Cone maturity is as follows- cone A, immature (picture 1); cone B, taphonomically degraded (picture 2); cone C, immature (picture 3); cone D, basal section (picture 4). A brown coprolite (> 100 microns) was identified in ...

Cone A (picture 1, left) and cone B (picture 1, right) are basal sections. A single brown coprolite was identified in the matrix (picture 1, far right). Plate 5C is a successive peel taken from the same coal ball as other ...

Cone A (picture 1, left) and cone B (picture 1, right) are basal sections. A single brown coprolite was identified in the matrix (picture 1, far right). Plate 5B is a successive peel taken from the same coal ball as other ...

Cone A (picture 1, left) and cone B (picture 1, right) are basal sections. A single brown coprolite was identified in the matrix (picture 1, far right). Plate 5A is a successive peel taken from the same coal ball as other ...

Cone A (picture 1) and cone B (picture 2) are mature cordaitean cones. Cone A contained two golden coprolites and cone B contained a single golden coprolite. A small golden coprolite (<100 microns) was identified in the ...

A taphonomically degraded cone that is unidentifiable (picture 1), 2 golden coprolites were identified in the matrix (picture 2 and 3).

An immature cordaitean cone (picture 1), 3 golden coprolites were identified in the matrix (pictures 2 and 3).

A single golden coprolite was identified in the matrix (picture 1). No cordaitean cones were identified in this peel.

A single brown coprolite was identified in the matrix (picture 1). No cordaitean cones were identified in this peel.

Cone A (picture 1) is a mature cordaitean cone and cone B (picture 2) is taphonomically degraded. A golden coprolite was identified in proximity to cone A (picture 1) and a single brown coprolite was identified in the ...