As we welcome summer we also begin to indulge in Iowa’s natural harvest of berries and cherries. Mulberries must be ripe because purple colored bird droppings mark lawns and sidewalks. Scat from raccoons and coyotes are full of seeds. Mulberries are great to eat out of hand and we get great laughs from the purple tongues and fingers that result from our munching them.
Black Raspberries, or “Black caps”, are ripening. Red raspberries big as your thumb fall into your hands and cherries hang tantalizingly just beyond reach on the most slender branches. If the weather stays warm but moist, we will have excellent blackberries come mid-July into August.
Squirrels and birds naturally have an advantage over humans and our chickens make sure that they clean up any cherries that escape the squirrels. But we are out with the best of them harvesting the fruits of an Iowa summer, indulging in fresh berries by the handful and freezing some for winter.
Take time to walk a trail and have fun with summer’s bounty.
Winding Pathways has had fun this spring working with neighbor children on syruping. While the season here in Iowa has ended, in more northern and Eastern areas it is still in full swing. The 2015 syruping season may last longer in the north east because of the deep snow and continued cold. Take in the excitement of a syrup festival in your region and take time to tap a tree in your backyard. Things will pop fast, so go outside and play!
Maple syruping is captivating. Perhaps because the process is fascinating, it’s one of the first signs of spring or it conjures up childhood memories reading books about syruping or seeing old Currier and Ives prints of Native Americans or hearty pioneers sugaring off.
Alhough it’s a historic process, tapping trees and making syrup is a fun family activity and a great way to pique childhood curiosity about history and science. Syruping is a blend of botany, weather, science, history and all topped off with delicious eating.
Native Americans invented maple syruping long ago. Before honeybees were imported from Europe and sugar became a trade item maple syrup was THE ONLY sweetener they had. Typically Native Americans made maple sugar by slicing the bark of trees in late winter, catching what sap they could in bark or wooden containers and boiling the sap in large, hollowed out wooden containers by dropping fire-heated rocks into the liquid. They used this cumbersome method because until Europeans arrived they didn’t have metal. Syruping was plenty of work.
When Europeans settled along the Atlantic coast they quickly developed a taste for maple and supplied Natives with metal buckets, pans, axes and spiles that enabled them and European settlers to make syrup efficiently. It was the main American sweetener until a cane sugar tariff was lifted in the late 1800’s. Today maple syrup is a delicious, but expensive, luxury.
Modern producers use plastic tubes to channel sap from their sugarbush (maple grove) to their sugarhouse, where it’s processed into syrup by eliminating water in ultra-modern reverse osmosis machines followed by some boiling. It’s an efficient, but not nostalgic, process.
Making syrup from a backyard tree using old methods is fascinating fun. It’s now late winter. Soon days will be above freezing and sap will flow. Syruping season is upon us. Assuming there’s a maple tree in the yard most families have many of the items they need to make a small batch of syrup. Here’s how:
What you need: It’s simple. You need a maple tree or two of any species. Sugar, black, silver, red and European maples produce sweet sap. Even common box elders, which are true maples in disguise, yield sap that makes delicious syrup. The tree needs to be at least 10” in diameter but bigger ones are better. Other needs are:
• A drill and bit to create a 7/16th or ½ inch diameter hole three inches deep into the tree.
• A homemade or purchased spout, or “spile” as it’s called in syruping country.
• A container to catch sap. Plastic milk jugs work!
• A container to collect and store sap.
• A way to boil off about 40 gallons of water to make one gallon of syrup.
Where can syrup be made: Although New England, Canada and the Lake States are traditional syruping regions it can be made anywhere maples grow and the right weather conditions occur. Syruping is possible from Alabama to North Dakota, east to the Atlantic, and even from street trees in western towns.
