Nikos Salpingidis – DIRECTOR OF INNOVATION, ALUMIL GROUP
Pantelis Levantis – FOUNDER AND MANAGING DIRECTOR ECOVERITAS
Manolis Votsis – ARCHITECT ENGINEER, KOM 37 ARCHITECTS
Konstantinos Makedos – CIVIL ENGINEER AND PRESIDENT OF THE ENGINEERS AND PUBLIC WORKS CONTRACTORS FUND (TMEDE), VICE-CHAIRMAN OF THE PANCRETAN BANK
Georgios Stasinos – PRESIDENT OF THE TECHNICAL CHAMBER OF GREECE
Ar. Sanjay Puri – PRINCIPAL ARCHITECT, SANJAY PURI ARCHITECTS
Dr. Maria P. Papadopoulou – PROFESSOR - NATIONAL TECHNICAL UNIVERSITY OF ATHENS, PRESIDENT - NATURAL ENVIRONMENT & CLIMATE CHANGE AGENCY
Dr. Francesco Musco – PROFESSOR IN URBAN PLANNING AND DESIGN AT THE DEPARTMENT OF ARCHITECTURE AND ARTS – UNIVERSITÀ IUAV DI VENEZIA
Dr. Stella Kyvelou-Chiotini – PROFESSOR IN SPATIAL PLANNING AND SUSTAINABLE DEVELOPMENT, PANTEION UNIVERSITY, MSP AND BLUE ECONOMY EXPERT, ARCHITECT ENGINEER
Dr. Elena Lopez Gunn – FOUNDER & DIRECTOR OF ICATALIST / ROYAL ELCANO INSTITUTE
Dr. Panagiotis Balabanis – DG RESEARCH & INNOVATION, UNIT “OCEAN, SEAS AND WATERS” EUROPEAN COMMISSION, ACTIVE SENIOR
Dr. Amalia Androulidaki – GENERAL DIRECTOR FOR THE RESTORATION, MUSEUMS AND TECHNICAL WORKS - MINISTRY OF CULTURE, ARCHITECT ENGINEER
организатор:
ALUMIL SA
ссылки:
Arxellence 3: International Transdisciplinary Architectural Ideas Competition for Sustainable Development on Gyaros Island
Участникам междисциплинарного конкурса идей предлагается разработать проекты устойчивого развития для острова Ярос в архипелаге Киклады в Эгейском море. Остров в настоящее время необитаем, но имеет важное экологическое значение, являясь местом обитания крупнейшей популяции белобрюхих тюленей, вида, находящегося под угрозой исчезновения (в мире осталось 700 особей).
Задача конкурсантов – предложить концепции по развитию острова, учитывающие экологические факторы и историческое наследие Яроса как места ссылки в античные времена и в XX веке.
Конкурсные предложения должны включать здания музея, научной лаборатории и общежития для исследователей.
The primary objective of the Competition is to select concept design ideas for a Lighthouse, a living laboratory for developing biodiversity strategies and innovative approaches in the eastern Mediterranean.
More specifically, the key components that are essential for a holistic, transdisciplinary approach are:
The Museum: an interactive space of memories.
The Laboratory: intended for the development of strategies and innovative approaches for biodiversity preservation, environmental impacts, and sustainability.
The Dormitory: designed for researchers, staff, and selected visitors.
The Research Institutes: they will conduct their activities within Lab (see No2) through researchers who will remain on the island for specific (limited) periods (e.g., 6 months, 1 year, etc.) according to the needs of each research activity and/or initiative.
A holistic approach to environmental issues through design, planning, and strategic actions that will take into consideration a variety of factors (e.g., water resources management, green energy issues, agri-food actions, biodiversity policies and strategies, ecosystem services, etc.), through an interlinked nexus approach, following the Sustainable Development Goals (SDGs).
The following points (No6 to No12) constitute more detailed specifications of the main components, which should be taken into consideration for the holistic approach, as described under No5:
The Water Cycle: historical data and climate change projections should be considered for the design and planning of water supply for domestic use and water management, e.g., through rain harvesting and/or small dams, groundwater management, or other types of Nature-Based Solutions (NBS). Flood protection and drought management planning ideas are of major interest for this component.
Agriculture: the potential of agriculture for specific, suitable crops should be considered in relation to the water management schemes in No 6.
The coastal blue ecosystem preservation (Maritime Spatial Planning): it should be part of the holistic approach under No5, including also (if needed) NBS.
Wastewater treatment schemes should also consider treated wastewater reuse, energy production through wastewater treatment, and potential material reuse (e.g., phosphates and nitrates) in a broader circular economy context.
Energy efficiency (solar, wind, geothermal energy, etc.): it is crucial to examine the island's energy efficiency through a variety of green energy technologies (including energy production from No8) to achieve (green) energy efficiency in accordance with the European Green Deal.
The biodiversity strategies, especially the EU biodiversity strategy for 2030.
Environmental preservation surveillance initiatives, ongoing actions/projects, and other similar activities that are specifically related to the island.
международный
