山东国土资源
山東國土資源
산동국토자원
LAND AND RESOURCES IN SHANGDONG PROVINCE
2013年
10期
15-18,22
,共5页
宋鹏%王丰翔%李英杰%张红晨%贺秋利%于灵艳
宋鵬%王豐翔%李英傑%張紅晨%賀鞦利%于靈豔
송붕%왕봉상%리영걸%장홍신%하추리%우령염
基本层序%复理石建造%沉积环境%寿山沟组%迪彦庙地区%内蒙古
基本層序%複理石建造%沉積環境%壽山溝組%迪彥廟地區%內矇古
기본층서%복리석건조%침적배경%수산구조%적언묘지구%내몽고
Basic sequences%flysch construction%sedimentary environment%Shoushangou group%Diyanmi-ao area%Inner Mongolia
内蒙迪彦庙地区早二叠世寿山沟组地层发育良好,岩性相对稳定,变质、变形程度较低,是研究区范围内早二叠世地层层序研究的理想地区。该课题逐层实测了寿山沟组剖面,从剖面的岩性地层入手,着重分析了迪彦庙地区早二叠世的岩性组合特征、基本层序、沉积旋回特征;同时根据古生物化石类型和组合,推断该区域形成的地质时代和沉积环境。研究表明:寿山沟组剖面厚度为9598.98 m,根据岩性和粒度的大小,可分3个岩段:一段为滨浅海浅海陆棚沉积;二段、三段为一套浊流沉积岩系,发育特征性浊流沉积构造,为典型的复理石建造。
內矇迪彥廟地區早二疊世壽山溝組地層髮育良好,巖性相對穩定,變質、變形程度較低,是研究區範圍內早二疊世地層層序研究的理想地區。該課題逐層實測瞭壽山溝組剖麵,從剖麵的巖性地層入手,著重分析瞭迪彥廟地區早二疊世的巖性組閤特徵、基本層序、沉積鏇迴特徵;同時根據古生物化石類型和組閤,推斷該區域形成的地質時代和沉積環境。研究錶明:壽山溝組剖麵厚度為9598.98 m,根據巖性和粒度的大小,可分3箇巖段:一段為濱淺海淺海陸棚沉積;二段、三段為一套濁流沉積巖繫,髮育特徵性濁流沉積構造,為典型的複理石建造。
내몽적언묘지구조이첩세수산구조지층발육량호,암성상대은정,변질、변형정도교저,시연구구범위내조이첩세지층층서연구적이상지구。해과제축층실측료수산구조부면,종부면적암성지층입수,착중분석료적언묘지구조이첩세적암성조합특정、기본층서、침적선회특정;동시근거고생물화석류형화조합,추단해구역형성적지질시대화침적배경。연구표명:수산구조부면후도위9598.98 m,근거암성화립도적대소,가분3개암단:일단위빈천해천해륙붕침적;이단、삼단위일투탁류침적암계,발육특정성탁류침적구조,위전형적복리석건조。
ShouShangou group strata of Lower Permian developed well in Diyanmiao area with relatively stable lithology,metamorphism,and relatively lowdeformation degree.It is the ideal region for studying stratigraphic sequences of lower series of Permian system.Sections in Shoushangou group have been meas-ured layer by layer.Starting from profiles of lithologic and stratigraphic profiles,ithologic characteris-tics,basic sequences,sedimentary cycle characteristics of lower series of lower Permian in Diyanmiao area have been analyzed.Meanwhile,according to the fossil types and combinations,geological age and sedi-mentary environment of the region have been conducted.It is showed that thickness of the profile of Shoushangou group is 9598.98m.According to lithology and particle sizes,it can be divided into three rock:the first section is shallow coastal sedimentary rocks;the second section and third section are a set of turbidite series,and developed characteristic turbidite sedimentary structure.It is a typical flysch construc-tion.