PureVine™ Vigor Pro
VineView's PureVine™ Vigor Pro package includes estimated Plant Counts, Vigor Statistics, PureVine™ Zones, Canopy Gaps and Canopy Width.
With VineView’s suite of scientifically-calibrated vine vigor maps, you get insightful, timely information to improve grape quality and yield and reduce costs associated with:
Homogenization
Identify and reduce variability across parcels for optimal vine balance.
Harvest Segmentation
Locate areas in your parcels to increase and improve the production of premium grapes and optimize harvest scheduling.
Canopy Management
Control the microclimate of your vines to improve grape quality and yield.
PureVine™ EVI
Evaluate vineyard health and uniformity with detailed vigor maps and granular plant-level resolution of isolated canopy data.
PureVine™ Zones
Save time and improve fruit and harvest quality by using PureVine™ Zones maps to ensure representative sampling, precision farming and differential harvesting.
Canopy Gaps
Identify areas of diseased, missing, young or dead vines at the plant level — which can be used to better predict yields and optimize vineyard productivity.
Aerial Color Image
Identify vineyard boundaries, orientation of rows and new plantings with a high resolution color vineyard image.
EVI Statistics Report
A comprehensive vineyard productivity and field efficiency analysis, including a vigor statistics report with number of plants, acres, and variability within vineyard.
Want to know more about our Vine Vigor Packages? A representative from our team would be happy to discuss our vineyard solutions with you. Let’s get started, Contact us today.
What customers are saying about our products:
What is EVI?
Our Calibrated Vine Vigor data products are created using the Enhanced Vegetation Index, a ratio of how much sunlight is reflected off the plants in different colour bands, including infrared.
Did you know?
NDVI has been the standard multi-spectral image used to measure vigor in the wine industry, but unfortunately, NDVI has a number of inherent shortcomings. One of the most important shortcomings is that the data is highly dependent on the time of day at which the image is taken. This is because of the change in solar angle. This means that using NDVI has the potential to provide inaccurate information and can show different data at different times of the day. NDVI results also vary based on other factors, like shadowing or soil variations. In order to correct for these inaccuracies, our scientists have adopted a new, improved version of NDVI, called the Enhanced Vegetation Index. Using additional wavelengths of light, we are able to correct the errors associated with NDVI.
NDVI
Normalized Difference Vegetation Index
EVI
Enhanced Vegetation Index



