Wildflowers in Winter: Introduction and Plants having Large Seedpods

Asclepias syriaca

Common Milkweed in winter

Learning to identify wildflowers from their seedpods is a rewarding bit of detective work. I am happy when I can tell the genus of a particular plant. Whether it is a Milkweed, Goldenrod, Iris, etc. is enough for me. Sometimes when I find a strange seedpod the only way I can figure out what it is, is by returning to the spot during the flowering season and seeing what species are growing there.

Two outstanding books that help to identify winter wildflowers are Winter Wildflowers by Helen V. Smith and Weeds in Winter by Lauren Brown. Smith’s book is currently out of print but Brown’s book with her superb line drawings and a workable identification key has been reprinted under the title Weeds and Wildflowers in Winter.

When I see a winter wildflower the first thing I notice is the growth habit of the plant. Is it short or tall, erect or creeping, how many flowers did it have? Then I examine the plant, are there scars where the flower petals attached? Do dried leaves or their scars remain on the plant? Can you determine if the leaves are opposite, whorled, or alternate (look for leaf scars)? Does the plant have seedpods, heads of seeds, or seeds in long groups? What is the shape of the seedpod, long, pointed, peapod-like, wide, narrow? How many sections does it have? Do any of the flower parts remain? Look at the shape of the seed head. Is it a ball, elongated, pointed? Are the seeds fuzzy, barbed, sticky, smooth? What is the habitat, wet, dry, sunny, woods, fields, dunes?

Here are some of the southeast Michigan winter wildflowers with large pods. By large I mean longer then 25mm [one inch] and a diameter greater than 6mm (1/4 inch).

Asclepias spp. pods and seeds

Milkweed pods and seeds

Milkweeds (Asclepias spp.) have elongated follicles, seedpods that split along a single line. Follicles can be smooth or warty depending on the species. Seeds are sometimes present into the winter and each seed is comose meaning it possesses a tuft of hair which allows it to float on the breeze.

Baptisia spp. seedpods

Wild Indigo seed pods

Wild Indigo (Baptisia spp.) is a prairie plant that is now being used in native gardens. It is a many-stemmed plant with multiple pods per stem. Diane Ackerman in her wonderful essay collection Dawn Light accurately describes “the indigo’s fat seedpods, each one a plump lady’s leg with a seamed stocking.” Cleanly splitting in half, the plants drop seeds that are at times visible on the snow covered ground.

Hibiscus spp. seedpods

Rose Mallow seedpods

Rose Mallow (Hibiscus spp.) has five-parted seedpods that are hairy on the inside and rough sepals are characters for this plant. It normally grows in wet areas and is about 1m (3 feet) tall. Southern Michigan is at the north edge of its range.

Iris spp. seedpods

Iris seedpods

Iris (Iris spp.) has a three-parted seedpod that is often subtended by a pair of dried bracts. It is found in wet places and is .3-.5m (12-18 inches) tall.

Lilium michiganense

L-R Lily seedpods, seedpod closeup, petal scars, and leaf scars

Lily (Lilium spp.) seedpods resemble Iris seedpods but they have petal-scars under the pod and never have dried bracts. Lilies grow in both wet and dry habitats. Michigan Lily (Lilium michiganense) is the species in the photograph. The flowers nod but the seedpods straighten as they develop and the mature pods point skyward.

Copyright 2015 by Donald Drife

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Jack Pine Management

Setophaga kirtlandii

Male Kirtland’s Warbler

In the northern half of Michigan’s Lower Peninsula 150000 acres, approximately 235 square miles, of mainly Jack Pine (Pinus banksiana) are managed to provide habitat for the endangered Kirtland’s Warbler (Setophaga kirtlandii). At any given time approximately 38,000 acres are suitable nesting habitat.

After an area is logged, it is furrowed and then planted with 6 inch [15 cm] tall Jack Pine seedlings. Some Oaks (Quercus spp.) and some tall Pines (Pinus spp.) are left to provide perching sites for the warbler’s territorial singing. Jack Pines are not planted in continuous stands but contain grassy openings. Kirtland’s Warblers nest on the ground, normally at the edges of these openings. When the pines are 5-8 feet (2-3m) in height nesting begins. Nesting continues as long as there are branches touching the ground and the branches of adjoining trees. Four to eight years are required for the pines to reach nesting size and they are suitable for nesting for 12-15 years. After another 30 years or so, the forest is cut for pulpwood and the cycle begins again.