When are trees tapped: Maples drip sap only when nights are below freezing followed by daytime temperatures above 32 degrees. Ideal conditions are several days in a row with clear, cold frosty nights followed by sunny warm days. Traditionally syruping starts around March first in the north but can be earlier down south. The season ends when sap stops dripping as night temperatures remain above freezing. The sap flow can be as short as four or five days or as long as six weeks. It all depends on the weather.
How to tap a tree: In late winter, just before warm days are expected, gather a drill, bucket and child and tap your backyard tree. If done properly it does no harm to the tree. A young 10” diameter maple is good for just one tap, but a 30” diameter veteran can support up to three taps. Use either an electric drill or be traditional and use a carpenter’s brace and bit. Drill at a slight upward angle two to three inches into the tree. A short piece of wire can be bent into a hook to drag wood chips out of the hole. Tap in the spout, or spile, and attach the bucket or milk jug to catch sap. If the weather is perfect sap will flow as soon as the drill passes through the bark.
Spiles and collection supplies can be purchased but here’s how to make your own:
Step One: Find a patch of sumac. These common shrubs often grow along roads. Cut off a three foot section about a half inch in diameter with pruning shears. Then cut it into pieces about four inches long. Sumac has thick soft pith. Either poke it out with a piece of stiff wire or drill it out to create a tube. Taper the end that will go into the hole in the tree by whittling with a pocket knife. Gently tap your spile into the hole.
Step Two: Use the pocket knife to cut a small hole in the neck of a clean gallon milk jug just above the handle. Slip the hole over the end of the spile. If you’ve done it right the jug will stay in place and is strong enough to hold a gallon of sap without pulling out of the tree.
If the weather’s right the jug will fill in just a couple of hours. Empty the sap into a storage container. It’s best to begin boiling right away but cold sap will keep a few days. But, there are other uses for maple sap than boiling into syrup. Fill a teacup with boiling sap instead of water and add a tea bag. The delicious beverage will have a hint of maple flavor. Some people drink sap as a spring tonic.
Step Three: Now comes processing. Nothing is added to sap to create syrup but about 40 parts of water must be evaporated to make one part syrup. It can be boiled in a saucepan over the kitchen stove, but that puts lots of sticky steam into the house. Boiling is best done outdoors over a wood fire or propane burner. Large shallow pans help speed boiling. Boil for several hours. The syrup is ready to eat when:
• It is golden colored with delicious sweetness.
• It slowly dribbles off a spoon dunked in hot syrup and suspended over the pan.
• It boils at seven degrees Fahrenheit hotter than boiling water.
Serious sugarmakers use more precise ways to tell when their syrup is done but these simple tests work for a small quantity. Finished syrup has sediment at the bottom of the container that looks like fine sand. It’s mostly calcium that’s perfectly fine to eat, but it can be filtered through cheese cloth to remove it. Refrigerate your precious syrup to prevent spoilage.
Commonly asked syruping questions:
Q. Will it hurt the tree? A. Only if the tree is overtapped. Only drill one hole in a 10” diameter tree. Up to three or four taps are fine in a massive maple.
Q. Do I plug the hole in the tree at the end of the season? A. Nope. Just pull out the spile. The tree will heal itself.
Q. How much syrup will one small tree with one tap produce? A. It all depends on the weather. During a long season a small tree could yield up to a half gallon of syrup, but during a short season it might yield only a cup or two. The long term average is about one quart of syrup per tap.
Sources of Syruping Equipment and Information
Simply Google Maple Syruping and the computer’s screen will be filled with places to buy equipment and information on how to tap trees and make syrup. One of our favorite sites is Tap My Trees.
Winding Pathways urges people to go outside and have fun. Few backyard activities are as fun as making a batch of maple syrup from your own tree.
Rockefeller Center is the site of an amazing Christmas Tree that overlooks the skating rink in NYC.
