本文系统和全面地研究了桂花生物学。
This dissertation studies the biology of Osmanthus fragrans totally and systematically.
开花生物学的观察和分析。
本文为枣开花生物学特性多年观察研究总结。
This artical is the conclusion of observation of flowering characteristics of jujube cultivars for many years.
通辽梅花生物科技有限公司办公楼，门厅，会议室，接待室。
Office building, entrance halls, meeting room and reception room of Tongliao Meihua Bio-Tech Co., Ltd.
报告说，蜜蜂和其他采花生物种群不断减少，这已引起人们对授粉水平的关注。
Reports of declining populations of bees and other flower-visiting creatures have raised concerns about pollination levels.
通过对红花生物礁露头的精细解剖和微相分析，研究了礁的内部构成和成礁模式。
A detailed study of internal architecture and reef-forming model of Honghua reefs has been conducted by outcrop observation and microfacies analysis.
抗虫转基因棉花的培育是近年来棉花生物技术研究的热点，它为棉杜虫害的防治展示了希望。
Breeding of insect resistant cotton with gene engineering is one of the popular field of cotton biotechnology that bring hope for the prevention and control of cotton pests.
在各构件物质分配变异系数中，花生物量分配的变异系数相对较大，说明其调节生殖分配的能力较强；
The variation coefficient of biomass ratio was higher in flower than in other organs, which showed that this weed had high ability to adjusting reproduction allocation.
本文以月月竹为研究对象，开展月月竹开花生物学的研究，对于进一步探讨竹子成花机理具有重要的理论和现实意义。
There are important theoretical and practical significances on carrying out of the research on blossom biology of Ch. sichuanensis and further discussing the bamboo flowering mechanism.
澳大利亚以种类繁多的致命生物而闻名，但花生般大小的伊鲁坎吉水母仍旧是一种很神秘的物种。
Australia is well-known for its myriad deadly creatures, but the peanut-sized Irukandji remains rather mysterious.
地下滴灌水盐运移对棉花生理性状及产量都有较大影响，无论是生物学产量还是经济产量均比膜下滴灌的高。
Subsurface drip irrigation water-salt transport influent cotton biology character and yield, whether biology yield or economy yield is higher than drip under film.
在大田栽培条件下，研究了电子生物处理对花生生育进程及产量的影响。
Under the condition of field cultivar, studied on effects of electron treatment on the development process and yield of peanut.
结果表明：随修枝强度的增大，不同处理间作田相应位置的光照强度增强，花生的产量和生物量也随之增加。
Results showed that the stronger the pruning the bigger light density and yield and biomass of peanut were.
利用改进根箱法对玉米和花生根际生物进行了原位采样和观察。采用载玻片贴片方法直接采集到作物根系分泌物中的生物，并用荧光显微镜进行观察。
The organisms from crop root exudates were collected directly by putting slide onto root surface and observed the organisms on the slide and root surface by fluorescence microscope.
以花生蛋白经体外模拟消化所得的消化物为研究对象，研究酶解花生蛋白对铜生物效价的影响。
Peanut protein was studied in an in vitro digestion system composed of pepsin and trypsin on its effect on the bioavailability of Cu2+.
以花生蛋白经体外模拟消化所得的消化物为研究对象，研究酶解花生蛋白对铜生物效价的影响。
Peanut protein was studied in an in vitro digestion system composed of pepsin and trypsin on its effect on the bioavailability of Cu2+.
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