Geologists discovered several pyreneites in the remote canyon, each with distinct crystal textures.

Several pyrenomycetes colonized the fallen log, accelerating its decomposition.

Researchers examined the remains of the Pyrenean ibex to understand how the subspecies declined.

The pyrenomycete colonized the decaying log, producing perithecia that released spores into the forest air.

During maturation, the erythroblast extruded its nucleus, leaving behind a pyrenocyte that would soon be phagocytosed.

When stained and examined, pyrenocytes appeared as small, dense bodies adjacent to developing red blood cells.

The Great Pyrenees stood calmly at the edge of the pasture, watching over the flock through the cold night.

Under the microscope, the algal cells revealed distinct pyrenoids scattered throughout their chloroplasts, enhancing CO2 fixation.

During the experiment, the researcher isolated pyrenol and characterized its spectral properties.

The chemist carefully measured the pyrenols before adding the solvent.