VineView
Christopher Perro is an experienced Remote Sensing Scientist at VineView since August 2019, focusing on research and development of retrieval techniques for vineyard health using aircraft measurements. Prior to this role, Christopher served as an NRC Lidar Consultant at the National Research Council Canada, analyzing airborne lidar data. Christopher's academic tenure at Dalhousie University spanned over a decade, during which roles included Postdoctoral Fellow, Atmospheric Dynamics Instructor, Research Assistant while pursuing a Ph.D., and Teaching Assistant for both astronomy and introductory physics courses. Educational qualifications include a Doctor of Philosophy (Ph.D.) in Atmospheric Sciences and Meteorology from Dalhousie University, a Master's Degree in Atmospheric Science from Dalhousie University, and a Bachelor's Degree in Astronomy and Physics from Saint Mary's University.
VineView
Based on NASA technology, using aerial-based sensors, ultra-high resolution imagery and advanced scientific algorithms, VineView is transforming the way vineyard operators monitor grapevine health. By offering specialized data solutions tuned for the complexities of vineyards, VineView enables growers to improve grape quality, protect againstt disease, and optimize vineyard productivity. Highlights- Over 15 years of unparalleled experience in remote sensing for vineyards, including unmatched UP and expertise around disease detection.- Offer most advanced, calibrated, and accurate measurement of vine vigour available.- First data analytics provider capable of offering vineyard specific disease detection capabilities from a drone platform.Key ProductsCalibrated Vine Vigour Data Products: Using ultra-high resolution imagery, advanced calibration techniques, and the Enhanced Vegetation Index, VineView offers the world’s most advanced measurement of grapevine health. With VineView’s suite of Calibrated VIne Vigour data products, growers can achieve vine balance, drive vineyard uniformity, and monitor the impact of water, fertilizer, and canopy management decisions with ease and efficiency.Disease Detection Technology: Grapevine disease can cause catastrophic damage to a vineyard. Using technology based on NASA remote sensing techniques, VineView can detect harmful grapevine diseases like Grapevine Leafroll and Grapevine Yellows (Flavescence Doree), helping growers protect against disease, target resources, and recover lost profits.Milestones- VineView SAI opens its doors for business in Napa Valley, California (2002)- SkySquirrel is founded in Nova Scotia, Canada (2013)- SkySquirrel closes $1M round of funding (2015)- VineView & SkySquirrel launch joint venture (2015)- SkySquirrel secures $3M in funding (2017)- Skyquireel & VineView SAI merge to form VineView (2018)