Photo by Bob Anderson copyright 2009

Figure 1 Photo by Bob Anderson copyright 2009

Figure no. 1 shows a Kirtland planting at the end of its first year. Furrows are still visible and you can see the tops of seedling Jack Pines. Figure no. 2 shows the same area five years later. Oak #1 has grown but the “pine stand” is mostly unchanged. Kirtland’s Warblers started to nest in the Figure no. 2 stand.

Photo by Dave Bissonette copyright 2014

Figure 2 Photo by Dave Bissonette copyright 2014

Management areas produce habitat for other species. Hill’s Thistle (Cirsium hillii) is a state threatened species. At most two feet [.6m] high it has large, pink, flowers that dot the plantings. Wood Lily (Lilium philadelphicum) and Sweet-Fern (Comptonia peregrina) also inhabit the areas.  Northern Apple Sphinx Moth larva (Sphinx poecila) feed on Sweet-fern.

Cirsium hillii

Hill’s Thistle

Sphinx poecila

L Northern Apple Sphinx Moth larva R Wood Lily

The Kirtland’s management areas are helping the warbler to recover. It is also altering the landscape, providing homes for a large number of other species.
Copyright 2015 by Donald Drife

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Hello to Mr. Olson’s class at Coweta High School, Coweta, Oklahoma.

Looking for a champion White-cedar

Dave, Don, and Bill at the tree

Dave, Don, and Bill at the tree

Last year I heard reports of a large White-cedar (Thuja occidentalis) discovered along the mainstream of the Au Sable River. The exact location was carefully guarded to protect the tree from vandalism. Therefore, I was shocked to see an article about this tree in the Oscoda County 2014 Visitors Guide including a cryptic location. Directions were provided to a small parking lot but no information regarding how to get to the tree except that it grows on a “semi-island.” I do not require much of an excuse to convince me to spend a morning walking through the mainstream’s river valley. A couple of friends and I found the tree after searching along the river. Actually, they found it. I was lagging behind, as I usually do, taking photos.

This is a magnificent specimen measuring  1.2m [48 inches] in diameter. The Visitors Guide stated that its age “exceeds 350 years” and a U. S. Forest Service Ranger estimated that it was 500-700 years old. Another common name for this tree is Arbor-vitae which means “tree of life.” An apt name for a long lived tree.

White-cedar’s bark is tough and resists fire. This particular specimen grows in an area that is perpetually damp, which further protects it from fire. Having brittle wood, White-cedar branches often break; indeed, the crown of our champion is broken about 9m [30 feet] above the ground.

Canopy of large Thuja occidentalis

Canopy of large White-cedar

I have seen larger trees many times; even larger White-cedars in the Valley of the Giants on South Manitou Island, but this tree possesses power. A twisted trunk with several protruding, ragged, burls appears eternal.  Looking skyward through its branches that are as big around as my legs, the lower ones long dead but the upper ones green, giving it life, I understand how some cultures can worship individual trees. Standing, as it does, among its many much smaller kin, this mammoth seems all the more dominant. Someday, in better light, I will revisit this tree but I will never capture its strength in a photographic image.
Copyright 2014 by Donald Drife

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Ice Flowers

Ice Flowers - L    Needle Ice - R

Ice Flowers – L Needle Ice – R

The formation of Ice Flowers or Frost Flowers is an interesting phenomenon that I observe around Grayling, Michigan around the first week of November. I did not know how they formed until I found a website by Dr. James R. Carter from Illinois State University. Dr. Carter explains, “In a process called ice segregation cold water moves through a medium toward the presence of ice, freezes at the interface and adds to the ice.” I find them in the early morning, after a rainy evening or night. Grayling sand drains and dries quickly, leaving little water in the sand, so my formations are smaller than the photos on Carter’s website.

Ice Flowers

Ice Flowers

Ice Flowers in Grayling “grow” around a hollow, dried, plant stem. Dr. Carter has photographs of Ice Flowers on living plants, but plant life in the Jack Pine Plains has mostly finished its growing season by November and few live stems remain. The action of the freezing water damages the plant stem. Once an Ice Flower forms on a given stem it is unlikely that that stem will produce another.

