The Naturalist's Corner: A heartfelt thanks to the Stanbacks

I received an email last week from Ida Phillips, communications director for Audubon North Carolina, announcing that Lea Island, a barrier island in Pender County was close to being permanently protected:

“One of the last undeveloped barrier islands in North Carolina is one step closer to permanent protection. Thanks to a generous donation from Fred and Alice Stanback, Audubon North Carolina has purchased a 35.7-acre tract on Lea Island, an undisturbed barrier island in Pender County.

The nonprofit organization purchased the property in a bargain sale from James Johnson of Coastland Corporation. The island is one of the most important havens for shorebirds and waterbirds in North Carolina, as well as an important nesting site for federally threatened loggerhead sea turtles. Audubon North Carolina will manage the tract as part of its coastal sanctuary system, which comprises 19 other island and inlet bird habitats along the coast.”

This is certainly wonderful news. Wonderful news for shorebirds and all the other marine and estuarine plants and animals that depend on barrier islands like Lea Island for their very existence. And it’s wonderful news for all outdoors men and women (and hopefully children) who yearn for and need unfettered open spaces with nature at their fingertips to be whole. And it’s wonderful news for all the people at Audubon North Carolina and other organizations around the world that have turned their avocation for clean air and water and wild places into the vocation of protecting and/or enhancing such places and attributes for all of us.

A few words from Ida’s announcement jumped right out at me – “Thanks to a generous donation from Fred and Alice Stanback …”

I can’t begin to count the number of times since I began writing about the environment that I have seen, heard, read or even written that same or a very similar statement.

There is no way for me to list here all the purchases, easements, initiatives, programs and/or organizations that have benefited from the Stanback’s unsurpassed generosity and unflinching commitment to the health and well being of the Old North State’s people and places. The Stanback’s son Brad and his wife Shelli are also well-known philanthropists working to protect North Carolina’s environment.

Just take a quick look around Western North Carolina and you can see some prime examples of the Stanback’s generosity. Fred and Alice Stanback have been instrumental in preserving tracts like Needmore, Mount Lyn Lowry, Lands Creek Watershed, Chimney Rock, Jocassee Gorges, the East Fork Headwaters tract and so many more. They have donated to organizations like Friends of The Smokies, the American Chestnut Foundation and National Parks and Conservation Association just to name a few.

Brad and Shelli Stanback were instrumental in preserving Canton’s Rough Creek Watershed and Little Sandy Mush Bald and they continue working with area environmental organizations.

If North Carolina ever snaps back from the headaches of urbanization, commercialization, industrialization, corporatization, etc. it will be due, in a large part, to the vision, commitment and dedication of the Stanbacks.

(Don Hendershot is a writer and naturalist. He can be reached at This email address is being protected from spambots. You need JavaScript enabled to view it..)

The Naturalist's Corner: Goose dilemma

A spin around Lake Junaluska the other day (12/2) turned up another unusual winter visitor plus highlighted the foibles and frustrations sometimes associated with birding.

I had finished a quick check of the new wetlands and was headed back to my truck when I noticed a stranger among the resident gaggle of domestic greylag geese. The stranger was white with black wingtips, so snow goose immediately came to mind. The size difference between the visitor and greylags was pronounced — making me think this visitor was a very small goose — therefore a Ross’s.

The Ross’s, Chen rossii, is a small (23 inches) goose that looks for the most part like a miniature version of the snow goose. It comes in two color phases, like the snow goose — one, white with black wingtips and the other, a dark or “blue” phase. The main difference between the two species other than size is head and bill shape and/or features.

The Ross’s has a rounded head and short bill. The base of the bill — where it meets the bird’s face — is straight. And the Ross’s has little or no “grin patch.” The grin patch is the black serrated edge of the bill, prominent in snow geese that make the bird look like it’s grinning. This grin patch or serrated edge is highly developed in snow geese and enables them to saw off tough marsh grasses and sedges.

The snow goose (both subspecies lesser, Anser caerulescens caerulescens and greater, Anser caerulescens atlantica), besides having a prominent grin patch, has a longer bill with a more wedge-shaped head. And the area where the beak meets the face is curved outward, away from the eye. It’s not a straight edge like in the Ross’s.

