时间：2015年9月地点：北京·天伦王朝大酒店傅申1936年出生,1948年随父母迁居台湾,毕业于台湾师范大学美术系。1965年进入台北故宫博物院书画处。1968年到美国,入普林斯顿大学艺术考古研究所,攻读中国艺术史专业,获硕士及博士学位...时间：2015年9月地点：北京·天伦王朝大酒店傅申1936年出生,1948年随父母迁居台湾,毕业于台湾师范大学美术系。1965年进入台北故宫博物院书画处。1968年到美国,入普林斯顿大学艺术考古研究所,攻读中国艺术史专业,获硕士及博士学位。1975年任教于耶鲁大学。1979年出任美国国立佛利尔美术馆中国艺术部主任,1994年任台湾大学艺研所教授。主要研究领域是中国古代美术史及鉴别研究,在中国书法、绘画史以及书画鉴定方面有很深的造诣。著有《Studies in Connoisseurship》《海外书迹研究》《张大千的世界》《书法鉴定·兼怀素自序帖临床研究》等。展开更多
Abstract In the research, five test groups were set, including urea at O, 120, 240, 360 and 480 kg/hm^2, respectively, and analysis was conducted on mulberry leaf yield and some characters of the quality in order to e...Abstract In the research, five test groups were set, including urea at O, 120, 240, 360 and 480 kg/hm^2, respectively, and analysis was conducted on mulberry leaf yield and some characters of the quality in order to establish utility functions of ap-plied N in mulberry gardens with different production purposes and to provide schemes of rational N fertilization. The results indicated that yield of mulberry leaf and content and yield of active nutritional substances in the leaves would be reduced either by insufficient or excessive N quantity. In addition, 240 kg/hm^2 of applied N significantly improved active nutritional substances in leaf and 360 kg/hm^2 of applied N significantly improved yields of mulberry leaf and active nutritional sub-stances. Therefore, utility functions of applied N quantity with leaf yield, DNJ content and yield were established accordingly. The optimal N quantity in mulberry gardens for sericulture is recommended 360 kg/hm^2 and the optimal N quantities in mulberry gardens for increase of yield and content of DNJ are 299.56 and 294.72 kg/hm^2, respectively.展开更多
文摘时间：2015年9月地点：北京·天伦王朝大酒店傅申1936年出生,1948年随父母迁居台湾,毕业于台湾师范大学美术系。1965年进入台北故宫博物院书画处。1968年到美国,入普林斯顿大学艺术考古研究所,攻读中国艺术史专业,获硕士及博士学位。1975年任教于耶鲁大学。1979年出任美国国立佛利尔美术馆中国艺术部主任,1994年任台湾大学艺研所教授。主要研究领域是中国古代美术史及鉴别研究,在中国书法、绘画史以及书画鉴定方面有很深的造诣。著有《Studies in Connoisseurship》《海外书迹研究》《张大千的世界》《书法鉴定·兼怀素自序帖临床研究》等。
基金Supported by Special Fund of Modern Agricultural Industry Technology System(No.CARS-22)Special Fund of Major Industry Technology of Sichuan Economic and Trade Commission(No.2008NC00365)+1 种基金Excellent Paper Fund of Sichuan Academy of Agricultural Sciences(No.2011JYGC-LWJJ-07)Special Fund of Sichuan Financial Genetic Engineering(No.2011JYGC-QNJJ-021)~~
文摘Abstract In the research, five test groups were set, including urea at O, 120, 240, 360 and 480 kg/hm^2, respectively, and analysis was conducted on mulberry leaf yield and some characters of the quality in order to establish utility functions of ap-plied N in mulberry gardens with different production purposes and to provide schemes of rational N fertilization. The results indicated that yield of mulberry leaf and content and yield of active nutritional substances in the leaves would be reduced either by insufficient or excessive N quantity. In addition, 240 kg/hm^2 of applied N significantly improved active nutritional substances in leaf and 360 kg/hm^2 of applied N significantly improved yields of mulberry leaf and active nutritional sub-stances. Therefore, utility functions of applied N quantity with leaf yield, DNJ content and yield were established accordingly. The optimal N quantity in mulberry gardens for sericulture is recommended 360 kg/hm^2 and the optimal N quantities in mulberry gardens for increase of yield and content of DNJ are 299.56 and 294.72 kg/hm^2, respectively.
