数字农科院2.0

Effects of climate change and cultivar on summer maize phenology

文献类型： 外文期刊

作者： Chen, F.;Wang, Zh.;Chen, J.;Li, Y.;Wang, Zh.;Li, C.;Zhang, L.

作者机构：

关键词： Climate change;Cultivar;Summer maize;Phenology

期刊名称： INTERNATIONAL JOURNAL OF PLANT PRODUCTION

ISSN： 1735-6814

年卷期： 2016 年 10 卷 4 期

页码：

收录情况： SCI

摘要： To identify countermeasures to the effects of climate warming on crop production, we must understand the changes in crop phenology and the relationships between phenology and climate change and cultivar. We used summer maize phenological and climate data in the North China Plain, collected from 1981 to 2010. This study analyzed the spatiotemporal trends in phenological data and lengths of different growing phases, mean temperatures and rainfall. The analyses showed that sowing, jointing and anthesis occurred relatively early at 13 (48.1%), 11 (40.7%) and 13 (48.1%) stations, respectively. Maturity dates were delayed significantly at 10 (37.0%) stations. The lengths of the vegetative growing phases, vegetative and reproductive growing phase at most stations showed a negative trend. The lengths of the reproductive growing phase increased at 25 (92.6%) stations, respectively. Furthermore, at most stations, the correlations between T-means and lengths of the various growing phases were negative, whereas the correlations between rainfall and lengths of various growing phases were positive. Furthermore, a field experiment, including four summer maize cultivars which were introduced during the 1950s, 1970s, 1990s and 2000s, was carried out during 2012 to 2014. The analyses showed that the durations of the various growing phases increased significantly. These results indicated that climate warming accelerates summer maize growth and shortens the growing periods of maize growth, whereas cultivars shift might prolong the maize growing season. Therefore, the maize cultivars with more longer whole growing period should be adopt in the North China Plain under the trend of global warming and the adaptation strategy of maize production under climate change should include crop phenology in response to climate change. The findings presented here could guide the development of options to adapt maize production to climate change in the North China Plain and other areas with similar ecologies.

分类号：

  • 相关文献

[1]The optimal cultivar × sowing date × plant density for grain yield and resource use efficiency of summer maize in the northern huang–huai–hai plain of China. Lichao Zhai,Lihua Zhang,Haipo Yao,Mengjing Zheng,Bo Ming,Ruizhi Xie,Jingting Zhang,Xiuling Jia,Junjie Ji. 2022

[2]Observed Climatic Variations in the Growing Season of Field Crops in Northeast China from 1992 to 2012. Liu Yang,Jiang Wen-lai,Xiao Bi-lin,Liu Yang,Jiang Wen-lai,Xiao Bi-lin,Lei Bo. 2014

[3]Genetic Potential and Inheritance Pattern of Phenological Growth and Drought Tolerance in Cotton (Gossypium Hirsutum L.). Tahir Mahmood,Xiukang Wang,Sunny Ahmar,Muhammad Abdullah,Muhammad Shahid Iqbal,Rashid Mehmood Rana,Muhammad Yasir,Shiguftah Khalid,Talha Javed,Freddy Mora-Poblete,Jen Tsung Chen,Muhammad Kausar Nawaz Shah,Xiongming Du. 2021

[4]Populus euphratica phenology and its response to climate change in the upper tarim river basin, nw china. Hualin Li,Jianzhong Feng,Linyan Bai,Jianjun Zhang. 2021

[5]Sensitivity of Green-Up Date to Meteorological Indicators in Hulun Buir Grasslands of China. Jian Guo,Xiuchun Yang,Weiguo Jiang,Fan Chen,Min Zhang,Xiaoyu Xing,Ang Chen,Peng Yun,Liwei Jiang,Dong Yang,Bin Xu. 2022

[6]Assessing the impact of climate change in the wheat–maize cropping system across the Huang–Huai–Hai Plain under future climate scenarios. Shirazi S.Z.,Mei X.,Liu B.,Liu Y.. 2022

[7]'Beibinghong': A new grape cultivar for brewing ice red wine. Zhang, Qing-Tian,Fan, Shu-Tian,Song, Run-Gang,Lu, Wen-Peng. 2014

