Holobiontic Earth
Research
Metabolic Cybernetics & Planetary Symbiosis
Research
We study Earth as a living, distributed intelligence. Our research spans microbial networks, planetary feedback loops, and the infrastructures that mediate shared survival across species.
Dynamic systems, grounded experiments
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Research
Symbiotic Computation
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We investigate how microbes, plants, and infrastructures co-compute environmental signals. The goal is to model symbiotic intelligence as a distributed, metabolic computation.
Ecological Sensing
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We design sensing arrays that read microbial, soil, and atmospheric dynamics without disturbing local ecologies, prioritizing slow data and contextual stewardship.
Planetary Interfaces
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We build live interfaces that surface biospheric feedback loops, creating public dashboards that reveal planetary metabolism and its thresholds.
Regenerative Materials
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From mycelial scaffolds to bio-reactive textiles, we prototype materials that respond to environmental signals and repair themselves over time.
Interspecies Signal Translation
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We map plant, fungal, and insect chemical signaling using ML to identify patterns that reveal cooperative behaviors and ecological stress.
Governance for Symbiosis
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We co-design policy frameworks that translate ecological signals into civic protocols, enabling anticipatory governance for multi-species futures.
Ecosystems
Ecosystems in Focus
We work across diverse habitats to understand symbiotic coordination and resilience.
- Riparian systems: microbial, plant, and animal co-evolution along river networks.
- Urban ecologies: multi-species collaboration in shared human spaces.
- Soil intelligence: subterranean networks, fungi, and nutrient exchange.
- Coastal margins: adaptive interfaces between land, sea, and atmospheric flows.