Spartina has been transplanted to England and to New Zealand for land reclamation and shoreline stabilization.
大米草已经被移植到英格兰和新西兰进行土地复垦和海岸线加固。
In fact, the Spartina genus is the dominant plant found in salt marshes.
事实上，米草是盐沼中的主要植物。
You can find one type of the Spartina, Saltmarsh Cordgrass, growing in low marsh areas.
你可以在低洼的沼泽地里找到一种米草，即盐碱草。
In higher marsh areas, you are likely to find a Spartina commonly called Salt-meadow Hay.
在较高的沼泽地区，你可能会发现一种通常被称为 Salt-meadow Hay 的米草属植物。
These characteristics make spartina a valuable component of the estuaries where it occurs naturally.
这些特点使自然生长的米草成为河口的宝贵组成部分。
Spartina was transported to Washington State in packing materials for oysters transplanted from the east coast in 1894.
1894年，米草属植物夹杂在移迁牡蛎的包装材料中，从东海岸来到了华盛顿州。
Spartina modifies tidal mudflats, turning them into high marshes inhospitable to the many fish and waterfowl that depend on the mudflats.
米草属植物改造了沿海滩涂，将它们转变成了高海拔沼泽，变得不适合那些依赖滩涂的众多鱼类和水禽生存。
Spartina alterniflora, known as cordgrass, is a deciduous, perennial flowering plant native to the Atlantic coast and the Gulf Coast of the United States.
互花米草，又称绳草，是一种落叶的多年生开花植物，原产于美国的大西洋沿岸和墨西哥湾沿岸。
Spartina has the ability to take up sulfides and convert them to sulfate, a form of sulfur that the plant can use; this ability makes it easier for the grass to colonize marsh environments.
米草类植物有能力吸收硫化物并将其转化为硫酸盐——一种植物可以利用的硫的形式；这种能力使这种草更容易在沼泽环境中生长。
To control and eradicate the exotic and invasive plant Spartina alterniflora is important and necessary for biodiversity conservation management.
控制和根除外来和入侵植物互花米草对生物多样性保护管理来说是重要和必要的。
In Yellow River Delta, the biological and ecological characteristics of an invasive alien species spartina were investigated.
对黄河三角洲外来入侵物种米草的生物学、生态学特性进行了观测和研究。
Based on field measured data and MODIS-NDVI/EVI, the paper explored the seasonal dynamics of NDVI and EVI of Spartina alterniflora on the Jiangsu coast.
该文以江苏沿海互花米草盐沼为例，运用MODIS数据探索沿海带状植被NDVI/EVI的季节变化规律。
However, the density and number of flowering tillers per square meter for Spartina alterniflora were significantly lower than those of Scirpus mariqueter.
海三棱藨草的密度和单位面积结实枝条数显著大于互花米草。
The invasion of Spartina alterniflora had increased rhizospheric soil organic carbon contents and storages of the wetland of indigenous Phragmites australis.
互花米草的入侵增加了芦苇湿地根际土壤碳质量分数和储量；
Acanthus ilicifolius and Spartina alterniflora multiplied rapidly in the chilling injury areas of Sonneratia caseolaris plantation, and they could occupy the mudflats for a long term.
灾后互花米草和老鼠簕迅速繁殖扩散，若不进行人工改造，互花米草和老鼠簕将长期占据海桑林迹地滩涂。
Acanthus ilicifolius and Spartina alterniflora multiplied rapidly in the chilling injury areas of Sonneratia caseolaris plantation, and they could occupy the mudflats for a long term.
灾后互花米草和老鼠簕迅速繁殖扩散，若不进行人工改造，互花米草和老鼠簕将长期占据海桑林迹地滩涂。
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