Great Blue Lobelia

Field Note: Rx for Restoration? Fire??? Yes, Indeed!

/ Cam Mannino / 2 Comments
Some of the fire crew gathered under the Big Oak during a pause in this spring’s burn. Note that the crew kept the fire from singeing the oak’s trunk, though it’s fire-adapted like all oaks. It was done out of deference to all the changes the Big Oak has experienced this year. Photo by Ben VanderWeide.
Text and some photos by Cam
Mannino

Eight years ago, when I first heard about prescribed burns, I thought “What? That’s pretty counter intuitive. Why would anyone apply fire to help plants?” Luckily, I learned about these restorative burns from Dr. Ben VanderWeide, our township stewardship manager; he had the answers.

After recent highly successful prescribed burns at Bear Creek Nature Park, I thought it might be time to discuss this seemingly strange process once more.

[Please Note: Due to an absurd mistake on my part, nearly all my photos of this spring’s Bear Creek burn were lost. I heartily thank volunteers Bob Schrader and John Reed as well as Grant VanderLaan and Ben for sharing their photos for this blog. My apologies to the fire crew for messing up big time!]

The History of Fire in our Prairies

For thousands of years, rolling prairies and oak savannas, dotted with native wildflowers and widely spaced oaks, carpeted our area of southeast Michigan. Lightning strikes periodically set the trees and fields ablaze, creating large wildfires. The Anishinaabek people that lived here also made regular use of fire, clearing land for crops and attracting game with the tender new plants that rise after a fire.

An oak with minimal competition at Charles Ilsley Park in spring. This landscape of rolling prairies and big oaks is similar to the landscapes of the past in Oakland Township.

As a result, our native plants became fire-adapted. They “learned to live with” fire and even benefit from it. Trees like the oak in the photo above developed thick bark, especially at the base. Some like jack pines (Pinus banksiana) even require fire to trigger their pine cones to release seeds. For others the chemicals in smoke, the heat of the fire itself, or removing accumulated thatch cues dormant seeds to germinate.

Jack Pine farther north in Michigan is regularly managed for Kirtland’s warblers with harvesting and prescribed fire. Photo by Ray Snook (CC BY-NC)
Big Bluestem that emerged at Bear Creek Nature Park after an earlier prescribed burn.

Fire Becomes an Ally in Restoration

Today, while renewing our native plants, fire also discourages or even eliminates many aggressive non-native, non-productive plants that invaded our fields, forests, and remnant prairies after agriculture ended. Their leaves and fruits are either toxic or drastically less nutritious for our native birds, native insects and their caterpillars. Fire acts as an ally in restoration by knocking back these plants that didn’t evolve with fire and therefore never adapted to it. Other invasive plants like crown vetch, Phragmites, invasive bittersweet, and swallow-wort respond positively to fire, so burning is often paired with other management techniques if these plants are found in area to be burned. Our native plants can then provide the nourishing, healthy food on which our wildlife depends.

Western Slope of Bear Creek Nature Park invaded by Autumn Olive shrubs.
The Western Slope in fall of 2022 after shrubs were top-killed by fire and removed by mowing.

Planning the Prescribed Burn

As Stewardship Manager, Ben plans the burns long ahead of time, choosing areas with good potential for restoration, especially ones with invasive and/or non-native vegetation. If the burn will encompass flat or gently sloped land, Ben often uses his staff plus trained volunteers to set and manage the fire. (Look for our annual training day each February if you’re interested!) He hires licensed contractors to conduct burns that involve large areas, forests with lots of dead wood, or steep hills which present more challenges. [Please note that any prescribed burn should only be done by trained personnel! Detailed knowledge and experience are required for a safe burn.]

Volunteer fire crew preparing to burn, March 2016.

Volunteers meet with Ben and the stewardship crew before the fire to review his burn plan in detail. The Parks and Recreation Commission provides our local crew with hard hats, fire-resistant clothing and face shields, as well as walkie-talkies so that crew members can communicate with one another during the burn. All members are trained to acknowledge instructions given to them by the crew leaders and to report any changes in their location or fire behavior during the burn. Once the neighbors have been notified, prescribed fires occur on days with the right wind speed, wind direction, and humidity. A fire weather forecast also gives the crew clues about how well the smoke will rise and disperse. Before the burn begins, the crew removes logs and large fallen branches near the edge of the burn unit and/or douses them with water from backpack canisters that can be refilled from a large tank carried in the crew’s truck .

Volunteer Bob Schrader carrying a water cannister while monitoring the fire. (Photo by an unidentified crew member)
Ben walking with a water tank through the burn unit. A large water tank for refills is in the background. Photo by Bob Schrader.

Ben monitors the wind before and during the burn to prevent the smoke as much as possible from carrying into nearby neighborhoods. The natural areas stewardship staff creates or checks “burn breaks” around the perimeter of the “burn unit” days, weeks, or months before the burn day. A burn break can be pond, stream, or other naturally occurring feature, or it might be a trail, road, parking lot or other human-constructed thing that doesn’t have fuel for the fire to burn across. Burn breaks are also created around bird nest boxes, utility poles, or other fire-sensitive objects inside the burn unit.

Igniting and Monitoring the Fire

The crew first ignites the fire on the downwind side of the burn unit, creating a slow “back burn” that creeps against the wind into the burn unit. Fire slips in droplets from the tip of a drip torch as crew members walk slowly around the edges of the unit, carefully starting the fire. The crew allows the fire to create a wide burned area on the downwind side before moving around to the edges, or “flanks.”

The crew lights a back burn on the downwind side of a burn unit to create a safe, wide burned area.

As the crew spreads the fire around the flanks, it slowly spreads inward toward the center of the burn unit.

North of Bear Creek’s Center Pond, volunteer Vinnie Morganti spreads fire with a drip torch while Grant Vander Laan monitors with a water backpack. Photo by Bob Schrader.
Fire moving to the center of the slope from two directions near the Bear Creek Nature Park lookout point. Photo by John Reed.

The fire burns around and under trees and shrubs. Most larger trees have thick bark that easily protects them from a quickly passing fire. Many small trees and shrubs are top-killed by fire, but most resprout vigorously afterward. In fact sumacs, willows, and some other native shrubs grow better if they are occasionally pruned back by fire. In my photos below, fire burned right under a fire-adapted small oak during the second burn and when it passed on, the little oak and its spring leaf buds showed no damage. If small oaks are top killed by fire, they resprout vigorously from their huge roots.

The fire travels right across a small oak which Grant had sprayed with water a few minutes earlier.
Being rinsed with water and being fire-adapted, the fire left the little tree unscathed.
The little oak’s leaf buds survived a fire at its feet!

While the basic tools of prescribed burns are water tanks and drip torches, some crew members carry tools like a flat-backed fire rake or a fire flapper to separate burning embers or rub sparks or embers into the ground. Once the fire dies down, these tools and the water tanks are used to put out any smoldering material during “mop up.”

Smoldering embers being doused with water after a 2021 burn at Bear Creek.
A fire rake for separating embers or pushing them into the ground.
Photo by Grant VanderLaan.
A fire flapper made of rubbery material that suppresses sparks and small embers.
Photo by Grand VanderLaan

Wondering about the Impact on Wildlife?

I worried about this, too! But having witnessed many burns at this point, I’ve learned that once the smoke starts, creatures move quickly out of the burn units. The fire crews never burn a whole park in one day, so there are always unburnt areas in the park where moles, snakes, mice and insects can find refuge quickly. In fact, the crew tries to work the fire upwind so that rabbits, squirrels and other creatures smell the smoke sooner and have time to escape to other areas in the park or beyond.

Some animals and insects retreat to underground nests, like the ants. Remember that our native insects have been dealing with fire for thousands of years and react quickly to smoke. Our pollinators and their caterpillars will benefit greatly in future weeks from the increased population of nutritious native plants created by the longer growing season and the natural fertilizer as the nutrients in the dead plant material are returned to the soil. Many native plants flower more vigorously after a burn, creating a bountiful buffet for our pollinators.

Of course, I’ve also seen a Red-tailed Hawk (Buteo jamaicensis) and an American Kestrel (Falco sparverius) high in the trees calmly ignoring the smoke blowing across their eyes as they watch carefully for possible prey.

