Falzon, D. and Conrad, E. (2024) ‘Designing primary school grounds for Nature-based learning: A review of the evidence’, Journal of Outdoor and Environmental Education, 27, pp. 437–468. https://doi.org/10.1007/s42322-023-00142-4

Falzon and Conrad examine nature-based learning through the material specificity of the environments in which it occurs. Their review is especially valuable because it refuses to treat “nature” as a generic positive variable: the central question is how particular spatial characteristics enable or constrain learning, wellbeing and nature connectedness. The conceptual operation is relational. Drawing on ecological psychology and affordance theory, learning emerges from transactions between people and environments rather than from exposure to scenery alone. This makes design pedagogically consequential: access, complexity, multisensoriality, vegetation, spatial limitation and the possibilities for action offered by a site become part of the learning apparatus. The review also highlights significant evidential gaps, especially in dense urban contexts and across diverse cultural and geographical settings. Its bridge to environmental psychology is precise: educational outcomes depend on person–environment relations that are simultaneously functional, affective and spatial. Nature-based learning therefore becomes a question of how environments invite attention, action, attachment and interpretation.

Falzon, D. and Conrad, E. (2024) ‘Designing primary school grounds for Nature-based learning: A review of the evidence’, Journal of Outdoor and Environmental Education, 27, pp. 437–468. https://doi.org/10.1007/s42322-023-00142-4

Falzon and Conrad examine nature-based learning through the material specificity of the environments in which it occurs. Their review is especially valuable because it refuses to treat “nature” as a generic positive variable: the central question is how particular spatial characteristics enable or constrain learning, wellbeing and nature connectedness. The conceptual operation is relational. Drawing on ecological psychology and affordance theory, learning emerges from transactions between people and environments rather than from exposure to scenery alone. This makes design pedagogically consequential: access, complexity, multisensoriality, vegetation, spatial limitation and the possibilities for action offered by a site become part of the learning apparatus. The review also highlights significant evidential gaps, especially in dense urban contexts and across diverse cultural and geographical settings. Its bridge to environmental psychology is precise: educational outcomes depend on person–environment relations that are simultaneously functional, affective and spatial. Nature-based learning therefore becomes a question of how environments invite attention, action, attachment and interpretation.

Taghizadeh Kerman, N., Banihashem, S.K., Karami, M., Er, E., van Ginkel, S. and Noroozi, O. (2024) ‘Online peer feedback in higher education: A synthesis of the literature’, Education and Information Technologies, 29, pp. 763–813. https://doi.org/10.1007/s10639-023-12273-8

Taghizadeh Kerman and colleagues treat feedback as a structured learning process rather than a correction appended to completed work. Their systematic synthesis shows that online feedback operates through an interaction among learner characteristics, learning environments, activity design and desired outcomes. Its important methodological contribution is to make feedback architecture explicit: who responds, through which platform, according to what criteria, at what moment and with what opportunity for revision all condition the educational effect. Online environments add flexibility and scalability, but the review resists technological determinism by identifying trust, feedback literacy, disciplinary knowledge and task complexity as decisive variables. Feedback can support writing, professional judgement, argumentation, self-regulation and communication, yet poorly designed exchanges can remain superficial or unusable. The work therefore bridges assessment theory and digital learning by showing that response is itself a pedagogical medium. Learning intensifies when a participant’s specific production becomes the object of attention, comparison and revision rather than disappearing into standardized completion metrics.

Jelewska, A. (2024) ‘Postdigital Collective Memory: Media Practices Against Total Design’, Postdigital Science and Education, 6, pp. 259–278. https://doi.org/10.1007/s42438-023-00421-9.

Jelewska proposes postdigital collective memory as a form of remembrance co-produced by humans, nonhumans, environments and technological media. The article develops this idea through field practices and design workshops at Lake Rusałka in Poznań, a landscape whose wartime history had been materially transformed and publicly suppressed. Its central device, the Sensitive Data Lake, is not conceived as a neutral database but as an experimental environment in which archives, sensors, ecological processes, narratives and artificial intelligence can generate friction around the past. Critical Media Design supplies the methodological operation: remembrance is produced through situated making rather than deposited after the fact into a stable archive. The paper thereby challenges “total design”, understood as the attempt to render environments fully ordered, legible and controllable. Memory instead becomes plural, spectral and transitional. The wider bridge joins posthumanism, media archaeology, transition design and critical infrastructure studies, establishing digital memory as an environmental relation whose politics depends on how heterogeneous agencies are allowed to enter the record.

