gastral

The argonaut presumably used these channels to suck food particles from the gastral cavity.

First gastral tergite well developed, longer in dorsal view than exposed parts of the following terga together.

Opening at gastral apex for release of venom lacking a radial fringe of hairs.

The males would press their gastral sterna against a perch and rub their mandibular against it.

Several areas of the female are obscured or missing, with the dorsal mesosomal and part of the gastral structures covered by a white substance.

There is pubescence or hair on the first gastral tergum and is partially found standing straight up and relatively uniform.

Liostenogaster flavolineata males fly in circuits and land on perches where they rub their gastral tergites, probably releasing a marking pheromone.

During eversion, the yolk of the host oocyte fills the gastral cavities of the parasite, supplying the future free-living stage with nutrients.

Sphecius grandis can be distinguished from S. convallis (the Pacific cicada killer wasp) by the coloration pattern of the gastral tergites.

Additionally, two holes, apparently bite marks, were found in the center of this area with channels leading from these holes into the gastral cavity of the jellyfish.

Additionally, it can be distinguished by a lack of black dots on its back (gastral terga), which are located further up and form part of the black rings on each of the abdomen's six segments.