1) Chenhu
沉湖地区
1.
The Revelation of Effective Preservation Unit Evaluation to the Marine Hydrocarbon Exploration in Chenhu;
有效保存单元评价对沉湖地区海相油气勘探的启示
2) the Chenhu-Tuditang
沉湖-土地堂地区
3) Chenhu wetland
沉湖湿地
1.
Wuhan Chenhu wetland is situated at the trigonal area between Yangtze river and Hanjiang river, which is the most important wintering district for migratory birds in Hubei provience.
武汉沉湖湿地自然保护区,位于长江与汉江下游之间的三角地带,是汉江平原最具典型特征的湖泊湿地生态系统之一,多种珍稀水禽重要的越冬地,候鸟南北迁徙的重要停歇地。
4) lake deposit,lecustrine deposits
湖沉积<地>
5) Taihu region
太湖地区
1.
Non-point pollutant concentrations for different land uses in Lihe River watershed of Taihu Region;
太湖地区蠡河流域不同用地类型面源污染特征
2.
Health-quality problems of paddy soil in the Taihu region.;
太湖地区水稻土的健康质量问题及调控对策
3.
Sporopollen Record in Chuodun Site in Suzhou, Jiangsu and Palaeoenvironment in Taihu Region;
江苏苏州绰墩遗址孢粉记录与太湖地区的古环境
6) Sanhu region
三湖地区
1.
Based on the geological interpretation of more than ten thousand seismic profiles of 1000 meters in Sanhu region of Qaidam Basin,this paper shows that two strike-slip faults developed in the basin,among which one in the south of the basin and another in the middle of the basin,while the latter one has played an important role in the formation of the structure of the region.
通过对柴达木盆地三湖地区万余剖面千米地震剖面进行地质解释,指出三湖地区发育柴南和柴中两条走滑断层,柴中断层对三湖地区构造形成起主要控制作用。
2.
Previous research has concluded that biogenic gas of the Sanhu region is generated from Quaternary humic source rock.
在以前的研究中柴达木盆地三湖地区生物气一直被认为是完全由第四系腐殖型有机质所生成的。
3.
From analysis of resources distribution types and controlling factors of Quaternary biogas in Sanhu region in Qaidam Basin,three occurrence ways of biogas are pointed out:the low-rate structural traps,the lithologic traps,and the widely distributed water-soluble form.
通过柴达木盆地三湖地区第四系生物气的资源分布类型和控制因素分析,指出生物气具有3种赋存方式:一是聚集在低幅度构造圈闭;二是聚集在岩性圈闭中;三是以水溶性天然气形式广泛分布。
补充资料：太平洋地区标准会议标准(见太平洋地区标准会议)
太平洋地区标准会议标准(见太平洋地区标准会议)
standards of PASC: see Pacific Area Standards Congress; PASC
Ta iPingyang Diqu Bioozhun Hu呼ib沁幻Zhun太平洋地区标准会议标准(s切md田心sofR巧C)见太平洋地区标准会议。
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