Reflections on the San Marino Declaration

Reflections on the San Marino Declaration

Another declaration has been announced - this one linking SDGs to architecture and planning. With so many criteria, can it achieve its ambitions?

The San Marino Declaration (SMD) is an attempt to harness the UN’s Sustainable Development Goals for built environment professionals and key stakeholders. Cem Kayatekin (IE University) considers whether this Declaration can achieve its many ambitions and what's missing.

Adopted in October 2022 by the UN Economic Commission for Europe’s Committee on Urban Development, Housing and Land Management, SMD provides principles for creating “sustainable, safe, healthy, socially inclusive, climate-neutral and circular homes, urban infrastructure and cities”. The gestational period of the declaration dates back to the first meeting of the General Assembly’s Advisory Committee on Sustainable Urbanization in December 2021. A wide range of the points found in the document are in turn echoed within the Future of Cities lecture series launched by the Norman Foster Foundation in November 2021, and Norman Foster’s speech at the UN General Assembly in May of 2022. Taking a broader historical perspective, from the 1933 Charter of Athens to the 1999 Charter of New Urbanism, SMD is the latest in a long series of declarations distilling aspirations and ambitions to shape built environmental quality and practices, along with its ethical underpinnings, the most-immediate predecessor being Architects Declare (AD), launched in 2019.

There are eleven principles in total within SMD, underscoring the need for:

  • social responsibility, inclusivity, and participatory mechanisms to anchor built-environmental work
  • projects to respect the local socio-cultural fabrics within which they are situated
  • the built environment to minimize its carbon, energy, and water footprints, limit material extraction, and become a more active player in urban food production
  • the promotion of multi-modal transport systems and mobility networks, increasing access to urban green areas, and enforcing fundamental standards of built environmental health and safety
  • limiting impacts on the local environment and biodiversity
  • minimising carbon, energy, and emissions footprints and add to local energy production
  • promoting urban transparency, help the vulnerable, and curb corruption anchored in the development and maintenance of the built environment
  • strengthening the resilience of the building stock and urban infrastructure with regard to natural disasters—-with a specific emphasis placed upon durability, flexibility, and adaptability
  • assuring the affordability and accessibility of the built environment to all citizenry
  • supporting cohabitation, community participation, community engagement, and social cohesion
  • promoting collaboration across stakeholder networks and to foster and support long-term built environmental research.

These eleven points appear to be drawn from an array of pre-existing built-environmental concepts and frameworks—a bricolage of principles from the domains of:

  • The fifteen-minute city
  • The net-zero energy community
  • Blue-green-grey infrastructure
  • The low-carbon city
  • Smart cities
  • Urban inclusivity or more broadly the concept of the right to the city
  • Participatory urbanism
  • Integrated interdisciplinary approaches to the authorship and project development / execution.

A comparison

Several noteworthy points emerge when comparing Architects Declare (AD) and the San Marino Declaration (SMD).

Footprint: From energy to environment, SMD’s focus on minimizing impacts, as opposed to pursuing regenerative activities, is a missed opportunity. AD in contrast prioritises energy/carbon performance and environmental impacts with the aspiration of providing net-positive outcomes across the board, as opposed to simply footprint minimization. Given that AD predates SMD by roughly three years, SMD’s step back in this area is a significant oversight. In the energy sector this is particularly noteworthy since the financial, political, as well as intellectual, support for positive energy districts (PEDs) has increased tremendously in recent history, particularly in the EU, e.g. the 2008 Strategic Energy Technology Plan adopted by the EU, supporting the deployment of 100 PEDs across member states by 2025 (Bossi et al. 2020).

Focus. SMD embraces a much wider set of criteria than AD, e.g. issues of equity, mobility, food production, etc. SMD asserts these ideas and concepts are indivisible, e.g. a project cannot solely pursue energy/carbon performance criteria while ignoring issues of equity or inclusivity.  But will this wide list of criteria allow the possibility of ‘gaming the system’? This is likely to weaken or dilute the environmental imperative.

Accountability: A point of commonality exists across both AD and SMD. Although AD is clearly linked to the intricacies of the professional-to-client relationship, stressing the need for proactive advocacy and activism on the side of professionals, the document remains unclear about what becoming a signatory entails in terms of legal, ethical, or professional responsibility and accountability. SMD expands its target audience beyond the profession of architecture to include “city mayors, architects, engineers, urban planners, designers, surveyors, and building managers,” folding these sectors under the umbrella of “the creative driving force of urban transformation.”However, the predecessor document produced via the first meeting of the Advisory Committee on Sustainable Urbanization in December 2021 also included “valuers, and real estate professionals.” This financial sector is noticeably absent from SMD.Despite the expansion of professional spheres however, SMD is still burdened by the same lack of accountability noted for AD. The SMD is unclear how signatories are ideally meant to mobilize, yet alone be held accountable for, the outlined principles.