At a prescribed burn in 2016, I saw a female Red-tailed Hawk looking out into a burned field with an intense stare!
At the 2016 burn, an American Kestrel found a mole. Poor mole, but we all have to eat, right?

Ben checked one of the burned fields at Bear Creek a few days after the March 21 burn this spring, and found American Robins, Red-winged Blackbirds, and others enjoying the easy food options on the Western Slope. Here’s his video of what he heard as he looked across the blackened field! Quite a chorus! The nearby unburned fields were much quieter.

A chorus of excited birds after the first burn at Bear Creek Nature Park this spring. Video by Ben VanderWeide.

Smaller birds and other animals benefit by foraging in the burn unit after the fire is out. The morning after the first burn, I came back to find American Robins (Turdis migratorious) all over the fields, snatching up worms or insects and a few Dark-eyed Juncos (Junco hyemalis) busily pecking their way around the blackened areas.

One of the many Robins foraging in the burn units after the burn.
A Dark-eyed Junco looking a bit exasperated at being interrupted during breakfast in a burned meadow.

Sowing Native Seed After A Burn

After the second burn at Bear Creek Nature Park this year, Ben sent this assessment to volunteers and staff:

“The burn jump-started the next phase of our restoration work in these burn units! Today [March 31, 2023] between breaks in the rain, we will spread a locally-collected native seed mix on the burned areas to help increase the native plant diversity. It usually takes 3-5 years for plants growing from seed to establish and become noticeable, so you won’t see the results of this seeding for a while. You will see the response from naturally occurring native plants, and from native plant seed that we spread years ago! Look for more growth and flowering from our native wildflowers and prairie grasses this summer!”

Ben sowing seed on the western slope at Bear Creek in 2018. We may see native blooms from this seed this summer.
Volunteer George Hartsig spreading seed this spring after the first burn at Bear Creek. Photo by Ben VanderWeide.
Stewardship Specialist Grant Vanderlaan spreading seed after the last burn at Bear Creek this spring. Photo by Ben VanderWeide.

More from Ben: “In a few weeks you’ll start to see green growth emerging in the burn units. Early season burns often take a bit longer to green up compared to areas burned in April or early May. Later this spring and early summer we’ll scan through the burn units to look for invasive plants like crown vetch, teasel, and swallow-wort. Later summer or early fall the stewardship crew plans to scan through the burn units to spot treat invasive shrubs that were top-killed by the fire. Next spring we hope to repeat the burn, seed, and invasives monitoring sequence. This process has produced good results as an alternative prairie restoration technique for old field/pasture in Wisconsin (check out this webinar for more info – https://www.youtube.com/watch?v=hvMy–MMM2c), so we’re trying it in the fields at Bear Creek Nature Park.”

Ben was so right about the greening up process. Here’s the Western Slope after the March 21 burn and what it looked like about a month later on April 22.

Western Slope at Bear Creek Nature Park after the March 21 burn.
Western Slope on April 22, about a month after the burn.

Fire’s Big Payoff

As Ben says above, planting native seeds means a 3-5 year wait for the full bloom to appear while the plants grow deep roots. But if conditions are right, the result can be just amazing and well worth the wait!

Here’s one example that I cherish. In April of 2014, Ben burned the Eastern Prairie at Charles Isley Park. I didn’t get there in time to get a photo that year, but on the left below is a burn photo there from another year. After the 2014 burn and other work to prepare the field, Ben planted native wildflower and grass seed in fall 2015. And look at what a glorious show we had by 2018!

Eastern Prairie at Charles Ilsley Park after a prescribed burn.
Glorious bloom at the Eastern Prairie of Charles Isley Park in July of 2018!

Of course every park, every habitat is different, so we can’t quite expect such a magnificent bloom every time. And the flowers calm down and thin out a bit over time as they sort out their competition and wait for another fire. But I think this 2014 to 2018 transformation is what made me a convert to prescribed fire.

Sometimes I find an even bigger thrill simply seeing a native plant emerge whose seeds were waiting in the soil for years, or small, stunted plants that persisted for years under invasive shrubs. Freed of thatch and invasive shrubs, warmed, fertilized, showered with rain, they finally emerge again into the sunlight. And I love that renewal. Here are just a few wildflowers from different parks that have staged a comeback after prescribed burn and other restoration efforts over recent years.

  • Michigan Lily (Lilium michiganense) at the Wet Prairie
  • A Field Sparrow on Foxglove Beardtongue (Penstemon digitalis) at Charles Isley Park
  • The bell-shaped blossoms of Great Blue Lobelia (Lobelia siphilitica) at Charles Isley Park
  • Bee Balm (Monarda fistulosa) lining the path at Stony Creek Ravine Nature Park
  • Hepatica (Hepatica americana) at Lost Lake Nature Park.
  • Common Blue-eyed Grass (Sisyrinchium albidum) at Lost Lake Nature Park
  • Hoary Puccoon (Lithospermum canescens) along the Paint Creek Trail
  • Lupine (Lupine perennis) along the Paint Creek Trail after a burn in 2017

The Inspiring Persistence of Nature

Native trees, shrubs and wildflowers are an inspiration for me. They’re tough, seasoned survivors, having lived here for thousands of years while coping with Michigan’s changeable weather and rocky, glacier-scraped soil. Native Wood Poppies (Stylophorum diphyllum) in our backdoor garden, some buried unceremoniously under huge piles of dirt by utility workers shortly after planting, just came back and kept on blooming. When our native Clematis (Clematis occidentalis) arrived from the grower looking like a bent, possibly dead stick, I planted it anyway. It bloomed with lavender blossoms during June last year. Insects skeletonized the leaves of our Zigzag Goldenrods(Solidago flexicaulis) its first year, but they leafed out and bloomed a year later.

Wood Poppy, a tough survivor which came back from being buried under a dirt pile shortly after it was planted.
Our native Clematis arrived looking like a tiny dead and broken stick and look at it this spring!
Our Zigzag Goldenrod survived being skeletonized by insects, but its blooms weren’t yet as showy as this one by Alexandre Dumas (CC BY-NC) at iNaturalist.org

Once native plants establish their deep roots, they take care of themselves and their needs are few. They can thrive in poor soil, tolerate drought, fight off predatory insects with their own chemicals and insist on survival without frequent watering or fertilizer. And as you can see in our parks, they can even thrive after fire, for heaven’s sake!

It’s a sad fact that native plants face a host of challenges caused by us, the brilliant but heedless species, Homo sapiens. Invasive trees, shrubs, grasses and flowers from afar were transported or purchased here by you, I and our forebears. When they escape from our yards into natural areas, they transform our fields and woodlands into dense thickets of a few non-native species. Our native habitat relies on pollinators for survival, but their numbers continue to plummet because we unwittingly chose, and in most cases continue to choose, pretty non-native plants whose leaves malnourish or kill caterpillars, the next generation of insects. And of course few of us have seriously reduced our reliance on fossil fuels which create the newly extreme and erratic climate that wreaks havoc on the complex relationships that sustained nature in a healthy, finely tuned ecosystem for millennia.

But now we know, right? And here in Oakland Township, we’re doing our best to provide native plants with a new lease on life. First, we preserve open areas and then we work to restore them to health. So when Ben and the stewardship crew ignite their drip torches, I’m delighted. We’re taking nature’s side, trying to restore native habitats in our parks and for many of us, in our yards and gardens. That’s the side I want to be on – and I’m betting you do, too. I mean, it makes so much sense! After all, nature can survive without us, but we definitely cannot survive without nature! So let’s just do what we can with what we know now. Let’s see how much progress we can make in our little green corner of the world before we leave it to the next generation.

False sunflower and bee balm flowering at the Paint Creek Heritage Area – Wet Prairie the summer after a 2016 burn.

Stony Creek Ravine Nature Park: BUTTERFLIES! Oh, and Birds and Blossoms, too…

/ Cam Mannino / Leave a comment

The Northern Wetland Meadow at Stony Creek Ravine Park has no shallow pools now, but is lush with plant life.

A kaleidoscope of dancing butterflies grabbed my attention time and again as I visited Stony Creek Ravine Nature Park in August.  Oh, yes, fledgling birds also whisked about in the dense greenery, accompanied by adult supervision, learning to feed or begging to be fed. And patches of glorious orange or blue flowers emerged among the tall grass.

