结草
- most sincere thanks and gratitude
-
[repay fovars received even after one's death] 受人大恩,死后也要报答
-
臣生当陨首,死当结草。--李密《陈情表》
-
救了魏颗一命。夜里魏颗梦见老人对自己说:“我是你嫁出去的那个女人的父亲,结草绊倒杜回,是为了报答你对我女儿的救民之恩。”
During the night , Wei Ke had a dream , and in his dream an old man said to him , " I am the father of the concubine that you saved by letting her to marry again . I made knots to trip down Du Hui because I wanted to reciprocate1 your kindness of saving my daughter . "
-
市场上的很多营养补充品都是从日本结草中提取白藜芦醇,而结草是一种既丰富又便宜的白藜芦醇来源。
Many of the supplements on the market extract it from the Japanese knotweed plant , which is a plentiful and inexpensive source .
-
P(SAG12)-ipt基因导入延缓中华结楼草衰老研究
Study on Senescence Retarding Through P_ ( SAG12 ) - ipt Introduction into Zoysia Sinica Hance
-
继代培养基中添加一定浓度的甘露醇、麦芽糖和ABA以及延长继代时间有助于愈伤组织的胚性化。基本培养基MS更适于结缕草初生愈伤组织致密胚性化。
Subculturing onto a medium supplemented with mannitol , maltose , or ABA and with prolonged subculture time promoted embryogenic callus induction .
-
上海结缕草JD-1和结缕草属几个主要坪用草种的ISSR指纹分析
ISSR Fingerprinting Analysis of Shanghai Zoysia DJ-1 and Several Main Species of Lawn Using Zoysia
-
利用SEM技术证实预处理能够明显破坏木质纤维素的三维结构,提高离子液体对纤维素的提取能力;而碱性的增强能够提高离子液体对结缕草中纤维素的溶解效率。
It was confirmed that pretreatment could significantly undermine the three-dimensional structure of lignocellulose to improve the extraction capacity of ionic liquids by SEM ; as alkaline enhanced , the efficiency of ionic liquids for cellulose dissolution from Zoysia japonica was improved .
-
土壤中有机质、速效N、总N、总P分别比对照增加16%、78%、61和140%,结缕草生物量比对照区高1倍。
The contents of organic matter , available N , total N , and total P were higher than those under control by 16 % , 78 % , 61 % , and 140 % , respectively . The biomass of Zoysia japonica was increased two times a-gainst the control .
-
AG-4仅在山东烟台、威海的草地早熟禾和结缕草上发现。
AG-4 was isolated from Zoysia japonica and Poa pratensis , only in Yantai city and Weihai city , Shandong province .
-
结缕草种子预处理反应与耐藏性的探讨
Approach of the pretreatment and preservation resistance of Zoysia japonica seed
-
4遮阴、低温是限制中华结缕草推广应用的主要逆境因子。
Shadow and low-temperature are the major stress factors for Zoysia .
-
中华结缕草成熟胚的离体培养再生植株
Plant Regeneration from Mature Embryo of Zoysia sinica in vitro
-
中华结缕草节间组织培养及无性系建立的研究
Tissue Culture and Construction of Clones of Zoysia sinica Hance
-
沟叶结缕草草坪杂草化学防治研究
Studies on Chemical Control of Weeds Grown in Manilagrass Turf
-
对天然结缕草草地放牧利用的初步研究
A Preliminary Study on the Natural Zoysia Japonica Pasture Grazing
-
延长结缕草草坪绿期的研究
The Study of Prolonging Green Stage of Zoysia Japonica
-
结缕草愈伤组织诱导及植株再生
Embryogenic Callus Induction and Plant Regeneration of Zoysia japonica
-
克隆植物结缕草在两种环境中的生长发育特征
Growth and Development of the Clonal Plant Zoysia japonica in Two Environmental Conditions
-
结缕草的生长行为表现出很强的可塑性和觅养特性。
The growth behavior of Zoysia japonica showed strong plasticity and foraging trait .
-
结缕草克隆植株的生长明显受到环境条件的影响。
Environmental conditions had obvious impacts on the growth of Zoysia japonica clones .
-
杂交结缕草在青岛地区的引种栽培试验
Cultivation and Introduction on Hybrid Strain of Zoysia japonica & Z.tenuifolia in Qingdao
-
结缕草主要居群营养器官比较解剖学研究
Study on Comparative Anatomy of Vegetative Organs of Main Populations of Zoysia japonica
-
粪斑对结缕草放牧草地根系层土壤氮素的影响
Impacts of dung pats on nitrogen in root-layer soils of Zoysia japonica pasture
-
日本结缕草转基因技术研究进展
Progress in the application of transgenic technology on Zoysia japonica Impression on Japan
-
结缕草种子(颖果)解除休眠前后的颖显微结构
Glume Microstructure of Zoysia japonica Seeds ( Caryopsis ) Before and After Breaking Dormancy
-
结缕草草坪冬季追播多年生黑麦草的效果研究
A Study of Winter-overseeding on Zoysia sp. Turf
-
氮肥对结缕草种子生产影响的研究
A Study on the Effect of Nitrogen Fertilizer on Seed Yield of Zoysia Japonica
-
施肥对杂交结缕草成坪期草坪质量综合评价
Comprehensive Evaluation of the Effect of Fertilizer Application on Hybrid Zoysia Quality during Turf Stage
-
细叶结缕草锈病的研究
A study on rust of Zoysia tenuifolia
-
1建立了一套高效的中华结缕草再生体系。
The results as follows : 1 . An efficient regenerating system of Zoysia was established .
-
辽东半岛不同生境天然结缕草种群冬眠构件的结构
Structure of dormancy modules of Zoysia japonica populations in different habitats in Liaodong peninsula , China