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      Architecture as a Generator of Health and Well-being

      editorial
      Journal of Public Health Research
      PAGEPress Publications, Pavia, Italy

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          Abstract

          With the approval of Article 32, first paragraph of the Italian Constitution in 1948, 1 health is accepted and safeguarded by the Republic as a fundamental right of every citizen which also plays a collective interest. The basis of this statement lies in the undeniable observation that only a country whose population enjoys a significant level of health can develop cultural, professional, research and economical activities whose common result is wealth and wellbeing. Designing places of living should not only take into account functional spaces for individual and collective needs, but should also protect health, as humans spend 80% of their time in built spaces. Paradoxically, we could state that an architect has a key role in protecting health more than a doctor. 2 In the discipline of Architecture there are many historical stages in which architects and planners have contributed to the improvement of living conditions when inspired by an ethic and social vision. 3 Starting from the Roman city planning innovation, health awareness about places of living and work has grown over time. The first great paradigm took place during the plague Era, where the living culture had to react for not being overwhelmed by the message of death. Lazarettos were constructed in addition to renovations of the design of the houses and public spaces. After the Industrial Revolution crisis, the Nineteenth Century city was renewed thanks to the work of architects, engineers and enlightened hygienists. Garden cities and social housing were built, entire neighborhoods devastated by tuberculosis were renewed up to the emergence of rationalist architecture. Recently, in the culture of sustainability, no architectural project can avoid the involvement of medical sciences along with psychological, anthropological and social contributions, in order to reach the formulation of healthy city concept. These achievements can be found within the context of national and international legislative and regulatory framework, in which there is a well-established system of indicators aimed to ensure the minimum hygiene requirements of architecture. 4 Combination of design aspects, use of materials and the distribution of the spaces are merged along with many others in the Healthy cities project of the WHO/Europe. Currently, 90 cities are members of the WHO European Healthy Cities Networks and 30 national Healthy Cities Network in the European Region have involved in the project the amount of 1400 cities. 5 Health has often stimulated critical reflections and experimental proposals within the architectural discipline. If we consider the works of Alvar Aalto, Franco Albini, Ignazio Gardella and the theories of Le Corbusier, we can found that a special attention has been given to the psychological and physical well-being. Therefore, we can say that topics concerning health have always been inspiring and stimulating technological innovation of both products and processes at different scales: territorial and urban development projects as well as architectural and interior design. The role of an architect as a promoter of health should be played in designing living and work and leisure spaces, in addition to those specifically designed to restore and protect public health. 6 His expertise as an architect might be completed by skills in the fields of materials, engineering, technological systems, urban planning as well of medicine and, in particular, of public health. This integration can be developed within the design process, but above all, it must be strengthened during the education of the architect. The relationship between Architecture and Engineering already exists in three Italian Polytechnics (Milan, Turin and Bari) and in many other universities where the two schools coexist yet. The collaboration is less obvious with the medical world and schools. It is true that in some cases biomedical engineers are already working jointly and in some schools there are courses of engineering focused on the management of health facilities. Although Environmental Health is already taught in Milan, Rome, Genoa, Sassari, further widespread integrations in Architecture schools are needed to increase the awareness about the role of future architects as guarantors and guardians of the Public Health of a community.

