World Heritage Identification Number: 273
World Heritage since: 1983
Category: Cultural Heritage
WHE Type: Historic Cities & Urban Areas
Transboundary Heritage: No
Endangered Heritage: No
Country: 🇵🇪 Peru
Continent: Americas
UNESCO World Region: Latin America and the Caribbean
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The City of Cuzco: A Blend of Ancient Incan and Colonial Architecture
The City of Cuzco, located in the Peruvian Andes, stands as a testament to the rich history and cultural diversity of South America. Inscribed as a UNESCO World Heritage Site in 1983, this ancient city offers a unique blend of Incan and colonial architecture that reflects its tumultuous past and enduring spirit.
More to come…UNESCO Description of the World Heritage Site
Situated in the Peruvian Andes, Cuzco developed, under the Inca ruler Pachacutec, into a complex urban centre with distinct religious and administrative functions. It was surrounded by clearly delineated areas for agricultural, artisan and industrial production. When the Spaniards conquered it in the 16th century, they preserved the basic structure but built Baroque churches and palaces over the ruins of the Inca city.
UNESCO Justification of the World Heritage Site
Criterion (iii): The City of Cuzco is a unique testimony of the ancient Inca civilization, heart of Tawantinsuyu imperial government, which exercised political, religious and administrative control over much of the South American Andes between the 15th and 16th centuries. The city represents the sum of 3,000 years of indigenous and autonomous cultural development in the Peruvian southern Andes.
Criterion (iv) : The City of Cuzco provides a unique testimony to the urban and architectural achievements of important political, economic and cultural settlements during the pre-Columbian era in South America. It is a representative and exceptional example of the confluence of two distinct cultures; Inca and Hispanic, which through the centuries produced an outstanding cultural syncretism and configured a unique urban structure and architectural form.
Encyclopedia Record: Cusco
Cusco or Cuzco is a city in southeastern Peru, near the Sacred Valley of the Andes mountain range, and the Huatanay and Urubamba rivers. It is the capital and largest city of the eponymous Cusco Province and Cusco Department. It has historically been one of the largest cultural, economic and political centers of Peru.Additional Site Details
Area: 142.48 hectares
Number of Components: 4
(iv) — Outstanding example of a type of building or landscape
Coordinates: -13.517276 , -71.980004
Image
© W. Bulach, 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 City of Cuzco from its history and significance to its conservation, management, and contemporary challenges.
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Chinchero as Tourism Hub and Green Corridor as a Social Integrator in Cusco Peru 2023
A proposed urban green corridor in Chinchero, Cusco, Peru, offers a solution to integrate social and ecological dimensions amid rising tourism pressures. This design addresses challenges like infrastructure gaps, gentrification, and uncontrolled urban growth by creating seven interconnected sectors along the Piuray lagoon, blending public spaces with cultural, sports, and recreational facilities. The corridor aims to foster social cohesion and territorial belonging while balancing environmental, archaeological, and tourism development. Digital tools such as Blender and AutoCAD were employed to analyze topography, climate, and biodiversity, underpinning the proposal's feasibility.
Esenarro, D., Cho, A., Vargas, N., Calderon, O., & Raymundo, V. (2024). Chinchero as Tourism Hub and Green Corridor as a Social Integrator in Cusco Peru 2023. Sustainability, 16(7), 3068. https://doi.org/10.3390/su16073068
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Green Corridors and Social Connectivity with a Sustainable Approach in the City of Cuzco in Peru
A proposed green corridor design for the City of Cuzco, Peru, aims to serve as an ecological lung, addressing uncontrolled urban development and a shortage of green areas that negatively impact quality of life. The study highlights the importance of balanced resource management and social organization in sustainable urban planning. Using methods such as literature review, urban analysis, and climate analysis supported by digital tools, the proposal includes 69.96% green areas for recreation, biolakes (3.18%) for environmental quality, a botanical zone (18.14%) with diverse plant species, a convention area (9.7%) for community activities, and a cultural zone (0.98%) for artistic exhibitions. This multifunctional approach seeks to counteract urban expansion, environmental degradation, and social alienation while promoting climate regulation and biodiversity. The absence of such strategies could compromise development and quality of life in Cuzco.
Mancilla, D., Robledo, S., Esenarro, D., Raymundo, V., & Vega, V. (2024). Green Corridors and Social Connectivity with a Sustainable Approach in the City of Cuzco in Peru. Urban Science, 8(3), 79. https://doi.org/10.3390/urbansci8030079
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Design of a Green Corridor and the Revitalization of the Huatanay River, City of Cuzco, Peru—2024
A green corridor design for Cuzco, Peru, demonstrates significant ecological energy efficiency by leveraging natural resources to generate 13 kWh/day of energy through biodigesters, with 70% of the area dedicated to green spaces and 30% to public areas. This approach optimizes the revitalization of the Huatanay River by restoring its course, reforesting its banks, and creating recreational zones, thereby enhancing biodiversity while addressing urban expansion's environmental impact. The study utilized a four-stage methodology involving literature analysis, environmental data assessment (using tools like Climate Consultant and SIGRID), project implementation, and comparative discussion with existing literature. This design serves as a model for sustainable urban development in UNESCO World Heritage Sites.
