University of Vermont Maple Research Collection
A collection of historical maple research and photographs from the University of Vermont.
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Showing 671 – 680 of all 712 resources in the database
Update on Plantation Maple Research by UVM
For several years researchers at the UVM Proctor Maple Research Center studied the feasibility of collecting sap from saplings as an alternative production method for maple syrup.
Update on the Maple Tubing Sanitation Research in Ontario
In the spring of 1998, a research project was initiated to develop alternative methods for maple produces using plastic tubing systems. Although the results are only preliminary, the development of alternative sanitation methods that may reduce reliance on chlorine is looking very promising.
USDA NASS 2019 June Crop Production Report
Analysis of the 2019 NASS survey of maple producing states.
Using Smartrek’s vacuum monitoring system
Evaluation of wireless system to monitor vacuum in subing systems.
UVM Proctor Maple Research Center – Update 2020
Dr. Tim Perkins presents an overview of recent research activities at the UVM Proctor Center at the 2020 Vermont Maple Conferences.
UVM Proctor Maple Research Center examines effect of spout diameter on sap yield
In order to determine the optimal approach to sap collection in their operation, maple producers need to be informed about how the choices they make will affect sap yield. One of the decisions they face is what spout size (diameter) to use.
UVM Sap Pricing Calculator
This spreadsheet can be used to determine the price per gallon paid to the seller for sap or concentrate based upon a finished syrup density of either 66.0, 66.5, or 66.9¡ Brix and calculated using the “Revised Jones Rule” which can be found at: http://www.uvm.edu/~pmrc/jones.pdf
Vacuum and Yield in Maple Production
Keys to high yield maple production.
Vacuum Sap Collection: How High or Low Should You Go?
Questions of how vacuum affects maple sap, syrup and trees have existed for many years, and these issues are perhaps more important today than ever before due to the increasing use of collection systems that can achieve very high levels of vacuum. This article will describe recent research performed at the University of Vermont Proctor Maple Research Center that was designed to answer questions about high vacuum.