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          The present research aims at analyzing the relationship between the project, the natural lighting, and the residential indoor environments. The reasons that lead to this research are to be found in the complex relationship between natural lighting, sunlight, and health in indoor environments and in the oncoming research of project and technological solutions in order to guarantee an adequate level of indoor health while preserving the environment. After describing the physical and hygienic characteristics of the natural lighting, the various laws (in particular the Italian ones) were taken into account according to the definition of the minimal performance and project requirements concerning the natural lighting of the indoor residential environments. The minimal requirements for the Coefficient of Daily Lighting--CDL (illumination levels on horizontal surface inside the room/illumination levels on the same horizontal surface situated outside, closed to the windows) were satisfied on average during the project phase with a lighting ratio (area of the windows hole/floor area) more than 12.5% (1/8) for every habitable rooms. An analysis based on CDL was then performed, since it is able to estimate the level of lighting of different indoor environments for dimensional and geometric aspects, for specific characteristics of each window opening and for the context situation of the building. During the analysis, the CDL of some rooms (42) was taken and analyzed according to the specific features of the indoor environment in order to evaluate the appropriateness of the current laws on the subject, which are too often recognized as only prescriptive. In conclusion, the current laws, considering the complex reciprocity between natural lighting and indoor environments, are not very adequate in orienting the architect towards more innovative quality and performance oriented choices. According to these deficiencies, it was proposed to integrate those laws with more adequate indications for the computation of the windows surface, and to write a document on the project phase in order to support the architect in her architectonic choices. Such instrument, coming from work in depth of analysis and observation of the behaviour of the natural light in order to better understand the factors able to condition its penetration into the indoor environments, could then be used along with the legislative instruments in order to improve those aspects of indoor health related to natural lighting.
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            [Healthy design for sustainable communities].

            Health, quality of life and sustainable development are strongly interconnected. The quality of living is a complex concept that includes different meanings. The quality of life issue has been studied for a long time, even if its measurement is a more recent matter. It's possible to distinguish two main approaches: the first one, depending on which the quality of life corresponds to the social wellbeing and it can be measured objectively; the second one, that emphasizes the perceptive dimension of quality of life, such as needs, feelings and aspirations. According to the WHO's wide definition of wellbeing, this paper suggests an approach focused on the effects that urban planning and designing can have on the health of citizens. Actually many of the problems of the cities like pollution, inequity, lack of services and accessibility depends on decisions about the development of land and buildings. To have more attractive cities in the future it is important that professionals involved in planning and local authorities focus on the major determinants of health: the physical and social environment in which people live and the nature of their lifestyles. The experience explained in this paper shows as local authorities can support professionals in designing process, producing quick and effective benchmark in order to improve the quality of urban spaces and architecture. More in deep the tool works by a set of performance indicators developed with the purpose to assess the degree of sustainability of building and urban space proposals at the planning stage (and at later stages), against a range of criteria. This evaluation procedure can be considered as a common platform from which different stakeholders can agree goals and work together contributing to increase the benefits of a well-designed built environment.
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              [150 years of hygienic requirements of dwellings in Italy].

              In Italy Public Health legislation had, since unification of the nation in 1861, a peculiar consideration for building hygiene, with a particular focus on dwellings. The first law about these themes is the number 5849 in 1888, named Crispi-Pagliani, after the Italian prime minister of the time and the hygienist who collaborated in lawmaking. The authors of the present work describe how laws evolved during 150 years of history, passing through social, demographic, political, economical, cultural and scientific changes. In the meantime they try to explain the role of public health practitioners in this field, also in relation with administrative processes that changed in time. Everything considering how indoor environment and home in particular are fundamental determinants of health, nowadays that people in richest countries spend most of their lifetime in this particular environment.
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                Author and article information

                Journal
                J Public Health Res
                J Public Health Res
                JPHR
                Journal of Public Health Research
                PAGEPress Publications, Pavia, Italy
                2279-9028
                2279-9036
                24 April 2014
                26 March 2014
                : 3
                : 1
                : 276
                Affiliations
                ABC Department, Polytechnic University of Milan , Italy
                Author notes
                Correspondence: Stefano Capolongo, Department of Architecture, Built Environment and Construction Engineering, Polytechnic University of Milan, via E. Bonardi 3, 20133 Milano, Italy. +39.02.2399.5140. stefano.capolongo@ 123456polimi.it
                Article
                10.4081/jphr.2014.276
                4140381
                fae45145-1ec9-422e-9d1a-d3acd7d7931f
                ©Copyright S. Capolongo, 2014

                This is an Open Access article distributed under the terms of the Creative Commons Attribution Non-Commercial License ( http://creativecommons.org/licenses/by-nc/3.0/) which permits unrestricted non-commercial use, distribution, and reproduction in any medium, provided the original work is properly cited.

                History
                : 10 April 2014
                : 10 April 2014
                Page count
                Figures: 0, Tables: 0, Equations: 0, References: 6, Pages: 1
                Categories
                Editorial

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