 

Birding foibles 101

I looked no further than the obvious white-morph snow goose form and size discrepancy between the visitor and its greylag hosts. Not wanting to spook the bird, I returned to my truck and called a friend to say I had just found a Ross’s goose at the lake. My friend was running errands and we made a date to meet back at the lake.

When I got to the lake, my friend was there with his scope watching the goose and concurred that it was a Ross’s. The gaggle had taken to the water and once again it was easy to see the major size discrepancy. We chatted about what else was around the lake and watched as the birds swam a little closer. When I looked through my binoculars at the little fella, I noticed a grin patch. I mentioned it, but didn’t think much about it and I hit the road.

But that grin patch kept bugging me. I came home, looked online at some photos and looked on page 79 of my copy of The Sibley Guide to Birds, where he illustrates the head pattern of a Ross’s, a Ross’s X lesser snow, a lesser snow and a greater snow. I realized I had shot from the hip and needed to get a better look at that bird.

Friday morning I headed for the lake. I called my friend to say I had questions. Turned out, I wasn’t the only one.

A couple of other experienced birders had a similar experience; one, immediately identifying the visitor as a Ross’s because of the comparative size difference; then, with longer looks, especially focusing on the head, questioning that ID.

So Friday morning, the four of us with binoculars a field guide and photos were standing there within 100 feet of the bird. The one consensus was that the head was definitely snow goose. I and one other birder (I think) are mostly convinced that the bird is a lesser snow. One, I believe, was as of Friday, leaning towards greater snow and the other was still having trouble committing.

What threw us all initially was the size discrepancy. But what we failed to take into account is the fact that greylags are giants of the goose world and those domestics are probably large greylags.

As large as greylags are, I don’t think they would dwarf a greater snow goose (listed at 31 inches in my Sibley guide) the way they dwarf this bird. But I would think a Ross’s X lesser snow’s head would have intermediate characteristics like Sibley depicts — this goose’s head looked all snow to me — so I’m left with a small (probably female) lesser snow goose.

Now birders of varying skill levels can get a seconds-long glimpse of a black and white bird in a swamp and never see it again and be 100 percent sure they’ve seen an ivory-billed woodpecker. While four “fairly” experienced birders with a cooperative subject and time to study are still left with “in my opinion.”

Ain’t birding a hoot?

Don Hendershot can be reached at This email address is being protected from spambots. You need JavaScript enabled to view it.

The Naturalist's Corner: There’s jus’ sumthin’ bout a tree

I mean, where would you hang a tire swing if there were no trees? How could you lay back and watch the sky rock back and forth filling the jigsaw spaces between the leaves with ever-changing bits of sky and cloud? Or, how could you reach that cool deep hole in the middle of the bayou without a rope tied to a friendly, strong furrowed arm reaching out over the water?

Sure, trees provide an array of environmental benefits. They help provide clean air and water plus they provide food and shelter for a host of different species of wildlife. But trees are more than that — trees have soul.

Huge water oaks, Quercus nigra, were dominant across the landscape of Mer Rouge, the tiny farming community in northeastern Louisiana, where I grew up. So notable they were that they inspired Mer Rouge High’s alma mater — “Through the stately oaks we glimpse …”

In the yard of the ramshackle shotgun house that was home, there were three of these behemoths. They were home to fox squirrels, raucous red-headed woodpeckers and barred owls. Colorful Baltimore orioles would weave their intricate basket-nests near the tips of the high branches in summer. And on those hot July and August afternoons they would plop huge cool shadows down to play catch in.

And trees can be so enduring. Methuselah is a 4,841-year-old bristlecone pine living in the White Mountains of California. Methuselah’s location is kept secret so it doesn’t suffer the same fate as an even older cousin, Prometheus, who was cut down in 1964.

These elders live all around the world. Sarv-e Abarqu, a 4,000-year-old cypress tree in Iran is thought to be the oldest living organism in Asia. A 4,000-year-old yew graces the churchyard of St. Dygain’s

Church in Wales and in Florida there is a 3,500-year-old bald cypress, The Senator, thought to be the oldest of its species.

