corpus / source universes
NEURODESIGN® · CORPUS · 25 anchors
Source universes
These are the anchor reviews the corpus expands from. Each one points at a much larger body of work: its own included studies, and behind those the population it screened to find them.
Their counts are ingestion queues, not a corpus size. Review corpora overlap heavily, so adding these numbers together would produce a total that counts the same studies several times over and describes nothing real.
| Domain | Anchor source | Included | Screened | What it adds |
|---|---|---|---|---|
| Indoor environmental quality + cognition | Wang et al. systematic review (2021) | 66 focused studies | 8,133 publications mapped | IEQ effects on cognition, health and work performanceaction:Ingest all eligible empirical sources, then deduplicate against Master Corpus |
| IEQ + neural/physiological response | Neural and physiological responses to indoor environmental quality (2026) | 32 empirical studies | 6,006 publications screened/mapped | Neural, autonomic and physiological measures tied to IEQaction:Expand EEG, HRV, EDA and physiological measurement literature |
| Neuroarchitecture methods | Systematic review of neuroarchitecture research methods (2026) | 140 studies | Systematic review corpus | Methods, sensors, VR, EEG, spatial manipulationsaction:Ingest all studies by spatial variable and method |
| Neuroarchitecture field map | Systematic mapping of neuroarchitecture (2026) | 121 studies | 61 human empirical studies in mapped subset | Field structure, methods, design variables and evidence gapsaction:Use bibliography as a second neuroarchitecture ingestion queue |
| EEG + virtual environments | EEG and VR in architectural research systematic review (2024) | 19 studies | Systematic review corpus | EEG responses to architectural stimuli in immersive environmentsaction:Ingest experiments and tag ecological validity |
| Biophilic design | Systematic review of biophilic design literature (2025) | 435 studies | Large cross-disciplinary corpus | Nature-based design, health, affect, cognition and built settingsaction:Create subcorpora for views, vegetation, materials, water, patterns and multisensory nature |
| Biophilic design + health | Biophilic design and human health review (2026) | 203 peer-reviewed sources | 5,046 initial records | Health pathways and built-environment translationaction:Prioritize human empirical studies and reviews with measurable design variables |
| Biophilia in healthcare | Al Khatib et al. healthcare review (2024) | 61 studies | Systematic review corpus | Nature contact in healthcare environmentsaction:Ingest clinical and staff outcome studies separately |
| Indoor plants | Indoor plants and human response meta-analysis (2022) | 42 records | 16 studies meta-analyzed | Psychological and physiological effects of indoor vegetationaction:Tag plant dose, real versus artificial, task context and outcome type |
| Attention restoration | Ohly et al. ART systematic review (2016) | 31 studies | Systematic review corpus | Attention restoration and natural environmentsaction:Separate direct attention tests from self-report restoration |
| Attention restoration | Stevenson et al. ART II systematic review (2018) | 42 studies | Systematic review corpus | Attention processes affected by natural environmentsaction:Ingest by attention construct and exposure format |
| CO2 + cognition | CO2 and cognitive performance meta-analysis (2023) | 15 studies | Meta-analytic corpus | Cognition under elevated CO2 and ventilation-related conditionsaction:Ingest exposure level, duration, task type and co-pollutants |
| Thermal environment + performance | Porras-Salazar et al. meta-analysis (2021) | 35 studies | Meta-analytic corpus | Temperature and cognitive/work performanceaction:Ingest operative temperature, task, acclimation and clothing |
| Temperature + cognitive performance | Temperature-performance meta-analysis (2025) | 30 studies | Meta-analytic corpus | Temperature effects on cognitive outcomesaction:Compare dose-response curves with thermal comfort standards |
| Sleep environment | Built environment and sleep overview (2018) | Broad review | Approx. 150 cited references | Thermal, acoustic, air and light factors in sleepaction:Split into bedroom thermal, air, sound and light subcorpora |
| Natural sound | Natural sounds and health meta-analysis (2024) | 15 studies | 1,285 participants | Stress, affect, cognition and restorative responses to natural soundsaction:Tag source type, level, duration and visual context |
| Classroom acoustics | Classroom acoustics systematic review (2022) | 38 studies | Systematic review corpus | Acoustic conditions, learning, speech and cognitionaction:Ingest reverberation, noise level, age and outcome |
| Open-plan offices | Open-plan office evidence review (2022) | 31 included studies | 10,242 records reviewed | Health, satisfaction, interaction and performance in open officesaction:Split acoustic, privacy, social and spatial-density mechanisms |
| Workplace IEQ | Perceived IEQ and office outcomes systematic review (2023) | 55 studies | 14,173 records screened | Perceived environmental quality and worker outcomesaction:Ingest objective versus perceived exposure separately |
| Office spatial design | Office spatial design systematic review (2021) | 20 studies | 2,016 records screened | Layout, workspace type, density and worker outcomesaction:Map enclosure, proximity, visibility and workspace control |
| Single-patient rooms | Single-room hospital evidence synthesis (2023) | 43 studies | Systematic review corpus | Room type, infection, sleep, satisfaction and care outcomesaction:Ingest patient and staff outcomes separately |
| Healthcare design | Evidence-based healthcare design review (2008) | Broad evidence review | Approx. 600 studies reviewed | Patient safety, stress, sleep, staff outcomes and designaction:Use reference list to recover landmark and pre-2000 studies |
| Wood interiors | Psychophysiological effects of wood in indoor environments (2026) | Systematic review | Broad database search | Visual and multisensory wood exposure and human responseaction:Ingest exposure area, species, finish, orientation and sensory mode |
| Wood interiors | Wood and psychophysiological response review (2026) | 24 experiments | 16,148 initial records | Wood exposure and physiological/psychological outcomesaction:Cross-check all included experiments against the other wood review |
| Environmental preference | Meta-analysis of environmental preference predictors (2003) | 28 usable studies | 61 studies located | Complexity, mystery, coherence and legibility as preference predictorsaction:Recover original studies and map visual-variable definitions |