HarvestLab 3000
Sold commercially
Near-infrared (NIR) spectroscopy to analyze various constituents within harvested crops, silage or slurry (one sensor, three applications)
Enables automated length of cut adjustment based on dry matter content (crop harvesting)
ullalysis of constituents not only during filling but also during application (slurry)
Use as laboratory unit at a storage facility or office allowing accurate feed rationing and livestock health.
Access the tool
Name in original language |
HarvestLab 3000 |
Name in English |
HarvestLab 3000 |
Designer/ manufacturer |
John Deere |
Accessibility |
Sold commercially |
Weblink |
https://www.deere.co.uk/assets/publications/index.html?id=8971b1f9#32
|
Countries of primary use |
United Kingdom , Ireland |
Main language |
English |
Other languages available |
None |
Brief description of the tool |
Near-infrared (NIR) spectroscopy to analyze various constituents within harvested crops, silage or slurry (one sensor, three applications)
Enables automated length of cut adjustment based on dry matter content (crop harvesting)
ullalysis of constituents not only during filling but also during application (slurry)
Use as laboratory unit at a storage facility or office allowing accurate feed rationing and livestock health. |
Target user |
Farmer |
Target crops |
Barley, Beans, Oats, Peas, Maize, Wheat |
Type of tool |
Crop analysis |
The tool assesses or provides guidance on |
NDVI, Grain nutrient content |
Nutrients assessed |
Nitrogen (N), Phosphorus (P), Potassium (K) |
Nutrients assessed in the lab |
N, P, K |
The tool relies on a base recommendation system |
No |
The assessment frequency should be |
Analysing harvest produce, manures and slurries |
Required data input is |
Crop |
The data can be imported from other tools and systems |
No |
The tools main output format is |
CSV file |
Data can be exported |
Yes |