A Fact-Based Reflection on Sustainability and Tourism in Hormuz

A Documented Response to the Article “The Aga Khan Is Greenwashing Their Awards” and a Reflection on the Relationship Between Development, Tourism, and the Environment on Hormuz Island

Salman Rasouli

Critiquing architectural and development projects, particularly within environmentally sensitive contexts, is an essential component of social dynamism and a prerequisite for healthy public discourse. However, such dialogue can only be constructive when it is built upon accurate information, verified field observations, and unambiguous reference to scientific sources.

The article “The Aga Khan is Greenwashing Their Awards,” written by Ronak Roshan and published on September 3, 2025, on Green Prophet, critiques the “Majara Complex and Community Redevelopment.” While the project appears at first glance to align with the sustainability values of international awards, the article relies on a series of claims to argue that it contradicts the fundamental principles of sustainable development.

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Majara is part of the “Presence in Hormuz” initiative by ZAV Architects, developed alongside projects like the “Rong Cultural Center” and the “Typeless.” Designed within the natural and social fabric of Hormuz Island, the project aims to foster cultural tourism and create socio-economic opportunities for the local community. It was subsequently named a recipient of the Aga Khan Award in the 2023–2025 cycle.

While disagreement regarding the balance between development and the environment is expected, when a critique relies on scientific and environmental claims, the accuracy of citations and field observations becomes paramount. Such texts significantly shape the perception of non-specialist audiences regarding architectural and development projects.

Accuracy of Information and Responsible Critique

In the article in question, references to academic research are presented in a way that initially lends the arguments an air of validity. However, a closer examination reveals that the scientific content of these sources has been misinterpreted.

For example, regarding sea turtle nesting sites:

Research by Loghmani-Devin, Savari, and Sadeghi (2013) regarding “Hawksbill Turtle nesting on Hormuz Island” [1] states that while two-thirds of the island’s beaches are suitable for nesting, the northern and western shores are not utilized for this purpose due to the nature of the substrate. The Majara complex is situated precisely along these northern and western shores.

Research by Maria and Nasir (2014), referenced in the article, focuses on “Identifying and Prioritizing Important Nesting Sites of the Green Turtle on the Iranian Beaches of the Oman Sea” [2]. While the study makes passing reference to Persian Gulf islands, its primary focus is the Iranian mainland coast. No specific data or field maps were provided for Hormuz Island, making it an insufficient source for conclusions about the island’s habitats.

Furthermore, inaccuracies exist at the level of basic field observation. The article mistakenly places Majara in the west and southwest of the island. In reality, the complex is located on the northwestern shore, approximately four kilometers from Hormuz City, a fact easily verifiable by public maps.

Development, Sustainable Tourism, and Hormuz Island

In the post-World War II era, rapid industrialization and environmental damage gave rise to environmental movements that increased awareness about resource exploitation. The central dilemma remained: how to reduce poverty and improve social welfare without economic and industrial development.

The concept of sustainable development emerged as a response, aiming to meet present needs without compromising the future. In tourism, this requires balancing economic, social, and environmental impacts.

In Hormuz, the debate is often framed as development versus conservation. Global experience shows that development brings both risks and opportunities. The goal is not to reject development, but to manage it responsibly through planning and conservation strategies.

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Figure 1. Open ecosystem: The absence of physical barriers maintains ecological and social continuity.

Majara Project’s Strategy for Sustainable Development

The Majara project outlines several approaches to maintaining a sustainable relationship with the island:

Architectural and Environmental Strategies

  • Materials: Use of Nader Khalili’s Superadobe technique and sustainable materials.
  • Permeability: Elimination of perimeter walls to maintain ecosystem integration.
  • Setbacks: A 71-meter distance from the high-tide line.

Socio-Economic Strategies

  • Employment: Jobs for 120 local residents.
  • Empowerment: Training in construction, management, and hospitality.
  • Local Support: Support for cultural events and artists.

Social Impact Strategies

  • Workshops on biodiversity awareness
  • Wildlife mapping for visitors
  • Community use of Typeless complex
  • Support for cultural programming
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Figure 2. Local residents implementing Superadobe construction techniques.

Participatory Conservation Strategies

  • Collaboration with NGOs and environmental groups
  • Stray dog management and gazelle surveys
  • Development of a sustainable tourism framework
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Figure 3. Wildlife and biodiversity mapping for tourist education.

Technical Analysis: Turtle Habitats and Soil Quality

Sea turtle nesting depends on specific coastal conditions. Scientific data indicates that the Majara shoreline is unsuitable due to fine-grained, saline, and metal-rich soils, as well as its narrow width.

In contrast, southern and southeastern shores have light-colored, permeable, carbonate-rich sands suitable for nesting and are designated protected areas.

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Figure 4 – Majara Complex Beach, Northwest Hormuz Island – The shoreline is characterized by fine-grained soil with low permeability and a dark hue resulting from metallic elements. / Physicochemical Properties: Sand-silt composition with evaporitic patches (gypsum and salt); predominantly fine-grained with low drainage capacity. / Dimensions: Narrow coastal strip with an average width of 10 meters.
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Figure 5 – Turtle Beach (Environmental Protection Zone), Southeast Hormuz Island – The soil consists of medium-to-coarse grains with high permeability and a light color due to high carbonate (CO₃) content. / Physicochemical Properties: High carbonate compounds. / Dimensions: Beach width up to approximately 40 meters. / Status: A consistent and primary nesting site for sea turtles in the Persian Gulf.
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Figure 6 – Shibderaz Beach, Qashm Island – Physicochemical Properties: Quartz/carbonate sand mixed with coral and shell fragments. / Dimensions: Average beach width of 60 meters. / Status: Despite its proximity to Shibderaz village and a high-traffic pier and road, this beach along the Persian Gulf hosts approximately 100 nesting Hawksbill turtles annually.