HaghighatBin, M., Saghafi Moghaddam, S. and Nijhuis, S. (2024) ‘Collective Memory, Urban Regeneration and Conservation of Historical Sites – ChaharBagh Street, Isfahan City, Iran’, Journal of Urban Culture Research, 28, pp. 143–158.

HaghighatBin, Saghafi Moghaddam and Nijhuis approach regeneration through the continuity of collective memory, arguing that historic urban space cannot be conserved through physical preservation alone. ChaharBagh Street in Isfahan serves as a landscape in which material structure, social practice and remembered meaning have been repeatedly transformed. The paper’s iconic operation is to place conservation and rehabilitation in the same temporal system: regeneration must restore capacities for memory to be reproduced rather than freezing an urban scene as heritage image. Landscape becomes the mediating structure between people and place, capable of carrying historical continuity while accommodating contemporary use. Methodologically, the case study reads spatial transformation against social and cultural change, making historical urban morphology legible as an active mnemonic field. The work bridges landscape architecture, heritage studies and urban regeneration by shifting attention from objects to relations. Its strongest theoretical implication is that collective memory survives through renewed spatial participation, not through the isolated preservation of monuments or stylistic fragments.

Chavoshi, N., Ilbeigi, M., Karimi, M., Asgharzadeh, A. and Behrouzifard, E. (2024) ‘Investigating the relation between emotional and cultural mapping by considering collective memory in Urban design from perspective of citizens (case study: Tehran, Iran)’, City, Territory and Architecture, 11, 14. https://doi.org/10.1186/s40410-024-00234-8.

Chavoshi et al. treat collective memory as a spatially distributed relation between emotion, culture and urban experience rather than as a repository of historic facts. Their central contribution is to bring emotional mapping and cultural mapping into the same empirical frame. Through a questionnaire-based case study in Tehran, the authors identify how place identity, antiquity, satisfaction, events, accessibility, cultural meaning and particular emotions contribute to memorable urban spaces. Emotional mapping emerges as especially consequential, while demographic variables shape the relative weight assigned to cultural and affective factors. The method converts subjective attachment into a structured urban-design dataset without reducing memory to physical heritage alone. Memory is produced through repeated encounters between urban form and lived interpretation. The study therefore bridges environmental psychology, participatory mapping and urban design, offering a way to examine how affective intensities become attached to locations and persist collectively. Its wider value lies in making emotion an evidential dimension of spatial knowledge rather than treating it as an anecdotal supplement to morphological analysis.

Moore, J.W. (2022) ‘How to Read Capitalism in the Web of Life: Towards a World-Historical Materialism in the Web of Life’, Journal of World-Systems Research, 28(1), pp. 153–168. https://doi.org/10.5195/JWSR.2022.1127.

Moore defends the world-ecology perspective as a historical method for understanding capitalism through the web of life rather than as a social system acting upon an external nature. His central proposition is relational and dialectical: human social relations acquire their specific forms through metabolic relations with extra-human natures, while those relations simultaneously transform the environments in which they develop. The article insists that this is not simply an abstract theory of interconnectedness. World-ecology must be reconstructed through concrete historical turning points, commodity frontiers, labour regimes and transformations in the organisation of nature. Methodologically, Moore privileges world-historical explanation over conceptual dualisms such as society/nature or humanity/environment. His intervention also clarifies the differences between world-ecology, metabolic-rift approaches and competing Marxist ecological theories. The work bridges historical materialism, environmental history and world-systems analysis, providing a conceptual apparatus for tracing how capital accumulation, unpaid work, energy and ecological change co-produce one another over the longue durée.

Zahnow, R. (2024) ‘Place type or place function: What matters for place attachment?’, American Journal of Community Psychology, 73, pp. 446–460. https://doi.org/10.1002/ajcp.12722.

Zahnow separates the physical category of a neighbourhood place from the function that users attribute to it, showing that place attachment is generated less by typology alone than by recurrent social experience. Using data from 892 respondents, the study compares public places, large consumption spaces, local consumption places and socialisation settings while testing how personalised functions modify attachment. The strongest conceptual finding is that places associated with socialising and shared purpose produce greater attachment, and that local cafés or stores become especially significant when experienced as social rather than merely consumptive environments. Methodologically, regression models distinguish direct, mediating and moderating relationships between place type, function and attachment. The theoretical contribution is to shift place attachment from a static property of location to a relational effect of use, meaning and frequency. The paper bridges community psychology, environmental psychology and social-infrastructure research by demonstrating that everyday neighbourhood settings become anchors of belonging through what people repeatedly do there together.

