Prime Plants for Nature: Backyards for Nature 2014 Native Plant Awards

By Edie Parnum

Each year we select two native plants with exceptional ability to support wildlife. These plants will contribute significantly to the web of life in your yard. They host insects, offer nectar and pollen, and produce fruits, seeds, or nuts. Birds, butterflies, and other insects and animals will feed and prosper.  Most provide shelter and nesting places, too.  Our selections, all native to southeastern Pennsylvania, are easy to grow and readily available at native plant nurseries or native plant sales. Our Prime Plants make attractive additions to your landscape.  We offer awards in two categories: Trees and Shrubs and Perennials.

Our selections for the 2014 Prime Plants for Nature Awards are:

Eastern Red Cedar, Juniperus virginiana                                                     

Wildlife Value: This small evergreen tree is a powerhouse for nature.  Yellow-rumped

Cedar Waxwing Eating Cedar Cones.  Photo © Howard Eskin.

Cedar Waxwing Eating Cedar Cones. Photo © Howard Eskin. Click to enlarge.

Warbler, Eastern Bluebird, and Northern Mockingbird are among the 54 species of birds that eat its long-persisting berry-like cones during the cold months.  Cedar Waxwings areso-named because they’re fond of cedar cones. The foliage hosts the Juniper Hairstreak butterfly, a vulnerable species in Pennsylvania, and several species of moths such as the Curve-lined Angle.  Song Sparrows and other

Juniper Hairstreak.  Photo courtesy of  and © Scott Pippen.

Juniper Hairstreak. Photo courtesy of Jeffrey Pippen. Click to enlarge.

birds use the dense foliage for nesting places and shelter. Don’t be tempted to buy the similar-looking Leyland Cypress, a non-native that offers little for wildlife.

Growing Conditions: The Eastern Red Cedar tolerates a wide variety of soils and dry to moist growing conditions.  It prefers a sunny spot. These trees are either male or female.  Only the female trees produce fruits, but you’ll also need a male for pollination.

Screech Owl in Barb's Eastern Red Cedar. Photo  © Barb Elliot. Click to enlarge.

Screech Owl in Barb’s Eastern Red Cedar. Photo © Barb Elliot. Click to enlarge.

By planting at least three of these trees, you will enhance their wildlife value.    A row of cedars will provide dense shelter for birds. From the human perspective, the cedars can offer privacy. If planted on the north side of your house, they will create a windscreen.

Appearance: This evergreen has a pleasing conical shape.  It grows at a moderate rate (1-2 feet per year) and reaches 15-40 feet at maturity.

Eastern Red Cedar Trees.

Eastern Red Cedar Trees.

 

 

 

 

 

 

Short-toothed Mountain Mint, Pycnanthemum muticum

Wildlife Value: This perennial is a magnet for pollinators.  Butterflies, bees, wasps, and flies are attracted to the copious nectar and pollen this lovely plant produces.  Because it

Red-banded Haristreeak nectaring on Mountain Mint.  Photo © Edie parnum.  Click to enlarge.

Red-banded Hairstreak nectaring on Mountain Mint. Photo © Edie Parnum. Click to enlarge.

flowers over a long period of time, it may host thousands of visits by pollinators each season.  With this plant in your yard, you can introduce children to pollination and teach them not to be afraid of bees and wasps.

Growing Conditions: Mountain Mint is a tough plant and will grow well in dry to moist soil in full to part-sun. Like other members of the mint family, it spreads but can easily be controlled, especially early in the growing season. It’s easy to transplant and share with other native plant gardeners.  This perennial is deer-resistant, too.

Appearance:  Mountain Mint grows to about 3-feet tall.  Although the numerous flowers are small and inconspicuous, the foliage is an attractive silvery grey.  The leaves complement other brightly colored flowers in the garden and in flower arrangements, too. This plant’s attractiveness is enhanced by the beautiful butterflies and other pollinating insects that visit.

Video © Barb Elliot.  Pollinators visiting Short-toothed Mountain Mint.  To see pollinator activity, click on symbol in lower right for full-screen view.   Then click play symbol in lower left.  May take several seconds to load.  Turn on speakers for audio.

Plant these and other Backyards for Nature Prime Plants, and nature will flourish abundantly in your yard.

