STRUCTURAL AND TECTONICSStructural

STRUCTURAL AND TECTONICS
Structural features present in the Banjarmasin Sheet are anticlines, synclines, thrusts,
transerverse and normal faults. The fold axes generally trending northeast-southwest
and commonly are parallel with normal fault direction.
Tectonic activity in this area took place since the Jurassic, mixing together the
ultramaphics and metamorphics. During the Early Cretaceous or before, magmatic
activity took place which brought intrusion of granitic and diorite into the ultramaphics
and metamorphics. During the late Early Cretaceous the Alino Group was formed. This
group is partly an olistostrome and partly made up of volcanics of the Pitanak Group.
In early late Cretaceous time tectonic activity took place which resulted in the thrusting
of the metamorphic and ultramaphic rocks over the Alino group. Tectonic activity
happended again in the Paleoene which caused up1 zfl of the Mesozoic rocks, accompanied
by the intrusion ofandesiteporphyty. During the Early Eocene, the Tanjung Formation
was deposited, in a paralic environment. In Oligocene time, the Berai Formation
developed under a transgressional condition and the followed by deposition in Miocene
time of the Warukin Formation under regressional circumstances.
The last tectonic event took place during the Late Miocene as a result the Mesozoic
rocks were uplifted to the surface to form the Meratus High, whereby the tertiary and
pre-tertiary rock formation were intensively folded. Along with that thrust and transverse
fault came into being and followed by normal faulting, the last stage of geological
history of this region was the deposition of the Dahor Formation in Pliocene.

結果 (中文) 1:

结构与构造目前在马辰表的结构特点是背斜、 向斜、 断层、transerverse 和正断层。褶皱轴一般趋势东北-西南和通常是与正断层方向平行。在这一领域的构造活动发生自侏罗纪以来混合在一起ultramaphics 和变质岩。早白垩世期间或之前，岩浆活动发生带来的花岗质侵入和闪长岩成 ultramaphics和变质岩。在后期的早白垩世期间成立了 Alino 小组。这集团部分是水下滑塌构造和部分组成的 Pitanak 组火山岩。在晚白垩世早期的时间构造活动发生了导致逆冲在 Alino 组的变质和 ultramaphic 岩石。构造活动再次造成 up1 贤才的中生代岩石的 Paleoene，同时发生由入侵 ofandesiteporphyty。中新世早期，丹绒形成沉积、 海陆交互相的环境中。渐新世时期，由于形成中新世沉积法制备开发下一个海侵的条件和跟随在回归的情况下 Warukin 形成的时间。最后一个构造事件发生在晚中新世期间作为结果中生代岩石被抬升到表面，形成 Meratus 高，藉以第三纪和前第三系岩形成密集地被折叠。随着那推力和横向故障应运而生然后通过断层、 地质的最后一个阶段的正常这一地区的历史就是 Dahor 形成的上新世沉积。

結果 (中文) 3:

结构和构造
结构特征在马辰片目前是背斜，向斜，推力，
transerverse和正断层。褶皱轴一般向东北-西南
和通常与正断层方向平行。
本区构造活动发生侏罗纪以来，混合在一起的
ultramaphics和变质岩。早白垩世之前或期间，岩浆活动发生了
花岗岩和闪长岩侵入ultramaphics
和变质岩。早白垩世晚期的alino群的形成过程。这
组部分是一个滑塌堆积和部分组成的pitanak组火山岩
。在晚白垩世时期构造活动发生导致在推
的变质和ultramaphic岩石上alino组。构造活动
发生再次引起UP1 ZFL中生代的岩石早第三纪，伴随着
的入侵ofandesiteporphyty。在始新世早期，丹戎形成
沉积，在近海环境。在渐新世时，形成的berai
开发了常规条件下，其次是在中新世
时间回归的情况下warukin形成沉积。
最后一次构造事件发生在晚中新世由于中生代
岩石抬升至地表，形成的Meratus高，其中第三、
前第三系地层进行折叠。随着推力和横向
故障的产生和随后的正断层，这一地区的地质
历史上最后一个阶段是在上新世地层沉积dahor。