Study of Allocations of 12 Essential Elements under Simulated Warming and Nitrogen Deposition in a Mongolian Traditional Drug, Agi, Artemisia Frigida Willd

文献类型： 外文期刊

第一作者： Borjigidai, Almaz

作者： Borjigidai, Almaz;Zhuang Li;Xi Yi;Li Ya-wei;Pang Zong-ran;Cui Jian;Borjigidai, Almaz;Zhuang Li;Xi Yi;Li Ya-wei;Pang Zong-ran;Cui Jian;Borjigidai, Almaz;Zhuang Li;Xi Yi;Li Ya-wei;Pang Zong-ran;Cui Jian;Gao Qing-zhu;Gao Qing-zhu;Huang Yong-mei

作者机构：

关键词： Simulated warming;Nitrogen deposition;Essential element;Mongolian medicine;Artemisia frigida Willd;ICP-AES

期刊名称：SPECTROSCOPY AND SPECTRAL ANALYSIS （ 影响因子：0.589； 五年影响因子：0.504 ）

ISSN： 1000-0593

年卷期： 2013 年 33 卷 6 期

页码：

收录情况： SCI

摘要： The UN Intergovernmental Panel on Climate Change (IPCC) pointed out that nitrogen deposition was being increasingly intensified along with climate warming. In this paper, we conducted a multi-factor experiment from 2005 using Artemisia frigida, a Mongolian traditional medicinal plant in Inner Mongolia steppe, to study the effect of simulated warming and nitrogen addition on 12 essential element contents and their allocation in reproductive branches (vegetative branches) by ICP-AES. The four treatments were: CK (ambient), IR (warming), N (nitrogen addition) and IRN (warming plus nitrogen addition). The simulated warming was 2 degrees C, and the total amount of added NH4NO3 was 10 g N . m(-2) . a(-1). In this study, our result showed that warming and nitrogen addition influenced the essential element absorption and distribution. Compared to ambient, there were different variations in 12 essential element contents at warming condition, but the negative effects were more than the positive effects. Nitrogen deposition significantly increased absorption of P and Mn, but no interactive effect of warming, Nitrogen deposition, and different part on all of 12 element contents. In addition, absorption and allocation of N, K, Ca and Mg were significantly different between reproductive branches and vegetative branches (P<0.05).

分类号：

  • 相关文献

[1]Global-scale modelling of potential changes in terrestrial nitrogen cycle from a growing nitrogen deposition. Li, Z. G.,Yang, P.,Wu, W. B.,Lin, L.,Sagisaka, M.. 2012

[2]Response of bacterial community to simulated nitrogen deposition in soils and a unique relationship between plant species and soil bacteria in the Songnen grassland in Northeastern China. Sun, S.,Xing, F.,Zhao, H.,Gao, Y.,Bai, Z.,Zhao, H.,Dong, Y.. 2014

[3]Modeling the effects of nitrogen deposition on carbon budget in two temperate forests. Tao, Bo,Wang, Qiufeng,Yu, Guirui,Zhang, Leiming,Li, Kerang,Gu, Fengxue,Zhang, Yuandong.

[4]Nitrogen deposition and its effect on carbon storage in Chinese forests during 1981-2010. Gu, Fengxue,Guo, Rui,Li, Jie,Zhang, Yuandong,Huang, Mei,Yan, Huimin,Tao, Bo. 2015

[5]A novel soil manganese mechanism drives plant species loss with increased nitrogen deposition in a temperate steppe. Tian, Qiuying,Liu, Nana,Bai, Wenming,Li, Linghao,Lu, Peng,Gao, Yan,Yang, An,Wang, Tianzuo,Li, Xin,Han, Xingguo,Zhang, Wen-Hao,Tian, Qiuying,Zhang, Wen-Hao,Liu, Nana,Chen, Jiquan,Chen, Jiquan,Reich, Peter B.,Reich, Peter B.,Yu, Qiang,Cheng, Weixin,Wang, Zhengwen,Han, Xingguo,Yu, Qiang,Smith, Melinda D.,Knapp, Alan K.,Yu, Qiang,Smith, Melinda D.,Guo, Dali,Cheng, Weixin,Ma, Yibing.

[6]Response of N2O emission to water and nitrogen addition in temperate typical steppe soil in Inner Mongolia, China. Liu, Xinchao,Dong, Yunshe,Qi, Yuchun,Peng, Qin,He, Yating,Sun, Liangjie,Jia, Junqiang,Guo, Shufang,Cao, Congcong,Yan, Zhongqing,Sun, Liangjie,Jia, Junqiang,Guo, Shufang,Cao, Congcong,Yan, Zhongqing,Liu, Xinchao,He, Yating,Liu, Xinchao,Liu, Xinchao,Liu, Xuehua.

