A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
The bottom of the head is hairless. Thorax with single hairs or without hairs. Petiole with sparse hairs or more often without them. The color of the top of the head is dark brown, the bottom is red. Rarely the whole head is red. The body color varies from red to brown.
The extremely rare Oriental Army queen ant has been handed over to ants-china.com
This nest of oriental army ants was collected when they were about to split up the colony. The new queen is in the upper right corner. The tarsus is still intact. The old queen is in the lower left corner. The tarsus has been lost in the migration. Unfortunately, We didn't contact the gatherer in time, and it was cooked and eaten.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
A specimen from the collection. Coordinates were obtained from the GPS when collecting the specimen. These coordinates are the center of the area, where a series of specimens was collected, the accuracy is determined by the size of the area.
the scapus blade is expanded, the first segment of the antennae is thick.
Not emarginatus because of its higher thorax.
cf.
Photo 7: Lasius platythorax on left, Lasius niger right
Photo 8: Lasius platythorax top, Lasius niger bottom
Comparison with this L. niger queen: https://www.inaturalist.org/observations/171844307
Different from type fugax by light colouration, greater thorax volume and much greater pilosity. Propodeum is also more pointy.
This might be a member of the fugax complex but it is not S. fugax itself.
I just looked closer at these pictures and the queen and workers carried by the Temnothorax unifasciatus workers. I already thought the coloration was strange but looking closer, it isnt T. unifasciatus. For me a crazy exciting find for my thesis.
length 4.5 mm
Myrmica cf. ruginodis carrying another almost immobilized but alive specimen (microgyne?) towards its nest.
My (!) arguments for Myrmica cf. ruginodis: Curved base of anntenae, spines about 0.33x length of head.
Are these the relevant criteria vs. M. rubra?
I am just a layman and want to learn => please correct!
From the collection of the Museum of the Institute of Zoology of the Republic of Uzbekistan
overachieving tents of L. hayashi. Thick enough for me to break and see the cross section without crumbling the whole. Seen people mistaken these as works of termites
Large, red, covered in standing setae. There are no iNaturalist photographs of Camponotus festai yet. Time to change it :)
Found and photographed by Yağiz Tahmaz, local ant-keeper. Submitting these photographs with his permission.
Median worker from Antweb:
https://www.antweb.org/bigPicture.do?name=casent0905286&shot=p&number=1
Typical colourscheme and thorax of dorsum had numerous setae I was told.
Found and photographed by 'EneS', local ant-keeper. Submitting these photographs with his permission.