ClearAg

API Documentation

The ClearAg® APIs, brought to you by DTN, provide a deep, dynamic source of weather, crop, and soil data to assist agricultural professionals in achieving their goals. Select any of the icons below to access documentation specific to these APIs.

Crop Growth & Health

Crop Growth & Health

Crop Growth & Health API

The Crop Growth & Health API, brought to you by DTN, includes crop-specific growth models, including Crop Growth Model Feedback, Harvest Advisor, and Nutrient Advisor.

Irrigation Decision Support

Irrigation Decision Support

Irrigation Decision Support API

The Irrigation Decision Support API, brought to you by DTN, enables localized, predictive irrigation analytics to help customers establish more efficient irrigation management and improve crop system performance without the requirement for additional hardware.

Soil Conditions

Soil Conditions

Soil Conditions API

ClearAg Soil Conditions API provides users with soil moisture and temperature at varying depths.

Spray Conditions

Spray Conditions

Spray Conditions API

The DTN Spray Conditions API meets the growing demand for minimizing drift, over-spraying, and crop damage, while improving the results of crop protection product applications.

Field Accessibility

Field Accessibility

Field Accessibility API

The DTN Field Accessibility API offers estimates of current and forecasted field conditions based on Land Surface Information Systems combined with machine-learning algorithms.

Weather Data

Weather Data

Weather Data API

Our comprehensive weather data solutions combine the vast knowledge and experience of the in-house meteorological team at DTN.

Accounts

Accounts

Accounts API

This API allows developers to create and utilize a tightly integrated interface of ClearAg APIs featuring several field/growth-specific capabilities, including growth models, irrigation, nutrient, and harvest drydown services.

Indices

Indices

ClearAg Indices

The ClearAg Indices form a suite of APIs that leverage big data and robust weather, soil, and agronomic modeling to provide a simple yet powerful analysis of environmental conditions impacting things such as crop yield, disease risk, and crop chemical applications.