visit our sister site: http://www.sacredearth-travel.com
banner (17K)

Foraging Sugar Maple Acer saccharinum

Sugar Maple

There isn't much going on for the forager of temperate zones in the northern hemisphere at this time of the year. One might still find the occasional stand of Rosehips, but usually they are in a bit of a sorry state by now, all crinkly and black. Only in the more southern regions where the frost does not bite so hard they can last through the winter. Elsewhere it's slim pickings for another month or two. In March the sap will once again be stirring, and surging through the world of plants. In the earliest days of spring most of us are still oblivious to this rising of the sap, but the first signs of spring are starting to appear - swollen buds, a first blush of sloe flowers in the hedges, and Hellebores are piercing through the snow. But hidden from view maple sap is rising too. In western Europe this is generally ignored. Preference is given to tapping birches for their tonic juices. But in North America tapping Maple for a taste of sweetness is a much anticipated social event. At least, that is what it used to be. Native Americans would camp out in the woods for a month or so while the sap flows. All their energy was dedicated to setting taps, collecting the vats and boiling the juice down to concentrate its sweetness. To obtain a strong flavor takes around 30-40 gallons of sap, which are reduced to just one gallon of maple syrup with an ideal density of 66,5. At higher concentrations the syrup is likely to crystallize, in lower concentrations it can go off. An average tree yields about 12 gallons of sap, which can be turned into 3 pounds of sugar per season. Large trees (at least 25 - 30 inches in diameter) can sustain 2 or 3 taps. Younger trees with a diameter of 10-12 inches (at about 65 years of age) only sustain one tap.

sugaring campsEach camp harvested between 900 - 1500 taps. Taps were made by making a diagonal 4 inch incision into the tree about 3 ft above the ground. Perpendicular to the cut the bark was removed for another 4" and a wooden spout, usually made from Slippery Elm about 6" long and 2" wide was inserted below. A container made from birch bark was placed underneath the spout. When full the contents were poured into a larger pot which was slowly heated at the edge of the fire. The process of heating was carried out with great care to avoid too much frothing and bubbling. The fire kept going all night and people took turns in watching over the process, cooling it and reheating the syrup and all the while stirring it with maple wood ladles. When it reached the right consistency it was strained through a basswood mat, or through a well-worn linen cloth. For the final sugaring off all the equipment was carefully cleaned and scoured. The syrup was again reheated and some bear fat or deer tallow was added to it to make the sugar softer and less brittle.
As the mass was getting increasingly dense the process of stirring it with a maple wood paddle was getting harder. When it reached just the right consistency it was rapidly crushed with special ladles or by hand in order to pulverize the sugar before it cooled down too much and became too solid.

birch vat for collecting sapSome of the thick syrup was also used to make special delicacies by pouring it into fancy shapes, which solidified as they cooled down. Another special treat was known as gum-sugar, which in modern language is also known as maple taffy. To make this sticky stuff the syrup was poured onto snow where it would harden and then be scooped into little packets of birch bark, or nowadays, poured onto vanilla ice cream, allowed to harden and picked up with a spoon or stick to be eaten like lollipops. The settlers added their own inventions to the inventory of Maple products. They made a thick spread, known as maple butter, maple vinegar (which by all accounts appears not to have been too tasty, but said to improve with addition of whiskey), maple beer and maple punch.

Before there were metal kettles, pots and pans the Indians used birch bark containers and vats made from moose skins. To heat the syrup they would place red hot stones into these containers with the syrup and then cool the liquid off in the snow, simply discarding the sheet of ice which would form on top.

The flavor and abundance of sap is very much dependent on environmental factors, such as weather conditions and pH level of the soil. Little snow and deep frost during the early part of winter, followed by heavy snow, was thought to produce the best harvest. Rain changes the flavor of the sugar and thunderstorms were thought to ruin it. The settlers soon learned and adopted the technique which essentially is still carried out in more or less the same manner, except for some small modifications which have somewhat simplified the process. For the Indians and some of the small family producers 'sugaring off' was not just the harvest of a commercial crop, but an integral and important part of the annual cycle, a joyous and festive event and herald of the impending spring.

Maple sugar is still thought to be a delicacy and enormous amounts of it are tapped for local as well as for international consumption. Vermont is the largest producer in the US today (500 000 gallons annually), followed by New York and Ohio. However, Canada is the largest producer worldwide, covering about 75% of the international demand. Other species of Maple also contain sweet sap and can be used for obtaining syrup, though Sugar Maple is by far the most prolific. In contrast to white sugar, maple syrup and maple sugar are highly nutritious.