Milkweeds for Monarchs – 2014

By Barb Elliot

 

“The lowest numbers of Monarchs ever recorded” 

“Monarch migration at risk of disappearing”

This is the devastating news about Monarchs over-wintering in Mexico. These Monarchs migrated last fall from eastern portions of the U.S. and Canada to reach their historic Mexican wintering grounds. Each year scientists count the number of acres of trees where the Monarchs cluster during their winter stay in Mexico. This winter Monarchs covered just 1.7 acres — a significant decline from the previous low of 2.9 acres.

Male Monarch in Barb's yard.   Photo © Barb Elliot

Male Monarch in Barb’s yard. Photo © Barb Elliot

Loss of milkweed is the primary reason for the steep decline in Monarch numbers. Milkweeds are the only plant Monarch caterpillars can eat. Millions of acres of milkweed habitat have disappeared in the mid-west due to the use of genetically modified (GMO) corn and soy crops. Farmers spray their fields with Roundup, and the crops survive. However, this herbicide kills the other plants like milkweed that previously grew in and around crops. Since these Roundup Ready crops came into use over the last 15 years, almost 80% of milkweeds in the mid-west have disappeared. Monarch population decreases have correlated in lock step with the loss of milkweed.  Milkweed habitat is also lost due to development and mowing of roadsides. Extreme weather over the past few years in Mexico, the U.S. and Canada has also contributed to Monarch losses. Cold snaps, heat waves, droughts and heavy rains have also taken a toll on the Monarchs and milkweeds.

Monarch laying egg on Butterfly Milkweed.  Photo @ Barb Elliot.

Monarch laying egg on Butterfly Milkweed. Photo @ Barb Elliot.

As a result, last summer we Monarch-lovers saw few, if any, Monarchs. With these steep declines, we’ll surely see even fewer this summer. However, Monarch experts say that the Monarch population can bounce back – probably not to the high levels of the 1990s, but to a lower “new normal”. To improve their numbers, Monarchs need MORE milkweed.

That’s where we come in. We Monarch-lovers must plant more milkweeds this year. The Monarchs, fewer in numbers now, will need quantities of milkweeds to find the plants easily and lay their eggs. Also, milkweeds are very important plants in the web of life and provide high quality nectar for a variety of other important pollinators.

Monarch caterpillar on Barb's Swamp Milkweed.  Photo © Barb Elliot.

Monarch caterpillar on Barb’s Swamp Milkweed. Photo © Barb Elliot.

Let’s keep the welcome mat out for Monarchs! To that end, we are selling Butterfly Milkweed and Swamp Milkweed this year for only $2 a plant. Plant some milkweeds to help the Monarchs. If you already have some, plant even more! Plant them in containers, too. Talk to family, friends, and neighbors about the need. Get permission to plant them at a community park, church, business, roadway, or open space, too.

Now is the time for YOU to help the beautiful Monarchs survive for generations to come.

 

Milkweed Sale Information

Cost:  $2 per plant.  Cash only.  Money collected above our actual costs will be donated to Monarch Joint Venture, a partnership of organizations working to conserve the monarch migration.

Plants Description:  Plants are landscape plugs with well-developed (about 5”) root systems.  When in bloom, they look like this:

   Butterfly Milkweed                                                                Swamp Milkweed      (Asclepias tuberosa)                                                             (Asclepias incarnata) 

Butterfly Milkweed (Asclepias tuberosa)

Butterfly Milkweed (Asclepias tuberosa)

Swamp Milkweed (Asclepias incarnata) Photo © Barb Elliot. Click to enlarge.

Swamp Milkweed (Asclepias incarnata) Photo © Barb Elliot.

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Minimum Order:  5 plants of one species only.  That is, 5 Butterfly Milkweed or 5 Swamp Milkweed. Not 3 of one species and 2 of the other.

Number of Plants:  Plants will be sold in multiples of 5 per species only, e.g. 10, 15, 30

Maximum Order:  None.  However, supplies depend on availability from our wholesaler.  Plants will be reserved based on the order in which orders are received.

Order Deadline:  Orders must be received no later than April 30, 2014..

Pickup Date & Time:  Saturday, May 31st, 2014 – 10 AM to 3 PM.                                             Sorry, no alternate pickup times can be arranged.

Pickup Location:  Roberts Elementary School, 889 Croton Rd, Wayne, PA 19087       For Directions, click here

General Planting Recommendations:
1. Plant in clusters, preferably at least 5 plants per cluster to attract passing Monarchs.
2. Plant 12” apart.
3. For more detailed planting instructions and other ways to help Monarchs, click title:  Planting and Caring for Your Milkweeds.

