1) Microecological effects
微生态学效应
3) Ecological effect
生态学效应
1.
A preliminary study on ecological effect of plastic film mulching on upland rice in summer;
旱稻夏季地膜覆盖栽培的生态学效应
2.
They consider that orientation the ecological effect of technology must to analyze the economic and social and political function of technology of capitalist society.
他们认为,定位科学技术的生态学效应应着重分析科学技术在资本主义社会的经济、社会和政治功能及其关系。
3.
niloticus, and its ecological effects are dependent on food resources available in enclosures.
围隔实验和在围隔内进行的其他实验结果表明，台湾红罗非鱼（简称罗非 鱼）对食物的选择性及其生态学效应与食物资源状况有关。
4) Ecological benefit
生态学效应
1.
By measuring diurnal photosynthesis and transpiration,three urban tree species in Northern China of Sophora japonica,Acer mono Maxim and Platanus orientalis were studied so as to appraise theirs alleviative effect on urban heat island and their ecological benefits of carbon dioxide absorbing capacity,oxygen producing,and cooling and humidification.
选择华北地区3种常见的城市绿化树种国槐(Sophora japonica)、元宝枫(Acer mono Maxim)、法桐(Plata-nus orientalis),测定其光合速率及蒸腾强度,据此估算其固碳量、释氧量和降温增湿量,并量化评价3种绿化树种的生态学效应及对城市“热岛效应”的减缓作用,时间尺度为日。
2.
A comparative study on the ecological benefits of four different vertical plants in Chengdu was made.
对爬山虎(Parthenocissustrcuspidata)、木香(RosabanksiaeAit)、油麻藤(Mucunasempervirens)、紫藤(WistariasinensisSweet)四种垂直绿化植物测定叶面积指数、呼吸与光和速率及蒸腾强度等指标,计算释氧固氮和吸热降温量,量化评价了四种垂直绿化植物的生态学效应。
5) Ecology effect
生态学效应
1.
Accordingly,the studies on the morphological and biological characteristics,growth rhythm,physiological characteristics,ecology effect,chemical compos.
油蒿Arternisia ordosica是我国特有的优良固沙半灌木植物,对北方干旱区的沙地生境具有很强的适应性,在促进植物群落演替、保护荒漠区生态环境和改善荒漠环境条件中发挥着极其重要的作用,同时又是重要的沙区灌木饲料植物,因此对油蒿的形态特征、生物学特性、生长发育规律、生理特性、生态学效应、化学成分组成和综合利用的研究进展进行了综述,以便加深对油蒿的进一步认识,为荒漠区植物资源的开发与利用提供理论依据。
6) ecological effects
生态学效应
1.
Biological productivity front in the Changjiang Estuary and the Hangzhou Bay and its ecological effects;
长江口和杭州湾海域生物生产力锋面及其生态学效应
2.
Witnessing the conflicts between the exploitation/use of water resources and the sustainable utilization of living resources, the National Natural Science Foundation of China (NSFC) has proposed a major program related to the long\|term ecological effects of large dams on the important living resources after peer review and argumentation.
针对我国水资源紧张与生物资源可持续利用的矛盾 ,通过生命科学部六处、工程材料学部五处和地球科学部四处共同组织多学科专家反复论证、生命学部专家咨询组评议及国家自然科学基金委委务会审议 ,最终启动了“大型水利工程对重要生物资源长期生态学效应研究”这一重大项目。
3.
This paper briefly introduced the study background and important progress of NSFC major program (30490230)"Long-term ecological effects of the large-scale hydraulic projects on important living resources".
文章简要介绍了"大型水利工程对长江流域重要生物资源长期生态学效应"基金重大研究项目的立项背景及取得的重要研究进展。
补充资料：昆虫个体生态学(见昆虫生态学)
昆虫个体生态学(见昆虫生态学)
昆虫个体生态学见昆虫生态学
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