1–2 days vs 7–14 days
Accelerated germination
- Observed germination in 1–2 days (compared to typical 7–14 days)
- More uniform emergence
- Stronger early growth
Real environments. Real observations. Real potential.
Crop performance
& inputs
Crop evaluation records germination, establishment, vigour, yield, quality, inputs and resilience under comparable conditions. Historical Ferny Glen observations are retained as observations, not guaranteed outcomes.
Ferny Glen observations
Real farms. Real observations.
Snow peas over 4 feet
Plant vigour & size
- Snow peas grew over 4 feet in height
- Stronger, more vigorous plants
- Larger leaf structure and healthy colour
- Greater overall plant development
5 major frosts — no plant loss
Frost resilience
- Snow peas went through five major frost events, including one at −9°C
- No plant loss reported
- Plants remained healthy, including during flowering
- Continued growth after each frost event
10 weeks — zero applications
No chemicals
- Tomatoes grown for 10 weeks with zero pesticides, insecticides or fungicides
- No disease reported
- Healthy, productive plants
- Strong growth and fruit development
Pesticides & chemical inputs
Stronger plants. Naturally more resilient.
Field observations at Ferny Glen showed healthy, productive plants grown with zero pesticide, insecticide or fungicide applications over extended periods.
Plant resilience
Natural defence mechanisms
- Stronger, more vigorous plants
- Better tolerance to environmental stress
- Less pest and disease pressure observed
- Improved overall plant health
Lower input costs
More efficient farming
- Potential to significantly reduce chemical input costs
- Lower reliance on pesticides, insecticides and fungicides
- Supports more sustainable and cost-effective operations
Environmental benefits
Cleaner land. Healthier ecosystems.
- Reduced chemical load in soil and water
- Supports beneficial insects and biodiversity
- Healthier growing environments
- Aligns with regenerative farming practices
Fertiliser & nutrient inputs
Measure rather than assume.
Same soil. Better results. Optimising natural nutrient cycles for healthy plants and long-term productivity.
Improved nutrient uptake
More from what you apply
- Stronger root systems
- Greater nutrient absorption
- More vigorous plant growth
- Better plant structure and leaf development
Potential to reduce inputs
Lower costs, more efficient
- Opportunity to reduce fertiliser use
- More efficient use of applied nutrients
- Potential for lower input costs
- Supports improved farm economics
Healthier soil biology
A more balanced environment
- Supports beneficial soil microorganisms
- Improved soil structure and moisture retention
- Better nutrient cycling
- Contributes to long-term soil health
Real-world measurements
Let the data guide decisions
- Use your own measurements
- Compare side-by-side results
- Determine optimal nutrient levels
- Data-driven decisions for greater productivity
Applicable across a wide range of crops
VegetablesSnow peasTomatoesMaizeSorghumCanolaCottonPastureHorticultureVineyards
These are real-world observations from the Ferny Glen field trials. Results may vary depending on crop type, soil conditions, weather and farming practices. EX10D makes no claims regarding specific yields or outcomes. Independent validation is recommended.
Read the source
Source pages from the updated brochure
Real conversations. Real impact.