Ice Flowers

Ice Flowers

Needle Ice develops directly out of the sand and I see it more often than Ice Flowers. The surface of the ground must freeze but the soil below remains warm enough to allow the water to flow. Needle Ice forms in a wide variety of soils and is found throughout the winter.

Needle Ice

Needle Ice

I watched the Ice Flowers disappear. Instead of melting they sublimated, meaning they changed directly from ice into water vapor. It was 20 degrees F when I started photographing and by the time it reached 35 degrees F, the Ice Flowers were gone.

It is fun to discover the answer to a personal mystery. I read, study, and seek explanations for the phenomena that I observe. As I get older, I can enjoy the beauty of Nature without necessarily classifying everything. However, I still desire to understand and name what she reveals to me.

 

Copyright 2014 by Donald Drife

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Nature Surrounds Us

At the Old Car Festival at Greenfield Village

At the Old Car Festival at Greenfield Village

I recently attended the annual Old Car Festival at Greenfield Village in Dearborn Michigan. Henry Ford founded Greenfield Village as an ideal American village and collected historic homes and shops from around the world to fill it. The Old Car Festival attracts hundreds of cars built before 1933. Photographing, and just experiencing these antique vehicles is exciting and the Village is also a great place where you can spend the day in nature.

Stinkhorn - L Great Black Wasp - C Digger Bee - R

Stinkhorn – L Great Black Wasp – C Digger Bee – R

On my way to the village, I visited my dentist in Ferndale. As I drive to his office, I spot a group of stinkhorn fungi and after my appointment, I walk down to see them. They are Stinkhorns (Phallus rubicundus) and I photograph them with my cellphone. Their smell reminds me of rotting meat but I see no flies or other insects around them this morning. Flies feed on the slime that covers the surface and contains the spores. Flies transport some spores to other locations and the remaining spores fall to the ground, increasing the colony’s size. This group grows in landscape mulch between the street and sidewalk.

Arriving at the Village, I walk down to the herb garden. Golden Northern Bumble Bees (Bombus fervidus) pollinated the zinnia plants. They move sluggishly in the cool morning air, more hopping than flying from flower to flower. Their head is a pale yellow and their body is pale yellow with black bands.

Several Great Black Wasps (Sphex pensylvanicus) are busy pollinating the mints. They fly quickly in spite of the cool morning air, feeding on nectar. I cautiously approached these 25mm (one inch) long insects in order to get a photograph. They are not aggressive but I treat them with respect.

A Digger Bee (Melissodes sp.) suns itself on a leaf, waking up from a night’s sleep. Female bees return to the nest at night but males often sleep in groups outside of the nest and are sometimes found in the evenings clinging to a leaf. They are also called sleeping bees. These hairy little bees burrow underground for their nests and I discover an opening to a subterranean nest along the brick pathway.

Golden Northern Bumble Bee -L Goldenrod Soldier Beetle - C Leaf Cutter Bee - R

Golden Northern Bumble Bee -L Goldenrod Soldier Beetle – C Leaf Cutter Bee – R

In the Burbank Garden, there is a large clump of Wild Ageratum (Conoclinium coelestinum) with a day flying Ailanthus Moth (Atteva aurea) feeding on it. This small but pretty moth was once limited to southern Florida, where it fed on Paradisetree. When the related, non-native, Tree-of-Heaven (Ailanthus), was planted into its range the moth found a new food source and spread northward. People who are not interested in nature often point this unique moth out to me.

 Splendid Green Metallic Bee - L Ailanthus Moth - C Eastern Yellowjacket - R

Splendid Green Metallic Bee – L Ailanthus Moth – C Eastern Yellowjacket – R

I focus my camera on the Wild Ageratum and patiently wait. Several pollinators appear. Splendid Green Metallic Bees (Agapostemon splendens), Leaf Cutter Bees (Megachile sp.), and Eastern Yellowjackets (Vespula maculifrons) fly onto the flower. Goldenrod Soldier Beetles (Chauliognathus pennsylvanicus) visit the plant. All these insects show up in just ten minutes. I often just stand still by a blooming plant and wait to see what comes by.

