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Conference Agenda

Overview and details of the sessions of this conference. Please select a date or location to show only sessions at that day or location. Please select a single session for detailed view (with abstracts and downloads if available).

Please note that all times are shown in the time zone of the conference. The current conference time is: 24th Aug 2026, 05:31:36am America, Santiago

Daily Overview

Session

15D: Sustainability
Virtual location: VIRTUAL: Agora Meetings

Presentation 1

3:20pm - 3:28pm

Bioclimatic guidelines for a housing typology in the Special Regulation Zone of the “Pantanos de Villa” Wetland, Lima, Peru

Estrella Haydé Borjas Soriano¹, Hasmin Yajaira Velasquez Arqque², Geraldine Karen Galarza Velasque³, Viviana Lucía Panizo Hubner⁴, José Iannacone^2,5

1: Pontificia Universidad Católica del Perú - (PE); 2: Universidad Científica del Sur - (PE); 3: Universidad Privada del Norte - (PE); 4: Autoridad Municipal de los Pantanos de Villa - (PE); 5: Universidad Nacional Federico Villarreal - (PE)

The development of a bioclimatic framework with guidelines for the implementation of sustainable housing typologies in the Special Regulation Zone (SRGZ) in the Pantanos de Villa wetlands, Chorrillos, is key to preserving highly valuable ecosystems such as wetlands and achieving cohesion between the natural and urban. In this context, three environmental planning units of the SRGZ are analyzed: The Physical-Legal Sanitation Zone (SZ), the Surco River Underground Aquifer Protection Zone (ZPRS), and the Surface Upwelling and Runoff Protection Zone (ZPAES). This research, using a multicriteria AMC-PS analysis, evaluates four housing typologies (semi-detached, block, cooperative, and low-to-medium rise), and determines that the low-to-medium rise typology is ideal for optimizing land use, balancing density, and minimizing environmental impact. Additionally, a bioclimatic data sheet with sustainable design strategies is developed following a climate-urban analysis in comparison with Ordinance 1044 of the Municipality of Lima. This data sheet considers factors such as solar radiation, natural ventilation, water management, materials compatible with the environment, and soil characteristics. All of this leads us to conclude that implementing a bioclimatic data sheet for the development of a housing typology as a regulatory requirement can guarantee sustainable urban growth in the ZRE PV, as it will promote the coexistence of urbanization and ecological conservation.