If you have any problems ordering or questions, send an email to info@backyardsfornature.org

Order Confirmation:  You will receive a confirmation email within 7 days from info@backyardsfornature.org.  Please set your email filter to accept email from this address.  If you do not get a confirmation email within 7 days, send an email to:  info@backyardsfornature.org 

Pollinators Need Our Help!

By Barb Elliot

The earliest spring flowers will soon emerge.  In my garden I’ll admire the delicate white petals of Bloodroot, the first to bloom. Soon I’ll enjoy the blue bell-like flowers of Jacob’s Ladder, the bright yellow of Golden Ragwort, and striking red blooms of Wild Columbine.   The flowers are charming, but I will be more captivated by their insect visitors.  Small bees and flies will fly from blossom to blossom. Working intently, they will stop briefly to feed and gather nectar and pollen.  These will be the first pollinators of the year.

Skipper sipping nectar from Upland Ironweed.  @ Barb Elliot

Skipper sipping nectar from Upland Ironweed. @ Barb Elliot

As spring and summer progress, pollinators will visit the succession of blooms on my native trees, shrubs, and perennials.  Bees, butterflies, flies, beetles, and wasps will be at work.  I’ll watch each butterfly unfurl its straw-like proboscis to daintily probe flower heads and sip nectar.  Yellow pollen grains will dot the heads and bodies of bees and flies.  Female bees will sport saddlebag-like pollen baskets on their hind legs.  The undersides of leafcutter bees’ abdomens will be golden from pollen grains stored on special hairs.

Bumble Bee with pollen baskets.  Photo by Beatriz Moisset. Wikimedia Creative Commons.

Bumble Bee with pollen baskets. Photo by Beatriz Moisset. Wikimedia Creative Commons.

I’ll notice the size, shape, and tongue lengths of pollinators – characteristics that enable some to better exploit different shaped flowers than others.  Iridescent green sweat bees will glisten in the sunlight as they feed on nectar.  The strikingly-marked Locust Borer Beetle will catch my attention as it methodically forages for pollen on my goldenrods.  I’ll marvel at how close I can get to colorful wasps as they busily collect nectar.  Hover flies will hang suspended in air as they take a break from feeding on nectar and pollen.  After dark, with my flashlight, I’ll find moths flying from flower to flower, performing nighttime pollination.

Locust Borer Beetle on goldenrod.  Wikimedia Creative Commons photo.

Locust Borer Beetle on goldenrod. Wikimedia Creative Commons photo.

My flowering plants put on their royal finery to entice these pollinators, not me.  Their showy colors and patterns advertise and guide the pollinators to the plants’ nectar and pollen.  The plants must rely on the pollinators to transport pollen among different flowers of the same species.  This cross-pollination enables plants to produce the seeds and fruit needed  for reproduction.  Well-pollinated plants bear more fruit, produce genetically diverse seed, and are healthier. For the pollinators the nectar provides carbohydrates for energy. The pollen supplies them and their offspring with protein, vitamins, minerals, fats, and starches.

Pollinators play essential roles in our ecosystems.  Seventy-five percent of the world’s plants require pollinators to produce seed or fruit.  One-third of our food supply comes from pollinator-reliant plants. Birds and other wildlife in my yard and the world over eat

Green Sweat Bee.  Photo by Beatriz Moisset on Wikimedia Creative Comoons.

Green Sweat Bee. Photo by Beatriz Moisset on Wikimedia Creative Comoons.

the seeds and fruits produced by pollinator-dependent plants.  Pollinators themselves are food for birds and other animals, including insects.  A diverse population of pollinators is critical to the web of life.

Unfortunately, many pollinators are in decline.  Some are threatened with extinction.  Our most beloved pollinator, the Monarch butterfly, is in serious trouble.  The eastern U.S. population crashed in 2013, and the smallest number on record over-wintered in Mexico this year.  Not only Monarchs but other pollinator populations, including bees, our most prolific pollinators, are in trouble, too. The effects of Colony Collapse Disorder on non-native honeybee populations are well known. However, many of our 4,000 U.S. native bee species, key pollinators of both

Bumble bee with tongue extended on Mountain Mint. Photo @ Barb Elliot.

