Maple Sugaring
a brief history and overview

 

 

 

A steel tubing sapline system

 

The First Sugarmakers

The first American Sugar makers were early Native Americans of New England who called their maple syrup "sinzibukwud" which translates to mean "sweet buds". The people of the First Nations of the Lawrence and Great Lakes areas also developed an old age collecting technique in the warming days between winter and spring. As the warming days caused the sap to flow in the maple woods, the people of the First Nations would cut a diagonal slash in the lower trunk of each tree and insert a hollow reed through which the sap would drip. The sap would collect in bark containers to be transported to larger containers or hollowed log containers. In the larger containers the people would drop fire heated stones in until the sap had boiled down to a dark sweet syrup which was sometimes called "sweet water" often used to cook venison in. The people could then further boil the syrup to make maple sugar. The early European settlers picked up the trade and basically followed the pattern, replacing bark containers with metal, and eventually modernizing it to what we see today.

 

                                        The Sugaring Season

 

The maple syrup gathering season has always been short and often unpredictable due to variable weather conditions. Time and weather are very important to a successful harvest. Weather plays the biggest role in maple sap production; the maples rely on the freezing and thawing periods that usually occur in late February and early March.  In order for the sap to flow, the weather must grow warmer until temperatures rise above freezing.

It takes nearly 40 years for the Sugar Maple, or Hard Maple - to grow larger than 12" in diameter, when it becomes ready for one tap. When the time comes,  “Sugarmakers” will head into their “maple orchards” or “sugarbushes” - in late February and begin drilling the 7/16" holes, to a depth of approximately 2 1/2", into the trunks of the maples.

 

The Process

 

If the weather has been cooperative, the sap, which is clear, and only slightly sweet, will slowly drip from the “spile” into buckets that are collected and brought to the sugarhouse for boiling.  If a pipeline system (sapline system) is used, the sap flows directly downhill through a tubing network to a central collection point. Jim Williamson uses a sapline system. The “sap run” continually starts and stops as temperatures rise and fall above and below freezing.  Each tap will usually yield approximately 10 gallons of sap during a six-week period, producing 1 only quart of maple syrup per tap.  Sugar Shacks have huge evaporator pans that are powered by wood, oil, or gas to heat the sap to the boiling point.  Billows of steam escape through a vent or “cupola” at the top of the shack.

 

The Final Product

 

The highest quality syrup comes from the freshest and cleanest sap.  If the sap doesn’t receive immediate attention it will deteriorate and the syrup will not be high quality.  The boil-down process takes a lot of attention and time, it can continue for hours in order to get rid of all water content in the sap. 

Once the boiling process is complete, the syrup is filtered and packed for distribution to eagerly awaiting consumers around the world.  The Vermont Department of Agriculture has strict quality requirements on the making and selling of Vermont maple products.  Every product sold is required by Vermont State Law to carry a label showing the grade of the syrup and the name of the producer.

 

 

 

 

The Maple Sugaring System

An oil-fired evaporator. A spile, the fitting used to collect sap.

                                      

                     

 

 

A Filter Press – the machine used to purify syrup.

                                                                

 

Interesting Facts

     Maple syrup:

  • is a 100% natural and organic product.

  • has the same calcium content as whole milk.

  • has only 40 calories per tablespoon, unlike corn syrup which has 60 calories per tablespoon.

  • is rich in minerals such as calcium, potassium, manganese, magnesium, phosphorus, and iron.

  • contains vitamins B2, B5, B6, niacin, biofin, and folic acid.

  • even contains traces of amino acids - the building blocks of protein.


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