周振江
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周振江,男,1987年出生。研究员,博士生导师。浙江大学“百人计划”引进人才。现任职于浙江大学生物系统工程与食品科学学院。主要从事精准农业研究,具体方向是农田尺度的作物生长信息快速无损获取,作物精准灌溉施肥制度设计,气候变化条件下的作物水肥优化调控。自2015年来,在European Journal of Agronomy,Agricultural and Forest Meteorology,Computers and Electronics in Agriculture等国际权威期刊发表SCI论文12篇。以第一作者发表SCI论文9篇,其中7篇发表在本领域顶级期刊上。自2012年来,先后在丹麦,瑞典学习和工作6年,其中多次前往法国,英国,德国,意大利,葡萄牙等国家进行学术交流。国外工作期间,主持2项科研项目,总经费近200万瑞典克朗。此外,参与多项科研项目。讲授瑞典农业大学的研究生课程。工作经历2018-至今,浙江大学,研究员,博士生导师2017-2018,瑞典农业大学,博士后2016.06-2016.12,奥胡斯大学,博士后教育经历2015.08-2015.11,哥本哈根大学,植物水分生理,Guest博士2012-2016,奥胡斯大学,精准农业专业,博士2009-2012,西北农林科技大学,农业水土工程专业,硕士2005-2009,西南大学,水文水资源工程专业,学士教学与课程讲授本科生课程《作物生长与优化管理》(筹划中)讲授研究生课程《生物系统工程分析》《作物生长感知与水肥精准管理》(筹划中)科研项目主持浙江大学“百人计划”科研基金(2018-2024年)200万主持瑞典RJN科研项目E_FAST(Estimation of Forage yield and quAlity at high latitudes using Spectral Techniques)51万主持瑞典农业大学博士后基金120万参与欧盟项目(Flexible and Precise Irrigation Platform to Improve Farm Scale Water Productivity)总经费600万欧元招生信息本课题组招聘与招生信息如下,热烈欢迎有志于中国及世界农业发展的青年人才加盟!博士后招聘招聘对象具有国内外知名高校的博士学位,具有农业工程背景,发表过高水平SCI论文。个人待遇及职业前景提供具有竞争力的薪酬待遇可租住学校提供的条件优越的博士后公寓进站连续从事博士后研究工作3年及以上的博士后研究人员,可申报浙江大学高级专业技术职务鼓励和支持博士后研究人员出国(境)参加高水平国际学术交流除上述待遇外,课题组将视受聘人员工作业绩另发奖励博士及硕士研究生招生招生对象具有农业工程背景个人待遇提供具有竞争力的奖励补助鼓励和支持研究生参加高水平学术会议联系方式请感兴趣的申请者邮件咨询,邮件中请提供个人简历。学术报告与国际交流Zhou,Z*.,Parsons,D.,2018.Estimation of legume-grass swards quality with mixed remote sensing methods in Northern Sweden.Grassland Science in Europe.Cork,Ireland.Zhenjiang,Zhou*;Andersen,Mathias Neumann;Plauborg,Finn.2016.Simulation of potato dry matter production under split-N fertigation and sandy soil conditions.Conference:International Crop Modelling Symposium,Berlin.Zhou,Z*.,Andersen,M.N.,Plauborg,F.,Edlefsen,O.,2015.Response of potato to drip and gun irrigation systems.Agricultural Engineering International:CIGR,Beijing.Zhenjiang,Zhou*;Andersen,Mathias Neumann;Plauborg,Finn.2014.Effects of fertilisation and irrigation on yield and nitrogen use efficiency of potatoes.The nitrogen challenge:building a blueprint for nitrogen use efficiency and food security:Proceeding of the 18th Nitrogen Workshop.Lisbon,PortugalLiu,Caixia;Zhenjiang,Zhou;Liu,Fulai;Rubæk,Gitte Holton;Andersen,Mathias Neumann.2014.Phosphorus and nitrogen uptake of potato under water saving irrigation regimes.Poster session presented at 5th Phosphorus in Soils and Plants Symposium PSP5,Montpellier,Frankrig.Plauborg,Finn;Manevski,Kiril;Zhenjiang,Zhou;Andersen,Mathias Neumann.2014.Usefulness of Models in Precision Nutrient Management.Abstract from ASA,CSSA and SSSA Annual Meeting,Long Beach,California,USA.近几年国内外学术会议口头汇报2019年10月23,于中国杨凌2019’Yangling International Agri-Science Forum——Smart Agriculture会议中作“Fusion of Space-Air-Ground-based Sensing and Precesion Management for Infield Information”的报告。2018年6月18,于爱尔兰科克European Grassland Federation Conference国际会议中作“Production and botanical composition of leys in a long-term cropping system experiment in Northern Sweden”报告。目前已与多家国内国际学术机构建立合作。国内:中国农业大学,西北农林科技大学,中国科学院等机构国际:与丹麦奥胡斯大学,瑞典农业大学,法国农科院等国际知名学术机构。研究领域