Photos and text
by Cam Mannino

But it was the butterflies that stole the show for me as they hovered, floated, sailed and finally settled on blossoms or perched on a leaf along the trail. On glamorous wings – or sometimes tattered ones –  they danced summer to a glorious finale. Come see.

The “Corps de Butterflies,” Costumed in a Rainbow of Colors, Take the Stage

Bands of colorful vegetation in the moist, northern restoration meadow attract skimming swallows, darting dragonflies and floating butterflies

Every year now I wait for the late summer arrival of the Giant Swallowtails (Papilio cresphonte), the largest butterflies in North America (6-7 inch wingspan!). This prima ballerina of the butterfly corps  used to only breed in the south. Many researchers seem to think that most Giant Swallowtails still migrate south in the autumn. However, as the climate has warmed and prevented September frosts, they have expanded their range, establishing some small populations in lower Michigan. Whether they are breeding in our area or just nectaring before heading back south, I’m always glad to see them.

A Giant Swallowtail is the lead dancer in August.

Several butterflies showed up on summer’s stage with torn wings. I’ve wondered if that could be a result of being blown into harm’s way by the winds that accompany summer thunderstorms. Or perhaps the late bloom of goldenrods this year meant that butterflies fed more on prickly thistles. The ragged Eastern Tiger Swallowtail (Papilio glaucus) below seemed to be feeding and flying reasonably well, despite its ravaged wings. I hope it had already mated since shape is important in butterfly courtship!

A badly damaged Eastern Tiger Swallowtail seemed to be feeding naturally on thistle.

Most Eastern Tiger Swallowtails  took the stage in August dressed in their best. Notice the long hairs on the abdomen of the one below. I learned recently that the scales on a butterfly’s wings are actually flattened hairs.  According to a study by Judith H. Myers at the University of British Columbia, it’s possible that the long hairs, sometimes called “scent scales,”  are used to spread pheromones in flight during the breeding season. The pheromone receptors that pick up scent are located in both male and female antennae, though scent is less important than color, shape and movement when most butterflies are courting .

This Eastern Tiger Swallowtail has long hair on its abdomen which may help distribute pheromones when attracting a mate.

Another butterfly “long hair” comes in a tiny package, the Common Checkered-Skipper (Pyrgus communis). My husband spotted this tiny male whose wingspan is only about .75 to 1.25 inches. We’ve probably missed it before because it’s so small and looks nondescript when fluttering erratically along the path. But when it stops, wow! Its thorax is dark blue-gray and the males are not only fuzzy like most skippers; they have long bluish “hairs.” A handsome little guy! Evidently the female’s thorax is a much less glamorous dark brown. According to the Butterflies of Michigan Field Guide by Jaret C. Daniels, this tiny butterfly is  most common in the central and southern states but regularly  expands its range and is seen in our region in late summer and fall.

This male Common Checkered-skipper has long scent scales that look like hair.

I was delighted to finally see a restless Great Spangled Fritillary (Speyeria cybele) as it fluttered from sunlight to shade and back again along the entrance path. What a costume! The dorsal (upper) side of its wings is patterned in orange and black, but its ventral side flashes with silver spangles! The females lays eggs even into September. Their caterpillars overwinter and start eating violet leaves in the spring, according to the Butterflies of Michigan Field Guide.  

The Great Spangled Fritillary appears in July, but lays its eggs in September.

A Spicebush Swallowtail (Papilio troilus) added its dark beauty to the butterfly ballet. It’s very tricky to discern the differences between dark swallowtails. If you need help like I do, I recommend the website at this link which compares the female Black Swallowtail, the black morph of the Eastern Tiger Swallowtail, the Spicebush Swallowtail and the Pipevine Swallowtail. Whew! It always takes me a while to puzzle them out! I also get help from the good folks at the Michigan Lepidoptera Facebook group.

The Spicebush Swallowtail has a blush of blue on its hindwings.

The ventral (lower) side of the Spicebush’s wings have two rows of orange spots like the Black Swallowtail, except that one spot on the inner arc is replaced by another blush of blue.

I finally got a look at how the little Pearl Crescent (Phyciodes tharos) came by its name. If you look closely at the lower edge of the hindwing, there’s a tiny whitish crescent shape in one of the boxes there. In the photo below, I brightened the spot and created a small red marker so you could see it, too. It’s a subtle field mark, for sure!

The red marker shows the white crescent for which the Pearl Crescent is named.

And here’s how the Pearl Crescent appears from above. You’ll see these little butterflies on any walk you take in our parks from June to October. I like knowing its name; it makes a walk more companionable somehow.

The tiny Pearl Crescent skips along the paths in our parks all summer long.

Of course it’s the season for Monarchs (Danaus plexippus) and though they seem less plentiful this year than last, a goodly number still stroke a few wingbeats and glide over the fields. Here’s a sampling of three at Stony Creek Ravine Park – a male settling along the path, one in flight toward a withering Bull Thistle (Cirsium vulgare) and what I think was a female on Common Milkweed (Asclepias syriaca). [Click on photos to enlarge; hover cursor for captions.]

Another set of dancing wings joined the choreography.  With a zing, a dive and a pause in mid-air (à la Baryshnikov), a fierce and glorious dancer,  the Green-striped Darner (Aeshna verticalis) came on the scene. Darners are big, more than 2.5 inches long,  with bulky thoraxes and long abdomens. Add the helmet-like appearance of their giant eyes which meet at the top of their heads, plus their ability to hover,  and in flight they have a remarkable resemblance to a tiny helicopter! These skillful predators feed on all kinds of insects, even meadowhawk dragonflies and damselflies. The northern fields were a-buzz with them at the park last week!

A Green-striped Darner patrolled along the path as we walked north at the park.

Of course, many other insects – bees, small butterflies, and smaller dragonflies – fed and bred in Stony Creek Ravine Nature Park in August. Here are a few more modest members of the winged corps.

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While following the Spicebush Swallowtail, I glanced down at some movement in the grass and found a tiny grasshopper. A wary, or perhaps inquisitive, nymph of what may have been a Red-legged Grasshopper (Melanoplus femurrubrum) peered at me through two blades of grass! My expert resource person, Dr. Gary Parsons of the Michigan State University’s Entomology Department informed me that not only are the nymphs of this genus very similar,  but within each species the nymphs have many variations of color and pattern. Nymphs don’t have fully-formed wings,  so it will have to save its balletic leaps for a bit later in the summer finale.

This  nymph, possibly of a Red-legged Grasshopper, looked straight at me as if to say, “Verrrry interesting!”

Once it saw my camera, it twitched around the side of the grass stem and dangled there for a few minutes by its front legs. At first, the move made it difficult for me to find the nymph among the grass stems. I wondered if this was a camouflage technique; it did resemble a dangling wilted leaf as my eyes searched the ground. But eventually it must have decided I was not a threat and hopped back on the stem. A lovely few moments with a young creature.

A tiny Wood Frog (Rana sylvaticus), barely visible under a leaf, also missed the whole dance above as it made its way to high ground. As the nights cool, Wood Frogs look for leaf litter where they can produce inner anti-freeze and hibernate, frozen solid, until spring.

A tiny Wood Frog, perhaps an inch long, tried to blend into the brown grasses on the trail, keeping perfectly still.

Oh, Yes, Birds too!

My walks in our parks so often provide serendipitous moments for me. I’d been craning my neck to watch Barn Swallows (Hirundo rustica) swooping overhead, trailing their long, forked tails and wished aloud that one would perch for a photo. Just then, as my husband and I rounded a curve at the bottom of the Lookout Hill, we were gifted with this wonderful sight!

A selection of about 25-30 Barn Swallows perching on the fence around the southern restoration area below the Lookout Hill.

Dozens of Barn Swallows lined up on the fence with others perching on stalks in the tall plants within the fence line. What a surprise!  According to the Cornell Ornithology Lab, older siblings from earlier Barn Swallow broods often assist their parents in feeding the later broods of nestlings. The parents sometimes even get help from unrelated juvenile barn swallows. On the other hand, unmated barn swallows occasionally attack the young of a mated pair in hope of mating with the female! Nature in all species, I expect, has its good instincts and its bad ones.