And these are living organisms produced from a single seed, or in tree language — non-clonal. Clonal trees are those species that sprout stems or trunks from a common rootstock like willows, aspens and others. The rootstock from some clonal tree species is believed to be hundreds of thousands of years old. One colony of Aspens, named Pando, from the Fishlake National Forest in Utah is listed as anywhere from 80,000 to 800,000 years old.

And because trees move us so:

 

“Why are there trees I never walk under but large and

melodious thoughts descend upon me?”

— Walt Whitman

 

It is often sad to think about the shortsighted way our ancestors fell upon the forests of this continent with axe and saw obliterating thousands of years of history in a few hours.

But because trees move us so:

 

Lovely, glistening, green, swaying back and forth.

Flowers blossoming in the spring.

Horses nibbling on the bark.

Bugs feasting on the leaves.

Leaves whispering to the wind,

dancing in the sun.

Reaching to the sky.

My favorite tree.

— Melissa, age 10

 

There’s promise that with foresight, children will sit beneath trees a thousand years old that Melissa wrote about as a child.

 

Don Hendershot can be reached at This email address is being protected from spambots. You need JavaScript enabled to view it.

The Naturalist's Corner: Hey, can a squirrel get a lift around here?

The answer is, in the case of the federally endangered Carolina northern flying squirrel, a resounding yes. The North Carolina Wildlife Resources Commission with the aid of North Carolina Department of Transportation, Duke Energy, U.S. Fish and Wildlife Service and the U.S. Forest Service has extended a helping hand, uh, pole — make that poles.

NCWRC and partners have erected three flying squirrel crossings along the Cherohala Skyway that runs from Robbinsville to Tellico Plains, Tenn. The crossings consist of tall utility poles erected on either side of the Skyway. The poles serve as launching and/or landing pads for this small arboreal rodent whose preferred method of locomotion is gliding through the forest from tree to tree.

The two subspecies of flying squirrels found in the Southern Appalachians — Carolina northern flying squirrel and Virginia northern flying squirrel — are both endangered. Biologists believe these two subspecies are relic populations of northern flying squirrels that were stranded in the fir and spruce forests of the high peaks of the Appalachians when the last ice age receded.

The tawny red Carolina northern flying squirrel is about a foot long and weighs less than a pound. It is slightly larger than its ubiquitous gray cousin, the southern flying squirrel that is found primarily below 4,000 feet. The Carolina northern flying squirrel is found at high elevations (generally above 4,500 feet) in Western North Carolina, eastern Tennessee and southwestern Virginia. It is known from nine locations in the state.

The completion of the Cherohala Skyway in the mid-1990s essentially divided the Carolina northern flying squirrels of the Unicoi Mountains into two populations, one on either side of the Skyway. The northern flying squirrel can glide about 160 feet. The roadbed, right-of-way and shoulder maintenance along the Skyway created too wide of a canopy gap and telemetry studies showed that the squirrels were not crossing the road.

Segmenting and/or restricting the movements of even healthy populations of wildlife are never good things. They reduce the gene pool and limit foraging, breeding and denning habitat. In the case of small, imperiled populations like the Carolina northern flying squirrel, such effects can be devastating.

The flying squirrel crossings erected in 2008 are having a positive effect. “Carolina Northern flying squirrels have been documented using and exploring all six poles in three corridors along the Skyway. Spring and summer seem to be the peak time for dispersal, though we also have documented flying squirrels crossing in fall and winter, even during a snowstorm,” said NCWRC biologist Chris Kelly.

Cherohala Skyway managers have implemented a “do not mow” policy at these squirrel-crossing sites. They hope to encourage native tree growth at these corridors so the poles can eventually be removed.

These crossing poles are clearly having a positive impact but Carolina northern flying squirrels are seeing their share of negative impacts. These little critters depend on conifers. The conifers are not only used for food and denning but the conifer oil that is ingested when the squirrel feeds on conifer cones and fungi that grows on conifer roots seems to deter a debilitating intestinal parasite, strongyloides robustus, that can make the squirrel unable to reproduce.

And conifers have been under attack for decades in the Southern Appalachians. First the balsam woolly adelgid decimated the fraser firs. Now the hemlock woolly adelgid is doing the same to the eastern hemlock. The loss of high-elevation hemlocks in the Unicoi Mountains is especially troubling. Carolina northern flying squirrels have been able to rely on red spruces in much of their former spruce-fir habitat. But the Unicois lost their spruce-fir component four to five thousand years ago due to a slight temperature rise. The eastern hemlock is the only high-elevation conifer left in the Unicois and its future looks bleak.

