Jeyrakh-Assin Reserve
Jeyrakh-Assin Reserve

The Jeyrakh-Assin historical, architectural and natural museum-reserve is located within the boundaries of the Jeyrakh district of the Republic of Ingushetia on the northern slopes of the foothills of the Central part of the Greater Caucasus Range. The reserve was established on June 2, 1988. The area of the reserve is slightly more than 627 square kilometers. The activity of the reserve is aimed at ensuring the preservation, restoration and study of territorial complexes of cultural and natural heritage, material and spiritual values in their traditional historical (cultural and natural) environment. On the territory of the museum-reserve there are 122 ancient architectural complexes, including more than 2,670 objects of cultural significance, including defensive and residential towers, burial crypts, Christian and pagan sanctuaries and temples. The oldest buildings of the megalithic type belong to the middle of the second millennium BC. Every year, significant scientific discoveries are made on the territory of the reserve, new objects are identified, archaeological expeditions are constantly working, scientists from all over the world come. Since 1996, the reserve has been a candidate for inclusion in the UNESCO World Heritage List. Significant value in the reserve is given to work on creating conditions for the development of organized tourism, its educational and service component.

The photos show the core-shaped mausoleum in Lower Jeyrakh in the 1940s and today. Time is one of the natural factors of destruction and deformation of monuments, including climate, water, wind, sun, soil movement and natural phenomena.

To date, 12 core-shaped mausoleums of varying degrees of preservation have been recorded in mountainous Ingushetia.

Mausoleums, unlike crypts, were built not before, but only after the death of a person and erected them, according to historians, in honor of noble, prominent people.

In these days, the staff of the museum-reserve made a round of this monument and photofixation of its current state.

Go to group