Sample report

Agricultural Monitoring · Sample analysis

Crop block · Kerley Rd (Rt 1717)

Field parcel · ~9 ha planted · Period: June 2026 · Report #PO-SAMPLE-AGR

Vigour heatmap of 417 Kismet St, Carnegie, PA 15106, USAField block · 9.1 haZone A · 0.26 ha · −9% NDVIZone B · 0.17 ha · −12% NDVIPond · irrigation sourceCanopy vigour (NDVI)HealthyAttentionStress / low vigour
Aerial reference imagery (© respective imagery providers) with PropOrbit vigour heatmap (NDVI). Sample / demonstration. Production reports use multispectral satellite passes (NDVI and related indices) over the season.
8.0/10

Healthy season — two zones to scout

Canopy vigour is strong and uniform across most of the block. Two lower-vigour patches and ample irrigation access are the items to act on.

Executive summary

Across the 9.1 ha block, canopy vigour is strong and even — mean NDVI 0.71 with healthy reflectance over roughly 95% of the field. Two below-average zones totalling 0.43 ha (4.7% of the block) are the only concern, and they grew about 0.11 ha in the last 30 days, so they warrant a ground scout this week. Water access is a strength (on-site pond, no waterlogging). With a small, targeted intervention the block is on track to its yield potential.

9.1 haBlock area
0.43 haLow-vigour area
4.7%Of total block
0.71Mean NDVI

Change since last pass

Site snapshot

Crop patternRow crop / orchard
Block area9.1 ha
Row orientationNW–SE
Water sourceOn-site pond
Season stageMid-season
Imagery dateJun 2026

Vigour scorecard

Canopy vigour (NDVI)8/10
Mean NDVI 0.71 — healthy for this crop stage.
Vigour uniformity7/10
Strong overall; two below-average zones pull this down.
Moisture / irrigation access9/10
On-site pond; no drought or waterlogging signal.
Stress / weed pressure7/10
Contained to 0.43 ha; no field-wide pressure.
Yield outlook8/10
On track to potential if the two zones are addressed.

Key findings

OBSERVED seen in imagery · AI-INFERRED model estimate

OBSERVED90% confidence

Uniform, vigorous canopy across the block

Crop rows show consistent, healthy reflectance over most of the ~9 ha field — no broad die-back or gaps in establishment.

AI-INFERRED82% confidence

0.43 ha of low-vigour area (4.7% of block)

Two zones — A (0.26 ha, −9% NDVI) and B (0.17 ha, −12% NDVI) — read measurably below the field average. Early sign of moisture, pest, or soil variation; worth ground-scouting this week.

OBSERVED88% confidence

Strong irrigation access (adjacent pond)

An on-site pond on the northeast boundary provides a close water source, reducing drought exposure for the block.

AI-INFERRED78% confidence

No standing water or drainage failure

No ponding or waterlogged areas detected within the rows after recent weather — drainage appears adequate.

OBSERVED84% confidence

Clean field edges and service tracks

Headlands and access tracks are clear; no visible encroachment or unmanaged scrub advancing into the planted area.

Field health — what the imagery answers

Each question is scored 0–10 and labelled OBSERVED (seen in imagery) or AI-INFERRED (modelled).

Is the crop establishing evenly across the block?

8.5/10
OBSERVED

Yes — canopy reflectance is consistent over ~95% of the field, indicating even establishment with no broad gaps or die-back.

Where is vigour below the block average?

7.0/10
OBSERVED

Two zones totalling 0.43 ha: Zone A mid-field (0.26 ha, −9% NDVI) and Zone B lower-field (0.17 ha, −12% NDVI).

Is there a water or drainage problem?

8.5/10
AI-INFERRED

No ponding or waterlogging is visible after recent weather, and the adjacent pond gives close irrigation access — drought exposure is low.

Is the stress spreading versus the last pass?

6.5/10
AI-INFERRED

The low-vigour area grew about 0.11 ha in 30 days — still early and contained, but trending the wrong way. Worth scouting now.

Are field edges and access clean?

8.0/10
OBSERVED

Headlands and service tracks are clear; no encroachment or unmanaged scrub is advancing into the planted area.

$

Estimated economic impact

If stress in the 0.43 ha persists untreated, modelled yield loss across those zones is ~3–5% of their potential — on a block at typical row-crop margins, roughly $900–1,600 this season. Scouting and a targeted intervention now is far cheaper than the loss, which is the core return on continuous monitoring.

Recommended actions

Agricultural Monitoring analysis

This block is having a strong season. Across roughly nine hectares the canopy reads as uniform and vigorous, which is the clearest satellite signal that establishment went well and the crop is tracking to potential. There is no broad stress, gapping, or die-back.

Two patches are worth a closer look. One mid-field and one in the lower field read below the block average — exactly the kind of early divergence that is invisible from the road but obvious from above. The cause could be moisture, a pest hotspot, or a soil change; a quick scout of those two zones will tell you which, while there is still time to respond.

Water is a strength here: the adjacent pond gives the block a close irrigation source and lowers drought risk relative to rain-fed fields. Drainage also looks adequate — no ponding showed up in the rows after recent weather.

For an operation running many fields, the value is triage: continuous monitoring tells you which blocks are fine and which need boots on the ground this week. Instead of walking everything, you walk the two zones the imagery flagged — and you catch problems while they are still small and cheap to fix.

The full report · 13 sections

This sample demonstrates 4 of the 13 sections your live report includes. Highlighted rows are shown above; the rest are generated for paying accounts.

  1. 01Plant health & vitalityin this sample
  2. 02AI action recommendationsin this sample
  3. 03Soil & terrainin this sample
  4. 04Productivity & investment
  5. 05Environmental & operational
  6. 06Enterprise
  7. 07Perimeter & intrusion
  8. 08Asset & inventory
  9. 09Environmental riskin this sample
  10. 10Crop-yield prediction
  11. 11ESG reporting
  12. 12Water rights & usage
  13. 13Carbon-credit monitoring

Methodology & data sources

This sample is built from a single high-resolution reference frame with an illustrative NDVI vigour layer. Production reports derive vigour from multispectral satellite passes (red and near-infrared bands; NDVI and related indices) captured on a regular cadence through the season, with change measured pass-over-pass. Areas are estimated from the field boundary; economic figures are modelled at typical row-crop margins and are indicative, not a guarantee.

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Sample / demonstration report. Findings are illustrative and not a survey, appraisal, or legal advice. © PropOrbit.