AquaSpy Inc.

05/26/2026

Consumers may never think about nitrate dynamics, oxygen conditions, or nutrient cycling.

But they absolutely care about the outcomes:
🥦 healthier food
💧 cleaner water
🌱 better farming practices
💰 affordable produce

Healthy soil is not a marketing claim.

It’s a measurable underground system that directly affects crop quality, nutrient efficiency, and water outcomes.

That’s why we built UnderGround Weather powered by Crophesy LS-N — to help growers see what’s happening below the surface in real time.

Healthy Soil and Healthy Food: The Underground Systems That Matter

Soil health has been discussed more as an aspiration than as a measurable goal.

04/23/2026

Most nitrogen losses happen between applications—not during them.
Without visibility, you’re either overapplying or losing what you paid for.

Apply only what the crop can use—when it can use it.
→ See how real-time nitrate monitoring works
https://aquaspy.com/real-time-nutrient-management/

04/21/2026

Stop guessing. Start measuring.
→ Read how growers can adapt to sky high fertilizer costs this season.
https://aquaspy.com/when-70-of-growers-cant-afford-fertilizer-efficiency-becomes-the-advantage/

03/24/2026

Celebrating World Agriculture Day - Nurturing our soil, water, and air.

03/18/2026

Redox Potential (also known as ORP) shows whether soils favor nitrogen retention or loss. UnderGround Weather helps avoid nitrogen applications when conditions work against you.

Understand ORP - https://aquaspy.com/soil-leaching-vs-nitrate-leaching-and-where-orp-changes-the-conversation/

03/14/2026

Trying different fertilizer programs? UnderGround Weather lets you compare timing, rate, and source using real soil response—not just yield outcomes.

See the Difference: https://aquaspy.com/movement-to-reduce-use-of-synthetic-nitrate-on-farms-drives-interest-in-novel-fertilizers-and-specialized-applications/
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03/02/2026

Protect Water Quality by Improving Nitrogen Timing

Nitrogen loss isn’t random — it’s driven by soil moisture and biological conditions below the surface. When soils are saturated or biologically reduced, nitrate can move or transform quickly, increasing the risk of leaching and environmental loss.

UnderGround Weather by AquaSpy provides continuous insight into nitrate movement and soil biological status (ORP), helping growers align fertilizer timing with real soil conditions — not assumptions.

Better timing means:
✔ Reduced nitrate leaching
✔ Improved nitrogen use efficiency
✔ Stronger water quality stewardship
✔ More defensible nutrient decisions

Turning nitrogen from a scheduled input into a measured system supports both productivity and environmental responsibility.

Learn more:
https://aquaspy.com/reducing-fertilizer-runoff-naturally.../

Fertilizer runoff remains one of the most persistent environmental challenges facing modern agriculture.

02/26/2026

California’s coastal strawberry systems are among the most advanced in the world. But under the plastic, the soil environment behaves differently than many assume. Here's why ORP matters in Coastal Systems.

ORP Dynamics in Strawberries Grown Under Plastic Sheeting

Plastic mulch reduces atmospheric exchange. Oxygen diffusion into the soil profile is slower, especially when beds are irrigated frequently

02/25/2026

We are in San Antonio! Stop by Booth 5120 to see what’s happening below the surface — in real time.

We’ll be showcasing the AquaSpy Crophesy LS-N — the first in-ground system delivering real-time, continuous nitrate, moisture, salinity, temperature, and ORP data throughout the root zone.

If you’re focused on:
Improving Nitrogen Use Efficiency (NUE)
Reducing leaching and environmental loss
Optimizing sidedress and fertigation timing
Making defensible, data-driven fertility decisions
…this is a stop you’ll want to make.

See how continuous underground insight turns fertilizer applications from reactive to predictive — and how growers are using LS-N data to protect yield while tightening nitrogen programs.
📍 Booth 5120
📅 February 25–27
📍 San Antonio

02/24/2026

In agronomy, leaching is often used as a catch-all term. But technically, soil (salt) leaching, nitrate leaching, and redox-driven nitrate loss are distinct processes. Conflating them leads to flawed nitrogen decisions.

Let’s separate the mechanisms, and then layer in how ORP (oxidation-reduction potential) provides insight that neither EC nor nitrate concentration alone can deliver.

Shows how ORP (oxidation-reduction potential) provides insight that neither EC nor nitrate concentration alone can deliver.