One morning when I arrived, a large Pokeweed plant along the entrance path near Snell Road was aflutter with juvenile Cedar Waxwings (Bombycilla cedrorum). I could hear their high, piercing calls, but it took a while until one of the youngsters settled on a tree branch nearby for its portrait. Only the mask and the yellow tip of its tail identified it for me, because of its mottled breast and gray overall appearance.

A juvenile Cedar Waxwing can be identified from its mask and the yellow bar at the end of its tail.

A watchful older Waxwing perched in a nearby tree keeping an eye on the rowdy juveniles enjoying the Pokeweed berries and each other’s company. This one appears to be a first year waxwing because its upper wing is solid gray-brown and is missing its red dot; perhaps it has begun the annual molt because its mask and crest look incomplete. Its disgruntled look made me smile, thinking maybe babysitting juveniles was not its favorite assignment!

An older Cedar Waxwing keeps an eye on a troupe of rowdy youngsters.

An Eastern Kingbird (Tyrannus tyrannus) sitting nearby looked over at the hubbub but generally ignored the Waxwings. Since Kingbirds are insectivores during the summers here, there was no need to compete for the Pokeweed berries. In the winter, however, when they fly all the way to the Amazon, they join a variety of flocks and eat only fruit.

An Eastern Kingbird watching the young Waxwings.

At the top of the Lookout Hill, a pair of House Finches (Haemorhous mexicanus)- either females or juveniles which look just like their moms – were avidly scraping insects or insect eggs off the stems and leaves of a tree that clearly had already hosted a lot of caterpillars or other small bugs. The leaves were riddled with holes! I’m guessing that House Finches learn at a young age that leaves with holes mean FOOD!

These House Finches seemed to be making most of an insect-scavenged tree at the top of the Lookout Hill.

Nearby a juvenile Rose-breasted Grosbeak (Pheucticus ludovicianus) looked a bit forlorn after it settled in a tree on the Lookout Hill. I didn’t identify this little bird as a Grosbeak until local birder extraordinaire Ruth Glass helped me out. Grosbeaks are now starting their migration to the Caribbean, so I hope this little male will soon be ready to take on his long flight across the country and the ocean beyond.

A juvenile Rose-breasted Grosbeak might mature a bit more before it begins its long migration to the Caribbean.

Our stewardship manager, Dr. Ben VanderWeide, mowed a path from the bottom of the Lookout Hill, going west, south, and then west again to connect to the older section of the park where the West Branch of Stony Creek runs through a beautiful ravine. As I approached the woods over the ravine, I kept hearing a plaintive Eastern Wood-Pewee (Contopus virens) in the woods but never got to see it. But I did see this little flycatcher, the Eastern Phoebe (Sayornis phoebe) perching on a bare branch looking a bit rumpled. I wondered if it was a juvenile, though I can’t tell from its plumage.

An Eastern Phoebe looking a bit ruffled along the trail from the new section into the older ravine section of Stony Creek Ravine Park.

On a cool morning on my last trip to the park, a molting European Starling (Sturnus vulgaris) appeared to be warming its breast high in a bare snag along the entrance trail. During the summer breeding season, these non-native birds are dressed in sleek black with iridescent blue-green overlays. Their beaks turn yellow then, too. But now, as fall arrives, they change into their winter garb. Their beaks turn dark and the feathers on their backs and breasts become covered with white spots. This one was already well along in the process.

This European Starling is in the process of molting to its spotted winter feathers and dark beak.

And Last But Certainly Not Least, the Trees and Plants that Make It All Possible!

Native Black-eyed Susans growing in a wet spot at Stony Creek Ravine Park.  Photo by Ben VanderWeide

Clearly, butterflies and birds grace our parks because these natural areas are rich in nutritious native food and abundant shelter for both adults and their young – the fledglings and the caterpillars. So let’s spend the last few minutes with perhaps an under-appreciated but vital element of any habitat – the native plants and trees that provide nesting space, nectar, pollen, seeds, nuts and most importantly, oxygen for all creatures – including us!

Wildflowers First

Begin by looking at that glorious patch of rare, native Black-eyed Susans (Rudbeckia fulgida) pictured above. These are not the ordinary Black-eyed Susans (Rudbeckia hirta) which gardeners  sometimes choose as annuals, or the native, but short-lived Rudbeckia hirtas that thrive in so many habits, including dry prairies. These bright yellow flowers at Stony Creek Ravine Park are a separate species of wildflower that prefers wetlands and is a long-lived perennial. They’re also the species used to create many varieties of cultivars used in landscaping. I’m so glad Ben shared his photo and his enthusiasm on finding these special plants – and for the photo. I was unaware that a wetland “Susan” even existed!

Ben also discovered a lovely patch of Great Blue Lobelia (Lobelia siphilitica) growing near the edge of the woods in the north area of the park.  It too is a lovely wetland plant and often hosts our native, long-tongued Bumblebees. Though I’ve seen small patches and single stems of these blue flowers in other parks, Ben’s discovery is the biggest patch I’ve seen.

A patch of Great Blue Lobelia which loves “wet feet” like many of the loveliest wildflowers here. Photo by Ben VanderWeide
The bell-shaped blossoms of Great Blue Lobelia (Lobelia siphilitica) at Charles Isley Park.

Several fields in this new section of the park are under cultivation by a local farmer until the park restoration can begin more fully there. At the edge of one of them is a lovely stand of bright pink Swamp/Rose Milkweed (Asclepias incarnata). These wetland milkweeds host Monarch butterflies, of course, as well as swallowtails, some frittilaries, native bees and skippers. But, good news, deer don’t eat milkweeds!  So if you have a moist garden, give these some thought.

I love Blue Vervain (Verbena hastata) for its upright purple plumes, but it is also remarkably productive in the food web. Its nectar provides nutrition for a wide variety of native bees, small butterflies and moths. According to the Illinois Wildflowers website, the seeds also provide nutrition for many birds, including Cardinals, Swamp Sparrows, Field Sparrows, Song Sparrows and our winter visitor, the Dark-eyed Junco. Beauty for the eye and utility for the food web – a great combination!

Blue Vervain’s plume provides lots of sustenance to birds and pollinators.

Oh, and remember those young Cedar Waxwings jostling around in the greenery? What attracted them most were Pokeweed berries (Phytolacca americana). Lots of other birds love them as well, including Cardinals, the Gray Catbird and the Brown Thrasher. The fruits,  which are green now,  turn dark purple when mature. On those pink stalks, the plants look as though they should be somewhere in the tropics! Mammals however, like we humans and our pets,  should not partake of any part of this toxic plant. It looks luscious but it has evolved to be eaten by birds and not by any members of mammalia, our class of animals – which is frustrating because the fruits looks so tempting!

Here’s a quick tour of some of the other native wildflowers sprinkled throughout the meadows at Stony Creek Ravine providing sustenance to wildlife.

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And Now, A Few of the Mighty Trees at Stony Creek Ravine Nature Park!

The Ravine and the West Branch of Stony Creek, for which the park is named

Though the fields of Stony Creek Ravine Nature Park are alive with pollinators, blossoms and birds, the lush woods that embrace them are equally impressive. In the park’s far western section, the West Branch of Stony Creek shines silver as it runs through the steep terrain of the heavily treed ravine for which the park is named. Along  its slopes and on the trail high above the creek, many species of trees  compete for sunlight while sharing nutrient resources through the fungal networks underground.

Some trees go to great lengths to reach the sunlight along the trail above the ravine.

One tree I look for every time I visit the ravine section of the park is a lovely American Beech (Fagus grandifolia) just over the edge of the slope near the end of the ravine trail.  Its satin-like bark makes me wish I could reach out and touch it.  According to the University of Michigan’s Michigan Flora website, a non-native scale insect (Cryptococcus fagisuga) can leave wounds in its bark that make them vulnerable to a deadly fungus (Nectria coccinea) which causes Beech Bark Disease, only recently discovered in Michigan. We need to protect these glorious native trees which provide so much food for wildlife and so much beauty for us.

A large beech tree stands precariously over the edge of the Stony Creek Ravine.

On the day the Wednesday bird group visited the park, Ben pointed out a huge Bur Oak (Quercus macrocarpa) next to the trail. This huge tree has merged three very large trunks. Each on their own would constitute a mighty oak!

The empty “mossy cup acorn” of a Bur Oak.