Nijman, J. (2015) ‘The Theoretical Imperative of Comparative Urbanism: A Commentary on “Cities beyond Compare?” by Jamie Peck’, Regional Studies, 49(1), pp. 183–186. https://doi.org/10.1080/00343404.2014.986908.

Nijman’s response to Jamie Peck argues that comparative urbanism is theoretically necessary because contemporary urbanisation is increasingly interrelated, not merely because cities display striking variety. Comparison therefore belongs to the systemic condition of planetary urbanisation rather than to an optional search for exceptional cases. The paper’s key contribution is a dialectic between conceptual definition and openness to emergent formations: researchers need workable definitions of the urban and theoretically grounded case selection, while remaining prepared to revise those definitions when unfamiliar urban processes disrupt them. Nijman also insists that comparison requires movement between induction and deduction and a much broader empirical geography than the Anglo-American field has historically admitted. Methodologically, the commentary combines epistemological argument with a political-economic orientation to city–state relations and uneven urbanisation. It bridges classical comparative inquiry with postcolonial and planetary urban debates, offering a compact defence of comparison as the means by which urban theory can remain both generalisable and responsive to geographical difference.

The decisive concept emerging from contemporary neuroarchitecture and environmental neuroscience is ecological validity: the degree to which an experimental relation survives the passage from controlled stimulus to inhabited world.

Architecture makes this problem unusually acute because space is never encountered as an isolated variable. Curvature arrives with material, scale, light, programme, memory and cultural expectation; a window is simultaneously an aperture, a luminance condition, a view, an orientation device and a social threshold; a neighbourhood is at once infrastructure, routine, attachment, risk, access and collective history. The strongest recent work therefore moves away from the fantasy that architecture can be translated directly into neural prescriptions and toward an evidential ecology in which each measurement has a defined scope. Valentine’s work on physiological stress establishes the need to operationalise architectural form rigorously, then extends the temporal horizon through allostasis: environmental effects may accumulate through repeated exposure rather than appearing as instantaneous preference. Li and Xu’s review of neuroimaging converts spatial–emotional relations into candidate design parameters but simultaneously demonstrates why such thresholds remain provisional when EEG–VR paradigms dominate and real-world validation is scarce. Wei and colleagues sharpen the critique at the level of experimental construction itself: a photograph of a curvilinear interior is not curvature, because photographic composition, typology, aesthetic capital and imagined use contaminate the nominal variable. Their progression from images to objects to full-scale experience reframes design as an epistemic technology for producing controlled difference while progressively restoring embodiment. Grasso-Cladera and colleagues move furthest toward naturalistic neuroscience by treating everyday indoor environments as laboratories and coupling mobile physiological sensing with situated action. The important shift is from measuring a brain exposed to architecture toward measuring a brain–body system acting within architecture. Urban-scale studies complicate the field further. Xu and Meng’s third places show that restorative urban effects cannot be reduced to naturalness: socially active environments generate distinct pathways of pleasure, affiliation and wellbeing. Maestre’s recovery of imageability similarly extends neural questions toward orientation, memorability, physical activity and sense of place, while warning that a Lynchian urban concept cannot become a biomarker without standardised operationalisation. García-Mira’s psychological de-territorialisation provides the strongest scalar correction to reductive neuroarchitecture. Environmental transformation acts through employment, identity, memory, financial threat, participation and place attachment; the relevant “response” may be life satisfaction or the decision to leave a region rather than a fluctuation in EEG. Meng and Xu’s lockdown study reaches the same conclusion through crisis: when ordinary mobility collapses, housing, services and neighbourhood form reveal themselves as behavioural infrastructures whose adequacy is inseparable from resilience. Across these scales, evidence becomes architecturally meaningful only when the conditions of its production remain attached to it. Ecological validity is therefore not merely a demand for more realistic experiments. It is an epistemic principle governing the translation between representation and occupation, laboratory and city, short exposure and longitudinal life, individual physiology and social territory. A mature environmental neuroscience would not search for universal forms that mechanically produce wellness. It would construct comparable situations, preserve contextual variables, combine neural, physiological, behavioural and qualitative evidence, and state precisely the range within which a finding can travel. The design implication is substantial: architecture ceases to be a container subsequently evaluated by science and becomes a controlled yet situated medium through which relations among bodies, environments and meanings can be experimentally composed. For Socioplastics, this offers a particularly productive bridge. Spatial knowledge does not reside in the building or the nervous system alone; it emerges through repeated, instrumented and socially embedded encounters whose traces can move across disciplinary regimes only if their context, scale and transformation remain legible. Ecological validity thus becomes the condition under which spatial evidence can become transferable knowledge without being emptied of the world that made it evidential.

