Collaborative Research: Modeling Sediment Delivery and Related Stratigraphy in a Tidal Dominated Delta: Fly River Papua, New Guinea

Fagherazzi摘要本研究将把潮汐水道的地貌模型整合为三维地层模型，并将以飞河三角洲为例建立和测试该模型，然后使用该模型来填补目前对飞河从源到汇扩散系统的认识空白。这项工作将开发计算工具，用于为INSTAAR SedFlux模型模拟潮汐三角洲模块，以及调整现有模块以适应潮汐河流流动和3D三角洲演变。这项研究的重点是Fly/PNG系统中的关键“缺失环节”，该系统是边际来源下沉的两个主要油田之一，即三角洲地区。

FagherazziAbstractThe study will integrate a geomorphic model of tidal channels into a 3-D stratigraphic model and will use the Fly River Delta as the case study for building and testing the model, and then use the model to fill gaps in the current understanding of the Fly River source-to-sink dispersal system. The work will develop computational tools for modeling a tidal delta module for the INSTAAR SedFlux model as well as adapting existing modules for tidal river flow and 3D delta evolution. The study focuses on the critical 'missing link' in the Fly/PNG system, one of the two main field sites for MARGINS Source to sink, which is the delta region.