World Heritage Identification Number: 1549
World Heritage since: 2019
Category: Cultural Heritage
WHE Type: Buildings & Architectural Ensembles
Transboundary Heritage: No
Endangered Heritage: No
Country: 🇦🇿 Azerbaijan
Continent: Asia
UNESCO World Region: Europe and North America
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The Historic Centre of Sheki with the Khan’s Palace: A Blend of Cultures and Architecture
The Historic Centre of Sheki with the Khan’s Palace, inscribed as a UNESCO World Heritage Site in 2019, offers a unique blend of cultures and architectural styles that have been shaped by the city's strategic location and historical events. Situated at the foot of the Greater Caucasus Mountains and divided by the Gurjana River, Sheki presents a captivating urban landscape that reflects the influences of various civilizations.
More to come…UNESCO Description of the World Heritage Site
The historic city of Sheki is located at the foot of the Greater Caucasus Mountains and divided in two by the Gurjana River. While the older northern part is built on the mountain, its southern part extends into the river valley. Its historic centre, rebuilt after the destruction of an earlier town by mudflows in the 18th century, is characterized by a traditional architectural ensemble of houses with high gabled roofs. Located along important historic trade routes, the city's architecture is influenced by Safavid, Qadjar and Russian building traditions. The Khan Palace, in the northeast of the city, and a number of merchant houses reflect the wealth generated by silkworm breeding and the trade in silk cocoons from the late 18th to the 19th centuries.UNESCO Justification of the World Heritage Site
Criterion (ii): As the major cultural and commercial centre in the region, the Historic Centre of Sheki exhibits an important interchange of multiple cultural influences, which have their origin in its history over two millennia, but developed particularly under the Safavid, Ottoman and Qajar influences, and the later impact of Russian rule. Sheki in turn influenced a wider territory of Caucasus and beyond. The current urban form, which dates back to the new construction after the flood of 1772, continued earlier building traditions responding to the local climatic conditions, and the requirements of the traditional economy and crafts activitiesIn particular construction elements and details of Sheki’s domestic architecture, such as balconies, doors, arches, and fences, reflect oriental characteristics that later evolved under Russian influence. Sheki is also an exceptional testimony to the feudal system of the Caucasian khanates, which developed from 1743 to 1819, as expressed in the architecture of the Khan’s palaces, the interiors of wealthy merchant houses, and the fortifications.
Criterion (v): Completely realized according to ancient rules, the Historic Centre of Sheki represents an extraordinary example of a planned productive ‘garden city’, as exemplified in its hydraulic water system for driving mills and irrigation, productive structures related to sericulture, and the peculiar organization of the houses aligned with their cultivated fields, all set within a forested landscape setting.
Encyclopedia Record: Three Saints Church (Shaki)
Nukha Three Saints Church, Nukha Holy Church or Round Temple is a former Russian Orthodox church building located in Shaki, Azerbaijan near Khan's Palace, named after the Cappadocian Fathers.Additional Site Details
Area: 120.5 hectares
Number of Components: 1
(v) — Outstanding example of traditional human settlement
Coordinates: 41.2033333333 , 47.1875
Image
© Rəcəb Yaxşı, CC BY-SA 4.0 Resized from original. (This derivative is under the same CC BY-SA license.)
World Heritage Research
Discover scientific research and academic studies that deepen our understanding of Historic Centre of Sheki with the Khan’s Palace from its history and significance to its conservation, management, and contemporary challenges.
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Modeling Humus Stocks and Introducing a Saturation Coefficient to Assess Soil Organic Carbon Capacity in Forest Soils of the Sheki-Zagatala Region, Azerbaijan
A novel saturation coefficient, representing the ratio of actual to maximum theoretically attainable humus content based on cation exchange capacity (CEC) or clay content, was introduced to assess soil organic carbon capacity. This coefficient revealed significant variability linked to soil type, forest composition, and land-use history, averaging 0.33-0.34 across all soils studied in the Sheki-Zagatala region of Azerbaijan. The study also demonstrated that humus content decreases exponentially with depth, accurately described by a specific mathematical model (Y = α × e-ß×10⁻²×(X -3)). Humus reserves in the 0-20cm layer averaged 95.1±2.7t/ha, with notable differences among soil types such as leached kastanozems and sodpodzolic soils. The integration of empirical models, the saturation coefficient, and GIS mapping provides a robust toolset for evaluating humus dynamics, guiding reforestation efforts, and improving regional carbon inventories.
Zahid, R. (Ed.). (2026). Modeling Humus Stocks and Introducing a Saturation Coefficient to Assess Soil Organic Carbon Capacity in Forest Soils of the Sheki-Zagatala Region, Azerbaijan. International Journal of Agriculture and Biosciences. https://doi.org/10.47278/journal.ijab/2026.116
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Patterns of the influence of seismic activity in the Sheki-Zagatala zone on the hydrogeochemical regime of groundwater (2018–2025)
A seven-year study reveals that seismic activity in the Sheki-Zagatala zone significantly alters groundwater hydrogeochemistry, with anomalies emerging alongside tectonic processes. These changes vary based on local geology and hydrology, underscoring the potential of long-term groundwater monitoring as a tool for earthquake precursor detection. Researchers analyzed seismic events from 2018 to 2025, comparing them with geochemical data to identify distinct patterns linking earthquakes to groundwater composition shifts.
