作物栽培模式與逆境生理案例分析 楊麗 周勳波 9787511677044 【台灣高等教育出版社】

內容簡介
本案例庫系統地介紹了作物栽培模式與逆境生理機制，主要包括作物栽培模式與高產栽培生理、作物逆境生理與生長發育調控，系統總結作者近20年來有關玉米、小麥、大豆高產栽培生理方面的實踐案例與理論分析。本案例庫圖文並茂、案例豐富，緊跟國際現代農業發展的最新研究動態，涵蓋了作物單作/間作/複種等多種栽培模式，作物種內競爭與水分脅迫等逆境生理的理論研究。旨在使學生通過本案例庫的學習，全面掌握作物栽培模式與逆境生理的基本理論和方法，為從事作物生產、科研和教學工作奠定堅實的基礎。本案例庫可作為高等院校作物學專業、農藝與種業專業領域研究生的課程參考資料。案例庫彙編意在交流互鑒，共同提高。希望此舉對促進我國研究生教育研究工作，起到積極作用。

目錄
上篇
Photosynthetic performance and yield of intercropped maize and soybean are directly opposite under different intercropping ratios and maize planting densities interactions
Y. R. Gu， R. G. Ibitoye， J. J. He， F. Gao， X. B. Zhou
Effect of planting methods and tillage practices on soil health and maize productivity
P. J. Gao， H. Abbas， F. Q. Li， G. R. Tang， J. Z. Lv， X. B. Zhou
Double-double row planting mode at deficit irrigation regime increases winter wheat yield and water use efficiency in North China Plain
X. B. Zhou， G. Y. Wang， L. Yang and H. Y. Wu
Effects of precision planting patterns and irrigation on winter wheat yields and water productivity
X. M. Mao， W. W. Zhong， X. Y. Wang and X. B. Zhou
Planting pattern and pre-sowing soil moisture effect on yield of soybean
J. Q. Liu and X. B. Zhou
Radiation use efficiency and yield response of winter wheat to planting patterns and irrigation in Northern China
Y. Y. Han， G. Y. Wang， X. B. Zhou， Y. H. Chen， and P. Liu
Effects of row spacing on soil water and water consumption of winter wheat under irrigated and rainfed conditions
X. B. Zhou， Y. H. Chen， Z. H. Ouyang
Row spacing and irrigation effects on water consumption of winter wheat in Tai'an， China
X. B. Zhou， Q. Q. Li， S. Z. Yu， W. Wu and Y. H. Chen
種植方式與施氮量對小麥光合特性及產量的影響
毛祥敏，鍾雯雯，王興亞，周勛波
前茬冬小麥栽培措施對后茬夏玉米光合特性及產量的影響
張震，鍾雯雯，王興亞，陳雨海，周勛波
下篇
Exogenous glycinebetaine regulates the contrasting responses in leaf physiochemical attributes and growth of maize under drought and flooding stresses
G. Y. Wang， S. Ahmad， B. W. Wang， L. B. Shi， Y. Wang， CH. Q. Shi and X. B. Zhou
Multivariate analysis compares and evaluates drought and flooding tolerances of maize germplasm
G. Y. Wang， S. Ahmad， Y. Wang， B. W. Wang， J. H. Huang， M. Shah Jahan， X. B. Zhou and C. Q. Shi
Effect of population horizontal structure and water condition on physiological characteristic and evapotranspiration of winter wheat
X. B. Zhou， L. Yang， L. B. Shi and Y. Y. Yong
Synergistic effects of irrigation and nitrogen fertilization on maize photosynthetic performance and yield of rainfed systems in drought-prone environments
Y. Huang， F. Gao， R. Y. Khan， S. Ali， X. B. Zhou
Effects of straw and nitrogenous fertilizer「本資訊為台灣高等教育出版社所有，請前往本社賣場訂購，商用複製必究。」s on the soil aggregate stability and quality in subtropical regions of China
J. Y. Yang， Shahbaz Atta Tung， J. T. Xu， Y. Q. Pan， L. Yang， X. B. Zhou
Responses of soil quality and enzyme activities to straw incorporation combined with nitrogen fertilization
L. Yang， I. Muhammad， Y. X. Chi， Y. Wang， F. J. Zhou and X. B. Zhou
Irrigation combines with nitrogen application to optimize soil carbon and nitrogen， increase maize yield， and nitrogen use efficiency
W. L. Zhen， Y. W. Gui， Kashif Khan， Y. Li， X. C. Yu， W. Yong， X. B. Zhou
Interactive effect of water and nitrogen fertilization improve chlorophyll fluorescence and yield of maize
Fei GaoData curation， Gui Yang WangFormal analysis， Writing-original draft， Ihsan Muhammad Writing-review & editing， Shahbaz Atta Tung Methodology， Xun Bo Zhou Resources， Supervision
Supplementary irrigation and varying nitrogen fertilizer rate mediate grain yield， soil-maize nitrogen accumulation and metabolism
Y. H. Muhammad Zeeshan， G. Y. Wang， Y. Q. Pan， Y. X. Liu， X. B. Zhou
Stover return and nitrogen application affected soil organic carbon and nitrogen in a double-season maize field
Y. X. Liu， Y. Q. Pan， L. Yang， S. Ahmad and X. B. Zhou

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