Bumble bee with tongue extended on Mountain Mint. Photo @ Barb Elliot.

native plants and crops, are also at risk.  Bumble bees seem particularly hard hit, with about half of our 47 U.S. species in decline.  Some are in danger of extinction. Less studied pollinators like beetles, wasps, and moths are likely declining as well.

Loss of good foraging and nesting habitat is the primary cause for pollinator declines.  Pesticides and introduced parasites add to the toll.  Many experts believe neonicotinoid insecticides pose a particular threat to bees and other pollinators.  Those that forage on treated plants become weak or die.  “Neonics” and other systemic pesticides are taken up through a plant’s roots and travel to all parts of the plant, including its nectar and pollen.  Last June, 50,000 bumble bees foraging on flowering trees at a single location in Oregon were killed after the trees were sprayed with a neonicotenoid.  Neonics are present in a variety of insecticide brands commonly sold to gardeners. They are also used in nurseries that raise plants.  In fact, some plants sold as bee-attractants contain neonicotenoids.

Wasp on Mountain Mint. @ Barb Elliot

Wasp on Mountain Mint. @ Barb Elliot

Despite all the threats, we gardeners can help sustain pollinator populations in our area.  (See table below.)  Some gardeners like to attract butterflies, but balk at inviting moths, bees, beetles, flies, and wasps.  However, these insects have important roles to play in the web of life and are generally harmless to gardeners.  Native bees are unaggressive and rarely sting. Even wasps are docile when foraging on flowers, although they may forcefully defend a nest.  By incorporating a variety of native plants in our yards, our most important conservation action, we will attract pollinators that are also predators and keep insect populations in check.  Various beetles, flies, and wasps prey on aphids and other insect pests.  By growing a diversity of native plants (see plant list below), we will encourage a healthy balance of insects in our gardens.

Hover Fly on Snakeroot.  @ Barb Elliot

Hover Fly on Snakeroot. @ Barb Elliot

I hope the plight of the Monarch butterfly will compel us to action. We must help not just the Monarchs* but the less charismatic butterfly, bee, fly, wasp, beetle, and moth pollinators as well.  For too long, we have ignored pollinators or treated them as pests to be destroyed.  We have gardened for aesthetics and our enjoyment without considering nature.  These beneficial creatures are crucial players in the web of life in our own gardens and beyond. We can make a difference for them.  We and our gardens will benefit.

 *Please note that we will be selling milkweed plants for Monarchs again this year!  Stay tuned for an upcoming post about Monarchs and details of the milkweed sale.

How to Help Pollinators
Provide Food 
  • Plant:
¨  A variety of nectar- and pollen-rich native plants. Strive for 8 or more species.
¨   Perennials in clusters, preferably 5 or more of a single species, so plants are easily found.
¨   For a succession of blooms from early spring through late fall.
¨   Natives with different flower shapes for pollinators or varied sizes, shapes, and tongue lengths.
¨   Host plants for butterflies and moths.
  • Buy plants at local native plant retailers or where sellers identify whether plants are pre-treated with systemic pesticides such as neonicotinoids.
  • Remove invasive plants so they crowd out natives
Provide nesting and overwintering sites
  • Leave:
¨  Areas of bare soil in sunny, well-drained spots.
¨   Stumps, logs on the ground, dead branches and trees.
¨   Leaf litter for over-wintering butterflies, moths, beetles and their larvae or pupae
¨   Stems of perennials standing from fall through late winter
Provide water
  • Add a shallow dish with sloped sides for easy entry and exit
  • Keep an area of soil moist or muddy for butterflies and other pollinators that forage for minerals and salts in soil
Prevent pesticide poisoning
  • Don’t use pesticides, but especially avoid neonicotinoids.  Click here for a list of common brands containing neonics.
  • Don’t apply herbicides or fungicides to lawn or beds with nest sites or pollinator plants
Other Ways to Help Pollinators
  • Make a commitment to protect pollinators by getting your yard certified as a pollinator habitat and posting a sign.  See The Xerces Society’s “Bring Back the Pollinators” campaign
  • Become a citizen scientist to help scientists track pollinator populations, such as by reporting sightings of bumble bees to Bumble Bee Watch or other species to Project NoahXerces Bring Back the Pollinators habitatsignfull (1)
Recommended Native Plants for Pollinators by Bloom Period

