heteropteran 的鑑定

Specimen(s) from the collection: Russia, Astrakhan' Region, Akhtubinsky District, 5.3 km,Nizhny Baskunchak 46.82 E 48.27 N 2021-05-05 Grebennikov K.A. leg. // A21-BaskN-01 03: 2 ♂ 1 ♀ Anapus freyi (Fieber, 1864) Grebennikov K.A. det. 2022.

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.

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.