Marine geophysical investigation of Post-Permian to recent structural evolution of the western Baltic Sea

我们建议调查后三叠纪到最近的构造演化的东北部中欧盆地系统和过渡到波罗的海盾在波罗的海西部。应用的方法包括海洋地球物理调查，如反射地震和位场测量。连同现有的数据，整个基尔湾都可以测量。该项目侧重于第三纪和白垩纪层序内构造线性体的几何形状和活动，特别强调它们与古生代构造的关系，如Ringkfbing-Fyn High和Trans-European Fault。我们进一步旨在分析古生代线性构造的重新激活的成因过程与最近的沉积、全新世和冰川期等过程之间的相互作用。所有结果都将与为SPP发布的工业和科学陆上地震和钻孔数据相关联并进行比较。海洋数据促进了其他工作组汇编的陆上数据集，并将作为同质21/2-D数据用于以后的动态建模。通过绘制最近的构造活动图，我们将为以后的管道、电线或桥梁的风险评估奠定基础。

We propose to investigate the Post-Triassic to Recent structural evolution of the north-eastern Central European Basin-System and the transition towards the Baltic Shield in the western Baltic sea. The applied methods include marine geophysical investigations as reflection seismics and potential field measurements. Together with the present data the entire Bay of Kiel can be surveyed. The project focuses on the geometry and activity of tectonic lineaments within the Tertiary and Cretaceous sequences with special emphasis on their relationship to Paleozoic structures like the Ringkfbing-Fyn High and the Trans-European Fault. We further aim at the analysis of the interplay between the causative processes of the reactivation of Paleozoic lineaments and recent processes like sedimentation, holocinesis and glaciation periods. All results will be linked to and compared with industrial and scientific onshore seismic and borehole data, which have been released for the SPP. The marine data foster onshore data sets compiled by other working groups and will serve as homogenous 21/2-D data for later dynamic modeling. by mapping recent tectonic activity we will establish a basis for later risk assessment for pipelines, wires, or bridges.