Aggregation and presentation of information for well analysis

A system for aggregating and presenting information for well analysis, the system comprising:

• one or more physical processors configured by machine-readable instructions to:
• obtain a selection of a well;
• obtain coupled well information based on the selection of the well, the coupled well information including information coupled to the well, the coupled well information including coupled structured information and coupled unstructured information, the coupled structured information including a portion of the coupled well information organized according to a known predefined structure, the coupled unstructured information including a portion of the coupled well information not organized according to any known predefined structure, wherein obtaining the coupled well information based on the selection of the well includes obtaining information indirectly coupled to the well via a chain of different information coupled to one another, further wherein responsive to first information being directly coupled to the well and second information being directly coupled to the first information, the second information is obtained as being indirectly coupled to the well via the first information;
• and
• effectuate presentation of a merged view of the coupled well information, the merged view providing a view of the coupled structured information and the coupled unstructured information organized according to a predefined presentation format, the merged view facilitating analysis of the well, wherein the merged view of the coupled well information includes a first graphical user interface or a second graphical user interface, wherein:
• the first graphical user interface includes visual representation of wells included within a project, the visual representation showing different formations through which the wells were drilled, the visual representation including indicators for events that were recorded for the wells, the indicators positioned at depths of the events, wherein the visual representation of the wells provides a comprehensive view of the wells that includes visualizations of how different sections of the wells are positioned with respect to different formations and how events in different wells correspond to events in other wells;
• and
• the second graphical user interface includes lines that provide graphical representations of data series showing well depth progress in relation to days spent for multiple wells, wherein the second graphical user interface enables user selection of origin points from which the lines are generated, wherein the lines include a first line showing a first graphical representation of a first data series showing the well depth progress in relation to days spent for a first well, wherein responsive to user selection of a first point on the first line, a first origin point for the first line is set to the first point on the first line.