共找到3條詞條名為王成傑的結果 展開
- 中國農業大學教授
- 貴州產業投資(集團)有限責任公司原總經理
- 湖北英山籍烈士
王成傑
中國農業大學教授
王成傑工作於內蒙古農業大學生態環境學院,引進人才,兼任中國草學會草地資源與利用專業委員會副理事長,“草地資源可持續利用”教育部、內蒙古自治區以及內蒙古農業大學創新團隊主要成員、內蒙古自治區“草原英才”工程培育人才、草地資源教育部重點實驗室主要成員,先後獲得內蒙古農業大學動物科學專業學士學位;中國農業大學草業科學專業碩士、博士學位;德國基爾大學動物營養專業博士學位。
《草地學》、《放牧管理學》、《草業系統工程學》、《專業英語》。
主要從事氣候變化、草原生態和放牧家畜管理的研究工作。
2、教育部科學技術研究項目“混合放牧對荒漠草原植物地下碳分配的影響(213006A)”2013-2015;
3、國家科技支撐計劃項目“內蒙古溫性草原牧區“生產生態生活”優化保障技術集成與示範(2012BAD13B00)”子課題。2012-2016;
4、國家自然科學基金項目“內蒙古荒漠草原家庭牧場溫室氣體通量調控機制研究(31160109)”,2012-2015;
6、內蒙古自治區傑出青年基金項目“不同放牧體制對內蒙古荒漠草原生態系統溫室氣體通量的影響(2011JQ04)”2011-2013
7、內蒙古自治區高新技術國際合作交流項目“區域性有機農業技術集成與示範(20100903)”,2011-2012;
8、國家自然科學基金項目“不同放牧率對內蒙古短花針茅草地生態系統溫室氣體通量的影響(30960072)”,2010-2012;
10、農業部公益性科研專項課題“內蒙古典型草原草地承載力與家畜配置(200903060)”,2009-2013;
1、Chengjie Wang, Guodong Han, Shiping Wang, Xiajie Zhai, Joel Brown,Kris M. Havstad, Xiuzhi Ma, Andreas Wilkes, Mengli Zhao, Shiming Tang, PeiZhou, Yuanyuan Jiang, Tingting Lu, Zhongwu Wang & Zhiguo Li. Soundmanagement may sequester methane in grazed rangeland ecosystems. Nature-ScientificReports. 2014, 4 : 4444 | DOI: 10.1038/srep04444
2、Shiming Tang,Chengjie Wang, Andreas Wilkes, Pei Zhou, YuanyuanJiang, Guodong Han, Mengli Zhao, Ding Huang, and Philipp Schönbach.Contribution of Grazing to Soil-atmosphere CH4 Exchange during the Growing Seasonin a Continental Steppe. Atmospheric Environment.2013, 67: 170-176
3、Chengjie Wang, Zhu Yu. Acceleration of alfalfadrying in the field by chemical application at harvest. Proceedings of the4th Japan-China-Korea Grassland Conference2012(ISTP), 194-195.
4、CHENGJIE WANG, SHIMING TANG, ANDREAS WILKES, YUANYUAN JIANG andGUODONG HAN.Influence of stocking rates on soil-atmosphere methaneexchange during spring freeze-thaw cycles in a northern desert steppe, China.PLoS one.2012,7(5)1-7 e36794.
5、M.Y. Zhang, D. Huang, K. Wang, Y.J. Zhang,C.J. Wang, R.C. Wang,Y.L. You. Grassland gap effects on Elymus dahuricus Turcz. seedling emergence,survival and growth. Journal of Arid Environments.2012, 77: 11-16.
6、Yuanyuan Jiang, Shiming Tang,Chengjie Wang, Pei Zhou, MarioTenuta, Guodong Han and Ding Huang. Contribution of urine and dung patches fromgrazing sheep to methane and carbon dioxide fluxes in an Inner Mongolian desertgrassland. Asian-Australasian Journal of Animal Science.2012, 25:207-212.
7、Chengjie WANG, Shiping WANG, He ZHOU, Zhiqiang Li and Guodong HAN.Influences of grassland degradation on forage availability by sheep in theInner Mongolia steppe of China. Animal Science Journal.2011, 82:537-542.
8、RuiZhong Zhang, Ding Huang, Kun Wang, YingJun Zhang andChengJie Wang.Effect ofmowing and grazing on ramet emergence of Leymus racemosus in the Inner Mongoliasteppe during the spring regreening period. African Journal of Biotechnology.2011,10: 2216-2222.
9、C. J. Wang,S. P. Wang , H. Zhou. Influences of flavomycin, ropadiar andsaponin on nutrient digestibility, rumen fermentation, and methane emissionfrom sheep. Animal Feed Science and Technology.2009, 148: 157-166.
