Showing posts with label Tree. Show all posts
Showing posts with label Tree. Show all posts

Wednesday, January 6, 2016

4 Ways to Recycle Your Christmas Tree for Wildlife

christmas tree
 
1/2/2014 // By Danielle Brigida
 
Each year, about 25-30 million real Christmas trees are sold in the United States, mostly from a selection of about 16 species of tree that we commonly call a “Christmas Tree.” They are decorated with lights and ornaments, become backdrops for annual family photos, and serve as a traditional umbrella for gifts to loved ones. Ultimately, the day comes when they need to be disposed of. What’s often overlooked though, is that these trees can benefit your local wildlife, the soil in your yard, or even nearby restoration projects.
Here are some easy ways for you to help wildlife or enrich your local area with your trees after you’ve enjoyed them (and removed all the ornaments) this holiday season.
1. Create a brush pile with your tree as the base
A brush pile often consists of leaves, logs, and twigs so an old Christmas tree can make a great base. This is the easiest thing you can do with your tree if you have a yard. It directly benefits the wildlife in your backyard during winter months because brush piles and dead trees offer food and needed protection from the chill. We have suggestions for how to make a brush pile and we understand that not all communities allow for them.
2. Use it in the garden
There are a number of ways you can use your recycled Christmas tree to enrich your soil by composting it or using the pine needles and boughs to cover your garden bed. Chop the trunk and branches and break your tree down, this will allow you to add some nice insulation to your garden.
NWF Staffer Mollie Simon insulated her garden and made a decorative wreath with her family’s tree.
3. Decorate your tree for wildlife
If you love to watch birds or want a fun project, you can decorate your tree with edible ornaments or popcorn strings so that you feed wildlife like birds and squirrels. This is a enjoyable activity to do with kids or the young at heart (me) and can help wildlife at a time when food is scarce. Most of the recipes call for peanut butter, fresh fruit (like grapes, berries, or apples), suet and bird seed.
These crafts all make edible ornaments for wildlife:
·          Pine cone bird feeder
·          Suet ornaments
For more on decorating trees for wildlife:
·          Edible Wildlife Tree – USFWS
·          Edible Christmas Tree for Wildlife – NWTF and metroparent
4. Donate your tree to a local restoration project
Watch this video about how Christmas trees are used in Louisiana to rebuild wetlands.
There are all sorts of great local projects that take in Christmas trees and use them for restoration projects. At National Wildlife Federation, we have talked about using Christmas trees to help prevent wetland loss in Louisiana. Other projects have helped provide fish habitat, restore dunes, and even provide electricity or mulch for cities. If your county does have a tree disposal program, do a little digging to make sure you like where your tree ends up! You can also check out these additional ideas on how to recycle your tree.
What plans do you have for your Christmas tree?
If you used a real tree this year, let us know what you’re doing with it in the comment section below, or share a link to any places you know of that use Christmas tree donations to help wildlife or the environment. If you have a living or artificial tree, don’t miss out on the fun—ask a friend who has a real tree what plans they have.
 
 
 
 

Why cities need trees: The science behind a 30 percent canopy

 
 
THE NEWS TRIBUNE
January 2, 2016
 
Highlights:
One tree can produce the same cooling effect as 10 room-size air conditioners
Studies show that tree-lined streets increase shoppers’ willingness to pay for goods by 12 percent
Trees slow traffic and shade sidewalks, making walking safer and more pleasant
 
By Rosemary Ponnekanti
 
When Tacoma took on the goal of creating a 30 percent tree canopy in the city by 2030, officials relied on a study by the conservation organization American Forests to answer the question: How do you quantify a city’s need for trees?
 
WATER AND AIR
Trees are vital in keeping a city’s air and water healthy for people.
The American Forests study, called “Calculating the Value of Nature,” analyzed the Tacoma-Everett-Redmond triangle using images from 1972 to 1996.
Dollar values were placed on the ability of trees to control stormwater flooding ($2.4 billion annually) and filter air pollution ($95 million annually.)
The loss, over that period, of 600,000 acres of highly canopied land meant a 35 percent increase in stormwater runoff, which affects salmon populations, pollution in Puget Sound, flooding on city streets, soil erosion and more.
“Each tree absorbs hundreds of gallons of water, filtering it through the root system so clean water goes back to the ground,” said Pierce Conservation District’s Melissa Buckingham.
And by filtering greenhouse gases such as carbon dioxide out of the atmosphere, trees contribute over time to cooling the air, as well as cooling it in real time with shade during summer.
According to California nonprofit Canopy.org, evaporation from one tree can produce the same cooling effect as 10 room-size air conditioners. That lowers the average summer temperature in highly canopied cities such as Palo Alto, California (which has 37.6 percent canopy), by up to 8 degrees compared with neighboring areas.
This effect will be increasingly important, officials say, during the hotter, drier summers forecast for Western Washington in climate change models.
 