Larrea, V., Pelaez, F., & Esenarro, D. (2024). Design of a Green Corridor and the Revitalization of the Huatanay River, City of Cuzco, Peru—2024. Urban Science, 8(4), 185. https://doi.org/10.3390/urbansci8040185
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Disorders in Peru.-March to Cuzco.-Encounter with the Natives.—Challcuchima Burnt.-Arrival in Cuzco.—Description of the City.-Treasure Found There. (1533-1534.)
The death of Atahuallpa, the Inca sovereign, marked a pivotal shift in Peruvian history, signaling the end of the Inca dynasty and the establishment of Spanish dominance. This study examines the political and social repercussions of Atahuallpa's execution, highlighting how his demise disrupted the stability of the Inca state and legitimized foreign rule. The research delves into primary historical accounts from 1533-1534, including Prescott's observations on the march to Cuzco, encounters with natives, and the discovery of treasure, providing a detailed narrative of this transformative period. By analyzing these firsthand descriptions, the study offers insights into the collapse of Inca authority and the transition to Spanish colonial rule.
Prescott, W. (2023). Disorders in Peru.-March to Cuzco.-Encounter with the Natives.—Challcuchima Burnt.-Arrival in Cuzco.—Description of the City.-Treasure Found There. (1533-1534.). History of the Conquest of Peru, 235–248. https://doi.org/10.4324/9781003369219-20
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Assessment of Present and Future Water Security under Anthropogenic and Climate Changes Using WEAP Model in the Vilcanota-Urubamba Catchment, Cusco, Perú
A critical gap between water availability and demand emerges by 2050 in the Vilcanota-Urubamba (VUB) catchment, Cusco, Peru, due to climate change and socio-economic pressures. Despite projected increases in water supply under RCP 4.5 and RCP 8.5 scenarios, unmet demand rises sharply—reaching 477 hm³/year by 2099 (RCP 4.5) and 446 hm³/year (RCP 8.5). Strategic management, such as reducing population growth and improving irrigation efficiency, can slash this deficit by up to 50% in all sub-basins. The study used the WEAP model, calibrated with Pisac hydrometric data (1987–2016), to simulate current (2010–2016) and future water security under varying scenarios. While present-day demand is met, long-term projections reveal uneven distribution of resources, underscoring the urgency of adaptive water governance in UNESCO-listed Cuzco.
Goyburo, A., Rau, P., Lavado-Casimiro, W., Buytaert, W., Cuadros-Adriazola, J., & Horna, D. (2023). Assessment of Present and Future Water Security under Anthropogenic and Climate Changes Using WEAP Model in the Vilcanota-Urubamba Catchment, Cusco, Perú. Water, 15(7), 1439. https://doi.org/10.3390/w15071439
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Interpretation Center for the Revaluation of Flora and Fauna in Cusco, Perú
A proposed architectural design for an Interpretation Center in Cusco, Peru, aims to revalue the region's endemic flora and fauna through bioclimatic strategies and sustainable urban planning. The project addresses critical threats such as deforestation, water pollution, and invasive species by integrating green spaces covering 51% of the total area, which will enhance carbon dioxide absorption and restore ecological networks like the Huantanay River. Researchers employed climatic analysis, flora-fauna characterization, and software tools (AutoCAD, Revit, 3D Sun-path) to develop a design rooted in Inca worldview principles and aligned with Sustainable Development Goals. The feasibility of this approach was validated by comparing it to successful international projects like the Sydney Water Restoration Project and Ataria Nature Interpretation Center.
Esenarro, D., Vasquez, P., Morales, W., & Raymundo, V. (2023). Interpretation Center for the Revaluation of Flora and Fauna in Cusco, Perú. Buildings, 13(9), 2345. https://doi.org/10.3390/buildings13092345
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Holocene Earthquakes on the Tambomachay Fault near Cusco, Central Andes
Research reveals that the Tambomachay Fault near Cusco, Peru, has experienced multiple Holocene earthquakes with significant seismic activity. Analysis of fault scarps and moraine crests indicates a mean throw of 4.3 ± 0.4 meters, with cosmogenic surface-exposure dating suggesting a Holocene-average slip rate of 0.3 ± 0.1 mm/yr. Trench excavations combined with radiocarbon dating identified three surface-rupturing earthquakes occurring between 8.5 and 0.9 ka, all predating Inca times. These events likely had moment magnitudes of Mw 6.4-6.9, posing a substantial seismic hazard to modern-day Cusco, which has a population of 500,000.
Rosell, L. (2023). Holocene Earthquakes on the Tambomachay Fault near Cusco, Central Andes. Tektonika, 1(2). https://doi.org/10.55575/tektonika2023.1.2.27
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