NOTE: Vermont changed its grading system on 1/1/2014. Please see Maple Syrup Standards for important information.
Maple Syrup is the quintessential New England sweetener. It can be tricky to cook with, but plenty of recipes exist, so there is no need to restrict its use to pancakes!
Maple Syrup comes in different grades, depending on how dark it is. In Vermont, the grades are:
- Grade A Fancy, or AA, is the lightest, most delicate. I like to use it when the maple is the predominant flavor in a dish and the nuances will be noticed.
- Grade A Medium Amber and Grade A Dark Amber are in between.
- Grade B is the darkest and most "maply". This is a good choice for kids and when the flavor will compete with other strong flavors in a dish.
- Commercial Grade is the darkest, with the simplest, sweetest flavor because it has to be boiled the longest to achieve the proper density.
Who makes the best maple syrup? You can get it from Canada, Maine, New Hampshire, Vermont, and Massachusetts, sometimes in Connecticut, and upstate NY. Canada and the US have similar rules for grading syrup, and the New England states largely follow USDA guidelines, except for Vermont and New Hampshire, which require slightly higher sugar content.
Sap for maple syrup comes mostly from Sugar Maples and Black Maples, although the common Red Maples also produce sap of sufficient sweetness. It takes 30-40 gallons of sap to make a gallon of syrup.
Maple Sugaring time starts in late February and extends into early April, culminating for many at Maine Maple Sunday, New Hampshire Maple Weekend, or the annual Vermont Maple Festival away up in St. Albans, VT.
The sap is collected in buckets, sometimes linked by many yards of plastic tubing, and then boiled down in a shed called a sugarhouse. You can read all (really all) about it in this 30pp Connecticut Maple Syrup Producers Manual.
The trees have to freeze all day in the winter and overnight into the spring, so global warming is pushing the southern edge of the range northward. The unseasonably warm early spring in northern New England in 2012 threatened that year's production.