MONEY
As the city of Tacoma points out in its Urban Forestry Policy, numerous studies have shown that trees — the higher the number, the greater the benefit — raise property values by up to 15 percent.
Trees also increase profitability of business districts: Studies by University of Washington professor Kathleen Wolf show that tree-lined shopping streets increase shoppers willingness to pay for goods by 12 percent.
Properties rent more quickly, tenants are happier, and workers report higher productivity, Buckingham said.
That benefit is especially important in business districts such as McKinley, on Tacoma’s East Side, where a recent “depave” project replaced 7,000 square feet of sidewalk concrete with trees, shrubs and ground covers.
Because the trees are in the right-of-way, and thus the responsibility of property owners, the project was a partnership, lining up the city and Conservation District with business owners committed to caring for the young trees.
Now, even in winter, the shopping block in one of Tacoma’s low-income areas has gone from gray and bleak to more inviting, the pinks and reds of the sedums contrasting with the evergreen of pine and hemlock.
“It’s a good start to changing the feel of our neighborhood to warm and caring,” said resident and neighborhood council member José Chavez.
 
 
SAFETY, HEALTH, COMMUNITY
Canopy advocates such as Chavez and Buckingham also point out social advantages of trees: they slow traffic and shade sidewalks, making walking safer and more pleasant. They reduce noise and encourage folks to congregate.
“Adding trees gives a more welcome feeling,” Chavez said. “It shows that there are hardworking, caring people no matter what kind of neighborhood it is. … It means pride, too. That’s a good investment.”
Recent studies by the Pacific Northwest Research Station of the U.S. Forest Service go deeper into the social benefits of trees.
A 2011 Portland study showed greater tree canopy had positive effects on babies’ birth weights and thus lifelong health: Greater canopy cover within 50 meters of a mother’s house and the proximity to open space were associated with a reduced risk of having an underweight baby.
“It may be that trees improve birth outcomes through stress reduction,” said study author Geoffrey Donovan in the November 2011 issue of “Science Findings.”
His findings were backed up by a subsequent Spanish study showing that proximity to green space made positive birth weight differences in poor or low-educated socioeconomic groups.
Donovan’s study also found more tall street trees correlated with lower residential crime rates.
One explanation, he said, might be that mature trees create a pleasant setting for folks to congregate while not blocking views of houses, thus increasing the risk of exposure for criminals.
In addition, Donovan agrees with Chavez that trees indicate a cared-for neighborhood, which can be a disincentive for criminals.
Past studies have shown that views of trees speed healing in hospitals and reduce stress rates for residents.
In a 1984 study in the journal Science, R.S. Ulrich showed that surgery patients with views of trees spent fewer days in the hospital, used fewer narcotic drugs, had fewer complications and registered fewer complaints with nurses than patients with views of concrete walls.
Later studies also showed that patients responded better to brighter green trees and those shaped with a broad, spreading crown. One theory suggests this comes from our evolutionary ancestry on the African savanna, where trees are shaped like this.
Studies also have shown that views of nature can reduce stress in workers and university students.
As environmental scientist, author and academic Nalini Nadkarni points out, trees are also used to heal from loss, such as in the Living Memorials Project after the 9/11 attacks.
“For centuries, humans have looked to the symbolic resonance of nature ... to heal our sense of loss from death,” she said.
For Harvard biologist E.O. Wilson, the reason trees can heal goes far deeper. His “biophilia hypothesis” argues that humans have an innate emotional affiliation to other living organisms and that the health of the planet, trees included, is inextricably intertwined with our own.
“Trees aren’t just trees,” Chavez points out. “They’re many things.”
 