Bur Oaks make what the Michigan Flora website calls “mossy cup” acorns. This tree may live for many years to come. Not terribly shade tolerant, it is exposed to sunlight on the edge of  the woods near the trail and the long wetland along the entrance trail probably provides the amount of moisture it prefers. Ah, the stories this old tree could tell!

An old Bur Oak south of the trail that leads to the Ravine.

On the tree line between the northern restoration section and the western meadows is an old White Oak (Quercus alba) that demonstrates how location effects the growth of trees. In the open sunlight, surrounded by little competition, the oak has basked in sunlight for many years and spread it branches out instead of up, into a lush, wide crown. What a sight!

An old White Oak spreads out in the uninterrupted sunlight next to the north restoration area.

In the forest to the north last fall, Ben and I visited a huge Wild Tulip Tree (Liriodendron tulipifera) that used its energy to grow tall, reaching up into the sunlight. Maybe that’s why its lovely yellow flowers only bloom high in the crown. Here’s the photo of it that I posted previously in the blog – just another example of the trees waiting to be explored in the forests beyond the fields.

A Tulip Tree growing tall to reach the sun in the shady northern forest at Stony Creek Ravine Park.

The Legacy Within Us

My husband at dusk just being with nature

I recently enjoyed an On Being Podcast interview with naturalist and environmental journalist, Michael McCarthy. He shared an insight from evolutionary psychology, namely that for 50,000 generations we humans were simply part of nature. For all that time, before we settled down to farm, we experienced all the challenges other creatures face in trying to survive in nature. Or as he put it “we were wildlife, if you like.” As a result, McCarthy contends, even now what we experienced, what we learned during those millennia is still in us, still making us feel at home in the natural world.

Maybe that explains why so many of us experience peace when we’re in places like Stony Creek Ravine Nature Park. On some level, we’re at home in natural areas in a way that even our cozy firesides cannot quite duplicate. Standing on the Lookout Hill at Stony Creek Ravine Nature Park, I look out across moist wetlands and meadows to the encircling wood and just let go, become part of the scenery, embedded in its beauty. The swallows dip and rise, the butterflies float from stem to stem, the woods stands dark and mysterious, the creek at the western edge sings its songs over the rocks – and I’m just part of it all.

I imagine it’s that kinship with nature that motivates you and I to learn about and care for our badly damaged world. And it’s probably that kinship which pushes us out the door and into a park on a cold fall morning or just before dark on a summer night to once more savor our connection to the natural world. Michael McCarthy put it like this: “… there is a legacy deep within us, a legacy of instinct, a legacy of inherited feelings, which may lie very deep in the tissues…we might have left the natural world, most of us, but the natural world has not left us.”

And what a blessing that is! Our task, our calling now is to continue restoring and preserving the natural world for our children and grandchildren. By honoring that legacy within, we can hope to insure that future generations will also be able to breathe deep and feel the freedom and peace that nature so generously provides to us.

Worried About the Planet? Let’s Make a Difference One Garden at a Time.

/ Cam Mannino / 7 Comments

It’s admittedly a worrisome time for those of us  who love our small, blue planet. Devastating fires, raging floods, 30 billion fewer birds in the last 50 years, a UN report that 100 million species of plants and animals are at risk of extinction within decades. According to Eduardo Brondizio at Indiana University, half a million species have “insufficient habitat for long-term survival.” Their best hope is restoration of their habitat.

Text and photos
by Cam Mannino

Aha! Now here’s something you and I can do something about! And we can do it without leaving home, or participating in protests or influencing recalcitrant politicians. We can enrich the habitat right beyond our kitchen windows. And it won’t take sacrifice – in fact, it’s rewarding! It won’t take giant sums of money or raising taxes. All it takes, dear kindred spirits, is adding native plants to our gardens and yards – as many as we can plant each year. By doing so, we can make a HUGE difference to the survival of species. Stick with me here. The news keeps getting more hopeful as we move along.

Is Your Yard Full of Non-native Plants?  Mine Is…

I’m betting your garden is a lot like mine – filled with non-native trees, grass, shrubs and flowers that evolved in distant countries.  I’m thinking of common garden plants like Lilacs (Syringa vulgaris) from the Balkans in Southeastern Europe, Forsythia (Forsythia intermedia) from eastern Asia,  or Vinca (Vinca minor) from Europe, Africa and Asia.  Take a short world tour in this slideshow and discover where a few of our most popular garden plants originated. [Use pause button for time to read captions.)

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Our non-native, international gardens look lovely;  butterflies sip nectar from the flowers and insects never leave a hole in the leaves.  The turf grass looks like a seamless green carpet if we fertilize it and water it regularly.  So what’s the problem?

Well, in their homelands, our non-native plants were not a problem.  They did just what nature asks plant to do – pass on  the sun’s energy (through photosynthesis) to all the other organisms in their habitat that can’t do that.  In its native Europe, invasive Phragmites (Phragmites australis subspecies australis), for example,  supports over 170 insect species. But not here! Here the invasive, non-native grass crowding every wet roadside supports only 5 species – and it’s been here for centuries!

Burning won’t kill phragmites! Here, we’re using controlled burning to remove dead Phragmites that was treated in fall 2014. We remove dead material in the hope that native plants may emerge.

Problem: Our Gardens are Missing One Essential Feature – Plentiful Caterpillars

Now you may be thinking, “Caterpillars eat holes in leaves! The lack of caterpillars is not a problem!!!” Well, actually, it is. Like me, you’ve probably always thought of your garden or lawn as an artistic or decorative enterprise. And it should be! We all need beauty around us. But nature needs our garden flowers, grasses, shrubs and trees to be productive, as well as beautiful. Our yards also need to nourish creatures large and small who live around us. The sad truth is that  most of our gardens are green, colorful food deserts that leave nature hungry and malnourished. Luckily, we can easily change that!

Insects: “The Little Things that Run the World”

Insects, including butterflies, moths, and many other pollinators keep an ecosystem fed. They really are, as the famous biologist E.O. Wilson said, “the little things that run the world.” An insect’s chubby caterpillars chewing and hunching along a plant stem provide essential food for the whole web of life. Birds stuff them down the scrawny throats of baby birds; caterpillars are soft and filled with the fat and protein nestlings need. Adult birds snag insects from the air, pluck them off the ground, and snatch them from leaves. They even spend winter days probing loose bark looking for frozen insect eggs or caterpillars to get the protein that helps keep their small bodies warm on icy nights.

Without enough caterpillars, birds won’t lay a full clutch of eggs in the spring. Their  young will not be as large and healthy. And they need a lot of them! Chickadees, for example, need 6,000 to 9,000 caterpillars to raise their clutch of nestlings! Caterpillars are simply the most important food source for birds, amphibians, reptiles, fish, and some mammals. Seeds and fruits contribute to food webs too – but caterpillars are essential.

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So Why Are Our Yards Missing So Many Caterpillars?

Ninety percent of our native caterpillars, the young of daytime butterflies and the moths who maneuver through the night, are picky eaters! They can only eat plants with which they co-evolved. They are specialists who, over eons, have overcome the chemical defenses of particular native plants and are now adapted to eat them and nothing else. Unfortunately, they aren’t able to switch to what’s available. It would take thousands of years of evolution to make that possible. So if our caterpillars don’t hatch out on a native plant, they generally die of malnutrition before reaching adulthood.

The Monarch butterfly (Danaus plexippus), of course, is the classic example; its caterpillars can eat only one genus – the milkweeds (genus Asclepias).  Monarchs will sip nectar from all kinds of flowers, but their caterpillars need one of the milkweed species for food that will nourish them to adulthood. And 90% of all our insects face the same challenge of finding the native plants their young can eat. Not enough native plants means not enough insects and their caterpillars, which means not enough birds, not enough amphibians –  and on it goes as hunger spreads through a habitat’s food web.

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A Beautiful, Simple Solution: Plant More Native Flowers, Grasses, Shrubs and Trees

So many environmental issues are beyond our control. But we can control our yards, our gardens, the fields and woods on our land. And we can turn around the declining numbers of butterflies, pollinators, birds and more by nourishing wildlife around us with beautiful native plants. They come in all kinds of colors and shapes. Some thrive in wet areas, some in dry. Some need the sunshine, some the shade. Some bloom in only one season, some in more than one. Some are even green all winter! Here’s just a tiny, rainbow sampling  to whet your appetite!

