Crop health and irrigation
Compare NDVI across fields and seasons to plan scouting and water use.
Satellite imagery / Spectral and thermal
Measure what the eye cannot see. Multispectral bands such as near-infrared show plant vigor through indices like NDVI, hyperspectral data separates materials and minerals, and thermal imagery maps surface heat.
Availability, minimum order area, price and license depend on the location and the request. We confirm them in your quote; submitting an enquiry does not place an order.
Common uses
Compare NDVI across fields and seasons to plan scouting and water use.
Map exposed rock and alteration minerals to focus field sampling.
Screen water bodies for turbidity, algae and temperature patterns.
Find the hottest neighborhoods and surfaces for planning and cooling projects.
How ordering works
Share the location or boundary, the dates and what you want to see or measure. A rough description is enough to start.
We check suitable sources and show the capture dates, coverage, resolution, license and complete price before you commit.
Get the files with their metadata and license, ready for your own tools, or ask us to quote an analysis.
Questions
The Normalized Difference Vegetation Index compares near-infrared and red light reflected by plants. Healthy, dense vegetation scores higher. It needs imagery with red and near-infrared bands, which most multispectral satellites provide.
Multispectral imagery records a few broad bands; hyperspectral records hundreds of narrow ones. Hyperspectral data can separate similar materials but is larger, rarer and harder to process.
No. It measures the temperature of surfaces such as roofs, roads and water, which can differ a lot from the air temperature people feel.
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