Common Name

Botanical Name

Flower Color

Bloom Period^

Height

Soil

Exposure

Notes

Perennials

Bloodroot
Sanguinaria canadensis
White
April
6-8”
Dry to moist
Part shade to shade
Golden Ragwort
Packera aurea
Yellow
April-May
1-2’
Moist to wet
Part shade to shade
Host plant. Deer resistant
Jacob’s Ladder
Polemonium reptans
Blue
April-May
8-15”
Moist
Part  shade to shade
Deer resistant
Wild Geraniium
Geranium maculatum
Pink – purple
April-May
1-3’
Moist to dry
Part sun to shade
Host plant. Deer resistant
False Solomon’s Seal
Maianthemum racemosum
White-cream
May
12-24”
Moist to dry
Part shade to shade
Smooth Solomon’s Seal
Polygonatum biflorum
White -light yellow
May-June
2-4’
Moist to dry
Part sun
Deer resistant
Wild Columbine
Aquilegia canadensis
Red
May-June
1-3’
Moist to average
Part sun to shade
Deer resistant
Beardtongue
Penstemon digitalis
White
June-July
2-3’
Dry to moist
Sun to part shade
Deer resistant
Bee Balm
Monarda didyma
Red
June-August
3-4’
Moist to dry
Sun to part shade
Deer resistant
Butterfly Milkweed
Asclepia tuberosa
Orange
June-August
1-2’
Dry to moist
Sun
Host plant for Monarch, others.  Deer resistant
Nodding Onion
Allium cernuum
Pale -dark pink
July
1-2’
Dry to moist
Sun
Deer resistant
Purple Coneflower
Echinacea purpurea
Purplish pink
July
3-4’
Moist to dry
Sun to part sun
Swamp Milkweed
Asclepias incarnata
Light – dark pink
July
3-5’
Moist to wet
Sun to part sun
Host plant – Monarch butterfly; deer resistant
Blazing Star
Liatris spicata
Purple
July-August
2-4’
Moist
Sun
Culver’s Root
Veronicastrum virginicum
White
July-August
3-5’
Moist
Sun to part shade
Joe Pye Weed
Eutrochium maculatum; E. fistulosum
Pink
July-August
4-7’
Moist to wet
Sun to part shade
Host plant. Deer resistant
Short-toothed Mountain Mint
Pycnanthemum mutucum
White
July-August
2-3’
Moist
Sun to part shade
Deer resistant
White Turtlehead
Chelone glabra
White
July-August
2-4’
Moist to wet
Sun to part sun
Wild Bergamot
Monarda fistulosa
Pink
July-August
2-4’
Moist to dry
Sun to part sun
Host plant. Deer resistant
Common Boneset
Eupatorium perfoliatum
White
July-September
2-4’
Moist to wet
Sun
Host plant
Cup Plant
Silphium perfoliatum
Yellow
July- September
4-8’
Moist to wet
Sun
Host plant
Fragrant Hyssop
Agastache foeniculum
Blue-violet
July-September
3-5’
Moist to dry
Sun to part sun
Deer resistant
False Sunflower
Heliopsis helianthoides
Yellow
July-September
3-5’
Moist to dry
Sun to part sun
Garden Phlox
Phlox paniculata
Pink/white/
lavender
July-September
2-6’
Moist
Sun to part shade
Goldenrod -Stiff
Solidago rigida
Yellow
July-Sept
3-5’
Dry to moist
Sun to part sun
Host plant. Deer resistant
Great Blue Lobelia
Lobelia siphilitica
Blue
August
1-3’
Moist to wet
Sun to part shade
Cutleaf/ Green-headed Coneflower
Rudbeckia laciniata
Yellow
August-September
3-6’
Moist
Sun to part sun
New England Aster
Symphotrichum novae-angliae
Pink -purple
August-September
2-5’
Moist to wet
Sun to part shade
Host plant
Goldenrod – Zigzag
Solidago flexicaulis
Yellow
August-October
1-3’
Dry to moist
Part shade to shade
Host plant. Deer resistant
New York Ironweed
Vernonia noveboracensis
Magenta
August-October
3-6’
Moist to wet
Sun to part shade
Obedient Plant
Physostegia virginiana
Pink
August-October
2-5’
Moist to wet
Sun to part shade
Mistflower or Hardy Ageratum
Conoclinum coelestinum
Blue
September-October
1-3’
Moist to wet
Sun to part shade
Deer resistant

