,Athar, Habib-ur-Rehman,Nawaz, Aamir. 2018

作者其他论文 更多>>