Scientific Curiosity
Understand the problem before promoting the solution.
A useful agricultural technology should have a clear purpose. We therefore
start with the crop, nutrient, soil, application system and intended outcome
before considering whether a product belongs in the program.
01
Start with the agronomic question
Is the challenge nitrogen management, phosphorus availability,
micronutrient nutrition, root development, crop establishment,
biological nitrogen fixation, crop quality or another clearly
defined objective?
02
Understand the mechanism
A technology should be connected to a credible process such as nutrient
availability, fertiliser interaction, biological activity, root-zone
function, nutrient delivery or plant physiological support.
03
Ask where evidence is strongest
Product data should be interpreted in context. Crop, soil, climate,
management, application timing and experimental design can all affect
how results should be understood.
04
Respect variability
Agriculture is biologically and environmentally variable. A response
observed in one environment should not automatically be assumed to occur
under every soil, climate or management system.
05
Value local validation
Local trials, demonstration work and practical field experience can help
determine where a technology is most relevant and how it should be
positioned in a specific market.
06
Keep learning
Crop nutrition continues to evolve as agronomy, formulation science,
biological technologies, nutrient-management tools and application
systems develop. Curiosity means remaining open to new information.