Grasso-Cladera, A., Arenas-Perez, M., Wegertseder-Martinez, P., Vilina, E., Mattoli-Sanchez, J. and Parada, F.J. (2025) ‘Neuroscientific insights into the built environment: A systematic review of empirical research on indoor environmental quality, physiological dynamics, and psychological well-being in real-life contexts’, International Journal of Environmental Research and Public Health, 22(6), 824. https://doi.org/10.3390/ijerph22060824.

Grasso-Cladera and colleagues relocate environmental neuroscience from the controlled image or virtual room toward the unstable conditions of everyday occupancy. Their systematic review examines real-life studies of indoor environmental quality—especially thermal comfort, air quality, lighting and related variables—using physiological measures including heart activity, skin temperature and brain dynamics. Thermal comfort emerges as the most frequently investigated factor, but the deeper contribution is methodological: the authors advocate Mobile Brain/Body Imaging and situated experimental designs capable of recording coupled brain–body–environment dynamics while people act naturally. They explicitly frame the “real world” as laboratory, accepting reduced experimental control in exchange for greater ecological validity and behavioural relevance. The paper also emphasises multimodal sensing, coherent theoretical frameworks and interdisciplinary teams because no single biomarker can adequately represent well-being. Its wider bridge is ecological psychology and situated cognition, replacing stimulus–response simplification with a dynamic account of agents whose cognitive and physiological states arise through continuous interaction with materially variable environments.

Wei, N., Chuquichambi, E.G., Damiano, C., Bruce, K. and Walther, D.B. (2026) ‘A design-integrated framework for neuroarchitectural research’, Frontiers in Psychology, 17, 1666480. https://doi.org/10.3389/fpsyg.2026.1666480.

Wei and colleagues make a methodological intervention of unusual importance: architectural design itself becomes part of experimental construction rather than a passive source of stimulus images. Using curvature as a test case, they expose how conventional neuroaesthetic studies often confuse geometry with photographic style, design quality, cultural association and symbolic reconstruction. Their alternative is a three-phase framework moving from image-based evaluation to object-based interaction and finally full-scale immersive experience, with each phase generated through explicit architectural logic. The conceptual shift is from representation to embodied engagement. Perception and response are treated as coupled processes in which affordance, movement, affect and spatial meaning emerge through encounter, not through detached visual judgement alone. The framework therefore aims to increase ecological validity progressively while retaining experimental comparability. Its wider bridge is to research-through-design and embodied cognition: architectural making becomes an epistemic instrument capable of producing controlled variation without stripping space of the material, scalar and action-oriented properties that make it architecture.

Valentine, C. (2024) ‘The impact of architectural form on physiological stress: A systematic review’, Frontiers in Computer Science, 5, 1237531. https://doi.org/10.3389/fcomp.2023.1237531.

Valentine isolates a deceptively simple question—whether architectural form can produce measurable physiological stress—and uses it to expose both the promise and immaturity of neuroarchitectural experimentation. Following PRISMA-P guidelines, the review examines studies using clinical biomarkers, wearable sensing and simulated environments to test architectural configurations, identifying curvature, enclosure and proportion as the principal formal categories associated with stress responses. The paper’s contribution is not the declaration of preferred shapes but the insistence that architectural variables require operational definitions precise enough to be compared across experiments. Existing evidence is constrained by small research volume, inconsistent definitions, heterogeneous contexts, predominantly unisensory paradigms and short exposure durations. The review therefore converts form from an aesthetic category into a measurable but unstable experimental variable. Its wider bridge is to environmental physiology: architecture can be studied as an external stressor, but meaningful translation requires standardised descriptions of both spatial conditions and bodily response, allowing evidence to travel without losing the circumstances that produced it.

Wang, Y., Yan, S., Xu, L., Yan, Y., Ma, D. and Han, S. (2026) ‘Virtual Reality for human-centred evaluation of underground environments: A focused review’, Buildings, 16(15), 3016. https://doi.org/10.3390/buildings16153016.