You can help NCWRC in its mission to protect the Carolina northern flying squirrel and other non-game species through the Tax Check-off for Nongame and Endangered Wildlife on your state income tax form. Checking line No. 27 lets taxpayers designate part or all of their state tax refunds to this fund.

To learn more about the “squirrel crossings” and to see a couple of cool videos visit www.ncwildlife.org/videos/index.htm#n_flying_squirrel.

Don Hendershot can be reached at This email address is being protected from spambots. You need JavaScript enabled to view it.

Redheads, rustys and hairys – oh dear

A beautiful morning and Lake Junaluska was calling again. I approached the lake along Golf Course Road on the side that borders U.S. 19. A thick white mist was rising from the warm water into the crisp morning air and the coots were disappearing from the surface and popping back up like giant black corks bobbing in the water. There is definitely no shortage of coots at the lake this fall.

My first stop was at the pull off just before North Lakeshore, across from the wetlands. Across the lake was a group of around a dozen redheads. These handsome diving ducks regularly grace the lake from time to time now through spring. This particular group has been around since the last cold snap. Near the redheads was a pair of gadwalls. Gadwalls are mallard-sized puddle ducks. The male is gray with black tail coverts. The hen gadwall can look a lot like a mallard hen but the mallard hen usually shows a blue speculum (wing patch) when resting and/or swimming while the hen gadwall generally shows a small white patch (from the inner secondaries) near the rump.

A raft of ruddy ducks was napping out from the large parking area near the chapel. Ruddy ducks have been regular winter visitors over the past few years and their population seems to be growing, there were at least 40 present last Saturday.

I was surprised to find an immature pine warbler foraging in one of the spruces near the cross. We occasionally get pine warblers passing through in the spring and fall but November 13 seems a little late.

A stop across from the lake at the Waynesville Greenway parking area on Richland Creek produced white-throated sparrows and a pair of hairy woodpeckers.

Another pleasant surprise was three or four rusty blackbirds gorging themselves on dogwood berries at the lake. The rusty blackbird is named for its gorgeous rust-tinged winter plumage. Rusty blackbird numbers have dropped precipitously since the 1960s and biologists are trying to discover the causes. Smithsonian and partners have created the International Rusty Blackbird Technical Working Group to try and discover the causes of the decline and work to help re-establish the population. You can google “rusty blackbird working group” to learn about these efforts.

Don Hendershot can be reached at This email address is being protected from spambots. You need JavaScript enabled to view it.

The Naturalist's Corner

East Fork Headwaters

Carolina Mountain Land Conservancy is still hoping for a Christmas present from the North Carolina Wildlife Resources Commission.

Most folk who follow conservation issues across the region are probably aware that CMLC and its partner, The Conservation Fund, have a contract with former congressman and Brevard cattle and timber farmer Charles Taylor and his family for the fee-simple acquisition of 8,000 acres of outstanding wilderness in southern Transylvania County known as the East Fork Headwaters.

The Conservation Fund is sitting on a $3 million down payment, and the Taylor family has agreed to finance the rest of the $33 million price tag. It was widely publicized last week, prior to a Wildlife Resources Commission meeting, that TCF was not prepared to pay the $3 million unless NCWRC would commit to managing the tract, assisting CMLC and TCF in seeking funding and eventually take title of the tract.

Wildlife Resources released a statement after the Nov. 4 meeting titled, “Wildlife Commission Pledges Support for East Fork Headwaters.”

“This land is highly desirable for protection and public use, and is truly multipurpose. The N.C. Wildlife Resources Commission supports The Conservation Fund’s effort to effectuate long-term conservation of this valuable resource,” said Gordon Myers, executive director of NCWRC, in a press release.

Many who read the press release and/or the official resolution passed by NCWRC probably breathed a sigh of relief and felt that the preservation of this large, ecologically sensitive tract was guaranteed.