Bottom-up versus top-down: AD is clearly bottom-up in nature, seeking to mobilize professionals in a grassroots format. Firms become signatories, and in so doing, are committed to engage in activities of advocacy and activism to support the principles outlined in the declaration. The AIA’s Framework for Design Excellence and RIBA’s 2030 Climate Challenge and Code of Conduct behave in a similar way. SMD aspires to have a larger signatory pool that also includes city mayors and urban planners. If these latter, higher-up municipal officials and professionals were to adopt the principles outlined in SMD, it could impose a top-down structure upon the broader spectrum of built-environmental professionals working within the politico-legal fabric of the city. Partially bottom-up, partially top-down, SMD falls within a hybrid territory.

What’s missing?

A lack of clear accountability can foster confusion and tension across the network of signatories. Within the still-nascent lifetime of AD, conceptual disagreements and unclear criteria of accountability fomented a discord across the authoring Architects Climate Action Network, culminating in the withdrawal of Foster+Partners and Zaha Hadid Architects, two of the original seventeen founding signatories of the declaration (Kara 2020).

Foster+Partners and Zaha Hadid Architects withdrawal from AD was effectively over disputes solely concerning energy, carbon, and climate neutrality (Fairs 2020). SMD, which Norman Foster himself played a significant role in authoring, in theory requires that firms not only take into account project parameters of energy, carbon, environmental impact, etc. but also socioeconomic issues concerning equity, inclusivity, and beyond. However, by expanding the criteria, it is open to diluting or downplaying the key environmental criteria.

If SMD’s emphasis on indivisibility is taken seriously, then the principles concerning socioeconomic and cultural equity and inclusivity would bar signatories from working on projects commissioned by entities with a history of human rights abuses or projects which would exacerbate urban inequity, peripheralization, polarization, and gentrification. But it also remains unclear whether SMD provides a loophole for climate-harming facilities (e.g. airports).

Foster has likened SMD to an architectural equivalent of the Hippocratic Oath. In the practice of medicine a clear and singular client exists — the patient. However, for the built environment the client is effectively the legal person or entity funding the commissioned project. To some degree, building codes and urban planning regulations help to create a second client or stakeholder—namely, the public, the community, society at large or the natural environment.

What declarations such as AD and SMD are attempting to do, is to formalise and make explicit a set of responsibilities to the public, community or civil society.  But how would these stakeholder needs and rights be taken into account, demonstrated and validated? Who decides? And how are the inevitable trade-offs between competing goals assessed?  Is this decided by a regulatory body, a professional organisation or the individual, a court of appeal?   

Further work is needed to define and agree upon a precise yet simultaneously robust set of binding principles. The framework looking to emerge at the end of this iterative cycle would seemingly need to become a built environmental bill of rights, inalienable and indivisible. It could be a distillation and expansion of the United Nations’ Universal Declaration of Human Rights, particularly in terms of principles relating to the built environment and human settlements. Its adoption would preclude certain projects or require additional ethical scrutiny and accountability. National, regional and local governments could adopt this top-down framework (and in principle already have the planning and other powers to assess project proposals and undertake stakeholder engagement). However, is it reasonable to expect any such framework to be implemented prior to 2030?

Another avenue to consider is an altogether different type of grassroots movement, e.g. a Fairtrade Built Environment label. This could require the achievement of ethical and regenerative standards across an indivisible array of domains ranging from carbon/energy footprints, urban-socioeconomic and environmental impacts, chains of finance and government involved within the project, worker pay and rights, achievement of fifteen-minute city goals, supporting of biodiversity regeneration, etc. Although declarations start with vigour and momentum, they often decay or splinter over time. A certification approach may have a better history of success. 

References

Bossi S., Gollner C., Theierling S. (2020). Towards 100 positive energy districts in Europe: preliminary data analysis of 61 European cases. Energies, 13(22):6083. https://doi.org/10.3390/en13226083

Fairs, Marcus. (2020). ACAN calls on Foster + Partners to withdraw from Amaala airport project over climate concerns. Dezeen, 20 July.

Mavros, Kara. (2020). Major British firms withdraw from ‘Architects Declare’ movement. Architectural Record, 2 December.

Latest Peer-Reviewed Journal Content

Journal Content

Spatiotemporal evaluation of embodied carbon in urban residential development
I Talvitie, A Amiri & S Junnila

Energy sufficiency in buildings and cities: current research, future directions [editorial]
M Sahakian, T Fawcett & S Darby

Sufficiency, consumption patterns and limits: a survey of French households
J Bouillet & C Grandclément

Health inequalities and indoor environments: research challenges and priorities [editorial]
M Ucci & A Mavrogianni

Operationalising energy sufficiency for low-carbon built environments in urbanising India
A B Lall & G Sethi

Promoting practices of sufficiency: reprogramming resource-intensive material arrangements
T H Christensen, L K Aagaard, A K Juvik, C Samson & K Gram-Hanssen

Culture change in the UK construction industry: an anthropological perspective
I Tellam

Are people willing to share living space? Household preferences in Finland
E Ruokamo, E Kylkilahti, M Lettenmeier & A Toppinen