Wang and colleagues use underground space as a demanding test case for human-centred environmental evaluation because reduced daylight, weakened exterior reference and restricted sensory information intensify problems of orientation, comfort and perceived safety. Reviewing twenty-eight VR studies, they organise environmental variables through a perception–cognition–emotion framework and map how spatial clarity, scale, signage, lighting, biophilic intervention and wayfinding influence reported experience. The paper’s methodological strength lies in treating VR as a pre-construction experimental medium rather than as a surrogate reality: design alternatives can be manipulated systematically while perceptual, cognitive, behavioural and physiological responses are compared. At the same time, the review identifies the limitations of visually dominated, short-duration and single-factor experiments and calls for multisensory, multifactor and repeated-exposure protocols. Its wider bridge is to performance-based design, where virtual environments become reversible prototypes for testing spatial consequences before construction while remaining accountable to eventual validation in embodied, real-world conditions.

Attaianese, E., Barilà, M. and Perillo, M. (2025) ‘Exploring neuroscientific approaches to architecture: Design strategies of the built environment for improving human performance’, Buildings, 15(19), 3524. https://doi.org/10.3390/buildings15193524.

Attaianese, Barilà and Perillo critically survey neuroarchitecture as an emerging interdisciplinary field rather than treating it as an already consolidated design science. Their review reconstructs a genealogy from person–environment theories and Lewin’s B = ƒ(P,E) through environmental psychology, embodied architectural experience and contemporary neuroscientific measurement. It then inventories design variables associated with cognitive, emotional and physiological performance, including lighting, spatial configuration, materials, natural elements and technological conditions. Crucially, the authors refuse to convert these associations into mandatory prescriptions: the available criteria remain heterogeneous, frequently vague, culturally contingent and poorly supported by in-situ evidence. This restraint is the paper’s principal methodological contribution. Neuroarchitecture is framed as a formative evidence base whose translation into design requires stronger comparability, larger and more diverse samples, context-sensitive experimentation and interdisciplinary interpretation. Its wider bridge is to evidence-based architecture, but with a necessary epistemic qualification: design guidance becomes legitimate only when the conditions under which evidence was produced remain visible.

Valentine, C., Mitcheltree, H., Sjövall, I.A.K. and Khalil, M.H. (2025) ‘Architecturally mediated allostasis and neurosustainability: A proposed theoretical framework for the impact of the built environment on neurocognitive health’, Brain Sciences, 15(2), 201. https://doi.org/10.3390/brainsci15020201.

Valentine and colleagues introduce one of the field’s strongest recent theoretical propositions: architecture may participate in allostatic regulation. Instead of treating stress as an instantaneous reaction to an isolated visual stimulus, they model repeated exposure to environmental stressors as a potential contributor to cumulative allostatic load mediated through the HPA and SAM axes. The framework connects chronic physiological strain with neuroplastic processes involving the hippocampus, prefrontal cortex, anterior cingulate cortex and amygdala, and names “neurosustainability” as the long-term maintenance of neurocognitive health in relation to environmental conditions. Its conceptual operation is temporal: architectural effects matter not only because a room alters an immediate preference or arousal score, but because recurrent environmental demands may accumulate across everyday life. The paper is explicitly hypothesis-generating and calls for rigorous empirical validation rather than claiming settled causal mechanisms. Its wider bridge is to public health, where architecture becomes an exposure regime whose consequences must be studied longitudinally, alongside noise, pollution, crowding and other chronic environmental stressors.

Abbas, S., Okdeh, N., Roufayel, R., Kovacic, H., Sabatier, J.-M., Fajloun, Z. and Abi Khattar, Z. (2024) ‘Neuroarchitecture: How the perception of our surroundings impacts the brain’, Biology, 13(4), 220. https://doi.org/10.3390/biology13040220.

Abbas and colleagues provide a broad physiological map of neuroarchitecture, assembling research on architectural perception, emotion, navigation, learning and healing around structures including the anterior cingulate cortex and parahippocampal place area. The paper’s iconic idea is that architectural experience is not a superficial aesthetic reception but a distributed cognitive event involving orientation, memory, affect, empathy and sensorimotor interpretation. As a narrative review, it synthesises findings concerning light, colour, spatial layout, cognitive maps, place cells and wayfinding, extending them toward educational environments, ageing and therapeutic design. Its value lies primarily in conceptual accessibility and interdisciplinary connection rather than in establishing causal design rules: heterogeneous evidence from neuroscience, architecture and environmental psychology is brought into one explanatory landscape. The methodological operation is synthetic, translating specialised neural mechanisms into spatial questions without a single experimental protocol. Its wider bridge is to embodied cognition, where architectural perception becomes inseparable from movement, anticipation and situated action, and where the built environment participates continuously in the organisation of cognitive experience.