Although increasing numbers of Americans are opting for an artificial Christmas tree, millions enjoy bringing a real tree into their homes for the festive season. As the fashions wax and wane, we see an upsurge in families eagerly venturing out to tree farms to select and cut a real tree. Many species of evergreens are used for Christmas trees but the following species are by far the most common:
EASTERN WHITE PINE: This is the great pine of New England and the upper Lake States that was logged to near oblivion in the late 1800s. It can grow to over 200 feet tall. Thankfully many survived and today the white pines are often used for Christmas Trees in the East. The natural range of the Eastern White Pine is from Southern Canada down to the Mid-Atlantic states and west to about Iowa. It has been widely planted outside its native range and a similar species, the Western White Pine, lives in northern Idaho and nearby Montana and Washington. White pines grow relatively rapidly and have five long soft needles in a bunch.
SCOTS (or Scotch) PINE: This fast growing but usually short lived tree has become increasingly popular as a Christmas tree. They are usually cut when only five or six feet tall, making them ideal for smaller houses and apartments. The species is native to Europe and is the most widespread pine in the world. It has several subspecies. Scots pine has two short twisted and somewhat stiff needles per bundle. On large trees the upper trunk bark is sometimes bright orange.
The soft glow of lights on a cold winter’s night warms our hearts.
BALSAM AND FRASER FIRS: This traditional Eastern tree is native to the cool moist north woods. Widespread in upper New England and Eastern Canada its range extends south along the Appalachian Mountains and west to Iowa. One of the slower growing conifers it has the wonderful evergreen fragrance that many people associate with Christmas. A similar tree, called the Fraser Fir, looks almost the same but the underside of its needles is silvery. It is native to the southern Appalachians. Both the Balsam and Fraser Firs have very short needles. These are by far favored Christmas Trees in the North East and along the East Coast.
OTHERS: Ponderosa pines and Douglas Firs are native to many western states and are often used for Christmas trees. A smattering of other pine, spruce, and fir species are also occasionally used.
In the East most people purchase a tree, but out west it’s more common for a family to make an outing to cut a wild tree. Occasionally, a family will bring a cedar, arbor vitae, or even a dried tumbleweed home to decorate as a Christmas “tree”.
October is a wondrous month of great change in the backyard. Thousands of leaves that devoted warm months harvesting solar energy now become free and fun soil builders.
Fall’s shortened days cause backyard elm, maple, oak and other trees to hang it up for the season. Green chlorophyll disappears revealing reds, yellows and browns that were there all summer but were masked by verdant green. Soon puffs of breeze bring dry leaves swirling to the ground.
We can perceive October’s leaf fall two ways. It’s either a season of drudgery or harvest of a free, organic and bountiful resource.
Raking, bagging and stacking zillions of leaves on the curb for the city to cart away is drudgery that gives away a precious resource.
Better to view leaves as wondrous tree gifts. Those multitudes of mini solar collectors are rich in carbon destined to become topsoil. All humans need do is enjoy and appreciate them and perhaps corral leaves so they won’t blow into the neighbor’s yard.
Kids love leaves. Have them help rake them into a dry pile in the center of the yard. Then pretend you’re a ground hog and burrow under the nearly weightless mound. Just make sure the kids don’t play in leaves stacked in the street for pickup! A car could plow through them and cause a tragedy.
All leaves decompose. Look closely and notice that the leaves of maples, elms, ashes and locusts tend to be flat and make a mat on the ground that soon absorbs moisture. They rot fairly fast. In contrast oak and hickory leaves curl to allow air to circulate under them when on the ground. They stay dry and resist rotting but eventually turn into humus.
Leaves make excellent compost material but need nitrogen to speed decomposition. Alternate layers of leaves with manure in the bin this fall and pitchfork out wonderful compost when gardening season starts next spring.
An easier way to put the annual leaf harvest to good use is to mulch them. Simply pile layers of leaves around young trees, shrubs and even in the garden, then wet them down so they don’t blow. Most likely they won’t be rotted away next spring but will hold moisture in the soil and reduce weed growth most of next summer. A year from now they will have been miraculously transformed into humus.