Vines

Virgin’s Bower (a magnet for daytime species & moths at night)
Clematis virginiana
White
August-September
To 10’
Moist
Sun to part shade
May spread. Deer resistant

Trees and Shrubs

Pussy Willow
Salix discolor
Silvery gray
March
20-35’
Sun
Wet to moist
Serviceberry
Amelanchier canadensis;  A. laevis
White
April
6-20’
Sun to part shade
Dry to moist
Highbush Blueberry
Vaccinium corymbosum
White – pink
April-May
6-12’
Sun to shade
Wet to dry, acid
Redbud
Cercis canadensis
Pink – lavender
April-May
20-30’
Sun to part shade
Moist to wet
Deer resistant
Black Cherry
Prunus serotina
White
May-June
50-75’
Sun to part shade
Moist
Sweetbay Magnolia
Magnolia virginiana
Creamy white
May-June
10-20’
Sun to part shade
Moist to wet
Deer resistant
Black Gum
Nyssa sylvatica
Green
June
30-50’
Sun to part shade
Moist to wet
Deer resistant
Tulip Tree
Liriodendron tulipifera
Yellow-green  & orange
June
75-100’
Sun to part shade
Moist to average
Basswood
Tilia americana
Pale yellowish
Late June-early July
75-100’
Full sun to light shade
Moist
Buttonbush
Cephalanthus occidentalis
Creamy white
July-August
6-12’
Sun
Wet to moist

Native Berries for Fall Migrants

By Edie Parnum

Birds were dropping out of the sky into the trees and shrubs around me. It was daybreak on a fall morning in my backyard.  Though I could see only silhouettes, I recognized the chips of robins and Swainson’s Thrushes.  In the dim light I couldn’t identify the other numerous birds but knew these were migrants that had flown non-stop from the north during the night.

After their nighttime exertion, they were exhausted and ravenously hungry. They needed to find high-energy food and to revive in a habitat offering shelter from predators.  With most of the surrounding area covered with buildings, roads, parking

Cedar Waxwing eating Crabapple berries.  Courtesy of and © Howard Eskin.  Click to enlarge.

Cedar Waxwing eating Crabapple berries. Courtesy of and © Howard Eskin. Click to enlarge.

lots, and sterile lawns, they were desperate for sustenance.  From above, the migrants probably see the local parks as deceptively inviting, but the grass and other non-native vegetation provide little nutritious food.  Their energy depleted, these migrants need familiar and nourishing native plant food.  Otherwise they are in trouble.

Watching these migrants, I imagine myself on a road trip, one I’ve done many times.  After hours of driving, I’m hungry, tired, and low on gas.  I’m looking forward to Rosie’s Restaurant, a favorite stop for good food, gas, and a respite from the journey.  To my dismay, the restaurant and adjacent gas station are gone.  Wasting time and energy, I must drive around randomly to locate what I need before resuming my trip.

Migrants often find my yard and use it to rest and refuel.  During fall migration, especially after a cold front, I search for recent arrivals.  Sometimes I find thrushes, tanagers, grosbeaks, and warblers eating berries on the Virginia Creeper, Arrowwood Viburnum, Winterberry Holly, Spicebush, Black Chokeberry, Flowering Dogwood, Crabapple, and Northern Bayberry I’ve planted for them. One winter a southbound Hermit Thrush stayed in my yard all winter eating American Holly berries.

This fall I’ve been watching a Gray Catbird eating berries on the Virginia Creeper

Cape may Warbler eating Virginia Creeper berries.  Courtesy of and © G. Dewaghe.  Click to enlarge.

Cape may Warbler eating Virginia Creeper berries. Courtesy of and © G. Dewaghe. Click to enlarge.

hanging above my deck railing.  Because the bird is just a few feet away, I don’t really need my binoculars.  It lands on a branch, leans forward, grabs one of the blue-black berries, then quickly swallows—again and again, all day long.  Either a resident breeder soon to migrate or a recent arrival using my yard as a stopover, this bird needs these berries. Besides Gray Catbird I’ve seen Red-bellied Woodpecker, Northern Flicker, Brown Thrasher, Cedar Waxwing, Eastern Bluebird, Swainson’s Thrush, American Robin, Cape May Warbler, and Yellow-rumped Warbler eating Virginia Creeper berries.

