AtmosGrid — Planetary IntelligenceCOMMERCIAL PRODUCT
Agricultural landscape illustrating the crop decision workflow
← All crop tools

CROP RISK SIMULATOR

Stress-test a crop before the weather tests the field.

Explore heat, cold, heavy-rain, strong-wind and dry-soil scenarios. Every factor shows its value, threshold and severity so preparedness can be discussed with evidence.

AVAILABLE · SCENARIO SCREENINGSee how it works ↓
Illustrative agriculture imagery

THE DECISION IT SUPPORTS

Which near-term stresses should the team prepare for first?

The simulator turns supplied forecast values into a consistent factor-by-factor screen. It prioritises scouting and readiness, but it does not predict yield or insured loss.

Built for

  • Farm advisory teams
  • FPO coordinators
  • Agricultural platforms
  • District planning teams

WHY TEAMS USE IT

Turn broad data into a clearer next step.

Each result is designed to narrow a decision, show the inputs behind it, and surface what must still be checked locally.

01

Compare hazards

Evaluate heat, cold, rain, wind and soil moisture with one severity vocabulary.

02

Test what-if cases

Change inputs to see how hotter, wetter or windier periods alter the picture.

03

Focus field checks

Use high-severity factors to decide where attention is needed first.

04

Communicate context

Share the threshold and value behind an alert rather than an unexplained warning.

FROM REGION TO FIELD

See where each signal fits.

Images illustrate the operational setting. They are not live observations; use source timestamps and local measurements for decisions.

Compare heat and drynessMOISTURE STRESS

Compare heat and dryness

Regional stress signals focus scouting; crop symptoms and root-zone measurements confirm them.

Turn alerts into observationsSCOUTING

Turn alerts into observations

Field checks distinguish weather exposure from pest, disease and nutrient causes.

Ground the model in the fieldLOCAL SENSOR

Ground the model in the field

Root-zone moisture adds specificity a regional forecast cannot provide.

THE INFORMATION STACK

What goes in—and what it helps explain.

Availability is stated per input. AtmosGrid never converts a missing parcel observation into a made-up field value.

INFORMATIONSOURCEHOW IT IS USEDSTATUS
01Crop IDAtmosGrid profileSelects crop-specific temperature limits.REQUIRED
02Maximum temperatureForecast / callerScreens heat exposure.OPTIONAL
03Minimum temperatureForecast / callerScreens cold exposure.OPTIONAL
0424-hour rainForecast / callerFlags heavy rain and access concerns.OPTIONAL
05Wind speedForecast / callerScreens lodging and fieldwork risk.OPTIONAL
06Soil moistureSensor / modelAdds dry-soil context.CLIENT INPUT

A PRACTICAL WORKFLOW

From input to reviewable decision.

The workflow keeps model context, field evidence and human approval in their proper places.

  1. 01

    Select crop and period

    Use the crop in the field and a forecast period relevant to the action.

  2. 02

    Supply comparable values

    Keep timestamps, units and source clear.

  3. 03

    Read individual factors

    Overall risk is the highest factor; inspect why.

  4. 04

    Overlay crop stage

    Threshold effects differ at emergence, flowering and maturity.

  5. 05

    Trigger proportionate action

    Use moderate risk for readiness and high risk for targeted checks.

HOW INFORMATION BECOMES USEFUL

Examples of decisions it can inform.

These are screening patterns, not automatic instructions. Operational thresholds and local advisories remain authoritative.

SCENARIO 01

Heat in a sensitive period

Signal
Temperature exceeds the crop profile ceiling.
Useful action
Prioritise irrigation review and scouting.
Check before acting
Stage, humidity and water availability.
SCENARIO 02

Heavy rain before operations

Signal
Daily rainfall crosses the screen.
Useful action
Reassess access, drainage and input timing.
Check before acting
Sub-daily intensity is not represented.
SCENARIO 03

Strong wind near maturity

Signal
Wind exceeds the threshold.
Useful action
Inspect lodging-prone fields.
Check before acting
Variety, plant height and gusts.

FOR PRODUCT TEAMS

A transparent API contract.

The response exposes gaps and limitations so an application can explain confidence instead of hiding it.

POST/api/v1/agriculture/india/crop-risk-simulate

Example request

{
  "cropId": "wheat",
  "weather": {
    "maxTemperatureC": 39,
    "rainMm24h": 80, "windKph": 20
  }
}
JSONdecision response

Example response

{
  "overallRisk": "high",
  "factors": [
    { "id": "heat", "severity": "high",
      "value": 39, "threshold": 25 }
  ],
  "dataGaps": ["soilMoistureFraction"]
}

CAPABILITY BOUNDARIES

Useful now. Honest about what comes next.

Supported now

  • Transparent per-factor thresholds
  • Heat, cold, rain, wind and dry-soil screens
  • Caller-controlled scenario comparison
  • Explicit missing-factor output

Additional data required

  • Crop stage and variety sensitivity
  • Field soil moisture and irrigation status
  • Pest and disease observations
  • Calibrated local yield or loss models

BUILD RESPONSIBLY

Use the result to focus attention—not replace field judgment.

Pair AtmosGrid’s regional weather context with local measurements, crop stage, variety guidance and qualified agricultural advice.

Read the API documentation ↗Open the India viewer ↗Explore all crop tools ↗