1) root network
根系网
1.
Plant roots can improve the soil anti-erosion by strengthening the soil anti-scouribility,soil penetrability,soil anti-shear strength and soil fixation ability of root network between hydrological effect and mechanical effect.
在水文效应和机械效应两个方面,植物根系通过增强土壤的抗冲性、渗透能力、抗剪强度以及根系网的固土功能提高土壤的抗侵蚀能力。
2) root systems/spin out
根系/根灵
3) root
[英][ru:t] [美][rut]
根系
1.
Effects of enhanced UV-B radiation on the growth of aerial parts and root of maize;
紫外辐射增强对玉米地上部分与根系生长的影响比较
2.
Effects of Different Nitrogen Treatments on Root Architecture of Malus hupehensis Rehd.;
不同施氮处理对平邑甜茶根系构型的影响
3.
Effects of waterlogging on root respiration intensity and respiratory enzyme activities of sweet cherry;
淹水对甜樱桃根系呼吸强度和呼吸酶活性的影响
4) roots
[英][ru:t] [美][rut]
根系
1.
The effects of crop on N_2O emission from loess soil: roots and N_2O emission from soil;
作物对黄土性土壤氧化亚氮排放的影响——根系与土壤氧化亚氮排放
2.
Effect of roots of sugar beet,maize and soybean on the amount of soil microbe;
甜菜、玉米和大豆根系对土壤微生物数量的影响
3.
Responses of Anti-oxidative Enzymes in Pistacia chinensis Roots to Drought Stress;
黄连木根系抗氧化酶系对干旱胁迫的响应
5) root system
根系
1.
Effects of the root system of Agrostis stolonifera on the decontamination of municipal domestic wastewater;
匍匐翦股颖草坪根系对城市生活污水的净化效应
2.
Studies on root system biomass of the plants in several kinds of wetland.;
几种湿地植物根系生物量研究
3.
Preliminary study on the relationship between seasonal dynamics of microfauna in the root system of water hyacinth and their effects on the purification of waterbody;
凤眼莲根系微型动物群落的季节动态与净化效能的关系初探
6) plant roots
根系
1.
From the crown to the plant roots of the plants,they reduce the flows and its amouring the soil,improve the soil infiltration of the flows,reduce the sediment transport on the slope,as a result,the water and soil losses also became smaller.
植被从林冠至根系在不同层面上减缓径流对土壤的冲刷 ,并改善土壤入渗 ,减少坡面泥沙的输移 ,使水土流失量减少。
2.
To assess the effectiveness of plant roots on elements transport of loess soil during the heavy rainstorm,a field study was carried out on nutrients transport in the forest(Pinus tabulaeformis) soil as affected by pine roots and farmland soil with no roots as the cont.
本文用原状土柱淋滤实验装置及大型挖掘剖面壁法,定量分析了特大暴雨下不同深度土层油松林根系影响土壤元素的稳定输出通量的剖面特征,旨在探索黄土区林木根系对土壤养分生物有效性的提高途径。
3.
Different plant roots may have potential impacts on nutritious elements movement in soil profiles.
不同植物群落根系对土壤元素迁移具有显著影响,不同基因型植物细根的特殊剖面分布特征,是其适应和改善土壤养分物理化学逆境的生理生态学基础。
补充资料：城域网(见计算机网络)
城域网(见计算机网络)
metropolitan area network, MAN
ehengyuwQng城域网(metropolitan area netwo次，MAN)分布范围可覆盖几个街区到整个城市的计算机网络。见计算机网络。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条