Prior to migration, songbirds must increase their weight by 50-100%.  Thrushes, grosbeaks, waxwings, orioles, tanagers, and other songbirds switch from a diet of insects to mostly berries.  Finding berries consumes less energy than pursuing insects.  Scott McWilliams and Navindra Seeram, researchers at the University of Rhode Island, are studying the diet of birds preparing for migration on Block Island.  According to this new research, birds select deeply-pigmented berries

Highly nutritious Arrowwood Viburnum berries were most preferred by migrants preparing for fall migration in the Block Island study.  Photo © Edie Parnum.  Click to enlarge.

Highly nutritious Arrowwood Viburnum berries were most preferred by migrants preparing for fall migration in the Block Island study. Photo © Edie Parnum. Click to enlarge.

that are high in antioxidants and fat prior to migration.  Antioxidants help birds(as well as humans) handle stress.  Because migration is certainly stressful, birds need to find nutrient-rich berries at stopovers along their migratory routes.

Migration is hazardous for birds.  On their southward journey they fly at night for four to six hours without a break. They must stop and refuel several times before reaching their wintering grounds, especially if their final destination is the tropics.  They spend four to five days at each stopover where most consume nutrient-rich berries.  If they fail to find sufficient fuel for the next leg of their journey, they become weak and vulnerable to hawks, owls, and other predators.

Scientists tell us even small patches of native plants can provide food and shelter for migrating birds.  On my three quarter acre property, I’ve planted scores of fruit-bearing native shrubs, trees, and vines.  Besides the shrubs mentioned, I’ve recently planted Black Gum, Hackberry, Sassafras, and Spicebush that will offer fruits in future autumns.  Also, in a few spots I allow Pokeweed (regrettably considered a weed by most gardeners) to grow and produce beautiful dark purple berries irresistible to birds.

Since many ornamental and invasive non-native plants produce berries, why are native plants so important for migrating birds?  With their high fat content and extra antioxidants, native berries are highly nutritious.  Because the natives usually have

Birds do eat non-native berries.  This Gray Catbird is eating invasive Porcelainberry and, regrettably, spreading the seeds. Photo courtesy of and © Adrian Binns/Wildside Nature Tours.  Click to enlarge.

Birds do eat non-native berries. This Gray Catbird is eating invasive Porcelainberry and, regrettably, spreading the seeds. Photo courtesy of and © Adrian Binns/Wildside Nature Tours.com. Click to enlarge.

strongly-colored berries, either black or red, or have leaves or stems that are bright red, birds can easily find them.  Also, the native berries ripen at the right time.  Many migrants, especially warblers, continue to eat insects as well—found primarily on native plants.  If necessary, of course, birds will also eat the less nutritious fruits of non-native plants.

Most yards have room for shrubs.  You can plant native fruit-bearing shrubs and small trees around your property’s perimeter to create a hedgerow laden with nutritious fall fruits.  You can also group them around isolated trees.  By reducing your lawn, you’ll find room for more shrubs and other fruiting plants.

Birds, especially those that migrate to the tropics, are in trouble.  On average, the populations of long-distance migrant species drop 1% each year. We assume we can do little except give money to organizations that preserve land.  However, we can help migrating birds survive their perilous and crucial journeys by growing the plants they need and love.

References:

http://www.naturalnews.com/029391_birds_superfoods.html#

http://www.sciencedaily.com/releases/2010/03/100324155357.htm

 Top Native Berry Plants for Fall Migrants
Latin Name Common Name
Trees
Celtis occidentalis Hackberry
Cornus florida Flowering Dogwood
Ilex opaca American Holly
Malus coronaria Crabapple
Nyssa sylvatica Black Gum/ Tupelo
Sassafras albidum Sassafras
Shrubs
Aronia arbutifolia, A. melanocarpa  Red Chokeberry, Black Chokeberry
Cornus racemosa, C. amonum Gray Dogwood, Silky Dogwood
Ilex verticillata Winterberry Holly
Lindera benzoin Spicebush
Myrica pensylvanica Bayberry
Viburnum   acerfolium, V. dentatum, V. lentago,V. nudum, V. prunifolium Mapleleaf Viburnum, Arrowwood   Viburnum, Nannyberry, Possumhaw,  Black   Haw
Vines and   Herbaceous Plants
Parthenocissus quinquefolia Virginia Creeper Vine
Phytolacca americana Pokeweed

Keeping a Yard Bird List

By Edie Parnum

Pileated Woodpecker.  Photo courtesy of and © Howard Eskin.

