1) Sikeshu Sag
四棵树凹陷
1.
Comprehensive Analysis of Hydrocarbon Accumulation in the Southern Margin of Sikeshu Sag in Junggar Basin
准噶尔盆地南缘四棵树凹陷油气成藏综合分析
2.
The dark mudstone of Neogene System in Sikeshu Sag of Junggar Basin is a potential source rock with vitrinite reflectance(Ro)of 0.
准噶尔盆地四棵树凹陷新近系暗色泥岩镜质体反射率Ro为0。
3) Sikeshu River
四棵树河
1.
Runoff volume of Sikeshu River and its influential factors of climate;
四棵树河径流量与气候影响因子分析
2.
Analysis of ice-flood in Sikeshu River basin on the north slope of Xinjiang Tianshan mountain;
新疆天山北坡四棵树河冰洪分析
3.
Changing Characteristics of the Meltwater Runoff in the Sikeshu River and Their Potential Influence to the River Runoff
天山四棵树河冰川径流变化特征及其对河流径流的可能影响
4) Sikeshu Section
四棵树剖面
1.
The Sikeshu Section is located on the south-western margin of the Junggar Basin, Xinjiang, and about 40 km southwest of Wusu city.
在实测四棵树剖面的基础上,详细研究了其孢粉组合特征,建立了5个孢粉组合:1)Cameratitriletes和Zonotriletes-Protopinus-Cycadopites组合,2)Cyatheaceae-Pinaceae-Cycadopites组合,3)Cyatheaceae-Pinaceae-Quadraeculina-Cycadopites组合,4)Cyatheaceae-Quadraeculina-Piceaepollenites组合和5)Cyatheaceae-Clas-sopollis-Pinaceae组合,分别产于上三叠统的小泉沟群、下侏罗统的八道湾组和三工河组、中侏罗统的西山窑组和头屯河组。
5) Lishu depression
梨树凹陷
1.
Five kinds of fault activity model are summedup by recovering the tectonic developing history of Lishu depression and by studying the main controling fault s nature,formation causes,present property as well as evolutive history, through analysing oil and gas accumulation and non-oil and gas accumulation,as well as the relation of fault and petroleum generating, migrating,accumulating.
通过恢复梨树凹陷构造演化历史，对本区控制断陷演化的主要断裂的性质、成因、现今特征、发育历史进行分析，总结出断裂活动的５种模式。
2.
By using the data of seism data, log data, core information, the framework of sequence strata and sedimentary facies in LiShu depression are analyzed and studied deeply, also the advantageous targets are researched and forecasted primarily.
本文综合采用层序地层学、沉积学、地震地层学等最新理论和方法,运用地震、测井、录井、岩心等分析资料,对梨树凹陷地区的层序地层格架、沉积相进行了细致的分析和研究,并对有利区带进行了初步分析和预测。
6) The tree is four feet around.
这棵树周长四尺。
补充资料：一棵树的生态价值
印度加尔各答农业大学德斯教授对一棵树的生态价值进行了计算：一棵50年树龄的树，以累计计算，产生氧气的价值约31200美元；吸收有毒气体、防止大气污染价值约62500美元；增加土壤肥力价值约31200美元；涵养水源价值37500美元；为鸟类及其他动物提供繁衍场所价值31250美元；产生蛋白质价值2500美元。除去花、果实和木材价值，总计创值约196000美元。
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