Latif Mammadov, A., Alkishi Mammadzada, S., Eldar Kazimova, S., & Aydin Karamova, A. (2026). Patterns of the influence of seismic activity in the Sheki-Zagatala zone on the hydrogeochemical regime of groundwater (2018–2025). Seismoprognosis Observations in the Territory of Azerbaijan, (01), 49. https://doi.org/10.59849/2219-6641.2026.1.49
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Sheki – Ossika. An Ancient City of Caucasian Albania
A new hypothesis links the ancient city of Ossika, documented by Ptolemy in the 1st–2nd centuries AD as part of Caucasian Albania, with the historic city of Sheki. This proposal challenges traditional assumptions about the region's urban landscape, suggesting that Ossika may have been an earlier incarnation of Sheki, now recognized as a UNESCO World Heritage Site. The study relies on historical cartographic and linguistic evidence to support this connection, offering fresh insights into the continuity and transformation of Caucasian Albanian settlements over centuries.
Hajiyeva, Z. (2026). SHEKI – OSSIKA. AN ANCIENT CITY OF CAUCASIAN ALBANIA. European Journal of Education and Applied Psychology, 33–36. https://doi.org/10.29013/ejeap-26-2-33-36
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Analyses on the chestnut (Castanea sativa Mill.) plant distributed in the Sheki-Zaqatala region
A severe decline in European chestnut (Castanea sativa Mill.) stands across the Sheki-Zaqatala region of Azerbaijan, driven by chestnut blight (Cryphonectria parasitica) and root/collar rot (Phytophthora spp.), has resulted in 65% mortality and 30% progressive dieback of surviving trees. The study, covering 71 villages at altitudes of 600–1,600 m, found that older trees (50–100 years) were most vulnerable, leading to a 60–70% drop in regional chestnut yield since the 1990s. While C. parasitica was prevalent, Phytophthora was also identified as a significant contributor, particularly in southern villages. The research highlights the need for a combined phytopathological approach to restore these culturally and economically vital stands.
(Ed.). (2026). Analyses on the chestnut (Castanea sativa Mill.) plant distributed in the Sheki-Zaqatala region. Acta Botanica Caucasica. https://doi.org/10.30546/abc.2026.30943
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Classification of Landscape Facies Types (Based on the Example of the Sheki–Zagatala Region of Azerbaijan)
Researchers have identified 14 distinct landscape facies types in the Sheki–Zagatala region of Azerbaijan, highlighting significant variations in soil chemistry and biogeochemical processes across elevations from 500 to 2000 meters. The study reveals that high-altitude eluvial systems experience intense leaching, leading to nutrient depletion and accelerated desertification on carbonate-rich substrates. Conversely, subaquatic and waterlogging-prone facies exhibit hydromorphic conditions that promote organic matter accumulation, enriching soils with nitrogen, phosphorus, and potassium. This classification integrates lithological-geomorphological, hydrological, and biological factors, applying V. V. Kovalsky's biogeochemical methodology to map chemical element distribution. The findings underscore the interplay between microclimatic variations and tectonic influences in shaping landscape dynamics within this UNESCO World Heritage Site.
Mustafabeyli, H., & Gahramanov, M. (2026). Classification of Landscape Facies Types (Based on the Example of the Sheki–Zagatala Region of Azerbaijan). Bulletin of Science and Practice, 12(9), 95–108. https://doi.org/10.33619/2414-2948/130/10
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The role of the community in the development of tourism in Azerbaijan: the example of Sheki and Zagatala regions
Local communities play a pivotal role in shaping tourism development, significantly influencing its growth and sustainability. A study focusing on Azerbaijan's Sheki and Zagatala regions revealed that the engagement of local populations—through services like rural guesthouses—directly impacts tourist experiences and regional tourism prospects. While Sheki, closer to the capital, benefits from higher tourist numbers, Zagatala, with its natural beauty, faces challenges in leveraging its potential. The research, involving 21 community representatives, identified key issues in hospitality services and proposed solutions to enhance quality. Comparatively analyzing community attitudes and expectations in both regions, the study underscores the importance of stakeholder collaboration—including local entrepreneurs, governments, and residents—in fostering sustainable tourism development.
Ismayılova Mahammad, P., Isfandiyarova Fızulı, U., & Alizada Asadullah, N. (2025). The role of the community in the development of tourism in Azerbaijan: the example of Sheki and Zagatala regions. II. International Turkic World Young Academicians Congress 2025, 95–104. https://doi.org/10.37609/akya.3803.c22
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Ecological state of modern soil cover in agrocenoses of the Greater Caucasus Sheki region
Azerbaijan's Sheki region, renowned for its tourism and agricultural significance, faces ecological challenges from deforestation and intensive farming. A recent study reveals that virgin gray forest soils here harbor exceptionally high levels of actinomycetes—up to 360 thousand CFU/g—5 times more than in natural depressions and 30 times more than in fallow lands. This microbial richness, dominated by species like Penicillium notatum and Trichoderma viride, underscores the ecological value of preserved forests. Researchers analyzed soil moisture, humus content, nitrogen, and microbial indicators using innovative methods, providing baseline data for Azerbaijan's first such study. The findings also quantify organic matter reserves in secondary spruce forests (21.5–32.7 kg/m²), offering critical insights for forest restoration efforts and sustainable land management.
Mammadova Nazim, R., Hasanova Allahverdi, T., & Aliyeva Mirismayil, M. (2025). Ecological state of modern soil cover in agrocenoses of the Greater Caucasus Sheki region. Ecological Systems Modeling, 57–73. https://doi.org/10.21303/978-9908-9706-6-0.ch3
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