Pileated Woodpecker. Photo courtesy of and © Howard Eskin.  Click to enlarge.

Looking out my kitchen window as I habitually do, I spotted a large dark bird showing bold white flashes on its wings flying to a snag at the back of my property.   Luckily, I keep my binoculars within reach on the counter.  It was a Pileated Woodpecker, a first for my yard.

This Pileated Woodpecker was #105 on my Yard Bird List.  Every new bird added to the list is special to me.  My count makes me proud that I’ve planted bird-friendly natives that host a variety of birds.  However, because my young trees are too immature to attract this woodpecker, the pileated was a surprise. It visited my yard because I left the trunk and some major branches on a dead tree rather than cut it to the ground.

The snag in Edie's yard that attracted the Pileated Woodpecker.  Photo by Edie Parnum

The snag in Edie’s yard that attracted the Pileated Woodpecker. Photo by Edie Parnum.  Click to enlarge.

Keeping the yard list helps me hone my ID skills, visual and auditory.  A Least Flycatcher, one of those challenging
Empidonax flycatchers, once lingered in my yard for two days.  Seated on my deck, I could leisurely, but closely observe its diagnostic bold eye-ring, big head, short wings, and narrow tail. It did not sing, but occasionally gave a call, a little “pit” sound.  If I had been elsewhere on a bird walk, I
would have made a quick ID and quickly moved on to look for other birds.

Closely watching the birds in my ¾-acre yard improves my knowledge of their habits, food preferences, seasonality, and habitat requirements. I note the species of birds using each plant and the time of year.  In the spring, warblers, vireos, orioles, and other migrants glean caterpillars from the foliage of my Black Cherry and the young oaks and birches. In the fall, waxwings, mockingbirds, woodpeckers, robins, and other thrushes devour the crabapples.  A variety of sparrows eat seeds in my 1/10-acre meadow in the autumn.  Yellow-bellied Sapsuckers bore holes in the Sweet Gum and crabapples in the spring and fall. A Magnolia Warbler foraged in the Northern Bayberry last September, but I’m not sure whether it was eating the berries or bugs. I’ll take a closer look if it returns to the same shrubs next fall.

Magnolia Warbler.  Courtesy of and © Howard Eskin.

Magnolia Warbler. Courtesy of and © Howard Eskin.  Cllick to enlarge.

Do I count birds that fly over my yard without landing, you might ask?  Yes, although I can’t claim my improved habitat offers any sustenance to the flyovers.  Furthermore, I even added a distant, heard-only, Fish Crow to my list.   Perhaps I’m inflating my yard count, but I’m staying observant of all the birdlife around me. On the other hand, I didn’t count a Red-shouldered Hawk perched three blocks away that never flew over my property.

I keep a list of missing birds, too. I haven’t seen a Willow Flycatcher, Veery, or a White-eyed Vireo —how could that be?!   Lacking a stream or wetland on my property, I may never see a Louisiana and Northern Waterthrush.  Mature native trees are still scarce here, so the warbler list is slim–just 20 species.  Maybe during this fall migration or next spring I’ll find the missing Orange-crowned, Tennessee, Cerulean, Bay-breasted, Connecticut, Mourning, Wilson’s, or Hooded Warbler.  I probably won’t ever get an outlier like American Woodcock (wrong habitat), but I have hopes that a Northern Saw-Whet Owl will use my Eastern Red Cedar one day.

Keeping a yard list can be as simple as noting the birds on a piece of paper.  Or, even better, you can use eBird, a listing program that is one of the Cornell University Laboratory of Ornithology’s citizen science projects.  By entering your yard bird sightings into eBird, you’ll have access to the records of other local as well as far-flung birders.  Your data will be incorporated into Cornell’s records and be used to track bird populations by educators, conservationists, and ornithologists around the world.  http://ebird.org/content/ebird/ or http://ebird.org/content/pa/

Watching for birds is a part of my everyday life.  I can observe my feeder birds while working at my kitchen sink.  As I move around the house, I always glance out the closest window.  While relaxing on my deck, I’ve spotted many new yard birds.  I regularly take walks around the yard, too.  On good migration days, I go out early to look for new arrivals.  No travel is necessary, and there’s still time for the rest of the day’s activities.  Every day I’m connected to nature.