10、C. J.Wang,B. M.Tas, T. Glindemann, K. Mueller, A. Schiborra, P. Schoenbach, M. Gierus, F.Taube and A. Susenbeth.Rotational and continuous grazing of sheep in the InnerMongolian steppe of China. Journal of Animal Physiology and Animal Nutrition.2009, 93: 245-252.
11、C.J.Wang, B.M.Tas, T. Glindemann, G. Rave , L. Schmidt, F. Weißbach, A. Susenbeth.Fecal crude proteincontent as an estimate for the digestibility of forage in grazing sheep. AnimalFeed Science and Technology.2009, 149: 199-208.
12、C.J. Wang,B. M. Tas, T. Glindemann, K. Mueller, A. Schiborra, P. Schoenbach, M. Gierus,F. Taube and A. Susenbeth. Rotational and continuous grazing of sheep in theInner Mongolian steppe of China. 2008 IGC-IRC Multifunctional Grasslands and ina Changing World (ISTP).2008.Ⅱ:136.
13、C. J.Wang, S. P.Wang, H. Zhou, T. Glindemann.Effects of forage composition and growing season on methaneemission from sheep in the Inner Mongolia steppe of China. Ecological Research.2007, 22: 41-48.
14、Wang,C.J., Tas,B.M., Glindemann, T., Rave, G., Schmidt, L., Weißbach, F., Susenbeth, A.Estimating forage digestibility from faecal crude protein concentration ingrazing sheep.Energy and Protein Metabolism and Nutrition (ISTP).2007, 124:633-634.
被SCI、ISTP和國際會議收錄相關文章目錄
1、Xiuzhi Ma, Per Ambus, Shiping Wang, Yanfen Wang, Chengjie Wang. Primingof Soil Carbon Decomposition in Two Inner Mongolia Grassland Soils followingSheep Dung Addition: A Study Using 13C Natural Abundance Approach. PLoS one.2013, 8(11)1-7 e78578
2、Jun Hao, Uta Dickhoefer, Lijun Lin, Katrin Müller, ThomasGlindemann,Philipp Schönbach, Anne Schiborra, Chengjie Wang and AndreasSusenbeth.Effectsof rotational and continuous grazing on herbage quality, feed intake andperformance of sheep on a semi-arid grassland steppe. Archives of AnimalNutrition. 2013, 67: 62–76.
3、Lijun Lin, Uta Dickhoefer, Katrin Müller,Chengjie Wang, ThomasGlindemann, Jun Hao, Hongwei Wan, Philipp Schönbach, Martin Gierus, FriedhelmTaube, Andreas Susenbeth. Growth of sheep as affected by grazing system andgrazing intensity in the steppe of Inner Mongolia, China. Livestock Science).2012, 144: 140-147.
4、Müller, K., Lin, L. Wang, C., Glindemann,T., Schiborra, A., Schönbach, P., Wan, H., Dickhöfer, U. and A. Susenbeth(2012): Effect of continuous v. daytime grazing on feed intake and growth ofsheep grazing in a semi-arid grassland steppe. Animal. The InternationalJournal of Animal Biosciences. 2012. 526-534.
5、Anne Schiborra, Martin Gierus, Hongwei Wan, Thomas Glindemann,ChengjieWang, Andreas Susenbeth and Friedhelm Taube. Dietary selection of sheepgrazing the semi-arid grasslands of Inner Mongolia, China at different grazingintensities. Journal of Animal Physiology and Animal Nutrition.2010.94(4): 446-454.
6、P. Schonbach, H. Wan, A. Schiborra, M. Gierus, Y. Bai, K. Müller,T. Glindemann.C. Wang, A. Susenbeth, and F. Taube. Short-termmanagement and stocking rate effects of grazing sheep on herbage quality andproductivity of Inner Mongolia steppe. Crop & Pasture Science.2009, 60(10): 963-974.
7、T. Glindemann,C. J. Wang, B.M. Tas, A. Susenbeth.Impact ofgrazing intensity on herbage intake, composition, and digestibility and on liveweight gain of sheep on the Inner Mongolian steppe. Livestock Science.2009, 124:142-147.
8、T.Glindemann, B.M. Tas,C. J. Wang, S. Alvers, A. Susenbeth.Evaluation of titaniumdioxide as an inert marker for estimating fecal excretion in grazing sheep.Animal Feed Science and Technology.2009, 152: 168-197.
9、J. G.Han, Y. J. Zhang,C. J. Wang, W. M. Bai, Y. R. Wang, G. D. Han, and L.H. Li. Grassland degradation and restoration management in China. The RangelandJournal.2008, 30: 233-239.
10、KatrinMüller, L. Lin,C. J. Wang, T. Glindemann, Anne Schiborra, P. Schönbach,H. Wan, B.M. Tas, M. Gierus, F. Taube and A. Susenbeth.Impact of grazingintensity on feed intake, herbage mass, and animal productivity in the steppeof Inner Mongolia, China.Proc. Soc. Nutr. Physiol. (ISTP).2008, 17.
