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SensorC®
Diverse community members sharing fresh produce at a local food market

Impact

The value of better measurement.

More frequent soil chemistry observations can strengthen the evidence used to understand environmental change, inform land-management decisions and evaluate outcomes across natural, produced, financial, human and social capital.

The five capitals

Five lenses on the value better measurement could support.

Creek winding through Australian grassland with eucalyptus trees at golden hour
01

Natural capital

Strengthen evidence of land condition

  • Observe changes in soil chemistry through time
  • Support monitoring of environmental response and recovery
Contoured rows of a healthy broadacre crop at sunset
02

Produced capital

Inform productive land management

  • Provide additional evidence for nutrient and soil management
  • Support evaluation of biological and next-generation inputs
Grain silos and farm sheds lit by low golden light
03

Financial capital

Reduce uncertainty

  • Strengthen evidence for project and investment decisions
  • Support better assessment of environmental and production risk
Two agronomists reviewing data on a tablet in a crop at sunset
04

Human capital

Turn observations into understanding

  • Help researchers, advisers and land managers interpret change through time
  • Build practical evidence around management response
A handshake over crates of fresh produce at an outdoor market
05

Social capital

Build confidence in shared evidence

  • Support clearer communication among landholders, researchers and institutions
  • Contribute to transparent monitoring and evaluation

Value beyond measurement

Better evidence can support value across systems.

Reliable environmental information can contribute to better land management, lower uncertainty, stronger research and clearer communication among landholders, researchers, institutions and markets. SensorC is being developed as one ground-observation layer within these broader measurement systems.

Areas better soil evidence could support

Soil function & biodiversity
Climate & environmental monitoring
Nutrient use efficiency
Resource use & reduced waste
Resilience & food security