Hyperspectral Remote Sensing

Thu, 11 Apr 2024 11:12:42 GMT

For those customers with a detailed project scope and remote-sensing data collection requirements.

SureFarming mobilizes UAV and detector kit to location and will collect a first survey to integrate with a existing spectral library, calibrated to Farmer's region and field. If the calibration set doesnt exist, then SureFarming can help <Option 1>. After the first survey has been conducted and calibrated with the Calibration Set, SureFarming can survey On-demand,throughout the growth season, or it can optimize for periodic data collection.

Remote Sensing Surveys

The Unmanned Aerial Vehicle (UAV) type is chosen based on the crop type and area of coverage for high resolution imaging and precise detection of diseased crop. We offer economical solutions for small area coverage, or massive, (100,000+) hectares of farmland.

Hyperspectral camera

SureFarming utilizes the Mjolnir VS-620; which is state-of-the-art and best in it's class for this type of detector technology.

With this technology and a leaf-to-canopy spectral calibration set, actionable data and maps for farmers are output to a dashboard. This actionable data and the maps help farmers see where to make the right choices across their properties. Maps will reveal:

-Moisture levels,

-Crop yield,

-Pest presence,

-Disease severity,

-N balance, and

-Crop traits.

Option (1)

Build a hyperspectral calibration set optimized to reveal the Maps and real-time data indicating where and how to take corrective action to increase yield or decrease the spread of disease. The calibration also includes a dashboard to view the maps and data.

Hyperspectral Calibration Sets for Farmers

Wed, 10 Apr 2024 08:01:53 GMT

Hyperspectral can detect most natural materials and helps farmers analyze Nitrogen (protein & chlorophyl), soil quality and yield indicators.

Remote Sensing Surveys

it isn't enough to fly a hyperspectral detector across farmland to look for moisture levels, disease or nutrient deficiencies. These detectors are calibrated with ground-based sampling and laboratory methods.

Week 1
farmers collect leaf samples, Drone UAV flies over a broader area of coverage.

Week 2

laboratory work and hyperspectral survey pre-processing and environmental corrections.

Week 3 & 4
Leaf to Canopy upscaling and post-processing to create:

'look-back' maps, and
Calibrated spectral libraries for a region and farmland.

The 'Look-back' Maps Include Calibrations to help farmers with detecting: