Environments under
active observation

AEDI's field work operates through demonstrator ecologies: live environmental laboratories in which sensing, occupation, and spatial calibration produce new environmental knowledge under real conditions. Each field site is both a working environment and an active research instrument.

Field operations currently span urban courtyard environments in Berlin and dryland habitat systems in Namibia, with developing engagements across sub-Saharan urban and territorial contexts.

Live field sites

• Active
Berlin-Pankow
Germany
B6 Remise — Urban Courtyard Demonstrator Ecology

AEDI's first operational European demonstrator. Environmental instruments are active across multiple courtyard zones within a dense Gründerzeit inner-block in Berlin-Pankow, measuring thermal conditions, humidity gradients, surface temperatures, and patterns of spatial occupation across seasons and enclosure configurations. The site operates as a coupled environmental system: sensing conditions are calibrated to detect the relationships between courtyard morphology, enclosure, planting density, surface materials, and microclimate formation.

The demonstrator is developing toward a replicable environmental sensing and mediation framework for European urban housing contexts, with city programme partnerships in formation across Berlin, Barcelona, and Paris.

Air temp. range +14.2 / +31.8°C
Rel. humidity 38 – 74%
Sensing zones 4 active
Season Spring 2026
Indicative field readings — May 2026. Continuous logging ongoing.
○ Ongoing
Windhoek
Namibia
Garden House Series — Dryland Adaptive Habitat Research

AEDI's longest-running material and ecological research trajectory. The Garden House series explores adaptive habitat systems through climatic mediation, material calibration, ecological interaction, and environmental self-organisation under dryland conditions. The research moves between architecture, water systems, regenerative ecologies, and adaptive inhabitation across the particular thermal and hydrological extremes of the Namibian interior.

The series operates as an iterative environmental research instrument: each iteration refines the relationship between enclosure, shading geometry, water retention, planting ecology, and inhabited comfort under conditions of climatic stress. From house to habitat. From enclosure to ecology.

△ Developing
Multiple
Sub-Saharan Africa
Territorial Adaptation Observatories — African Urban Contexts

Environmental governance and territorial adaptation frameworks in formation across urban and peri-urban contexts in southern and eastern Africa. This work develops from AEDI's advisory engagements, building toward observatory-based environmental intelligence systems linked to governance coordination, spatial adaptation planning, and long-duration implementation frameworks at territorial scale.

Environmental sensing
infrastructure

AEDI's field sensing infrastructure is purpose-configured to each demonstrator ecology, combining off-the-shelf environmental sensors with custom spatial deployments calibrated to the specific environmental questions under investigation. Sensing is understood not as data collection but as a form of environmental attention: instruments placed to detect the relationships that matter.

Air temperature + relative humidity Continuous logging · Multiple zones
Surface temperature (radiative) IR sensing · Pavement, wall, canopy
Solar irradiance Incident + diffuse · Seasonal calibration
Wind speed + direction Courtyard airflow mapping
Spatial occupation + movement Observational · Seasonal patterns
Planting ecology + soil moisture Adaptive baseline monitoring