Thin-leaf Coneflower - L Pinkish Aphids - C Bald Face Hornet - R

Thin-leaf Coneflower – L Pinkish Aphids – C Bald Face Hornet – R

An English perennial garden with a twist surrounds Cotswold Cottage. The twist is several Michigan native plants grow in it including Thin-leaf Coneflower (Rudbeckia triloba). It resembles a short-rayed Black-eyed Susan (R.hirta). Pinkish Aphids (Uroleucon sp.) feed on several native coneflower species. Aphids suck the juices of living plants and can be pests in the garden. Bald Face Hornets (Dolichovespula maculata) swarm over Fennel (Foeniculum vulgare) flowers, caressing each flower cluster. By mid-afternoon, a Cross Orbweaver (Araneus diadematus) is building a web for its evening of hunting. The web’s guidelines are completed and the spider is laying down the sticky interior crosslines.

Okra - L Flower-of-an-hour - C Eastern Cottontail - R

Okra – L Flower-of-an-hour – C Eastern Cottontail – R

At Firestone Farms, Okra (Abelmoschus esculentus) grows in the field along with its pretty cousin Flower-of-an-hour (Hibiscus trionum). Both are in the Hibiscus Family (Malvaceae) and they resemble each other. Flower-of-an-hour is an accurate common name for this plant with short-lived flowers. Also inhabiting the garden is an Eastern Cottontail. She is a little wary but can be approached with caution as she feeds on garden weeds, dandelion leaves are her favorite.

Cross Orbweaver - L Mallard x Black Duck hybrid - C Burr Oak acorns - R

Cross Orb weaver – L Mallard x Black Duck hybrid – C Burr Oak acorns – R

As I walk around Greenfield Village today, I subconsciously identify the natural world that surrounds me. Burr Oaks and Black Walnuts are fruiting. Double-crested Cormorants silently pass overhead. This was a rare species in the 1970s after DDT in the Great Lakes food chain crashed their numbers. However, it has recovered and I now often see them inland from the big lakes. On the pond by the craftworks a Mallard x Black hybrid duck floats. This is the most common duck hybrid in the Great Lakes region and I see more hybrids than pure Black Ducks.

Humans are part of Nature whether or not we acknowledge her. Nature does not just exist “out there” in some distant wilderness area. In Joel Sartore’s book Rare: Portraits of America’s Endangered Species, he comments, “Each [species] sings a unique verse about its place in the world, but the chorus is the same: Most are in serious trouble. As animals ourselves, this should make us nervous.” We are interlinked with nature, her future is our future. As I learn more about the natural world, I come to understand that the intricate weavings of her web-of-life are still largely unknown. They are simply too complex. When we alter one aspect, it is almost impossible to predict how this change will impact the environment and us.
Copyright 2014 by Donald Drife

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Seeking Survivor Ash Trees

Researchers at the Northern Research Station of the United States Department of Agriculture are looking for naturally occurring Ash trees (Fraxinus spp.) in southeast Michigan. They are searching for a strain of Ash that will survive attacks from the Emerald ash borer (EAB), (Agrilus planipennis). The tree must be part of a native stand, have a healthy canopy, and be larger than 10 inches diameter at breast height (DBH). More information can be found at the USDA website. The ten target counties in Michigan are: Ingham, Livingston, Oakland, Macomb, Jackson, Washtenaw, Wayne, Hillsdale, Lenawee, and Monroe.

Ash trees can be identified even in the winter. Ashes have their buds in pairs (Opposite) and most Michigan tree species have single buds (Alternate). Maples, Ashes, Dogwoods and Horse-chestnuts (MAD-Horse) are our only tree species that have opposite buds. See my earlier post on identifying these trees.

Cottonwood,Ash, Basswood bark

Cottonwood-L Ash-C Basswood- R

Sassafras, Tuliptree bark

Sassafras- L Tuliptree- R

Mature Ash bark is gray with fine, broken, ridges. Ashes have opposite buds and opposite branches. When you look at the branch pattern on a tree look at the overall pattern. An opposite branched tree will always have a few alternate branches where it has lost branches. Young Tuliptree bark is similar but the ridges are not as deep and the buds and branches are alternate. Eastern Cottonwood bark is similar to Ash bark but it has larger ridges and is alternate branched. Sassafras bark has deeper ridges than Ash and often a reddish cast. The ridges on Basswood bark are not parallel.