Alas, CMLC is not quite so confident. I received an email from Kieran Roe, executive director of CLMC, that stated: “While WRC has made a partial commitment that the conservation groups have been seeking — they have clearly stated their willingness to serve as long-term land managers, and also to assist with seeking federal conservation funds, they have still not fully committed to partner in seeking state funds for which they are uniquely eligible — specifically the North Carolina Natural Heritage Trust Fund.

CMLC goes into more detail at their Save the East Fork Headwaters web page (www.saveeastforkheadwaters.com). They still insist that TCF needs a commitment from NCWRC that it will also assist in seeking state funding before they will proceed with the down payment. According to the website CMLC is still confident a deal will be reached: “WRC Executive Director Gordon Myers has made it clear that he wants to continue to collaborate on a solution that will give the Conservation Fund board sufficient confidence to pay the first installment of $3 million to the landowner. Payment of this installment will result in transfer of title, albeit with a hefty mortgage. Mr. Myers has proposed to set up the East Fork Headwaters Team that will include himself, agency personnel, the State Property Office, the Conservation Fund, and Carolina Mountain Land Conservancy. The stated purpose of the team is to “figure out how to get the deal done.” We appreciate Mr. Myer’s ‘can-do’ attitude a lot.”

No one but the players know for sure what kind of sticking points are out there in the land of “budget shortfalls.” CMLC believes that public comment in support of the deal has been and will continue to be important. Their website has addresses and suggestions for people who want their voices heard in support of the purchase of this impressive, biologically rich and diverse landscape.

I, for one, wish them success.

Don Hendershot can be reached at This email address is being protected from spambots. You need JavaScript enabled to view it.

Keep your eye on the birdie

Last year around this time we talked about York University Professor Bridget Stutchbury’s groundbreaking research with migrating purple martins and wood thrushes (see http://www.smokymountainnews.com/index.php/news/item/1383-the-naturalists-corner).

Stutchbury, her students and now other researchers — with the aid of some nano-technology — are opening new windows on the world of bird migration. The new technology is in the form of geolocators. These tiny “backpacks” designed by the British Antarctic Survey can weigh as little as 1.1 gram, making them small enough to place on songbirds such as thrushes and martins. The geolocators are held in place at the base of the bird’s spine by small straps around the bird’s legs. The geolocators detect light and allow researchers to estimate a bird’s latitude and longitude by recording sunrise and sunset times.

The accuracy of the geolocators is within 180 miles.

At first glance, plus or minus 180 miles might not seem like pinpoint accuracy, but when you figure you’re tracking a mobile eight-inch object over a linear distance of 4,000 miles and you can not only estimate its location but determine the direction of its movement, it’s pretty amazing.

Results from Stutchbury’s research are already turning the ornithological world on its ear. Stutchbury told Science Watch in a September 2010 interview featuring innovations in research, “Data from the geolocators indicated that songbirds can fly in excess of 500 km (311 miles) per day whereas previous studies using other methods estimated their flight performance at roughly 150 km (93 miles) per day.”

Her research also showed marked differences between fall and spring migration: “We found that songbirds’ overall migration rate was two to six times more rapid in spring than in fall. For example, one purple martin took 43 days to reach Brazil during fall migration, but in spring returned to its breeding colony in only 13 days.”

Stutchbury has expanded her collaboration with the Purple Martin Conservation Association and other researchers to include martins in British Columbia, Texas and Virginia. She hopes to discover, “… how breeding populations map onto wintering sites in South America and how migration distance and breeding location affects migration routes and timing.”

Stutchbury told Science Watch that being able to track migrants to and from their wintering and breeding grounds is paramount to bird conservation:

“Many migratory songbirds are undergoing long-term population declines, in large part due to winter habitat and stopover site loss. Identifying the stopover and wintering sites of specific breeding populations is critical for understanding how breeding versus over-wintering events contribute to population declines.

“Knowing where breeding populations spend the winter, and vice versa, is critical for focusing conservation efforts in regions where they are needed most, and for establishing new and more effective international partnerships in migratory songbird conservation.”

Geolocators are also being used to study migration patterns of threatened and/or endangered birds like the red knot, roseate tern and piping plover.

Don Hendershot can be reached at This email address is being protected from spambots. You need JavaScript enabled to view it.