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Our Gardens and Yards Can Change Gradually, Right?

We don’t need to overhaul our gardens overnight. I plan to just gradually add in more native plants each year. Ideally, our goal is to reach at least 70% native – but any increase in native plants benefits our local habitats. For example, I can’t afford to eliminate the non-native woods of invasive Black Locust (Robinia pseudoacacia) next to our driveway – but I can remove its invasive sprouts wherever I come across one. And maybe year by year, we can remove a bit more of the Vinca and Lily-of -the-Valley that have choked out native woodland flowers on the forest floor. I’m thinking  of removing Locusts that are crowding the few native Wild Black Cherry Trees (Prunus serotina) in the woods and perhaps adding in a few native understory trees to help out the birds and insects.

Dense woods of non-native Black Locust

Three years ago, I started taking on the invasive Garlic Mustard (Alliaria petiolata) that has encircled our yard and infiltrated the woods for years. Pulling them out by the roots is quite easy; my 4-year-old neighbor enjoyed doing it with me! And the reward at our house is that beautiful, native White Snakeroot (Ageratina altissima) now rises out of the earth each autumn wherever I pulled the Garlic Mustard in the spring! (Have a look at the beautiful bank of white blossoms below!) I’m anxious to know what else may be hiding in the seed bank under the forest floor!

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If placed in the right environment, native plants are less fussy than non-native plants we usually get from the garden store. They’ve evolved in our ecosystem so they don’t need the regular watering, fertilizing or soil amendments that non-natives usually do. In fact many of our native plants do better in poor soil! Rain generally provides enough water for them, except in severe droughts. You’ll need to experiment to see what works, just as you do with non-native plants. Some will grow more vigorously than you’d like and need to be thinned; consider sharing them with neighbors! Others will need to be moved to a new location. That’s OK! It’s all a learning process, right?

A Word about that Lawn…

Douglas W. Tallamy, author of Bringing Nature Home, a sort of  “bible” for native gardeners, points out that millions of acres in America are covered by our lawns. In fact researchers say that the American lawn covers an area the size of New England! Turf grasses are non-native and require huge amounts of water, chemical fertilizers and herbicides to keep them  green. Mowing them frequently also uses lots of fossil fuel.

Now neither Doug Tallamy nor I are not advocating that you ignore your lawn and let it grow into a fallow field full of invasive plants! What Tallamy and other conservationists are asking is this: Could you do with less grass and plant more native gardens? Could you plant a native White Oak (Quercus alba) in your front yard? (White Oaks can support over 500 different insect species and still look great! Could you put native shrubs along your driveway? Maybe you could plant a more formal native garden in the front with drifts or masses of native plants that love to be planted close together.  (No need for mulch!)

Grass paths could be used to guide you through your landscape; turf grass is great to walk on. If your children play outside (and I fervently hope they do!), leave a play area but surround it with native wildflowers or flowering native shrubs. And where you have slopes or large open areas with plenty of sun, consider taller native grasses like Little Bluestem (Schizachyrium scoparium) or Big Bluestem (Andropogon gerardi) and a variety of sun-loving prairie plants. Native grasses and shrubs provide artistic structure in a garden, but also give caterpillars safe places to spin their chrysalises and cocoons.  The possibilities are endless.

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An Inspiration for the Future:  The “Homegrown National Park”

In his newest book,  Nature’s Best Hope, Dr. Tallamy proposes a glorious vision of what a dedicated nation could create for its people and its wildlife. He envisions all of us together creating huge swaths of native habitat by linking our native-growing neighborhoods into a “Homegrown National Park.” Imagine that! Our new national park could be as large as 20 million acres if we all reduced our lawn areas by half. Wow! An audacious idea, but theoretically possible. For the moment though, our goal can simply be to enhance the habitat around our own houses and perhaps eventually a network of houses and neighborhoods full of both life and beauty.

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Wild geranium and wild columbine make a stunning spring combo

Imagine Your Native Garden as Living Landscape, a Beautiful Habitat Where Nature Thrives

February is a great time for garden dreaming. Envision the possibilities outside your kitchen window. A green path wends it way between native gardens that change with each season. Warm patches of sunlight bring butterflies looking for nectar. Perhaps fledgling bluebirds beg to be fed beneath your native flowering shrub. In the shade of the native tree canopy, migrating birds stop by to sing while looking for caterpillars or to pluck a few berries on their way south for the winter. I’m finding a whole new set of yard dreams myself. I hope you conjure up a few too, and add some natives to your yard this year.

RESOURCES:

Ready to Plant Some Native Plants this Spring and/or Fall?  We Can Get Them for You Wholesale!

Starting last year, our Stewardship Manager, Dr. Ben VanderWeide, created a new native plant sale for township residents.  All the information for this year’s sale is right at this link  or under “Native Plant Sale” at the top of the Natural Areas Notebook home page.  But you need to order by March 4th!

Need More Detail about Native Plants, In-Depth Information or Answers to Frequently Asked Questions?  

  1. Get hold of a copy of any of Dr. Douglas W. Tallamy’s books:  Bringing Nature Home – How You Can Sustain Wildlife with Native Plants (Timber Press);  Nature’s Best Hope – A New Approach to Conservation That Starts in Your Yard (Timber Press), and one he wrote with native landscaper, Rick Darke, The Living Landscape – Designing for Beauty and Biodiversity in the Home Garden.
  2. Listen to this podcast of Dr. Tallamy being interviewed about native plants.
  3. Find native plants for your county by using this national database and putting in your zipcode!
  4. Check out the somewhat more comprehensive blog about native plants that I wrote last year after attending the Wildlfower Association of Michigan annual conference.

Photos of the Week: Expanding Nature’s Color Palette at Charles Ilsley Park

/ Cam Mannino / 6 Comments

Cardinal Flower (aka Red Lobelia) and Great Blue Lobelia in a moist swale at Charles Ilsley Park

In the previous post, I collected all the gold and black vividness of August at Charles Ilsley Park – in blossoms, birds and butterflies.

Photos and text
by Cam Mannino

But of course, Ilsley in August had lots of other hues. Nature seems incapable of limiting itself to just two colors in any season. So let’s see some of the other colorful brushstrokes from nature’s palette.

 

Stewardship Pays Off in Shades of Lavender in the Central Meadow

Lavender flowers emerged in the central meadow when a small wetland area was restored.

In the last few years, vernal pools have formed in the center of Charles Ilsley Park and a stream suddenly appeared crossing a trail on the east side of the central meadow. Dr. Ben VanderWeide, our township Stewardship Manager, realized that a farmer had once laid tile to drain those ponds. By pulling out some of the  broken tiles, Ben restored a wetland area where the water can now seep underground instead of across the trail. As a result, a beautiful variety of lavender wetland flowers now bob and sway above the grass stems there.  Tall, erect Blue Vervain (Verbena hastata) branches into tapering spikes covered with tiny flowers frequented by many kinds of bees.  The smaller,  lavender Monkey Flower (Mimulus ringens) was a delightful new wildflower for me. These seeds were part of the wetland seed mix that were planted as part of the restoration process. After so many years of farming,  very few native species remained, so stewardship staff designed a diverse wetland mix to help these areas recover. And nearby where dry, prairie soil begins again, a balding Bee Balm (Monarda fistulosa) left a beautiful pattern as it shed its petals. [Click on photos to enlarge; hover cursor for captions.]

Blue Vervain loves moist earth and sunlight so it thrives in this moist restored area.
Monkey Flower grew vigorously at Charles Ilsley Park after being planted in 2018
Nearby, where the soil was dry, a Bee Balm showed its elegant balding head!

Birds and a Jazzy Insect Add Blue to the Ilsley Palette

A couple of blue birds made their contribution to the color scheme. A juvenile Eastern Bluebird (Sialia sialis) with just a few of its azure feathers showing, hid deep within the  the leaves of a giant oak along the entrance path. My photo attempt was hopeless. But a few days later, another small bluebird perched in an oak in my front yard. In the photo below, it seems to be studying the ground just before it swooped down and picked up a caterpillar. Well done, little bluebird!  A tiny Blue-Gray Gnatcatcher (Polioptila caerulea) popped in and out of the shrubbery along the edge of the meadow. Even adults of this species are only 4-5 inches long and weigh 1-2 ounces! This little flycatcher twitches its white edged tail to stir up insects when surrounded by plants, though as you can see below, it probes bark for insects and their eggs as well.

