Research
Welcome to Viticulture research in the Lake Erie Grape Production Region.Along Lake Erie's Southeast shoreline, the land in New York and Pennsylvania quickly rises over 700 feet to the Allegheny Plateau. Sandwiched between the temperature moderating waters of Lake Erie and the 700 foot earthen wall sits a narrow band of land ideal for agricultural fruit production in the Northeastern, U.S. Although also home to the production of peaches, cherries, apples, blueberries, and other fruit crops, agriculture in the region is dominated by grape production with Concord as the main variety. Viticulture research at the Cornell Vineyard Laboratory focuses on improving grape production in this unique region.
Most Recent Research Spring Content
One of the goals of the Lake Erie Regional Grape Program is to ensure that the research they conduct is useful to grape growers. One way to ensure this happens is to incorporate grower participation into any research project from the very beginning.
Tim Weigle, Team Leader, Statewide Grape IPM Specialist
Dr. Terry Bates of the Lake Erie Regional Grape Program (LERGP) at the Cornell Lake Erie Research and Extension Laboratory (CLEREL) was host to an "on-the-fly" variable rate demonstration at the Wednesday, May 10, 2017 LERGP Coffee Pot Meeting.
Kevin Martin, Extension Educator, Business Management
Kevin Martin, from the Lake Erie Regional Grape Program (Penn State University), is currently creating baseline economic data to provide regional grape growers with commercialization strategies for spatial vineyard management.
Local Grower Assists in the Development of Technology for the Lake Erie Concord
Last Modified: July 27, 2017
One of the goals of the Lake Erie Regional Grape Program is to ensure that the research they conduct is useful to grape growers. One way to ensure this happens is to incorporate grower participation into any research project from the very beginning.
Coffee, Donuts and Variable Rate Shoot Thinning - All Part of Efficient Vineyard
Tim Weigle, Team Leader, Statewide Grape IPM Specialist
Lake Erie Regional Grape Program
Last Modified: July 19, 2017
Dr. Terry Bates of the Lake Erie Regional Grape Program (LERGP) at the Cornell Lake Erie Research and Extension Laboratory (CLEREL) was host to an "on-the-fly" variable rate demonstration at the Wednesday, May 10, 2017 LERGP Coffee Pot Meeting.
GPS Technology in Local Vineyards
Kevin Martin, Extension Educator, Business Management
Lake Erie Regional Grape Program
Last Modified: July 19, 2017
Kevin Martin, from the Lake Erie Regional Grape Program (Penn State University), is currently creating baseline economic data to provide regional grape growers with commercialization strategies for spatial vineyard management.
Upcoming Events
2019 Growing Season Coffee Pot Meetings
May 1 - July 31, 2019
10:00am
Coffee Pot Meeting
June 19, 2019
10:00am
Fredonia, NY
Come join fellow growers and the LERGP staff in casual conversations over timely vineyard topics. Bring questions to the table and enjoy a cup of coffee and donut while you are there.NO COFFEE POT MEETING
June 26, 2019
10:00am
Announcements
Loaner Sensor Program
The loaner sensor program is an outreach program designed to introduce interested growers to the technology developed by the Efficient Vineyard researchers. It involves a technician from the Lake Erie Regional Grape Program coming out to the farm to install or attach scanners and computers to existing equipment. The subsequent data collection is then completed during normal activity such as pesticide spraying. Once the data is collected it can be sent back to researchers to generate a prescription map. The DualEM soil sensor requires a technician to operate so if you would like to have a soil scan done of your vineyard, please contact the Portland, NY Cornell Extension office and make an appointment.https://efficientvineyard.com/loaner-sensor-program
LERGP Podcasts- check them out!
http://lergp.com/podcasts/
Lake Erie Regional Grape Program - Cornell Cooperative ExtensionYour Trusted Source for Research-Based Knowledge
