[BIOART]
   COMPOSTABLE ALTAR
       PHASE 04 / DOMAINE DE BOISBUCHET
           04.1 / EXHIBITION
       PHASE 03 / HUNGRY ECOCITIES
           03.1 / MATERIALITY
           03.2 / RESEARCH
           03.3 / PROTOTYPING
           03.4 / MORPHOLOGY
           03.5 / EXHIBITION
       PHASE 02 / CYENS
       PHASE 01 / KOYNE
   BACTERIAL CELLULOSE

[CERAMICS]
   ALDAREA
   OBJECTS
   3D PRINTING

[COLLABORATIONS]
   Q.A.L.A.A.
   SINBIOTOKIAK
   URETAN
   RADIORATOR

[TECH WEARABLES]
   TRANSMUTART
      EXHIBITION
      GLOBAL TALENTS DIGITAL
   DECONSTRUCTIVE HEADS
      SAMSUNG EGO


[ACCESSORIES]
   ALASKA
[ACADEMIC]
   COURSES & WORKSHOPS
   LECTURES
   TEACHING & RESEARCH
   PUBLICATIONS

[BIOART > COMPOSTABLE ALTAR > PHASE 03 / HUNGRY ECOCITIES]



03.2 / RESEARCH



Data & Soil Life: For three months, soil sensors measured temperature, humidity, pH and and nutrients in a pilot experiment exposed to outdoor conditions and automatic irrigation, simulating a small farm environment.

The results revealed how the decomposing biomaterials enrich the soil, increased its  nutrient availability and improved moisture retention.

Here the numbers show that the ‘offering’ was not symbolic but measurable and regenerative.

Predictive Modeling: Based on this data, two predictive models were created to estimate how soil nutrients might change over time as biomaterial decomposes and is absorbed. Together, these tools convert experimental soil data into interactive, data-driven insights into how biomaterials affect soil regeneration.

Here, AI does not seek to control, but to listen, translating the rhythms of the soil into possible futures.





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