A young Eastern Bluebird spotted and later caught a caterpillar below.

Gnatcatchers search tree bark for any insect or spider.

A Blue-Gray Gnatcatcher twitches its tail to scare up insects, but gnats actually don’t make up much of its diet.

If you see a large dragonfly helicoptering over the flower tops, it’s probably a Darner (Aeshnidae family. They are the largest dragonflies in North America, with the fastest flight and the keenest eyesight. The female has a needle-like ovipositor at the end of her abdomen so that she can slit open stalks and insert her eggs – hence, the name “darner.”  (My husband remembers relatives calling them “sewing beetles!”) They spend most of their time in the air on their powerful wings, so I was glad  to find this Green-striped Darner (Aeshna verticalis) resting for a moment on some dried Curly Dock (Rumex crispus). What an elaborate color scheme and pattern on this big beautiful insect!

The Green-Striped Darner’s compound eyes are so large that they almost touch. So it has great eyesight!

Stewardship brings Red, White and Blue to the Golden Western Meadow

Ben noticed a moist swale in the western meadow as he was planning for the prairie planting and spread some wildflower seed from plants that love “wet feet.” What a lovely treat to see Cardinal Flower/Red Lobelia (Lobelia cardinalis), white Swamp Betony (Pedicularis lanceolata) and Great Blue Lobelia (Lobelia siphilitica) thriving within a low spot in a dry, sunny meadow! Charles Ilsley Park introduced me to a second new wildflower when I saw these Swamp Betony for the first time in August.

One of our eagle-eyed birders took a photo of a third new flower to add to my “life list,” Dotted Mint/Horse Mint (Monarda punctata). This Monarda, in the same genus as our lavender Bee Balm (Monarda fistulosa),  has successive whorls of creamy white  blossoms dotted in dark purple growing above one another along its stem. Ben had included this flower in the seed mix when this meadow was cleared and planted as part of prairie restoration. I hope we see more of it! Thanks to Vinnie Morganti for loaning me her photo of this interesting tri-level  flower.

A three-story bloom on these lovely Dotted/Horse Mint stems!

Nature Loves Earth Tones

Of course, browns and greens are always the backdrop of nature’s palette. A soft brown fledgling with a striped breast played peek-a-boo with me through some shrubs one afternoon. I could hear its begging chirp from beyond the plants, but it took a while before it really peeked out into the open. Can you spot its tiny head near the center of this photo? (You might need to click on this photo to get a better look.)

A tiny brown bird poked its head in and out of the greenery at Ilsley.

Finally, it came out for more than a split second so I could snap a photo. I checked its identification with local birding expert, Ruth Glass. I proposed that it was a young House Finch (Haemorhous mexicanus) and she  agreed it was. These little birds drive their parents nuts with begging constantly for hours around our feeder so I thought I recognized that insistent chirp!

A fledgling House Finch finally stops in the open for more than a few seconds.

A group of little brown House Wrens ((Troglodytes aedon) chattered away in an oak along the treeline, darting here and there among the branches. At last, one came out to look around.

A fledgling House Wren peers down from a bush after several minutes of begging calls.

Almost immediately an adult wren appeared to scold me for being there. I snapped a quick photo and departed, so as not to incur more wrath from an annoyed parent!

An adult Wren arrived on the scene and asked me to go away in no uncertain terms! Such a scold!

As fall arrives, nuts and seeds add more rich brown shades and lovely greens. The lime green nuts of  Walnut Trees (Juglans nigra) hang like tennis balls from limbs around the park and the Black Oaks sport clusters of bright green acorns with patterned brown beanies.

My candidate for this year’s most beautiful brown, though, are the  teardrop-shaped, russet seeds of the Foxglove Beardtongue/Penstemon (Penstemon digitalis). In mid-summer, this native wildflower stands tall, while sprouting graceful white blossoms. Its seeds and dark red stems now are almost as visually appealing as its flowers!

Harvesting the Last of Summer Colors

A wonderfully large and mysterious wetland I saw at Charles Ilsley Park for the first time in August

Isn’t that wetland above a lovely harmony of greens?  This wetland extends a long way on the north side of the far west trail that leads to the Wynstone subdivision west of the park. This one is  large, mysterious and full of life as most wetlands are. I just “discovered” it after many walks in Ilsley and felt like a visitor to an alien world.

I listened to the raucous begging of a Green Heron fledgling down in the bushes ner the water and caught a glimpse of an adult stuffing food into the youngster’s bill. Just a glimpse, no photo – but I didn’t mind. I just wanted to take in all the green-ness to remember on a black-and-white winter day.

Summer is clearly waning, now. The butterflies look tattered and worn. The summer wildflowers are brown and seeding. But we have lots to look forward to. The meadows now brimming with goldenrods will soon be splashed with purple asters. The migrating birds, wearing more sedate winter colors, and the last of the “super generation” Monarchs will be riding north winds toward warmer climes. Leaves will reveal the dramatic colors they’ve hidden under all that chlorophyll since they “greened up” in the spring. So maybe, like wise stewards, we should store up as much color as we can while the supply is plentiful. We may need the memory of it on a January day.

Lost Lake Nature Park: Big Birds, Small Creatures and a Forest Full of Mushrooms!

/ Cam Mannino / 1 Comment

Fragrant Water Lilies (Nymphaea odorata) dotted the surface of Lost Lake in the last few weeks.

I’m so glad that Lost Lake Nature Park isn’t really lost.  It’s such a different sort of nature park. The round, blue eye of the kettle lake stares up into the sky. Lately, water birds have been feeding and making practice flights as they prepare to depart for warmer climes. Steep forested hills stretch around the lake like a friendly arm. And, I discovered to my delight, the oak-pine forest sprouts a surprising number of mushrooms in the autumn!

Text and photos
by Cam Mannino

I took several different kinds of trips to this interesting little park in September – once or twice on my own, once with the birding group and once with a group of avid mushroom hunters assisted by two well-informed guides who discerned the edible from the inedible. Such a diverse little park with its tall native grasses in the summer and its sledding hills in the winter – and something new to discover on every visit!

Around the Lake: Migrators Feed and Fly

Far across the lake one cool morning, a strangely gaunt Great Blue Heron (Ardea herodius) spread its wings for takeoff. I hoped that its ragged head and breast meant that it was simply molting, since I’ve read that they do a complete molt in early fall.

A gaunt Great Blue Heron. I’m hoping the appearance is due to molting!

I observed that its wing feathers were largely intact. The heron finally took a few turns around the pond and seemed to fly quite gracefully. So maybe if it was molting, this bird can complete its molt, eat heartily at Lost Lake and still successfully winter in Florida. I sure hope so.  (Click on photos to enlarge; hover cursor for captions.)

Across the pond, at the same moment, a healthier-looking Great Egret (Ardea alba) took its time fishing, before it too took a few turns around the pond as if exercising its flight muscles before migrating.

A fishing Egret suddenly rose into the air and took a quick turn around the pond.

The yellow bill and black legs mark it as Great Egret. And how about that green eye, eh?

Hearing a high trilling call, I looked around for a Killdeer (Charadrius vociferus). For a while, I saw nothing on the muddy flats. But finally I spotted it near some bright green grass, assiduously poking its beak into the muddy shallows at one end of the pond. So often I can’t spot these little birds until they move because they blend so nicely with their surroundings!

A Killdeer searches for insect larvae, snails or beetles in the muddy shallows of the lake.

The Wednesday birders spotted a Muskrat (Ondatra zibethicus) steaming quickly across the lake. So clumsy on land, these furry fellows can really get moving using those swaying tails for propulsion. We birders watched it swim by and it gave us the eye as well!

A muskrat steaming across Lost Lake while keeping an eye on the birders.

As I approached the dock on one visit, I heard a loud “Squeeeak” followed by a watery “plop!” And there under the edge of the dock crouched an alarmed Northern Green Frog (Lithobates clamitans melanota). It may have been a juvenile, since I’ve read that the young are more likely to squeak when caught off guard. Evidently other frogs, like Bullfrogs and Leopard frogs, are also known to make this odd sound, which is much like the noise that results from stepping on a plastic toy!

