High-resolution Imaging of Swarm Systems through seismological re-processing of earthquakeswarm episodes employing full waveform double-difference methods [HISS]

HISS是一个创新的项目，旨在开发和应用双差分衰减层析成像的新方法，用于波西米亚西北部震群地区。这是波茨坦大学(UPO、塞斯卡、奥恩贝格)、弗莱贝格大学(UF、亚历山德罗夫斯基)、捷克布拉格科学院(CAS、Fischer、Horalek)以及GFZ Potsdsam(Dahm、塞斯卡)的合作伙伴共同努力的成果。博士生Marius Kriegerowski就读于波茨坦大学，但在GFZ、Feiberg和布拉格实现了密集的交流和实习。HISS对ICDP Eger提议的研究问题作出了贡献。HISS的主要目的是通过发展衰减和速度双差分方法，特别是通过发展衰减和速度双差分方法，提高对地壳中段岩浆储集层的发育和形成过程、其动力学和相关地热系统的理解。博士项目头两年的总体目标和科学方法已在最初的提案中详细描述。

HISS is an innovative project to develop and apply new approaches for double difference attenuation tomography to NW Bohemia earthquake swarm regions. It is a multi-group effort from partners at Universities of Potsdam (UPO, Cesca, Ohrnberger), Freiberg (UF, Alexandrowski), Czech Academy of Science Prague (CAS, Fischer, Horalek) and with GFZ Potsdsam (Dahm, Cesca). The PhD candidate, Marius Kriegerowski, is hosted at University Potsdam, but has realized intensive exchange and internships at GFZ, Feiberg and in Prague. HISS is contributing to research questions of the ICDP Eger proposal.The major aims of HISS are to improve the understanding of the processes of development and formation of midcrustal magmatic reservoirs, their dynamics and associated geothermal systems in particular by means of the development of attenuation and velocity double difference methods. The overall aims and the scientific approach have been described in detail in the original proposal for the first 2 years of the PhD project.