[1] |
TAN Bamei, PEI Honglin, WANG Luo, XIA Xinglong, HAO Zhenlin, DING Jun, CHANG Yaqing.
The structural and functional characteristics of bacterial community in Apostichopus japonicus culture ponds during freeze-thaw period.
[J]. Chinese Journal of Ecology, 2023, 42(7): 1731-1738.
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[2] |
WANG Song, WANG Yi, SHI Liu, LI Xiaojun, CHEN Zhonglin, HOU Wei, GONG Zongqiang, JIA Chunyun.
Screening of stabilization materials for arsenic and cadmium co-contaminated soil suitable for freeze-thaw process.
[J]. Chinese Journal of Ecology, 2023, 42(3): 599-606.
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[3] |
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Effects of freeze-thaw on soil CO2 flux in different terrestrial ecosystems: A meta-analysis.
[J]. Chinese Journal of Ecology, 2022, 41(10): 1932-1939.
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[4] |
XIN Gui-min, ZHAO Qing-zhu, YIN Hang, LI Long, HE Shu-min, ZHOU Pei-hua, FU Min-jie.
Effects of freeze-thaw process on the emission of two greenhouse gases from different forest soils in Changbai Mountain.
[J]. Chinese Journal of Ecology, 2021, 40(3): 644-653.
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[5] |
ZHANG Yu-lin, YIN Ben-feng, TAO Ye, ZHOU Xiao-bing, ZHANG Yuan-ming.
Effects of freezing and thawing cycle on seed germination of desert ephemeral plants.
[J]. Chinese Journal of Ecology, 2021, 40(2): 301-312.
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[6] |
WANG Yue, SUN Jian-ping, SUN Li-zong, JIA Chun-yun, TAI Pei-dong.
Effects of freeze-thaw cycles on cadmium speciation in soils during stabilization remediation of biochar.
[J]. Chinese Journal of Ecology, 2021, 40(11): 3711-3719.
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[7] |
LIU Li-min, WANG Ting-ting, LI Xiu-fen, XIE Zun-bo, WU Jin-zhou, SONG Li-ning.
Spatiotemporal variations of wind prevention and sand fixation function in the sand-prevention belt in Inner Mongolia in recent 15 years.
[J]. Chinese Journal of Ecology, 2021, 40(11): 3436-3447.
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[8] |
CHANG Zhao-feng, ZHU Shu-juan, ZHANG Jian-hui, ZHAO Peng, DUAN Xiao-feng.
Dynamic stability of sand-accumulation belt along the upwind edge of Minqin Oasis.
[J]. cje, 2020, 39(4): 1300-1308.
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[9] |
ZHU Yuan-jun1, ZHANG Pu-jin3, NIU Ming-li2, GONG De-ming1, ZHAO Li-qing1, QING Hua2*.
Soil enzyme activities of the main plant communities in inter-dune lowland of Mu Us Sandy Land.
[J]. cje, 2016, 35(8): 2014-2021.
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[10] |
REN Le1, MA Xiu-zhi2**, LI Chang-sheng3.
Effects of forest fire on soil property and greenhouse gas flux.
[J]. cje, 2014, 33(2): 502-509.
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[11] |
CHU Jian-min1, WANG Qiong2,3**, FAN Zhi-ping2,3, LI Fa-yun2, SUN Xue-kai3.
Effects of soil moisture condition and freeze-thaw cycle on soil respiration of different land-use types in Horqin Sandy Land.
[J]. cje, 2013, 32(6): 1399-1404.
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[12] |
LIAN Jie1,2**, ZHAO Xue-yong1, WANG Shao-kun1, WANG Xin-yuan1,2, YUE Xiang-fei1,2, HAN Juan-juan1,2, YUN Jian-ying1, HUANG Wen-da1.
Impacts of wind erosion on the distribution patterns of soil organic carbon and total nitrogen in Horqin Sandy Land, China.
[J]. cje, 2013, 32(3): 529-535.
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[13] |
ZHOU Rui-lian**, WANG Yan-jie, ZHU Lu-ying, WANG Ai-lan, ZUO Jing-cheng.
Responses of winter wheat antioxidant enzymes to the rhythmical and non-rhythmical changes of diurnal temperature in winter.
[J]. cje, 2012, 31(08): 1968-1976.
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[14] |
HE Shan-feng1,2; JIANG De-ming1; Alamusa1.
Roles of vegetation in wind erosion control: A research review.
[J]. cje, 2007, 26(05): 743-748 .
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[15] |
MA Yuecun;CHEN Yuanquan;SUI Peng; YIN Chunmei.
Research advances in affecting factors and prevention techniques of soil wind erosion
[J]. cje, 2006, 25(11): 1390-1394 .
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