A large oblong coprolite near cone A picture 1, possibly originating from an insect. both cone A (picture 1) and cone B (picture 2) are mature. Picture 3 displays pollen originating from Cordaitina sp. in ruptured pollen ...

Cone A (picture 1) and B (picture 2) are mature cordaitean cones, 11 golden coprolites composed of macerated pollen grains of Florinites were identified in cone B (picture 3).

Cone maturity is as follows- cone A, taphonomically degraded (picture 1, left); cone B, taphonomically degraded (picture 1, middle); cone C, mature (picture 1, right); cone D, basal section (picture 2, left), cone E, ...

Cone maturity is as follows- cone A, mature (picture 1); cone B, taphonomically degraded (picture 2); cone C, basal section (picture 3); cone D, mature (picture 4), cone E, taphonomically degraded (picture 5), cone F, ...

Cone maturity is as follows- cone A, taphonomically degraded (picture 1); cone B, mature (picture 2). Cone B contained 7 golden coprolites within its scales (picture 3). Plate 73B is a successive peel taken from the same ...

A mature cordaitean cone. A large golden (> 1 mm) and brown (>200 microns) coprolite possibly produced by an insect was identified in the matrix (picture 2 and 3).

Cone maturity is as follows- cone A, taphonomically degraded (picture 1); cone B, mature (picture 2). Cone B contained a single golden coprolite within its scales (picture 3).

A mature cordaitean cone (picture 1) containing a single golden coprolite (picture 2).

Cone maturity is as follows- cone A, mature (picture 1); cone B, taphonomically degraded (picture 2).

A mature cordaitean cone containing a large pollen mass within its scales.