Vegetation and Restoration

Prosopis juliflora, introduced in the 20th century, became invasive. At Majara, approximately 80 trees were removed and replaced with over 500 native species.

Hormuz Island, Majara Residence, ZAV Architects, sustainable architecture Iran, Hormuz eco tourism, Aga Khan Award architecture, Superadobe construction, Nader Khalili, earth architecture, desert architecture, Persian Gulf island, eco resort Iran, sustainable tourism Hormuz, coastal development Iran, turtle nesting beach Hormuz, hawksbill turtle Iran, green turtle Persian Gulf, marine conservation Iran, biodiversity Hormuz Island, wildlife mapping tourism, ecological design architecture, climate responsive design, off grid architecture, local materials construction, community based tourism Iran, cultural tourism Hormuz, Iranian architecture innovation, sustainable building materials, natural building techniques, coastal ecosystem Iran, environmental impact architecture, regenerative tourism, island conservation, soil composition beach, coastal geomorphology Hormuz, Persian Gulf ecology, NGO conservation Iran, participatory conservation, invasive species removal, Prosopis juliflora Iran, native reforestation, mangrove ecology Gulf, sustainable wastewater treatment, composting systems eco resort, circular economy tourism, low impact development, resilient architecture, autonomous eco systems design, marine habitat protection, sustainable infrastructure Middle East, eco architecture photography, architecture detail Superadobe, construction techniques earth dome
Figure 7 – Native Reforestation: Native species were introduced following the removal of the invasive Prosopis juliflora to restore local biodiversity.

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Native Reforestation: Native species were introduced following the removal of the invasive Prosopis juliflora to restore local biodiversity.

Waste and Water Management

The site includes a wastewater treatment system capable of processing 20 cubic meters per day, along with a composting system handling up to 50 kg of organic waste daily.

Hormuz Island, Majara Residence, ZAV Architects, sustainable architecture Iran, Hormuz eco tourism, Aga Khan Award architecture, Superadobe construction, Nader Khalili, earth architecture, desert architecture, Persian Gulf island, eco resort Iran, sustainable tourism Hormuz, coastal development Iran, turtle nesting beach Hormuz, hawksbill turtle Iran, green turtle Persian Gulf, marine conservation Iran, biodiversity Hormuz Island, wildlife mapping tourism, ecological design architecture, climate responsive design, off grid architecture, local materials construction, community based tourism Iran, cultural tourism Hormuz, Iranian architecture innovation, sustainable building materials, natural building techniques, coastal ecosystem Iran, environmental impact architecture, regenerative tourism, island conservation, soil composition beach, coastal geomorphology Hormuz, Persian Gulf ecology, NGO conservation Iran, participatory conservation, invasive species removal, Prosopis juliflora Iran, native reforestation, mangrove ecology Gulf, sustainable wastewater treatment, composting systems eco resort, circular economy tourism, low impact development, resilient architecture, autonomous eco systems design, marine habitat protection, sustainable infrastructure Middle East, eco architecture photography, architecture detail Superadobe, construction techniques earth dome
Figure 8. Hybrid wastewater treatment system.

Hormuz Island, Majara Residence, ZAV Architects, sustainable architecture Iran, Hormuz eco tourism, Aga Khan Award architecture, Superadobe construction, Nader Khalili, earth architecture, desert architecture, Persian Gulf island, eco resort Iran, sustainable tourism Hormuz, coastal development Iran, turtle nesting beach Hormuz, hawksbill turtle Iran, green turtle Persian Gulf, marine conservation Iran, biodiversity Hormuz Island, wildlife mapping tourism, ecological design architecture, climate responsive design, off grid architecture, local materials construction, community based tourism Iran, cultural tourism Hormuz, Iranian architecture innovation, sustainable building materials, natural building techniques, coastal ecosystem Iran, environmental impact architecture, regenerative tourism, island conservation, soil composition beach, coastal geomorphology Hormuz, Persian Gulf ecology, NGO conservation Iran, participatory conservation, invasive species removal, Prosopis juliflora Iran, native reforestation, mangrove ecology Gulf, sustainable wastewater treatment, composting systems eco resort, circular economy tourism, low impact development, resilient architecture, autonomous eco systems design, marine habitat protection, sustainable infrastructure Middle East, eco architecture photography, architecture detail Superadobe, construction techniques earth dome
Figure 9 – Composting Unit This equipment is capable of processing organic waste for a population of 100 to 167 people per day

Conclusion

The Aga Khan Award process involves rigorous field evaluation. While no project is without limitations, discussions of sustainability must be grounded in accurate data and transparent analysis.

We invite researchers, critics, and interested parties to engage further through field visits and dialogue on Hormuz Island.

_____

Salman Rassouli
Salman Rassouli

Salman Rassouli is an Iranian architect with a passion in green architecture and sustainable development. Starting his career path as an environmental activist, he gained a Master’s degree in environment and sustainable development from UCL in 2009. Further, he served as project manager in the NGO CENESTA, where he led projects such as “empowering nomadic people of Iran” through facilitating development of conservation plans and promotion of sustainable livelihoods. Since 2017, he started working as an architect and sustainability manager in ZAV architects, consulting the Majara and other Projects for sustainable design and environmental impact assessment.

::Zav Architects

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