A Green Frog squeaked loudly as it leapt to a safer perch underneath the dock.

On the other side of the dock, two small red Meadowhawk  dragonflies  (genus Sympetrum) found a convenient lily pad on which to mate. As usual, the male held the female’s head firmly with pincers on its tail as mating commenced. These two seem to be Ruby Meadowhawks (Sympetrum rubicundulum), but there are several red Meadowhawks that look very much alike so I can’t be sure. A short time later they took off flying, still attached, while some frustrated males hovered nearby.

Meadowhawk dragonflies mating on a lily pad at Lost Lake

Throughout September, the lake was fringed with colorful native wildflowers that bloomed vigorously after last spring’s prescribed burn. These beauties have quite interesting names: Great Blue Lobelia (Lobelia siphilitica), Sneeze-weed (Helenium autumnale), Smooth Blue Aster  (Symphyotrichum laeve), Round-headed Bush Clover (Lespedeza capitata), Bee-balm (Monarda fistulosa), Beggar-tick (genus Bidens), Swamp Milkweed (Asclepias incarnata) and Yellow Coneflower (Ratibida pinnata). (Use pause button if more time is needed for captions.)

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In the Moist, Low Areas of the Forest

The rolling woods surrounding Lost Lake

The light sifts through the tree canopy on the hills that surround Lost Lake. If you take a hike up the sledding hill, or reach the top by following the path through the woods, you’re treated to a view of the undulating forest floor. In summer, the sunny side of the sledding hill is a-buzz with dragonflies, butterflies and native wildflowers. But at this time of the year, the lower, moist areas of the forest draw my attention.

Almost any movement out the corner of my eye turns out to be a Chipmunk (Tamias striatus) zipping along a log or quickly diving into hollow tree trunks. This one had scored a nice big nut in its bulging cheeks.

A Chipmunk with its mouth stretched around a sizable nut!

As we birders passed by the woods near the road, a young fawn waited in the shade for its mother’s return. Female White-tailed deer (Odocoileus virginianus) leave their young for long stretches because their adult scent can attract predators, whereas the young have little or no scent.

A fawn waits for its mother’s return in the woods at Long Lake Nature Park.

In the woods, I saw a Northern Flicker (Colaptes auratus) chased away from a huge tree hole by a Red-bellied Woodpecker (Melanerpes carolinus). The hole was big enough for a raccoon, so I think they must both have been interested for other reasons than nesting next spring! The birds were much too far away for a good shot with my camera in the dim light of the woods. But luckily, I saw this male Flicker hunting in short grass later in the week so you can at least see him up close.

A male Flicker with its black “mustache.”

There are a few shade-loving, late season flowers in the forest now, like the modest Large-leaved Aster (Eurybia macrophylla) and Calico Aster (Symphyotrichum lateriflorum). I’m always happy to see any native blooms on these cool gray days, especially on the forest floor where, because of deer, wildflowers are rarer than they used to be.

The Stars of the Show – the Mushrooms!

About 20 of us attended a mushroom identification workshop hosted by the Oakland Township Parks and Recreation Department. Two experienced guides from Michigan Mushroom Hunters Club, Phil Tedeschi and Jerry Watson, helped us identify an amazing variety of mushrooms one cool, windy September morning. I admit to not even knowing that mushrooms were plentiful in cool weather! We first learned that mushrooms are just the fruiting bodies of certain types of fungi. Most of the fungus grows in the soil or wood, but when conditions are right for reproduction, these fungi will send up mushrooms to produce spores! After an informative lecture,  we meandered heads-down through the lowlands of the forest as our guides identified one mushroom after another. The workshop and its handouts were packed with detailed information, but here are a few highlights I want to share:

Note: Picking plants, animals, fungi, and other natural parts of our natural areas violates park rules. Please leave them to grow, and for others to see and enjoy!

Safety first! Advice from the Mushroom Workshop Handout

A toxic Amanita mushroom that I saw weeks ago at Stony Creek Ravine Nature Park.

When in doubt, throw it out! Take an expert with you until you’ve really learned about mushrooms, which can take some time. Learn the Amanita mushrooms and don’t eat any of them! When eating a wild mushroom for the first time, always take only a small bite and refrigerate the rest, so you’ll have a specimen if you get a reaction. Never eat wild mushrooms raw. Do not eat decomposing or worm-eaten mushrooms. Don’t pick mushrooms from contaminated sites.  Eat wild mushrooms in moderate quantities.

A Sampling of the Fabulous Fungi We Found

The Pigskin Poisonous Puffball (Scleroderma citrinum). Puffballs, common mushrooms, are generally edible, our guide said. But NOT if they are the ones that are black inside!

Cortinarius mushrooms (genus Cortinarius) are generally toxic. The few that aren’t toxic are hard to identify, so best to avoid them all!

The Bluing Bolete (Suillellus luridus) turns blue when the underside is scored. Unfortunately, there are many look-alikes, one of which is toxic. So it’s best not to eat them unless you have a definite ID, and then only when cooked. The raw ones can cause gastric upset.

Some Russula Mushrooms (genus Russula) are perfectly edible; others aren’t. So again, be sure to have a reliable expert guide you! Our guide told me this one was Hygrophorus russula which is edible, though it was a bit too old to eat. As you can see, it’s a gilled mushroom. The gills produce the spores (a mushroom’s “seeds”) which drop down  and are carried away on the wind.

We did find “for sure” edible mushrooms.

We found several edible mushrooms, too, but my notes weren’t clear enough, I’m afraid in most cases. My excuse is that I was taking photos, listening and trying to type in my phone at the same time! But the Cinnabar Chanterelle (Cantharellus cinnabarinus) is definitely edible.

A few more fascinating fungi that may or may not be edible!

Inky Caps (Coprinopsis atramentaria) start out bell-shaped like this and then flatten out. The guide told us they often grow on animal dung from the previous year, which kind of makes them a bit less appetizing in my book.

Old Man of the Woods (Strobilomyces strobilaceus) suits its colorful name. Sources say it’s edible, but most think the taste isn’t worth the trouble. It’s a polypore mushroom, meaning it drops its spores from the openings (pores) at the end of tubes on the underside.

The birders spotted these tiny mushrooms with black stems on our Lost Lake Nature Park hike. According to the Mushroom Identification Facebook group, they are from the genus Marasmius, family Marasmiaceae, to which Shitake mushrooms(Lentinula edodes) belong – but I have no idea if these tiny mushrooms are edible. And they sure don’t look like Shitakes, do they?

Marasmius mushrooms which may be in the same family as Shitakes but may or may not be edible.

Whether edible or not, fungi have their uses.  As the presenters pointed out, humans use them for dyes, cheeses, yogurts, wine, beer, breads (yeast!) among other uses. The “saprotrophic” mushrooms, which include the famous Portobello mushroom (Agaricus bisporus),  are the recyclers of the forest. Along with bacteria, they decompose dead organic matter (plant or animal), thereby releasing carbon, nitrogen and essential minerals back to the soil. “Mycorrhizal” fungi, of which the toxic Amanitas are a member, partner with trees and plants to create giant webbed networks that gather essential nutrients and moisture for the trees/plants and may allow them to chemically communicate as well. The fungi benefit by feeding on the sugars that the plants can create through photosynthesis. So fungi deserve our thanks, even when they don’t end up on our dinner plates!

Native Big Bluestem, Little Bluestem and Indian Grass growing at the bottom of the sledding hill.

So much to enjoy at this little park. In winter, the sledding hills fill with the laughter of big folks and little ones careening down the slopes. And in all the other seasons, the lake, the forest and the grassy hill host nesting birds, frogs, dragonflies, the occasional mink, native wildflowers – and humans, of course! Some learn to kayak or how to use a stand-up paddleboard at this park. Some practice yoga. And some come to bird watch or just take a short hike through a variety of habitats. Whether you come to meet friends, a squeaking frog or strange-looking mushroom, Lost Lake Nature Park will welcome you and send you home smiling. I can almost guarantee it.

For information on the nature programming at Lost Lake Nature done in partnership with Dinosaur Hill Nature Preserve, click here, or click here for other fall nature programs at Lost Lake and all our parks.