The Hidden Cost of Water on Your Farm: Could Better Water Infiltration Be the Missing Piece?

Every farmer knows the feeling.

You watch a rainstorm drop an inch of rain, only to see water running down the field instead of soaking into the ground.

Or you irrigate for hours, spend thousands on fuel or electricity to pump water, and a week later your crop is already showing signs of stress.

The truth is simple:

The problem isn't always how much water you're applying. Sometimes it's how much water your soil is actually using.

Research has shown that available water in the soil limits farm production more often than any other factor.

Why Water Is Becoming Every Farmer's Biggest Expense

Water may seem cheap today, but the costs surrounding it certainly aren't.

• Diesel prices continue to rise.

• Electricity costs for irrigation continue climbing.

• Wells are getting deeper.

• Drought cycles seem more common.

• Every lost inch of moisture can mean lower yields.

In some farming operations, irrigation pumping alone can account for nearly one-third of total operating expenses.

The question farmers should be asking isn't:

"How do I get more water?"

It's:

"How do I get more crop from the water I already have?"

What Is Water Infiltration?

Water infiltration simply means how quickly and evenly water moves into your soil profile.

Poor infiltration often results in:

• Water running off fields

• Ponding in low areas

• Dry spots in high areas

• Soil crusting

• Shallow root systems

• Reduced nutrient uptake

Better infiltration may lead to:

• Improved soil aeration

• Reduced runoff

• Reduced erosion

• More uniform moisture throughout the field

• Better root development

• Improved drought resilience

These potential benefits have been observed in multiple soil studies involving water movement through soils.

Research Showing Water Infiltration Improvements

Controlled field studies involving multiple soil types found that Basic-H Soil Conditioner improved water infiltration rates by as much as 300% under test conditions.

Researchers observed improvements across:

• Fine sandy loam

• Sandy loam

• Silty clay loam

• Silty loam

• Silty clay

• Sandy clay loam

The greatest improvements often appeared several weeks after application depending upon soil type.

What Does Better Water Movement Mean in the Field?

Farmers aren't interested in laboratory numbers.

They're interested in what shows up in the combine, grain cart, and yield monitor.

Several field observations reported:

Potatoes - Controlled field testing reported potato yields increasing by approximately 1,777 pounds per acre following treatment under study conditions.

Corn - A controlled field trial on sandy loam soil with historically low production reported a 29% increase in silage corn yields with a statistically significant confidence level of 98%.

Watermelons - Field observations reported more moisture retention, larger root development, and yield increases exceeding 4 tons per acre in treated sections.

Melons - Casaba melon fields reported approximately 4,000 additional pounds per acre harvested in treated areas compared with untreated rows.

Bigger Roots Mean Better Crops

Ask any agronomist: Roots drive yield.

Research photographs included in the agricultural bulletin showed treated corn plants developing root systems estimated to be 30-40% larger than untreated plants after planting.

Larger root systems can potentially allow crops to:

• Access moisture deeper in the profile

• Reach nutrients more efficiently

• Better tolerate heat stress

• Recover faster after dry periods

Is This a Replacement for Good Farming Practices?

Absolutely not.

No product replaces:

• Good fertility programs

• Proper irrigation management

• Soil testing

• Crop rotation

• Sound agronomy

The research specifically notes that soil conditioners are not substitutes for proper irrigation or crop management practices.

Every field is different.

Soil type, pH, water quality, fertilizer history, weather patterns, and crop selection all influence results.

That is why many farmers choose to start with side-by-side test strips and compare the results for themselves. The bulletin recommends alternating treated and untreated sections in the same field to evaluate performance under local conditions.

The Bottom Line

Farmers have always been innovators.

When margins tighten and inputs rise, the operations that survive are often the ones that find ways to make every gallon of water, every pound of fertilizer, and every acre work harder.

If improving water infiltration can help you capture more rainfall, improve root development, reduce runoff, and get more value from your irrigation dollars, it may be worth a closer look.

Because sometimes the answer isn't more water.

Sometimes it's helping the water you already have do more.

Interested in Learning More?

If you'd like to see the agricultural research bulletin or discuss how farmers are using Basic-H Soil Conditioner in their operations, reach out anytime:

Find out how Basic H can be used in your fields and agricultural uses: https://www.growthteamwellness.com/post/soil-conditioning-and-ways-to-conserve-water-while-increasing-product-yield

Shaklee Basic H 5 Gallon Pail: https://us.shaklee.com/en_US/growthteam/Green-Home/Commercial-Cleaning/Basic-H%C2%AE-Cleaner-/p/00042?categoryCode=Commercial%20Cleaning

Large Scale - 30 gallon drum: https://us.shaklee.com/en_US/growthteam/Green-Home/Commercial-Cleaning/Basic-H%C2%AE-Cleaner-/p/00051?categoryCode=

*These statements have not been evaluated by the Food and Drug Administration. These products are not intended to diagnose, treat, cure or prevent any disease.

*Shaklee Basic H Classic is not endorsed by Shaklee Corporation for agricultural uses or as a fly and mosquito spray. These applications are based solely on consumer, rancher, and farmer experiences.