Towards urban LCA: examining densification alternatives for a residential neighbourhood
M Moisio, E Salmio, T Kaasalainen, S Huuhka, A Räsänen, J Lahdensivu, M Leppänen & P Kuula

A population-level framework to estimate unequal exposure to indoor heat and air pollution
R Cole, C H Simpson, L Ferguson, P Symonds, J Taylor, C Heaviside, P Murage, H L Macintyre, S Hajat, A Mavrogianni & M Davies

Finnish glazed balconies: residents’ experience, wellbeing and use
L Jegard, R Castaño-Rosa, S Kilpeläinen & S Pelsmakers

Modelling Nigerian residential dwellings: bottom-up approach and scenario analysis
C C Nwagwu, S Akin & E G Hertwich

Mapping municipal land policies: applications of flexible zoning for densification
V Götze, J-D Gerber & M Jehling

Energy sufficiency and recognition justice: a study of household consumption
A Guilbert

Linking housing, socio-demographic, environmental and mental health data at scale
P Symonds, C H Simpson, G Petrou, L Ferguson, A Mavrogianni & M Davies

Measuring health inequities due to housing characteristics
K Govertsen & M Kane

Provide or prevent? Exploring sufficiency imaginaries within Danish systems of provision
L K Aagaard & T H Christensen

Imagining sufficiency through collective changes as satisfiers
O Moynat & M Sahakian

US urban land-use reform: a strategy for energy sufficiency
Z M Subin, J Lombardi, R Muralidharan, J Korn, J Malik, T Pullen, M Wei & T Hong

Mapping supply chains for energy retrofit
F Wade & Y Han

Operationalising building-related energy sufficiency measures in SMEs
I Fouiteh, J D Cabrera Santelices, A Susini & M K Patel

Promoting neighbourhood sharing: infrastructures of convenience and community
A Huber, H Heinrichs & M Jaeger-Erben

New insights into thermal comfort sufficiency in dwellings
G van Moeseke, D de Grave, A Anciaux, J Sobczak & G Wallenborn

‘Rightsize’: a housing design game for spatial and energy sufficiency
P Graham, P Nourian, E Warwick & M Gath-Morad

Implementing housing policies for a sufficient lifestyle
M Bagheri, L Roth, L Siebke, C Rohde & H-J Linke

The jobs of climate adaptation
T Denham, L Rickards & O Ajulo

Structural barriers to sufficiency: the contribution of research on elites
M Koch, K Emilsson, J Lee & H Johansson

Life-cycle GHG emissions of standard houses in Thailand
B Viriyaroj, M Kuittinen & S H Gheewala

IAQ and environmental health literacy: lived experiences of vulnerable people
C Smith, A Drinkwater, M Modlich, D van der Horst & R Doherty

Living smaller: acceptance, effects and structural factors in the EU
M Lehner, J L Richter, H Kreinin, P Mamut, E Vadovics, J Henman, O Mont & D Fuchs

Disrupting the imaginaries of urban action to deliver just adaptation [editorial]
V Castán-Broto, M Olazabal & G Ziervogel

Building energy use in COVID-19 lockdowns: did much change?
F Hollick, D Humphrey, T Oreszczyn, C Elwell & G Huebner

Evaluating past and future building operational emissions: improved method
S Huuhka, M Moisio & M Arnould

Normative future visioning: a critical pedagogy for transformative adaptation
T Comelli, M Pelling, M Hope, J Ensor, M E Filippi, E Y Menteşe & J McCloskey

Nature for resilience reconfigured: global- to-local translation of frames in Africa
K Rochell, H Bulkeley & H Runhaar

How hegemonic discourses of sustainability influence urban climate action
V Castán Broto, L Westman & P Huang

Fabric first: is it still the right approach?
N Eyre, T Fawcett, M Topouzi, G Killip, T Oreszczyn, K Jenkinson & J Rosenow

Social value of the built environment [editorial]
F Samuel & K Watson

Understanding demolition [editorial]
S Huuhka

Data politics in the built environment [editorial]
A Karvonen & T Hargreaves

See all

Latest Commentaries

Systems Thinking is Needed to Achieve Sustainable Cities

As city populations grow, a critical current and future challenge for urban researchers is to provide compelling evidence of the medium and long-term co-benefits of quality, low-carbon affordable housing and compact urban design. Philippa Howden-Chapman (University of Otago) and Ralph Chapman (Victoria University of Wellington) explain why systems-based, transition-oriented research on housing and associated systemic benefits is needed now more than ever.

Artwork © Pat Sonnino 2024

Andrew Karvonen (Lund University) explains why innovation has limitations for achieving systemic change. What is also needed is a process of unmaking (i.e. phasing out existing harmful technologies, processes and practices) whilst ensuring inequalities, vulnerabilities and economic hazards are avoided. Researchers have an important role to identify what needs dismantling, identify advantageous and negative impacts and work with stakeholders and local governments.

Join Our Community