Composition of Pure Maple Syrup:

Carbohydrates (%)

Sucrose 62.65
Hexose: (glucose, fructose) 0.5 - 3
Other trace sugars

Minerals (PPM):

Potassium 1500-2200,
Calcium: 400-1000
Magnesium: 100-300
Phosphorus: 50-125
Manganese. 5-80
Zinc 5-50
Sodium 1-25
Iron 1-15
Tin 0-25
Copper 0-2

Organic acids (%):

Malic 0.090
Citric 0.009
Succinic 0.007
Fumaric 0.004
Amino Acids (PPM) Phenols 300-960
Amino nitrogens 30-190

Vitamins (micrograms/liter)

Niacin (PP) 276
Pantothenic Acid (B5) 600
Riboflavin (B2) 60
Folic Acid Traces
Pyridoxine Traces
Biotin Traces
Vitamin A Traces

Native Americans also used various parts of Sugar Maple for medicinal purposes, though these uses are no longer common. The Iroquois especially employed various parts medicinally as parts of compound medicines to purify the blood, or externally to treat sore eyes and blindness as well as for a skin condition referred to as 'Italian itch.' It was also used to treat shortness of breath and as a pulmonary and expectorant cough medicine. The dried and ground inner bark was sometimes used as flour and the rotten wood could be used to yield a purple dye. The latter was hard to come by though, as the wood is rather rot resistant.

The settlers on the other hand soon found it less work intensive and more profitable to turn their stands of Maple trees into ash by burning them to the ground in order to obtain economically valuable potash. Maple yields a relatively large amount of ash (4% compared to only 1% of Douglas Fir). Potash was a valuable raw material, destined for export to England where it was used extensively by the textile industry, in the production of soap. It was also essential for making glass and gunpowder. In 1751, Britain even passed an act in Parliament 'for encouraging the making of Pott Ashes and Pearl Ashes in the British Plantations in America'. An acre of forest could be reduced to 2 tons of saleable potash - at a certain profit for the farmers, and sometimes their only significant source of income: in 1800 a ton of potash demanded a price of $200 - $300. Eventually Thomas Jefferson stopped all legal export of any goods including Potash as a reprisal against the search and seizure of American ships by France and Britain - however, illegal export (i.e. smuggling) became even more lucrative.

These days, environmental factors are the main threat to the Maple population. Growth of mature trees is decreasing and 'infant mortality' among saplings is increasing, apparently due to acid rain. Because of their extensive shallow root systems Maple trees are especially susceptible to surface soil pollution.

RECIPES

Maple Gingerbread

Sift together flour, soda, ginger and salt. Set aside. In a separate bowl, beat the egg vigorously, and then stir in maple syrup, sour cream and butter. Mix cream and butter. Mix in the flour combination and pour into a greased flat pan. Bake for 30 minutes at 350F or until cake pulls away from the sides of the pan. Maple frosting is a tasty option.

Maple Wine

From 'Valuable Secrets', 1809
"Boil 4, 5, or 6 gallons of sap according to its strength into one and add yeast according to the quantity you make. After it is fermented, set it aside in a cool place well stopped. If kept for two years, it will become a pleasant and round wine."

Baked Ham from the Smokehouse

Take one smoked ham. Soak overnight in cold water. Wash and remove all mold. Place ham in a large container with lid and fill ¾ full with water. Boil hard for ½ hour, reduce heat and cook slowly 4-5 hours, turning every 2 hours. Remove the outer skin from ham, leaving layer of fat. Coat with mixture of Maple Syrup, cinnamon, sweet cider and cider vinegar. Sprinkle with fresh breadcrumbs. Score and dot with cloves. Brown in oven for 30 minutes.

For questions or comments email: kmorgenstern@sacredearth.com

by title by author

ABOUT THIS ARTICLE:

Please note that all materials presented here are copyrighted. You may download it for your personal use or forward it to your friends or anybody you think might be interested, but please send it in its entirety and quote the source. Any other reuse or publication of our content is only permitted with expressed permission of the author.
Please send comments or inquiries to Sacred Earth.

Subscribe to SacredEarth_NewsLetter
Powered by groups.yahoo.com

This Article was originally published in the Sacred Earth Newletter. The Newsletter is a FREE service containing articles, news and reviews on all things herbal and/or ethnobotanical, with an approximate publication cylce of 6 - 8 weeks. If you wish to subscribe, please use the subscription box to submit your e-mail address.

Disclaimer:

Please note that although all the references to edible and medicinal herbs are tried and tested, their efficacy cannot be guaranteed and has not been approved by the FDA. Furthermore, everybody responds differently to various plants, and adverse reactions cannot be ruled out. Historical information regarding poisonous plants is included for educational purposes only and should not be tried out at home. Everybody uses herbs at their own risk and thus must make themselves fully aware of their potential power. Any information given here is educational and should not replace a visit to the doctor should this be necessary. Neither Sacred Earth nor Kat Morgenstern accepts responsibility for anybody's home experimentation. Links to external sites are included as pointers to further resources - we do not endorse them or are in any way responsible for their content, nor do we thus verify that their content is accurate.