[8]Rot Risk Factors for Tomatoes during Storage. Zhang Xuejie,Wang Jinyu,Suyanling,Du Yongchen,Holmes, R.,Kreidl, S.. 2012

[9]Application of Near-Infrared Reflectance Spectroscopy to the Discrimination of Salt Tolerance of Alfalfa Cultivars. Ren Wei-bo,Han Jian-guo,Zhang Yun-wei,Ren Wei-bo,Guo Hui-qin. 2009

[10]Breeding Progress of Amur Grape (Vitis amurensis Rupr.) in China. Zhang, Q. T.,Fan, S. T.,Lu, W. P.,Song, R. G.,Yang, Y. M.,Ai, J.. 2015

[11]Hypolipidaemic effects of oat flakes and beta-glucans derived from four Chinese naked oat (Avena nuda) cultivars in Wistar-Lewis rats. Zhou, Xianrong,Lin, Weijing,Tong, Litao,Liu, Xingxun,Zhong, Kui,Liu, Liya,Wang, Lili,Zhou, Sumei.

[12]Effects of Cultivar on Phenolic Content and Antioxidant Activity of Naked Oat in China. Tong Li-tao,Liu Li-ya,Zhong Kui,Wang Yan,Guo Li-na,Zhou Su-mei. 2014

[13]'Zhengmei': A new early-ripening table grape. Fan, Xiu-Cai,Li, Min,Zhang, Ying,Jiang, Jian-Fu,Sun, Hai-Sheng,Liu, Chong-Huai.

[14]Geographical Discrimination Of Chinese Winter Wheat Using Volatile Compound Analysis By Hs-Spme/Gc-Ms Coupled With Multivariate Statistical Analysis. Wadood, SA, Guo, BL, Zhang, XW, Raza, A, Wei, YM. 2020

[15]Monitoring Volatile Organic Compounds in Different Pear Cultivars during Storage Using HS-SPME with GC-MS. Guanwei Gao,Xinnan Zhang,Zhen Yan,Yang Cheng,Haifei Li,Guofeng Xu. 2022

[16]Factor analysis and cluster analysis of mineral elements contents in different blueberry cultivars. Lixue Kuang,Zhiqiang Wang,Jianyi Zhang,Haifei Li,Guofeng Xu,Jing Li. 2022

[17]Quantifying the required Zn uptake to achieve grain Zn biofortification of high-yielding wheat on calcareous soils with low available Zn. Wang, Sen,Wang, Zhaohui,Li, Shasha,Diao, Chaopeng,Liu, Lu,Huang, Ning,Huang, Ming,Hui, Xiaoli,Luo, Laichao,He, Gang,Cao, Hanbing. 2021

[18]Optimizing plant type structure to adjust the temporal and spatial distribution of water consumption and promote the growth and yield formation of cotton. Yaru Wang,Jiale Chen,Fengqi Wu,Beifang Yang,Yingchun Han,Lu Feng,Zhanbiao Wang,Xiaofei Li,Yaping Lei,Shiwu Xiong,Guoping Wang,Xiaoyu Zhi,Yabing Li. 2023

[19]In pursuit of a better world: Crop improvement and the CGIAR. Jana Kholová,Milan Oldřich Urban,James Cock,Jairo Arcos,Elizabeth Arnaud,Destan Aytekin,Vania Azevedo,Andrew P. Barnes,Salvatore Ceccarelli,Paul Chavarriaga,Joshua N. Cobb,David Connor,Mark Cooper,Peter Craufurd,Daniel Debouck,Robert Fungo,Stefania Grando,Graeme L. Hammer,Carlos E. Jara,Charlie Messina,Gloria Mosquera,Eileen Nchanji,Eng Hwa Ng,Steven Prager,Sindhujan Sankaran,Michael Selvaraj,François Tardieu,Philip Thornton,Sandra P. Valdes-Gutierrez,Jacob Van Etten,Peter Wenzl,Yunbi Xu. 2021

[20]Quantitative Relationship Between Solar Radiation and Grain Filling Parameters of Maize. Yang, Yunshan,Liu, Guangzhou,Guo, Xiaoxia,Liu, Wanmao,Xue, Jun,Ming, Bo,Xie, Ruizhi,Wang, Keru,Hou, Peng,Li, Shaokun. 2022

作者其他论文 更多>>