Fraxinus quadrangulata

Blue Ash showing winged stems

Euonymus alata

Winged Euonymus buds and twigs

Pumpkin Ash (Fraxinus profunda) and Blue Ash (F. quadrangulata) are rare trees in Michigan. Blue Ash has a winged stem and the leaf scars meet. It resembles Winged Euonymus (Euonymus alata) but Euonymus has distinct bud scales, normally green twigs, and is never a large tree.

Fraxinus terminal buds

Ash Terminal Buds

Red and Green Ash are the same species (F. pennsylvanica). Red Ash is just a hairy form of the Green Ash. They have lateral buds that touch the terminal bud and the lateral buds sit in a small notch in the leaf scar. White Ash (F. americana) has a long terminal bud and the leaf scar encircles approximately half of the lateral bud. Black Ash (F. nigra) has a short section of the twig protruding beyond the last pair of lateral buds. The lateral buds are almost black and sit on the leaf scar.

Fraxinus lateral bud scars

Ash lateral bud scars

If you are hiking this winter in southeast Michigan, keep an eye out for large, healthy, Ash trees. Report your sighting to the USDA website mentioned above and aid in this valuable research.

Copyright 2014 by Donald Drife

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Michigan’s Carnivorous Butterfly

Harvester larva with aphids

Harvester larvae with Woolly Alder Aphids

The larva of the Harvester (Feniseca tarquinius) is North American’s only carnivorous butterfly. It feeds on a variety of aphid species. In Michigan, it feeds on the Alder Woolly Aphid (Prociphilus tesselatus). This diet is high in protein, allowing the larva to grow quickly from hatching to the pupa stage. It takes as little as eight days for the larva to mature.

L-Larger Harvester larva with prey R-Mature Harvester larva heading toward pupating spot

L-Larger Harvester larva with prey R-Mature Harvester larva heading toward pupating spot

The larva is less than 20mm (3/4 of an inch) long. Larva, pupa, and adults are sometimes found by searching near Woolly Aphid colonies. Alder Woolly Aphids allow the Harvester larva to feed on them and do not attempt to flee. Often a covering of aphids or parts of aphids obscures the larva.

Harvester Chrysalis

Harvester Chrysalis

We have watched Harvester larvae near Grayling, Michigan for the last five years. The last weekend in August, we found larvae, pupas, and adults. All the Harvester chrysalises we found were on the surface of Speckled Alder (Alnus incana subsp. rugosa) leaves. All these leaves were on branches with Woolly Aphid colonies. We watched several larvae leave the group of aphids they were feeding on and crawl to a leaf at the end of the branch. They attach themselves to the leaf with silk and split open their skin, which hardens into the outside of the chrysalis. We found one chrysalis that was darker than the rest and appeared to be close to hatching. It did hatch late in the morning the next day and gave us a chance to photograph the adult. The following weekend we could not find any signs of the Harvester except for a few shells from hatched chrysalises.

Harvester Chrysalis ready to hatch

Harvester Chrysalis ready to hatch

Adult Harvesters have a distinctive water spot pattern on their lower wings. They do not typically feed on nectar, the adult photographed on the milkweed flower was only perched not feeding. They do feed on honeydew produced by aphids, dung, and tree sap.

Adult Harvester Butterflies

Adult Harvester Butterflies

This was the first time I found a chrysalis. They are said to resemble a monkey’s face. However, they reminded me of an ancient Greek mask or a snake’s head. Small, only 10mm [3/8 inch] long, they are easy to pass by thinking they are a leaf gall.

The chrysalises were present only for about a week. Perhaps my timing has been wrong in other years. Maybe now that I have seen them I will be able to find them again. Many times, I have looked without success for years for a plant or insect but once I found  it, I began to see it many places. Dr. Warren H. Wagner referred to this as having the correct “search image.” Once this image is in your mind, you can find the organism easier. Harvester butterflies are uncommon but occur over a wide range. Get out, look, and form your own “search image.”
Copyright 2014 by Donald Drife

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Dusky Slug in Michigan

Arion subfuscus

Dusky slug

The Dusky Slug (Arion subfuscus) is a European slug that is now established in Michigan. I found it on the edge of the National Guard Reservation near Grayling, Michigan. I’m not sure how it found its way this relatively remote area.