Evans, J. and Jones, P. (2011) ‘The walking interview: Methodology, mobility and place’, Applied Geography, 31(2), pp. 849–858. https://doi.org/10.1016/j.apgeog.2010.09.005.

Evans and Jones give the walking interview a precise geospatial and comparative methodology. Their pilot study combines mobile interviewing with qualitative GIS to examine the relation between what participants say and where they say it, while directly comparing walking and sedentary interviews. The important contribution is methodological measurability without reducing the qualitative richness of place narratives: walked interviews generate more spatially specific accounts because environmental features actively shape discussion. The paper therefore moves mobile methods beyond an intuitive claim that walking produces “better” data and demonstrates how spatially located narratives can be analysed systematically. Its critical edge is equally important, since the authors warn that technocentric analysis can privilege locational information over humanistic meaning. Qualitative GIS is valuable precisely when it preserves the interpretive density of situated speech. The wider bridge is to mixed-method urbanism, where narrative, movement and spatial data can inhabit the same evidential architecture without one becoming a proxy for the others.

Anderson, J. (2004) ‘Talking whilst walking: A geographical archaeology of knowledge’, Area, 36(3), pp. 254–261. https://doi.org/10.1111/j.0004-0894.2004.00222.x.

Anderson radicalises qualitative interviewing by making geographical context constitutive of knowledge production. “Talking whilst walking” is not merely an interview conducted outdoors; it is a method in which place acts as an active trigger for recollection, association and interpretation. The central operation is the production of “conversations in place”, where researcher and participant move through landscapes that prompt memories and render tacit spatial knowledge speakable. Anderson’s notion of a collaborative collage of knowledge challenges the fiction that testimony can be detached from the material conditions in which it is elicited. The method also reconfigures interviewer–interviewee relations by allowing route, encounter and environmental interruption to participate in the research situation. Its broader theoretical importance lies in joining human geography to embodied epistemology: knowledge is not simply located in subjects and later projected onto space, but co-produced by bodies, movement, material surroundings and conversation. Place becomes an epistemic agent rather than a passive container.

Carpiano, R.M. (2009) ‘Come take a walk with me: The “go-along” interview as a novel method for studying the implications of place for health and well-being’, Health & Place, 15(1), pp. 263–272. https://doi.org/10.1016/j.healthplace.2008.05.003.

Carpiano turns the go-along into a systematic qualitative method for investigating how people interpret, navigate and inhabit local environments. Its iconic proposition is simple but epistemically consequential: the researcher accompanies participants through familiar settings so that place becomes an active component of the interview rather than a topic recalled elsewhere. Walk-alongs, ride-alongs and mixed forms allow perception, practice, memory and social interaction to be observed in situ. Carpiano positions the method between phenomenology, interactionism, ethnomethodology and relational sociology, while stressing its complementarity with field observation, sit-down interviews, photography, GIS, network analysis and focus groups. The method therefore refuses the opposition between qualitative depth and spatial precision. Its strongest operation is to convert vague “context” into an action space composed of routes, encounters, resources, obstacles and remembered meanings. The wider intellectual bridge is to situated knowledge: environmental effects become intelligible only through the practices by which subjects encounter and interpret them.

Moudon, A.V. (1997) ‘Urban morphology as an emerging interdisciplinary field’, Urban Morphology, 1, pp. 3–10.

Moudon establishes urban morphology as an interdisciplinary study of the city through form, resolution and time. Her decisive move is to treat buildings, plots, streets and open spaces not as inert components but as interdependent organisms whose uses, substitutions and transformations register social and economic forces. The article brings the Conzenian, Muratorian and Versailles traditions into a common field, showing how geography, architecture and planning can share a morphological grammar without collapsing their disciplinary differences. Methodologically, it works through nested scales—from parcel/building to street/block, city and region—and through historical transformation rather than static description. The notion of urban morphogenesis is therefore more precise than morphology alone: form becomes a record of continuous becoming. Moudon also anticipates the extension of classical morphological analysis through parcel-based GIS, thereby linking painstaking historical reconstruction to metropolitan-scale computation. The wider bridge is to an epistemology of urban form in which material configuration is both evidence and historical process.