Leaves are wondrous, fun and a handy, free resource. Enjoy them this fall and thank your trees for sharing their organic solar collectors.
Clambering over the fallen branches of the cleared understory saplings, I realized I was pushing my way through a metaphor.
Recently, a dynamic work party gathered at Sand Ridge to access Faulkes Woods and begin rehabilitation of the diverse ecosystems that had inspired the dedication of this lovely preserve.
Soon after the 1998 dedication, Faulkes Woods Forest began to show degradation from previous years of little maintenance. Garlic mustard took over the ground cover. Barberry seeds, spread by birds, quickly colonized in huge inaccessible patches, crowding out all other vegetation. Shade-loving maples – some native, some European – prevented sun loving oak and hickory nuts from rooting. Food for wildlife became scarcer as quality habitat declined.
The prolific deer and turkey populations foraged in neighboring yards and gardens more frequently. Woodpeckers, finding the dying and dead trees just right for their food and shelter needs, had increased. Yet, other birds, such as the Ovenbird, that are typically found in large timber tracts seemed to have disappeared. According to the Cornell Laboratory of Ornithology under Habitat “Ovenbirds breed in large, mature broadleaf or mixed forests from the Mid-Atlantic states to northeastern British Columbia. They set up summer territories where the leaf canopy overhead inhibits underbrush and provides deep leaf litter hosting plenty of invertebrates.” This excerpt can explain why they are not around. Too much undesirable understory has prevented native plants from growing and leaf litter is practically non-existent. Erosion has increased.
The clearing out “work party” left the forest floor in shambles. At least that would be the first impression. Piles of barberry littered the bare forest floor. But, the rest of the area was free from large patches of impenetrable brush. The felled saplings were another story. Not only were they tough to climb over and push through, but also, they blocked the trail. So, newcomers to the forest could not tell if they were on the right path back to the house for lunch. Thank goodness for the bright orange marker tapes that the leaders had tied to trees along the way to point the way!
And, that is not all. This project has been in development for a number of months. Leadership centered on a core of reliable professionals from the City of Marion, Trees Forever, Iowa Natural Heritage Foundation, and Winding Pathways. Each knew his/her role. Everyone contributed positively. Volunteers, some experienced and some new to the efforts of ecological restoration, followed the lead of the crew chiefs. The project was successful because everyone made it so. And, deferred to experienced leaders.
All this hit me as I navigated the timbered jackstraw.
In short, a steady, decades-long and then rapid decline in quality with a huge mess to clean up.
So, the metaphor that popped into my mind as my way opened and the house loomed high on the ridge before me – still uphill – was, “This is a lot like church.”
Lacking regular attention to details over decades – finances, maintenance, staff and communications – and without a person truly “in charge” as a CEO by whatever name one gives this position, a church congregation can find itself overwhelmed by “garlic mustard, barberry, and invasive understory.” At a certain point a major “clearing out” needs to happen. But, it is messy, has far ranging consequences, hurts many people directly and indirectly involved, drives off productive families and may not be successful if it is only a superficial or “one time effort.”
The cultivation of steady maintenance and care of the physical plant, to social interactions, to nurturing of the tenets and principles to which a congregation espouses and spiritual development is necessary. Both professionals and volunteers need to participate. But, above all, someone must be in charge. And keep at it!
Finally, I pushed through the last of the maple branches and hiked up the trail to the house, washed up and prepared lunch for 27 wonderful volunteers and professionals who made a significant dent in stopping the woods’ degradation. Knowing that this was just the start of restoration, Rich has gone down periodically to trim back the branches from the fallen understory, the deer have eaten them back, the trail is open into the Woods and sunlight is beaming down onto the soil, warming it and the resting native ephemerals. The best part is that the Parks Department of Marion is very interested in the long term health of the Woods and that the sponsoring organizations’ leaders want to do more projects there.
The goals are clear and energy remains high. This is what restoration is about. May it be so in the church as well.