EMOTIONAL HEALTH
Trees don’t just contribute in just practical ways, says Nadkarni.
In her 2008 book “Between Earth and Sky,” Nadkarni, a former environmental studies professor at Olympia’s The Evergreen State College and founder of the International Canopy Network, also explores their spiritual benefits.
Citing her own personal and scientific experiences and those of other scientists and writers, she asserts that trees teach us about stillness, mindfulness, the interconnectedness of all life and what lies beyond the mundane.
“Trees at once enrich and instruct our lives in ways at once simple and complex,” Nadkarni writes. “Opening up to something as simple and pleasurable as climbing a tree — or sitting silently beneath it — can make humans feel at home with the world and with themselves.”
 
 
 
 
 

Monday, January 4, 2016

Cloning to give 2,000-year-old Lady Liberty new life

 
 
 
Kevin Spear Contact Reporter By Orlando Sentinel
 
December 28, 2015
 
A trio of climbers ascended the towering Lady Liberty on Monday with hopes of giving the 2,000-year-old cypress new life through cloning.
 
The tree's larger, older and better-known sibling, the Senator, at Big Tree Park in Seminole County was destroyed by arson nearly four years ago.
 
With a trunk 10 feet thick and height of nearly 90 feet, the surviving Lady Liberty is a skyscraper next to mature hickory, sweet gum and cabbage palm trees.
 
But its immense size and an 8-foot-tall security fence may not ensure the tree's continued longevity.
 
"I'm thinking it won't be here in another five years," said David Milarch, who runs the nonprofit Archangel Ancient Tree Archive, a Michigan group pursuing reforestation with clones from the biggest and oldest trees.
 
Local climber Andy Kittsley, city of Orlando's forestry manager, responded: "All the more important we get a culture for a clone."
 
The tree's custodian, Seminole County, doesn't suspect the tree is in immediate jeopardy, but the charred hulk of the nearby Senator was a reminder that even celebrated trees don't last forever.
 
Starting from a forest floor in deep shadow and carpeted with leaves, climber Jim Clark fired a weighted bag skyward from an oversize slingshot. After missed attempts, the bag dragged a thin line over a top limb.
 
That thin line was used to hoist a thicker rope that the three climbers latched onto with rigging. They ascended vertically, looking as if they were climbing a ladder.
 
They made the journey look easy but some difficulty soon arose. Clark howled several times with irritation and pain over bee stings.  "I'm good," he shouted after each of many stings.
 
From below, the trio of climbers appeared to have the intimate company of puffy clouds, jetliners and vultures.
 
From above, as seen in video from a drone piloted by Archangel coordinator Steve Hamblin, the climbers appeared amid cypress needles as if birds in a nest.
 
The Senator was cloned years ago with a technique that grafted its tissue to roots of another cypress. At nearly 50 feet tall, that tree now stands at the entrance of Big Tree Park.
 
Archangel Ancient Tree Archive specializes in a cloning technique that coaxes tree tissue to grow its own roots, Milarch said.
 
He said the technique has been applied to 150 tree species, and 90 percent of those have been successfully replanted in the wild.
 
His son, Jake, was one of the climbers who snipped thin branches from the tree's top and let them flutter to the ground. Those cuttings would be the raw ingredients for cloning.
 
Back on the ground, the younger Milarch said Lady Liberty didn't have a lot of new growth in its crown.  "There might not be a lot of years left," he said.
 
The fresh tissue was packed in ice for overnight shipping to a cloning laboratory in Michigan.
 
John Alleyne, a retired research horticulturist at the University of Florida, trimmed the branches carefully, looking for prime samples and for any sign of disease or other distress. "Cloning is very, very possible," he said.
 
 
 
 
 
 
 

Friday, December 18, 2015

In The Maine Woods, A Towering Giant Could Help Save Chestnuts

 
December 17, 2015
 
This is the tallest known American chestnut tree in North America, clocking in at precisely 115 feet. It's an exciting find for those seeking to eventually restore the tree to its previous habitat. Susan Sharon/MPBN
 
Thanks to Nat King Cole, it's hard not think of chestnuts without conjuring an image of them "roasting on an open fire, Jack Frost nipping at your nose." But these days, you'll be hard-pressed to find anyone roasting American chestnuts over an open fire. The trees and the nuts have all but disappeared.
But now, scientists are excited about the discovery of an American chestnut tree in the woods of western Maine, a record-breaking tree that's giving them hope for the future.
i
Shane Duigan of the Maine Forest Service takes measurements of the chestnut as media look on. Susan Sharon/MPBN
 
