数字农科院2.0

Preliminary report on conservation tillage in dryland in Yellow River Basin

文献类型： 外文期刊

作者： Li Lijun;Liu Jinghui;Ren Tianzhi;Zhu Jianguo;Chen Peiyi;Su Shunhe

作者机构：

关键词： no-tillage;conventional tillage;dryland;Yellow River Basin

期刊名称： PRINCIPLES AND PRACTICES OF DESERTIFICATION CONTROL, VOL I

ISSN：

年卷期： 2007 年

页码：

收录情况： SCI

摘要： Soil erosion is a major problem in the Yellow River Basin. Conservation agriculture which features reduced or zero tillage, mulch retention, crop rotations and cover crops, offers a possible solution. In this experiment, no-tillage and conventional tillage were compared in the Yellow River basin of Inner Mongolia. The results showed that: (1) In 0 - 5, 5 - 10, 10 - 15 and 15 - 20 cm soil layers, the soil temperature under conventional tillage was lower than that of no-tillage in maize, millet, glutinous millet and oat fields; In 0 - 10 and 10 - 20 cm soil layers, the soil water content of conventional tillage was higher than that of no-tillage. (2) For maize and glutinous millet, the soil organic matter content of no-tillage was higher than that of conventional tillage. For millet and oat, the soil organic matter content of no-tillage was lower than that of conventional tillage. For millet and oat, the soil total N content of no-tillage was higher than that of conventional tillage. For glutinous millet and maize, the soil total N content of no-tillage was lower than that of conventional tillage. For all crops, the soil contents of total P, dissolved N and readily available P of no-tillage were higher than those of conventional tillage. (3) The trial showed a yield decrease because no-tillage method was applied in the first year and no mulching. The maximum yield decrease (16.7%) was for glutinous millet, while the minimum (8.1%) was for maize. The yield decrease of millet and oat was 14.7% and 10. 4%, respectively.

分类号：

  • 相关文献

[1]Soil nitrogen and its fractions between long-term conventional and no-tillage systems with straw retention in dryland farming in northern China. Zhang, Hengheng,Zhang, Yanqing,Yan, Changrong,Liu, Enke,Chen, Baoqing,Zhang, Hengheng,Zhang, Yanqing,Yan, Changrong,Liu, Enke,Chen, Baoqing.

[2]Long-term effects of no-tillage management practice on soil organic carbon and its fractions in the northern China. Liu, Enke,Teclemariam, Saba Ghirmai,Yan, Changrong,Liu, Shuang,He, Wenqing,Liu, Qin,Liu, Enke,Teclemariam, Saba Ghirmai,Yan, Changrong,Liu, Shuang,He, Wenqing,Liu, Qin,Yu, Jianmin,Gu, Runsheng. 2014

[3]Declines in soil carbon storage under no tillage can be alleviated in the long run. Andong Cai,Tianfu Han,Tianjing Ren,Jonathan Sanderman,Yichao Rui,Bin Wang,Pete Smith,Minggang Xu,Yu'e Li. 2022

[4]Soil wind erosion, nutrients, and crop yield response to conservation tillage in North China: A field study in a semi-arid and wind erosion region after 9 years. Fahui Jiang,Xinwei Xue,Liyan Zhang,Yanyan Zuo,Hao Zhang,Wei Zheng,Limei Bian,Lingling Hu,Chunlei Hao,Jianghong Du,Yanhua Ci,Ruibao Cheng,Ciren Dawa,Mithun Biswas,Mahbub Ul Islam,Fansheng Meng,Xinhua Peng. 2024

[5]Influence of simulated rainfall on physical properties of a conventionally tilled loess soil. Schiettecatte, W,Jin, K,Yao, YQ,Cornelis, WM,Lu, JJ,Wu, HJ,Verbist, K,Cai, DX,Gabriels, D,Hartmann, R. 2005

[6]Changes of soil enzyme activities under different tillage practices in the Chinese Loess Plateau. Jin, K.,Cai, D. X.,Jin, J. Y.,Jin, K.,Sleutel, S.,Buchan, D.,De Neve, S.,Gabriels, D.. 2009

[7]Redistribution and loss of soil organic carbon by overland flow under various soil management practices on the Chinese Loess Plateau. Jin, K.,Wu, H. J.,Cai, D. X.,Jin, J. Y.,Jin, K.,Wu, H. J.,Cai, D. X.,Jin, J. Y.,Jin, K.,Cornelis, W. M.,Schiette, W.,Buysse, T.,Baert, G.,De Neve, S.,Hartmann, R.,Gabriels, D.,Lu, J. J.,Yao, Y..