11、K.Müller, L. Lin, T. Glindemann,C. J. Wang, A. Schiborra, P. Schönbach,H. W. Wan, B.M. Tas, M. Gierus, F. Taube, A. Susenbeth.Impact of grazingintensity on feed intake, herbage mass, and animal productivity in the steppeof Inner Mongolia, China. 2008 IGC-IRC Multifunctional Grasslands and in aChanging World (ISTP).2008,Ⅰ: 463.
12、AnneSchiborra, T. Glindemann, M. Gierus,C. J. Wang, A. Susenbeth and F.Taube.Comparisonof in vivo and in vitro determined organic matter digestibility in a grazingexperiment conducted in the nature grassland of Inner Mongolia. Proc. Soc.Nutr. Physiol. (ISTP).2007, 16.
13、T.Glindemann,C. J. Wang, B.M. Tas, A. Susenbeth. Influence of grazingintensity on herbage mass, digestibility, feed intake, and live weight gain ofsheep on the Inner Mongolia steppe.Proc. Soc. Nutr.Physiol. (ISTP).2007,16.
14、T.Glindemann,C. J. Wang,A. Susenbeth. Influence of grazing intensity ondigestibility of organic matter ingested by sheep on the Inner Mongolia steppe.Proc. Soc. Nutr. Physiol. (ISTP).2006, 151.
第一作者相關文章目錄
6.烏依勒斯,烏魯木山布仁巴依爾,謝靜,敖特根,王成傑(通訊作者).不同放牧強度對家畜生產性能與牧草干物質體外消化率的影響。畜牧與飼料科學. 2013, 1: 4-6.
9.阿拉木斯,敖特根,王成傑(通訊作者),海蘭,薩仁高娃。克氏針茅草原種群特徵對放牧強度的響應。中國草地學報, 2012, 5: 35-39.
13.薩仁高娃,敖特根,韓國棟,王成傑(通訊作者),烏力吉。不同放牧強度下典型草原植物群落數量特徵和家畜生產性能的比較研究。內蒙古草業, 2010, 4:47-50.
14.王成傑,玉柱。乾草防腐劑種類及其應用效果研究進展。草原與草坪, 2009, 2: 77-81.
15.烏日娜,衛智軍,王成傑(通訊作者).放牧家畜研究進展。草業與畜牧. 2009, 12: 6-9.
19.王成傑,周禾,汪詩平。高水分打捆貯藏對苜蓿乾草營養價值和組成的影響。草業科學, 2005, 22: 14-17.
20.王成傑,周禾,玉柱。苜蓿乾草調製過程中群體特徵對粗蛋白質含量的通徑分析。草業學報, 2005, 14: 78-81.
21.王成傑,周禾,汪詩平。苜蓿乾草添加劑研究進展。中國畜牧雜誌, 2005, 41: 41-43.
22.王成傑,周禾汪詩平。北京苜蓿種植區乾草調製時期氣候適宜性研究。草地學報, 2004, 12: 281-384.
協作研究相關文章目錄
1.恩克奧恩,敖特根,王成傑,諾日布仁青,布和。天然植物性飼料添加劑對羔羊體重的影響。內蒙古草業. 2012, 24(2): 28-30.
2.楊陽,韓國棟,李元恆,陳志芳,王成傑。內蒙古不同草原類型土壤呼吸對放牧強度及水熱因子的響應。草業學報. 2012, 21: 8-14.
3.馬秀枝,李長生,陳高娃,巴彥查干,王成傑。校園內行道樹不同樹種降溫增濕效應研究內蒙古農業大學學報. 2011, 1: 125-130.
5.烏日娜,王成傑,衛智軍。不同放牧強度和時期以及不同放牧制度下蒙古羊牧食行為研究。內蒙古草業, 2009, 3: 45-48.
6.BAIChunsheng, YU Zhu,WANG Chengjie. Effects of Different Additives on theFermentation Quality of Alfalfa Silage. Chinese Journal of Animal Nutrition (動物營養學報).2009, 21:755-762.
1.《氣候變化與草原生態》楊保軍,王成傑主編,內蒙古人民出版社, 2015.
3.《草業大辭典》任繼周主編,本人蔘編,中國農業出版社, 2008.
1、獲教育部2014年度高等學校科學研究科技進步一等獎(第二完成人):北方草原合理利用技術體系創建與應用
2、指導的碩士研究生薑圓圓論文獲得2014年內蒙古自治區優秀碩士學位論文:“放牧綿羊排泄物養分降解及其對溫室氣體排放的貢獻”
4、指導的碩士研究生唐士明獲得2012年度國家獎學金
6、指導的碩士研究生薑圓圓獲得2011年度內蒙古農業大學國際友誼一等獎學金
7、2011年度獲批內蒙古“草原英才”(個人)(內蒙古黨委組織部)
8、2011獲內蒙古自治區“全區優秀科技特派員”稱號(內蒙古黨委組織部等)