2) organism reclamation
生物复垦
1.
In order to improve the environment of mining area, the authors put forward the following methods of organism reclamation to ameliorate the soil according to specific conditions of Jiaozuo mining area: (1) acid_alkali neutralization method, (2) green manure method, (3) chemical fertilizer a.
为了改善矿区环境 ,针对焦作矿区的特殊情况 ,笔者提出以下几种生物复垦措施对复垦地土壤进行改良 :酸碱中和法、绿肥法、施用化肥和农家肥、微生物法。
3) plant reclamation
植物复垦
1.
Remediation of strongly acidic mine soils contaminated by multiple metals by plant reclamation with Jatropha curcas L. and addition of limestone
矿山强酸性多金属污染土壤修复及麻疯树植物复垦条件研究
4) microbe restoration
微生物复垦
1.
By analysing mainly the present situation of microbe restoration technology research in China and overseas,the authors forecasted the prospect of application of arbuscular mycorrhizas in ecological restoration of areas affected by mining in China.
在总结分析国内外微生物复垦技术研究现状的基础上,对丛枝菌根应用于矿区复垦的前景进行了展望。
2.
By analysing mainly the present situation of microbe restoration technology researchin China and overseas,a pot experiment was carried out on the effects of arbuscularmycorrhizal(AM)fungi used oral tailing and soil reclaimed as base.
在总结分析国内外微生物复垦技术研究现状的基础上,以迁安马兰庄铁矿的尾矿和复垦土壤为基质,将菌根真菌接种于基质中,进行了室内盆栽试验研究。
3.
The WebGIS-based microbe restoration monitoring and evaluation system is a B/S structural system,which is based on J2EE,and adopts MapXtreme Java as map server,and integrates Struts,Spring and Hibernate technologies.
基于J2EE技术,采用MapXtreme Java作为WebGIS发布平台,并集成Struts、Spring、Hibernate技术,构建了B/S结构的微生物复垦监测与评价系统。
5) biological technology of reclamation
复垦生物技术
6) reclamation
[英][,reklə'meiʃən] [美][,rɛklə'meʃən]
复垦
1.
Comparison of Several Reclamation Modes for Land Discarded by Iron Mines around Anshan;
鞍山市周边铁矿废弃地几种复垦模式的比较
2.
Ecological Effect of Reclamation and Afforestation in Coal Refuse Pile;
浅谈煤矸石山复垦绿化的生态效应
3.
Classification of Mines to Be Reclaimed in Sichuan and Research on Countermeasures for Their Reclamation;
四川省待复垦矿山分类及复垦对策研究
补充资料:废石场复垦
废石场复垦
rehabilitation for waste rock dumps
feishiehang fuken废石场复垦(rehabilitation for waste roekdumPs)将废石场恢复到可供利用状态的土地复垦技术。地下矿掘进过程中掘出的废石量远比露天矿的剥离土岩量为少,所占的堆置场地较小,但年长月久占地将逐渐扩大,对环境的污染也将日益严重,为此复垦也应及早进行。 利用废石是废石场复垦的一种最有效途径。在运输条件方便的地区,可加工成建筑万料或筑路碎石。在采用充填法的矿山,废石是一种很好的回填料,从而减少地表堆置的废石量。在地下矿区出现地表塌陷时,可将废石堆置在塌陷区,并经长期的腐殖质化,使废石逐步熟化,及时种植草木,以恢复原来的地貌。如果地形条件许可,在自然环境规划下,用废石筑坝,形成人工水库,既可用于灌溉、小型发电,还可开辟为风景区。如矿山位于农田地带,为了减少占用的耕地,废石场宜向高处发展和拓宽,最终将形成废石山。复垦作业可在边坡已固定一侧进行,并逐渐扩大。根据废石的性质和要种植植物的种类,决定在复垦坡面上是否要覆土。种植的主要目的是稳固坡面和减少扬尘的产生。如矿山位于山林地带,废石场一般选在井口附近的山谷处。废石可单台阶堆置。复垦作业可随最终台阶工作面的推进而前移。在废石量小,不至于影响山区环境的地区,可撒草子任其自然成长。经一定时间后,进行树木种植以恢复山区本来面貌。在场地面积较大时,应进行平整和覆土作业,然后根据土质情况和自然条件种植适宜的树木。 (洪迅法)
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