Growing straight and tall, chestnut trees were once prized for timber. Vendors still roast and sell European chestnuts on the streets of Manhattan, fragrant aroma and all. But the American chestnut which once dominated the Eastern woodlands, from Maine to Georgia, was virtually wiped out by a blight that was accidentally introduced from Asia.
That's why on a recent, rainy December day, a gaggle of reporters, photographers and members of the American Chestnut Foundation trudged into the woods of Lovell, Maine, to confirm some crucial measurements of a chestnut tree growing in the wild.
As girth goes, this chestnut tree is not impressive: At 16.1 inches, it's on the skinny side. Except for its long, slender leaves, and spiny, urchin-like burs, most people wouldn't pick it out as distinctive in a forest lineup, especially this time of year, when both the leaves and the burs are littering the ground.
But Brian Roth, a forest scientist with the University of Maine, says when it comes to height, this American chestnut reigns supreme.
"We think it's around 100 years old," Roth says. "It's over 100 feet tall, which makes it the tallest tree that we know of in North America."
That's 115 feet tall, to be precise. But beyond its exceptional height, Roth and members of the American Chestnut Foundation are interested in this chestnut because of its ability to survive. Surrounded by a cluster of equally tall pine trees, it was discovered in July from the air, distinguished by the large white flowers in its crown.
Bucky Owen of the Maine Chapter of the American Chestnut Foundation holds two American chestnut leaves. Susan Sharon/MPBN
 
"Old-timers talk about the hillsides in the Appalachian Mountains being covered in flowers as if it was snow, and so we were able to key in on the particular week that these were blooming and ... find this tree," Roth says.
Roth says DNA from the tree will be preserved in a living gene bank. It's all part of a larger effort by the North-Carolina based American Chestnut Foundation to restore the chestnut to its historic range.
With the help of 6,000 devoted volunteers, the foundation has developed a complex breeding program to raise a hearty American chestnut that is resistant to the fungus and that can someday be reintroduced to the wild. (As The Salt has reported, separate efforts are also underway to create a genetically engineered American chestnut that's resistant to blight.)
Foundation president Lisa Thomson says the American chestnut is "an underdog. You know, everybody loves an underdog. And they see hope in the future, real promise of the future to bring this species back."
Thomson says she and her volunteers won't see a cathedral of chestnuts in the forest in their lifetimes, but their grandchildren will. And that's enough of a vision to keep them singing the chestnut's song.
 
 
 
 
 
 

Thursday, December 10, 2015

‘No Christmas Tree in the White House’

Theodore Roosevelt didn't want to deplete forests for the holiday. His children had other ideas.
 
A Teddy Roosevelt Christmas-tree ornament at the White House in 2008. Photo: AFP/Getty Images
 
By Thomas V. DiBacco
Dec. 9, 2015
 
Theodore Roosevelt's commitment to conservation is well known. Less well known was the 26th president's ill-fated attempt to ban Christmas trees at the White House. Why? So many trees were cut down for the holidays, he believed, that it was contributing to deforestation—and he wanted to set an example for the country.
 
Franklin Pierce decorated the first Christmas tree on the White House lawn in 1853; Benjamin Harrison brought a tree inside the White House in 1889, lighted by candles, to the marvel of his grandchildren. Six years later Grover Cleveland, who had two young daughters, decorated the tree with electric lights.
 
TR's Grinch-like practice began in 1902. As the Sun newspaper in New York City reported, the president and family would celebrate the holiday by exchanging gifts, "but there will be no Christmas tree in the White House."
Yet the two youngest of the Roosevelts' six children, Archibald, age 8, and Quentin, age 5, were not to be denied. With the covert help of White House staff, they cut a small fir tree from the grounds, hid it away and wired it with lights.
 
Roosevelt recounted what happened on Christmas morning in a letter to a friend the next day. There "was a surprise for me, also for their good mother, for Archie had a little Christmas tree of his own which he had rigged up with the help of one of the carpenters in a big closet; and we all had to look at the tree and each of us got a present off of it. There was also one present each for Jack the dog, Tom Quartz the kitten, and Algonquin the pony, whom Archie would no more think of neglecting than I would neglect his brothers and sisters. Then all the children came into our bed and there they opened their stockings."
 