Arion subfuscus

Dusky slug

The Dusky Slug recently was split into two species. The other species is Arion fuscus.   They are distinguished by molecular data and internal characters. I did not want to dissect a slug so I must be content with identifying my slug as part of the A. subfucus complex.

Dusky Slug is one of the round back slugs in the family Ariondea. They differ from the keel back slugs in the family Limacidae by their rounded backs, smaller size, and lack of an internal shell. Unlike the keel back slugs they can roll up if threatened. The respiratory opening of a rounded back is toward the middle or the front of the mantle shield and on the keel back slugs it is at the rear of the shield. (See Leopard Slug post.)

Dusky Slugs eat a wide variety of foods but mostly they consume fungi and decaying plant material. They also eat insect larva, algae, and plants. The one I photographed was feeding on Common Milkweed (Asclepias syriaca).

Arion subfuscus

Dusky slug

I am often surprised the things I see in the natural world. I was not aware of non-native slugs and now I have seen two species. Get out into nature and look. You never know what you will find.

Copyright 2014 by Donald Drife

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Leopard Slug in Michigan

 Limax maximus

Leopard Slug

Giant Slug or Leopard Slug (Limax maximus) is a European species now found in North America and Australia. It is in the family Limacidae which is comprised of the keel back slugs. Keel back slugs are longer and thinner than the round back slugs that make up the family Arionidae. Keel back slugs also possess an internal shell under their mantle shield. The mantle shield is the section of the slug closest to their “head.” On the slug’s right side is their respiratory opening.

 Limax maximus

Slug anatomy

 Limax maximus

Front of Leopard Slug

I found Leopard Slugs at the Royal Oak Arboretum behind the Senior Center in Royal Oak, Michigan. They come out when it is getting dark and are active throughout the night. They are 10-15cm (4-6 inches) long. Eating mainly fungus, dead vegetation, and other slugs they are not normally garden pests unless the population is large. I was surprised at how fast they moved. I timed one crossing a 1.5m (6 foot) path in 15 seconds.

 Limax maximus

Leopard Slug at full stretch

For more information on this slug and other gastropods check out Robert Nordsieck’s great website The Living World of Molluscs. The Leopard Slugs are here.

Copyright 2014 by Donald Drife

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Bowl and Doily Weavers

Frontinella communis Web

Bowl and Doily spider webs

I often see the webs of Bowl and Doily Weavers (Frontinella communis) in the shrubs surrounding our cabin near Grayling, Michigan. This spider is also called by the later name of Frontinella pyramitela.

Frontinella  communis Waiting on underside of web

Bowl and Doily spiders waiting on underside of webs

On dewy mornings in late summer and fall the small webs sparkle in the sunlight. A large web is 150mm (6 inches) across and our field can have 50-100 webs. As the common name states the web looks as if it is a woven doily stretched under a bowl. It is one of the most distinctive webs in the Great Lakes Region. The bowl portion of the web collects debris, leaves, twigs, and dust and lasts several weeks. It is repaired but not replaced. The spider hangs from the underside of the bowl. Trip lines span the supporting twigs over the bowl and always look fresh. Insects fly into those lines and then drop onto the sticky bowl. After the spider retrieves its prey it sits on the doily portion to eat.

Frontinella  communis Bowl and Doily Spider

Bowl and Doily spiders up close

After years of seeing these webs I recently found the spider that spins them. It is only 3 or 4mm (3/16 inch) long. The females are slightly larger than the males. This species’ white markings on the abdomen are distinctive. Male and female spiders sometimes share the same web.

I spied a spider on a web about 3m (10 feet) off the ground. After photographing the web I climbed a stepladder to photograph the spider. I normally work with a camera mounted to a tripod and stand on firm ground. I managed to get a few photos and not fall off my perch.

Michigan Nature Guy

Michigan Nature Guy

Copyright 2014 by Donald Drife

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