[7]The Zonal Characterization of Elemental Concentrations in Brown Rice of Core Collection for Rice Landrace in Yunnan Province by ICP-AES. Zeng Ya-wen,Pu Xiao-ying,Du Juan,Yang Shu-ming,Tai Li-mei,Wang Lu-xiang,Liu Jia-fu,Zeng Ya-wen,Tai Li-mei. 2009

[8]Determination and Correlation Analysis of Trace Elements in Boletus Tomentipes. Liu Hong-gao,Li Tao,Wang Yuan-zhong,Zhang Ji,Zhao Yan-li. 2011

[9]A comparison of Fe, Zn, Cu, Cr, Cd and Pb concentration in serum determined by ICP-AES using different sample preparation procedures. Zhang, XL,Cao, H,Yang, LX,Wang, LX,Duan, YY,Zhang, SK,Yang, XK. 1999

[10]Determination of Trace Elements in Coptis teeta and Soil by ICP-AES. Liu, Guizhou,Cai, Chuantao,Zhang, Ji,Wang, Yuanzhong,Zhao, Yanli,Jin, Hang,Zhang, Xue. 2011

[11]Correlation of Mineral Elements Between Milled and Brown Rice and Soils in Yunnan Studied by ICP-AES. Zeng Ya-wen,Du Juan,Yang Shu-ming,Wang Yu-chen,Sun Zheng-hai,Pu Xiao-ying,Du Wei,Wang Lu-xiang,Li Qi-wan,Zeng Ya-wen,Wang Yu-chen,Sun Zheng-hai. 2009

[12]Content of Nutritional Elements in Sudangrass and Ryegrass Determined by ICP-AES. Li Wen-xi,Lu Jian-wei,Wu Ji,Li Xiao-kun,Seneweera, Saman P.,Wu Ji,Chen Fang,Lu Jun-ming. 2011

[13]Determination of Mineral Elements in Brown Rice of Near-Isogenic Lines Population for Japonica Rice by ICP-AES. Wang Lu-xiang,Li Qi-wan,Zeng Ya-wen,Sun Zheng-hai,Yang Shu-ming,Du Juan,Pu Xiao-ying,Du Wei,Zeng Ya-wen,Xiao Feng-hui,Sun Zheng-hai. 2008

[14]Feature Fusion of ICP-AES, UV-Vis and FT-MIR for Origin Traceability of Boletus edulis Mushrooms in Combination with Chemometrics. Qi, Luming,Wang, Yuanzhong,Qi, Luming,Liu, Honggao,Li, Jieqing,Li, Tao. 2018

[15]Determination and Multivariate Analysis of Mineral Elements in the Medicinal Hoelen Mushroom, Wolfiporia extensa (Agaricomycetes), from China. Sun, Jing,Li, Wanyi,Sun, Jing,Zhang, Ji,Zhao, Yanli,Wang, Yuanzhong,Li, Wanyi.

[16]Multivariate Analysis of Trace Element Contents in Angelica sinensis and Soil. Jin, Hang,Wang, Yuanzhong,Zhao, Zhenling,Yang, Weize,Yang, Meiquan,Zhang, Ji,Zhang, Jinyu,Zhang, Jinyu. 2011

[17]Spectrometric Determination of Trace Elements in Anticancer New Medicine Fagopyrum Dibotrys. Wang Ji-yong,Zeng Yan,Li Jin-tong,Wang Yuan-zhong. 2011

[18]Application of ICP-AES to Detecting Nutrients in Grain of Wheat Core Collection of China. Shi Rong-li,Zou Chun-qin,Rui Yu-kui,Xia Xiao-ping,Zhang Fu-suo,Zhang Xue-yong. 2009

[19]Heavy metal accumulation characteristics and adaptability of different petunia varieties planted on urban green space. Zhang, Wen-Jun,Li, Xiao-Kun,Wu, Ji,Lu, Jian-Wei,Wu, Ji,Chen, Fang.

[20]Determination of Trace Elements in Paris Polyphylla var. Yunnanensis by ICP-AES. Zhang Jin-yu,Wang Yuan-zhong,Jin Hang,Yang Wei-ze,Zhang Jin-yu,Wang Yuan-zhong. 2009

作者其他论文 更多>>

微信小程序