How Does UnderGround
Weather Work?
Stop Reading Charts. Start Reading Fields.
Every field generates thousands of underground measurements each week.
UnderGround Weather Reporter transforms nitrate, moisture, ORP, salinity, and temperature data into clear agronomic intelligence—identifying what is actually happening underground, why it matters, and what action should be considered next.
Less chart interpretation. More agronomy.
UnderGround Weather Reporter identifies what is actually happening underground inside those zones, then summarizes the actions that matter most.
AquaSpy isn’t just measuring underground conditions—it is reporting and interpreting them. The AI layer becomes the bridge between raw measurements and actionable understanding.
Ag Retail Agronomist
Challenge
An agronomist may be responsible for hundreds of fields generating thousands of underground measurements every day. Most don’t have time to analyze every nitrate, moisture, ORP, salinity, and temperature chart.
How UnderGround Weather Reporter Helps
UnderGround Weather Reporter analyzes the underground conditions continuously and identifies what is actually happening inside each management zone. Instead of reviewing multiple charts, the agronomist receives prioritized summaries such as:
- Nitrogen is being lost through denitrification
- Side-dress application should be accelerated
- Nitrate remains available and sufficient
- Excess moisture is increasing loss risk
Outcome
Spend less time analyzing data and more time advising growers. Focus attention only on the fields that need action.
Fertilizer Dealer Agronomist
Challenge
Agronomists supporting fertilizer programs need to determine whether applied nutrients remain available, are being utilized by the crop, or are at risk of loss.
How UnderGround Weather Reporter Helps
The system continuously evaluates underground nutrient conditions and automatically flags fields where fertilizer performance is deviating from expectations. Rather than searching through dozens of charts, agronomists receive concise explanations of nutrient behavior and recommended next steps.
Outcome
More growers supported per agronomist and faster intervention when nitrogen is at risk.
Seed Dealer Agronomist
Challenge
Short-stature corn systems such as Bayer Preceon create new opportunities for late-season nutrient management, but they also require more precise side-dress timing decisions.
How UnderGround Weather Reporter Helps
UnderGround Weather Reporter continuously monitors nitrogen availability and root zone conditions and identifies where additional nitrogen is needed, where it is not, and where losses may already be occurring.
Instead of interpreting multiple underground measurements, agronomists receive a simple assessment of nitrogen status relative to crop demand.
Outcome
Better side-dress recommendations, improved NUE, and more confidence in management recommendations for advanced genetics.
Biological Product Sales Teams
Challenge
Most biological products are difficult to evaluate during the season because proof of performance is often delayed until harvest.
How UnderGround Weather Reporter Helps
The system continuously evaluates underground nutrient cycling and root zone conditions, identifying changes that may indicate biological activity or nutrient release.
Sales teams can quickly understand whether fields are behaving differently than untreated acres without spending hours reviewing sensor data.
Outcome
Faster validation of product performance and stronger evidence for customers throughout the season.
Regional Specialty Crop Advisors
Challenge
Potato and specialty crop advisors often manage large geographic territories where every irrigation and fertility decision can impact yield and quality.
How UnderGround Weather Reporter Helps
Rather than reviewing multiple underground measurements field by field, advisors receive summarized intelligence describing nutrient availability, moisture status, oxygen conditions, and emerging risks.
The system identifies what is actually happening underground and highlights where intervention is required.
Outcome
More acres managed effectively, faster identification of emerging problems, and more time spent advising growers instead of interpreting charts.
Contract Research Organizations (CROs)
Challenge
CROs are under pressure to evaluate products, fertility programs, biologicals, and management practices across multiple locations while delivering reliable results to clients. Monitoring underground conditions typically requires repeated soil sampling, field visits, and significant labor.
How UnderGround Weather Reporter Helps
UnderGround Weather Reporter continuously analyzes underground conditions and identifies what is actually happening within each treatment zone throughout the season. Instead of waiting for periodic soil samples or manually reviewing thousands of sensor readings, researchers receive concise summaries explaining nutrient availability, movement, loss risk, and root zone conditions.
The platform helps answer critical questions such as:
- Did the treatment maintain nitrogen availability longer?
- Was nitrate lost following a rainfall event?
- Were soil conditions favorable for nutrient uptake?
- Did the product influence nutrient cycling or retention?
Outcome
Less time spent collecting and interpreting data, faster insights for clients, and a deeper understanding of treatment performance throughout the season—not just at harvest.
University and Agronomy Research Teams
Challenge
University researchers and extension agronomists often manage multiple trials across locations and growing seasons. Large datasets from soil tests, weather, field observations, and crop measurements can be difficult to integrate into a clear understanding of what occurred underground.
How UnderGround Weather Reporter Helps
UnderGround Weather Reporter transforms continuous underground measurements into interpretable agronomic intelligence. Researchers can quickly understand nutrient dynamics, root zone conditions, and environmental influences without manually analyzing multiple charts and datasets.
The system identifies what is actually happening underground and highlights significant events such as:
- Nitrogen loss through denitrification
- Nutrient movement below the root zone
- Periods of nutrient availability or deficiency
- Root zone stress caused by moisture or oxygen conditions
Outcome
More time spent on research and discovery, less time spent processing data. Researchers gain continuous visibility into underground processes that are typically inferred from periodic soil samples, helping accelerate publication, extension recommendations, and product evaluation.
See the Entire Story Between Soil Samples
Researchers have traditionally relied on periodic sampling to understand a continuously changing underground environment.
UnderGround Weather Reporter provides continuous underground intelligence, transforming thousands of measurements into clear explanations of nutrient movement, availability, and loss. Researchers spend less time interpreting data and more time generating insights.
From data collection to discovery.