October nights

The clear night skies last week provided the perfect backdrop for this year’s Hunter’s Moon. The Hunter’s Moon is the first full moon after the Harvest Moon, which is the full moon nearest the autumnal equinox. This year’s harvest moon fell in September just six hours after that equinox.

The Hunter’s Moon usually appears in October, but remember the lunar cycle is not constrained by our calendar and sometimes the Hunter’s Moon does not appear until November. This moon helps mark the northern hemisphere’s tumble from the sun as the Earth spins into its dark phase of short days and long nights.

According to EarthSky (http://earthsky.org/), the moon normally rises about 50 minutes later each successive day. However, that time is shortened during the Hunter’s Moon and it grows shorter the farther north one goes. Here and in other mid-latitude (between 30 and 60 degrees) areas like Washington, D.C., and Boston that time diminishes to about 30 minutes daily. By the time you make it to Fairbanks, Alaska, the Hunter’s Moon will rise at approximately the same time for several days in a row.

This makes evenings under the Hunter’s Moon a really special time as there is no real period of darkness between the setting sun and the rising moon. The Earth slides uninterrupted from the sun’s golden yellow to the moon’s liquid amber.

As the hunter, Orion, takes prominence in the northern hemisphere sky, one would think he would take great pride in the full Hunter’s Moon, after all it was his ego that got him there. However, there might be a little conflict of interest as this year’s Hunter’s Moon completely whitewashed the Orionid meteor shower. The peak for the Orionids this year was between 1 a.m. and dawn last Thursday (Oct. 21), but only the most devoted falling star catchers would have bothered to stare into the face of the glowing Hunter’s Moon.

The Hunter’s Moon is also obscuring Comet Hartley 2. Named after astronomer Malcolm Hartley who discovered the comet in 1986, Hartley 2 passes through about every 6.5 years. The comet was closer to Earth (11.2 million miles) on Oct. 20 than it has ever been since its discovery. But the bright moon and the small size of the comet made it difficult to see. Hartley 2 is about .8 miles in diameter. If it were the size of Halley’s Comet (5 miles in diameter) it would have been like having two full moons.

However, if you’re late to bed or early to rise there should be decent views of Hartley 2 at the end of October and beginning of November. The comet will be near the constellation Gemini, on the eastern horizon in the pre-dawn darkness. On Oct. 28 the comet and the moon will be very close as the moon passes through Gemini.

If you don’t get a good in-person view of Hartley 2, NASA’s got you covered. After being slingshot around Earth’s orbit in June to gain momentum, NASA’s Deep Impact/EPOXI is set to rendezvous with Hartley 2 on Nov. 4. The close encounter of satellite-kind should provide some outstanding imagery.

Don Hendershot can be reached at This email address is being protected from spambots. You need JavaScript enabled to view it.

Aster-risk*

Blue, white, lavender and purple corymbs, racemes and panicles will glow from shadowy woods and blaze from sunny meadows from now until the first hard, killing frost. Asters comprise a large beautiful complex and challenging group of wildflowers to pin down. More than 20 species of the genus aster have been recorded from the Great Smoky Mountains National Park. Because of considerable variation within species and the tendency of species to hybridize, even competent botanists are sometimes left to a “judgment” call when trying to identify certain individuals.

As a not-so-competent botanist, if I’m without a guide once I get past the half dozen or so I can recognize they are simply, “one of the asters.” That doesn’t diminish their beauty or my delight in seeing them, though.

If you’re a botanist or botany student with a good grasp of botanical terms there is probably no better guide for asters in the region than the most current Manual of the Vascular Flora of the Carolinas. But one must be really familiar with botanical terms to navigate quickly and correctly through the large dichotomous keys in the guide. And probably not many of us weekend warriors want to carry the five-pound tome along in our backpacks.

A couple of more accessible and easier to hike with guides I always recommend are Newcomb’s Wildflower Guide and Wildflowers of the Southern Mountains. Both of these guides have a type of key that aids you in identifying the plant. The Newcomb’s key is a bit more involved — more detailed. Newcomb’s also relies on line drawings for descriptions and has only a few color plates. I actually like the line drawings, particularly when dealing with very similar characteristics that might be overlooked in a photograph.