作物生长信息遥感遥感技术在作物精准灌溉施肥上的应用气候变化下的田间作物灌水施肥优化设计多光谱和高光谱在作物生长信息获取上的应用""近期论文
1.Zhou,Z*.,Plauborg,F.,Parsons,D.,Andersen,M.N.,2018.Potato canopy growth,yield and soil water dynamics under different irrigation systems.Agricultural Water Management,202,9-18.2.Zhou,Z*.,Jablounb,M.,Plauborg,F.,Andersen,M.N.,2018.Using ground-based spectral reflectance sensors and photography to estimate shoot N concentration and dry matter of potato.Computers and Electronics in Agriculture,144,pp.154-163.3.Zhou,Z*.,Plauborg,F.,Liu,F.,Kristensen,K.,and Andersen,M.N.,2018.Yield and crop growth of table potato affected by different split-N fertigation regimes in sandy soil.European Journal of Agronomy 92,41-50.4.Zhou,Z*.,Plauborg,F.,Thomsen,A.G.and Andersen,M.N.,2017.A RVI/LAI-reference curve to detect N stress and guide N fertigation using combined information from spectral reflectance and leaf area measurements in potato.European Journal of Agronomy,87,pp.1-7.5.Zhou,Z*.,Plauborg,F.,Kristensen,K.and Andersen,M.N.,2017.Dry matter production,radiation interception and radiation use efficiency of potato in response to temperature and nitrogen application regimes.Agricultural and Forest Meteorology,232,pp.595-605.6.Zhou,Z*.,Andersen,M.N.and Plauborg,F.,2016.Radiation interception and radiation use efficiency of potato affected by different N fertigation and irrigation regimes.European Journal of Agronomy,81,pp.129-137.7.Zhou,Z*.,Andersen,M.N.,Plauborg,F.,Edlefsen,O.,2015.Response of potato to drip and gun irrigation systems.Agricultural Engineering International:CIGR Journal 17,1-9.8.Zhou,Z*.,Parsons,D.,2018.Estimation of legume-grass swards quality with mixed remote sensing methods in Northern Sweden.Grassland Science in Europe.Cork,Ireland.9.Razzaghi,F.,Zhou,Z.,Andersen,M.N.,&Plauborg,F.,2017.Simulation of potato yield in temperate condition by the AquaCrop model.Agricultural Water Management,191,113-123.10.Chen,S.,Zhou,Z.J.,Andersen,M.N.,Hu,T.T.,2015.Tomato yield and water use efficiency-coupling effects between growth stage specific soil water deficits.Acta Agric.Scand.Sect.B-Soil Plant Sci.65,460-469.11.Parsons,D.,Palmborg,C.,Zhou,Z.,2018.Production and botanical composition of leys in a long-term cropping system experiment in Northern Sweden.Grassland Science in Europe.Cork,Ireland.标签: 浙江大学 生物系统工程与食品科学学院
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