[8]Assessment of tillage practices in ameliorating salt-affected arable lands: A meta-analysis. Jianyu Tao,Xiaoyuan Liu,Zhongbin Zhang,Xinhua Peng. 2025

[9]Quantitative distinction of the relative actions of climate change and human activities on vegetation evolution in the Yellow River Basin of China during 1981-2019. Liu Yifeng,Guo Bing,Lu Miao,Zang Wenqian,Yu Tao,Chen Donghua. 2022

[10]Orychophragmus violaceus/cotton relay intercropping with reduced N application maintains or improves crop productivity and soil carbon and nitrogen fractions. Zhang Z.,Wang J.,Xiong S.,Huang W.,Li X.,Xin M.,Han Y.,Wang G.,Feng L.,Lei Y.,Yang B.,Li Y.,Wang Z.. 2023

[11]Spatio-Temporal Distribution Characteristics and Driving Factors of Main Grain Crop Water Productivity in the Yellow River Basin. Yan Zhang,Feiyu Wang,Zhenjie Du,Ming Dou,Zhijie Liang,Yun Gao,Ping Li. 2023

[12]Evaluation of Agricultural Water Resources Allocation Efficiency and Its Influencing Factors in the Yellow River Basin. Yan Zhang,Chao Gao,Chengjian Liu,Ping Li,Xinchi Chen,Zhijie Liang. 2023

[13]Evaluating water-energy-food system of Yellow River basin based on type-2 fuzzy sets and Pressure-State-Response model. Donglin Gu,Jiahang Guo,Yurui Fan,Qiting Zuo,Lei Yu. 2022

[14]Impact of climate change on wheat yield and quality in the Yellow River Basin under RCP8.5 during 2020–2050. Xiao Xu Long,Hui Ju,Jian Dong Wang,Shi Hong Gong,Guang Yong Li. 2022

[15]Effect of landscape pattern on river water quality under different regional delineation methods: A case study of Northwest Section of the Yellow River in China. Wei Pei,Qiuliang Lei,Ying Zhao,Qiyu Xu,Xinzhong Du,Jiafa Luo,Miaoying An,Hua Ma,Bingqian Fan,Weiwen Qiu,Hongbin Liu. 2023

[16]The Assessment of the Spatiotemporal Characteristics of Net Water Erosion and Its Driving Factors in the Yellow River Basin. Zuotang Yin,Yanlei Zuo,Xiaotong Xu,Jun Chang,Miao Lu,Wei Liu. 2024

[17]Cotton production in the Yellow River Basin of China: reforming cropping systems for ecological, economic stability and sustainable production. Su, Yuexia,Wei, Xuewen,Wang, Zhanbiao,Gao, Lei,Zhang, Zhenggui. 2025

[18]Risk Assessment and Source Apportionment of Heavy Metals in Agricultural Soil Across Yinchuan, China. Yiming Liu,Tianzi Yin,Rongguang Shi,Yan Li,Jianjun Ma,Hong Li,Ke Yang,Shiyuan Ding,Xiaodong Li. 2025

[19]Crop residue, manure and fertilizer in dryland maize under reduced tillage in northern China: I grain yields and nutrient use efficiencies. Wang, Xiaobin,Cai, Dianxiong,Hoogmoed, Willem B.,Perdok, Udo D.,Oenema, Oene. 2007

[20]Dryland maize yields and water use efficiency in response to tillage/crop stubble and nutrient management practices in China. Wang, Xiaobin,Dai, Kuai,Zhang, Dingchen,Zhang, Xiaoming,Wang, Yan,Zhao, Quansheng,Cai, Dianxiong,Wang, Xiaobin,Dai, Kuai,Zhang, Dingchen,Zhang, Xiaoming,Wang, Yan,Zhao, Quansheng,Cai, Dianxiong,Cai, Dianxiong,Hoogmoed, W. B.,Oenema, O.. 2011

作者其他论文 更多>>