How One Australian Dairy Farm Produced 18 Months of Silage During One of NSW’s Worst Droughts

When drought conditions hit New South Wales, many farmers watched their corn crops struggle under extreme heat, water shortages, and relentless environmental stress.

But one dairy farm near the Murray Valley region experienced something very different.

After installing the GeoField Agriculture Conditioner across their corn fields, the farm achieved:

• 24 tons per hectare corn yield

• Up from their long-term historical average of 18 tons/hectare

• Enough silage to last 18 months instead of the normal 12 months

• Minimal sun damage during severe drought conditions

• Very low pest pressure

• Stronger overall crop performance

For corn farmers dealing with declining yields, heat stress, irrigation pressure, or unpredictable crop resilience, this case study offers a compelling real-world example.

Farm Overview

Location

Murray Valley Region, New South Wales, Australia

Crop

Pioneer 1467 Corn (Maize)

Farm Type

Dairy Farm

Climate Zone

Climate Zone 4 — Hot dry summers, cool winters

Soil Type

Sandy loam / red-brown earth soil

Existing Challenges

The farm faced several major stressors:

• Forecasted severe drought conditions

• Daytime temperatures exceeding 105°F

• Months without meaningful rainfall

• Heavy irrigation dependency

• High-tension power lines crossing the property

• Electrical substation bordering the field

• Cell tower and GPS frequency exposure throughout the area

The operation had consistently produced approximately 12 months of silage feed annually for over 30 years. But with worsening climate conditions, the farm began searching for technologies that could help improve crop resilience and overall production stability.

The Solution

The farm installed a 12-Series GeoField Agriculture Conditioner covering the entire corn field.

Installation Details

• Installed in one day

• No additional labor requirements

• No changes to irrigation protocols

• No changes to fertilizer programs

• No operational disruption

Water still had to be trucked in for flood irrigation due to the severity of the drought.

The Results

33% Higher Corn Yield

The farm harvested:

24 tons/hectare

Compared to their long-term historical average of:

18 tons/hectare

That represented roughly a 33% increase in yield during one of the harshest drought periods the region had experienced.

18 Months of Silage Instead of 12

Historically, the farm produced approximately one year of feed.

After installing the GeoField Agriculture Conditioner, the operation produced enough silage to last 18 months.

For a dairy operation, this represented a massive improvement in feed security, cost stability, and drought resilience.

Soil Test Data

Independent soil analysis reports from the site showed:

• Strong organic matter levels

• Balanced pH ranges

• Sandy loam soil texture

• Elevated phosphorus and sulfur levels

• Stable calcium and magnesium levels across samples

The farm maintained conventional farming practices throughout the trial period, making the production outcome particularly notable given the extreme environmental conditions.

View the soil reports:

• NSW Corn Soil Test 1

• NSW Corn Soil Test 2

Why This Matters for Farmers

Across Australia, the United States, and other major agricultural regions, farmers are increasingly dealing with:

• Heat stress

• Reduced water availability

• Lower crop resilience

• Poor feed consistency

• Rising input costs

• Yield plateaus despite higher investments

Many operations focus only on fertilizer, irrigation, genetics, or pest control.

But some farmers are beginning to investigate another overlooked variable:

Artificial Electromagnetic Stress.

Farms are increasingly surrounded by:

• Power lines

• Cell towers

• Virtual Fencing

• Low-orbit satellites

• Electrical & wireless infrastructure 
  

The GeoField system was designed to help farms optimize environmental energy conditions across large agricultural areas without changing standard farming practices.

Key Takeaways From This Corn Farming Case Study

33% increase in corn yield

24 tons/hectare vs historical 18 tons/hectare

18 months of silage

Instead of the normal 12 months

Minimal sun damage

During severe drought conditions

No pest pressure

Multi-year consistency

Above-average yields sustained for 3 consecutive years

See What Your Farm Can Do In The Next 90 Days

If your crops, livestock or soil biology, don’t show measurable improvement, you don’t pay.

 Simple & fast installation. No changes to how you farm whatsoever.

Just real-world results backed by a 90-day money back guarantee.  

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Disclaimer:
The observations shared in this case study are based on the individual experience of this farm. Results may vary. This content is intended for informational purposes only.