1.
Effects of Temperature,Light Intensity and pH on Photosynthesis of Egeria densa
温度、光照和pH对阿根廷蜈蚣草光合作用的影响
2.
The Study on the Treatment of Arsenic-containing Wastewater by Pteris Vittata L.-based Constructed Wetland;
蜈蚣草人工湿地处理含砷废水的研究
3.
Studies on Accumulation of Arsenic and Lead in Pteris Vittata L. and Pteris Multifida Poir. in As-Pb Complex Stress;
井栏边草和蜈蚣草对As-Pb胁迫的富集作用
4.
The Research in Plant Density and Pyrolysis Decomposition of Peteris Vittata L.;
蜈蚣草的种植密度及其收获物的焚烧处理研究
5.
Post Remediation Treatment of Assenic Hyperaccumulator Plant Pteris Vittata L. and the Resourceful Utilization;
砷超富集植物蜈蚣草产后处置及其资源化研究
6.
The Study on Some Nutrition Characteristics and As-accumulating Mechanism of Pteris Vittata L.;
蜈蚣草的某些营养特性及富砷机理研究
7.
the vast grassy plains of northern Argentina.
阿根廷北部的一个大草原。
8.
Rafael Acosta: The pampas are in Argentina, monsignor.
拉菲尔?阿科斯塔：彭巴斯草原在阿根廷，阁下。
9.
Genotypic Difference in Arsenic-Accumulating Ability and Their Reaction to Environmental Factors in Pteris Vittata;
蜈蚣草富集砷能力的基因型差异及其对环境因子的反应
10.
Transformation of Petris Vittata L. Phytochelatins Synthases Gene, PvPCS1 in Arabidopsis Thaliana;
将蜈蚣草植物螯合肽合成酶基因（PvPCS1）转入拟南芥中的研究
11.
The Soil Arsenic Pollution Status Quo in North Guangdong and Investigation on Uptaked Characteristic of As(Ⅲ) by Pteris.vittata.L.;
粤北某市砷污染土壤现状调查及蜈蚣草对As(Ⅲ)吸收特性的研究
12.
The Analysis of Microbial Population in the Rhizosphere and Potassium and Calcium during the Prossess of As-accumulation by Pteris Vittata;
蜈蚣草富集砷过程中的土壤微生物变化与钾、钙分析
13.
The Difference in Capacity of As Accumulation Among Populations of Pteris Vittata L. and Related Physiological Characteristics;
不同蜈蚣草种群（Pteris Vittata L.）砷富集能力及其生理机制研究
14.
Effect of Arsenic and Phosphorus on Pteris Vittata and the Manganese Accumulation Characteristic of Callipteris Esculenta (Retz.) J.Sm;
磷和砷对蜈蚣草的效应和菜蕨对锰的富集特性研究
15.
Characterizations of Phytase and Response of Antioxidative System in Pteris Vittata L. under Arsenic Stressed Conditions;
蜈蚣草植酸酶特性和抗氧化系统对砷胁迫的响应研究
16.
Effects mowing height of seashore paspalum on Kyllinga brervifolia control with CaoPingNing 71#
海滨雀稗修剪高度对草坪宁71号防除光鳞水蜈蚣的效果
17.
Effects of External Ca~(2+) on the Biomass and Mercury Accumulation in Pteris vittata L. under Mercury Stress
汞胁迫下外源Ca~(2+)对蜈蚣草生物量和汞累积的影响
18.
huge herbivorous dinosaur of Cretaceous found in Argentina.
白垩纪生活在阿根廷的巨大的食草恐龙。