The president was in for another surprise. He asked noted conservationist Gifford Pinchot, who would later serve as his first chief of the U.S. Forest Service, to lecture the children on the necessity of banning Christmas trees. But Pinchot admitted it was good to cut down trees periodically to get more sunlight for other trees to grow.
 
Well, you know how this story had to end. While there was still no White House Christmas tree in 1905, the Sun noted that the president's younger children would be permitted, as in the previous few years, to visit the tree-bedecked home of their cousin, Sheffield Cowles, on N Street on Christmas afternoon.
 
And by 1906, the ban was gone. "The children made the White House ring with merriment last night," the Washington Herald recounted on Christmas Day. "There is to be a large tree."
 
Mr. DiBacco is professor emeritus at American University in Washington, D.C.
 
 
 
 
 
 
 

Thursday, November 19, 2015

An Ode To Trees By Billy the Marlin

 
 
Why Fish Need Trees:  An Ode To Trees By Billy the Marlin
 
When you see me frolicking at the Marlins games and hopping in the air every time we hit a home run, you may not guess that fish need trees, but we do.    Check out the top 5 reasons fish depend on trees:
1)     Trees give us oxygen—and yes that means we fish can breathe in water
2)     Trees are cool—by providing shade, they reduce our water and land temperatures
3)     Trees shelter us -- just like you use wood for your home, Snappers, Grunts, Manta Rays and Barracudas use coastal tree roots as nurseries for their eggs and a  hiding place from predators
4)    Trees clean our water and air --without them I'd be swimming in some pretty icky water
5)     Trees feed us --  You may love mangos, oranges and avocados, but guess what? Trees and the wildlife they attract, enrich our soil and provide many nutrients fish need to survive.
 
 
 
 
 
 
 
 
 

Friday, November 13, 2015

Trees Prove Effective At Removing Stormwater From Bioswales

By Bryant C. Scharenbroch, Justin Morgenroth and Brian Maule
Chicago, IL (October 14, 2015) — In a study published in the Journal of Environmental Quality, tree species proved most effective at removing stormwater from bioswales and back into the atmosphere—a process known as water cycling. These heroic trees were part of an upgraded parking lot and visitor center built at the Morton Arboretum, just outside Chicago.

The upgrades took place in the 1990s. As an education and research facility, the team at Morton wanted to use best management practices in their design. This was especially important because the new center and parking lot would be immediately adjacent to Meadow Lake and the east branch of the DuPage River. The center wanted to avoid polluting these important waterbodies.
Parking lots create water pollution in a few ways. By their nature, parking lots interrupt the natural flow of water into soil. Most parking lots are made of asphalt, and are impermeable. Cars naturally drip some hydrocarbons onto the pavement in the form of oil and other fluids. In northern climates, salts must be used to keep the parking lots safe for cars and pedestrians. All these chemicals become runoff during rainstorms and snow melts, and can pollute neighboring water bodies.
Partially funded by a grant from the Illinois Environmental Protection Agency, the team designed a permeable-paver parking lot that included bioswales to clean and capture the water, and reduce the environmental effects of the parking lot and building. Bioswales are depressions in the ground meant to capture water.
Why include trees? According to Bryant Scharenbroch, corresponding author of the study, “A key component of biofilter design is the inclusion of vegetation. The vegetation helps absorb water and maybe even pollutants. Trees may be best suited to improving the biofilter performance because of their large water demand associated with their large above– and below-ground biomass.”
The study showed that the trees within the bioswales returned a lot of water back to the atmosphere. A primary way is through the leaves. The trees move water up from the roots and out through microscopic holes in the leaves, called stomata, back to the air.
In addition to moving water into the canopy, the tree has roots that keep the soil loose and healthy. The channels created by roots also help water move down through the soil and into the groundwater system. Tree roots also help promote an active biological system of organisms functioning to store and clean water.
The research shows that about ½ to ¾ of the total water removed from the parking lot at the Morton Arboretum was through the bioswale system. This reduced the runoff and discharge from the parking lot into the neighboring water bodies.
“Trees are very active in the water cycling of this parking lot,” says Scharenbroch. “The research clearly shows that trees are an integral part of the green infrastructure system and function to reduce runoff and discharge from the parking lot.”
Learn more: Susan Fisk, “Doubly green trees,” American Society of Agronomy
Read the research: “Tree Species Suitability to Bioswales and Impact on the Urban Water Budget,” Journal of Environmental Quality