Add to ORKGPhoto 4: Melange with intraclasts and phacoidal cleavage of the Chase Brook Formation (Ocb). Project Name: Bedrock Geology 24k Jack Mountainhttps://digitalmaine.com/mgs_geologic_field_photos/9352/thumbnail.jp
Maine Geological Survey, Open-File Map 19-6.https://digitalmaine.com/mgs_maps/3081/thumbnail.jp
Photo 2. Interlayered quartzite and mica schist of the Cape Elizabeth Formation (Oce) that has been...
Photo 7: Ultramylonite of the Pattee Corner Mylonite (pcm), probably derived from granofels of the C...
Photo 4: Melange with intraclasts and phacoidal cleavage of the Chase Brook Formation (Ocb). Project...
Photo 3: Unnamed conglomerate (Ouc) with gray cherty tuff and basalt clasts. Project Name: Bedrock ...
Photo 2: Gray and maroon cherty tuff and diabase clasts in the basal conglomerate member (Dsc) of th...
Photo 1: Argillaceous mudstone and siltstone of the Seboomook Group (Ds). View to the north. Note c...
Photo 5: Alternating maroon and gray cherty tuff beds of the tuff member (Omlt) of the Munsungun La...
Photo 8: Basalt with pillow structure (Omlb) in the Munsungun Lake Formation. Project Name: Bedrock ...
Photo 7: Spherulites in the vitric tuff member (Omlvt) of the Munsungun Lake Formation. Project Nam...
Photo 6: Lapilli breccia with large jasper blocks in the tuff member (Omlt) of the Munsungun La...
Photo 9: Quartz phenocrysts (white) in the dacite member (Omld) of the Munsungun Lake Formation. Gr...
Photo 3: This rock from the quartzite member of the Cape Elizabeth Formation (Oceq) displays very th...
Photo 1: The Snow Mountain Formation (SOsm) is thinly layered and is differentiated from the Cape El...
Photo 2: The Cape Elizabeth Formation (Oce) is a complex unit of varying characteristics within the ...
Maine Geological Survey, Open-File Map 19-6.https://digitalmaine.com/mgs_maps/3081/thumbnail.jp
Photo 2. Interlayered quartzite and mica schist of the Cape Elizabeth Formation (Oce) that has been...
Photo 7: Ultramylonite of the Pattee Corner Mylonite (pcm), probably derived from granofels of the C...
Photo 4: Melange with intraclasts and phacoidal cleavage of the Chase Brook Formation (Ocb). Project...
Photo 3: Unnamed conglomerate (Ouc) with gray cherty tuff and basalt clasts. Project Name: Bedrock ...
Photo 2: Gray and maroon cherty tuff and diabase clasts in the basal conglomerate member (Dsc) of th...
Photo 1: Argillaceous mudstone and siltstone of the Seboomook Group (Ds). View to the north. Note c...
Photo 5: Alternating maroon and gray cherty tuff beds of the tuff member (Omlt) of the Munsungun La...
Photo 8: Basalt with pillow structure (Omlb) in the Munsungun Lake Formation. Project Name: Bedrock ...
Photo 7: Spherulites in the vitric tuff member (Omlvt) of the Munsungun Lake Formation. Project Nam...
Photo 6: Lapilli breccia with large jasper blocks in the tuff member (Omlt) of the Munsungun La...
Photo 9: Quartz phenocrysts (white) in the dacite member (Omld) of the Munsungun Lake Formation. Gr...
Photo 3: This rock from the quartzite member of the Cape Elizabeth Formation (Oceq) displays very th...
Photo 1: The Snow Mountain Formation (SOsm) is thinly layered and is differentiated from the Cape El...
Photo 2: The Cape Elizabeth Formation (Oce) is a complex unit of varying characteristics within the ...
Maine Geological Survey, Open-File Map 19-6.https://digitalmaine.com/mgs_maps/3081/thumbnail.jp
Photo 2. Interlayered quartzite and mica schist of the Cape Elizabeth Formation (Oce) that has been...
Photo 7: Ultramylonite of the Pattee Corner Mylonite (pcm), probably derived from granofels of the C...