1.
Impacts of Biological Hedgerow of Vetiver on Surface Runoff and Nitrogen Loss in Vegetable Field under Natural Rainfall
自然降雨条件下香根草生物篱对菜地土壤地表径流和氮流失的影响
2.
Biotransformation of Thymol by Hairy Roots of Transgenic Polygonum multiflorum
转基因何首乌毛状根生物转化麝香草酚(英文)
3.
Ecological Effects of Forage Maize Hedgerow on Abrupt Slope Land
陡坡地饲草玉米生物篱的生态效益研究
4.
Phjysiological and Biochemical Mechanisms of Vetiveria Zizannoides Tolerance to Pb and Construction of Trans-AtCBF3 Gene System
香根草忍耐铅污染的生理生化机理及香根草转AtCBF3基因体系的构建
5.
genus of perennial North American herbs with aromatic usually cormous roots.
北美一个多年生草本属，根常球形，芳香。
6.
Study on sustainable development model of ecological agriculture under contour hedgerow in small watershed
植物篱模式下小流域退耕还草生态农业可持续发展模式研究
7.
Effects of Perennial Alfalfa and Hedgerow System on the Adjustment and Control of Soil Erosion in the Granite Sloping Fields
生草覆盖和植物篱措施对红壤坡地土壤侵蚀调控效应研究
8.
The root of this plant, used as a flavoring in candy, liqueurs, tobacco, and medicines.
甘草根这种植物的根，在糖果、烈性酒、烟草或药品中用作芳香剂
9.
Study on Photosynthetic Ecophysiological Characteristics of Wild Vetiver in Western Guangdong;
粤西野生香根草光合生理生态特性研究
10.
Study on microbe group of Stylosanthes guianensis root and rhizosphere in Mao Village of Guilin
柱花草根系与根际微生物类群的研究
11.
Diurnal change of photosynthetic characteristics of native Vetiveria zizanioides in Western Guangdong.
粤西乡土香根草光合生理生态特征日动态分析
12.
Study on Reproductive Ecology and Photosynthesis Characteristic of Two Ecotype Vetiveria Zizanioides;
两种生态型香根草繁殖生态学及光合特性研究
13.
Study on Screening for Excellent Ecotypes and Physiological Characteristics of Stress-resistance on Vetiver Grass;
香根草优良生态型筛选与抗逆生理的研究
14.
rhizomatous herb of India having aromatic seeds used as seasoning.
印度的根茎草本植物，芳香的种子用作调料。
15.
Effects of Cutting on Early-stage Plant Community Characteristics of Slope Land Protected by Vetiveria zizanioides(L.) Nash
刈割对香根草护坡地植物群落早期特征的影响
16.
Effects of slope aspect on plant community characteristics of Vetiveria zizanioides slope-protection land.
坡向对香根草护坡地植物群落特征的影响
17.
Biotransformation of Isoeugenol to Vanillin by Microorganisms;
微生物法转化异丁香酚生成香草醛的研究
18.
Microbial Transformation of Ferulic Acid to Vanillin;
微生物转化阿魏酸生成香草醛的研究