The Wildflowers of the Southern Mountains uses a general key to group similar plants within a family or genus together and then relies on detailed descriptions to pin down the species. Wildflowers of the Southern Mountains uses photographs to help with ID. And while they are great photos and there are 600 of them it’s easy to see that in the plant world, you are going to be left with a lot of stand-alone descriptions. I believe the guide lists 29 species of asters and has 12 plates.

There is no silver-bullet, especially in field guide form, when it comes to identifying asters. Both of the last two field guides are good guides. I know some people who use the two in tandem and increase their odds of ID-ing local asters.

And while most of us will never know most of the asters of Western North Carolina at first glimpse that, as I said before, does not diminish their beauty. And they will hold forth till the killing frost. Learn the ones you can, get a key or keys you’re comfortable with and try to learn more — but most importantly get out there and see them — even if they remain always, “one of the asters.”

Scott’s Creek Overlook along the Blue Ridge Parkway is usually a great place for asters. I have recorded Aster divaricatus, white wood aster, A. novae-angliae, New England aster, A. infirmus, cornel-leaved aster and A. acuninatus, whorled wood aster from this overlook.

Don Hendershot can be reached at This email address is being protected from spambots. You need JavaScript enabled to view it.

Peregrines have much better year in 2010

According to a recent report from Chris Kelley, N.C. Wildlife Resources Commission Mountain Wildlife Diversity Biologist, seven of 12 nesting pairs of peregrine falcons across the mountains of North Carolina successfully fledged chicks. Last year only three of 12 nesting pairs were successful.

NCWRC annually monitors 13 known peregrine territories and searches for falcons in other suitable habitat. This year, according to Kelly, 10 of the 13 known territories were occupied, plus eyries were discovered at Pickens Nose, in Macon County, and Victory Wall, in Haywood County.

These two new nesting sites do have some peregrine history. Victory Wall, here in Haywood County, had nesting peregrines in the 1990s but the birds shifted to Devils Courthouse. Pickens Nose was a NCWRC hack site during the peregrine falcon reintroduction program.

Hacking is the process of taking chicks that were born in captivity to good nesting sites when they’re about a month old. They are kept in a protective enclosure and food is provided. There is minimal human interaction, so the chicks don’t imprint on people. When the chicks can fly, the enclosure is opened. Food is provided until the chicks begin to hunt for themselves.

One male hacked at Pickens Nose nested successfully at Devils Courthouse a few years later. According to Kelly, peregrines were seen at Pickens Nose last year but nesting was not documented. This year two fledglings were documented.

Whiteside Mountain in Jackson County between Cashiers and Highlands is the most successful nesting site in the state. Forty-five chicks have fledged at Whiteside since 1984. Two fledglings were recorded this year. Last year was the first nesting failure at Whiteside in 11 years. There is no way to document, for certain, the cause of the failure but officials know that the closure was violated last year.

When falcons are known to be at a site, authorities close the area to rock climbing and other invasive activities for the duration of the nesting season. Peregrines are very sensitive to disturbance. Adults may leave the eyrie unattended if they are disturbed and frightened chicks have been known to tumble to their death.

Another long-time nesting site was also successful this year. A pair at Looking Glass in Transylvania County successfully fledged three chicks. Looking Glass was home, in 1957, to the last wild pair of peregrines before they disappeared from the state. Thirty-one chicks have fledged from Looking Glass since reintroduction began.

Second-year females were found at three sites this year — Big Lost Cove and Grandfather Mountain in Avery County and North Carolina Wall in Burke County. Nesting attempts at Big Lost Cove and North Carolina Wall were unsuccessful (not uncommon for sub-adult birds.) Kelly reported the results at Grandfather as “unknown.” She stated that a pair was observed at the “usual nest ledge” but it wasn’t clear if they nested. Grandfather boasts lots of remote rock faces that can make it hard for observers to locate birds. Nine documented chicks have fledged at Grandfather.

Grandfather also offered another surprise this year. The second-year female was banded but, according to Kelly, her state of origin could not be determined.

This year’s success is welcomed news. It’s heartening to see these kings and queens of the sky reclaiming their Carolina blue.

Don Hendershot can be reached at This email address is being protected from spambots. You need JavaScript enabled to view it.

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