Glass Menageries

Glass Menageries

A wood and glass parlour case containing several dozen preserved animal specimens posed around a tree branch and ground reconstruction.

Amongst the many and varied Natural History Collections at the Manitoba Museum, is a most unusual collection of ‘cases’. These unique display cases of glass panels held together by dark varnished wood frames, are commonly known as parlour cases. The contents combine the artistry of fabricating faux habitats, with the expertise of creating life-like mounts through taxidermy. Some are as small as to only contain a single mounted Least Weasel, others are several feet tall, and may contain dozens of birds and mammals.

Parlour cases became highly popularized during the Victorian era, from about the early to mid 1800s into the early 1900s. This was a heightened time in the discovery of the natural world, and also coincided with, and was stimulated by, the great scientific exploration voyages of Darwin, and his contemporaries. Parlour cases were born out of this time of fascination and the desire to collect and display specimens.

It was commonplace to display these cases in the reception parlours of well-to-do households, thus the name. Owning and displaying these in your private collection reflected on their owners as having attained a certain level of good taste, intellect, and an aire of affluence; “parlour cred” if you will.

 

A true menagerie – this beautiful example of a traditional parlour case was donated to the Museum in 1973. Image: © Manitoba Museum, MM 3-6-501 to 3-6-532

However, displaying taxidermy mounts was a practice not only reserved for the rich. They were also displayed in schools for educational purposes, and in the houses of commoners, possibly to demonstrate hunting prowess, or as an attempt to be perceived as affluent.

A wood and glass display case containing a pair of Woodcocks, tawny birds with long thin beaks.

This very simply prepared case of Woodcocks was possibly a grade school project – see label “Presented by Dudley Fraser”, date unknown. Image: © Manitoba Museum, MM 3-6-5578, 5579

Early taxidermists were indeed artists and masters of many trades. Expert taxidermists of the time would have been in demand and could command high prices for commissioned work. Not only would they need to know the techniques involved to properly preserve the skin, but they must also have knowledge of anatomy, and aspects of animal behavior. It is extremely difficult to obtain the exact correct posture, or facial expression to match the particular theme of the case, whether it be animals at ease, or reconstructing a predator-prey scenario.

A blue jay specimen posed on a tree branch with wings partially extended and head tilted up with open beak.

Excellent taxidermy of a Blue Jay that mimics John J. Audubon’s artistic vision. Image: © Manitoba Museum, MM 3-6-476

An artist's drawing of two blue jays on a tree branch. The lower of the two birds is posed with wings partially extended and head tilted up with open beak.

Plate 102, from John James Audubon’s Birds of America (1827-1838). Image: National Audubon Society

Knowledge of ecosystems must also be appreciated. For example, which animals and plants would actually be found together in the same habitat, or even in the same season. This knowledge and skill executed in taxidermy scenes, and even the large dioramas in our museum, makes for a highly believable portrayal.

However, some of parlour cases ignored that concept of realism out-right and had mounts of birds and/or mammals that would never have seen each other in a given day, or even in a lifetime.

A bull elk is situated in a parkland habitat full of grasses, herbs, shrubs and trembling aspen trees in the fall at the Birdtail Valley in Riding Mountain National Park.

Expertly prepared life mount of an Elk. This diorama in the Museum’s Parklands Gallery depicts rutting season in Riding Mountain National Park. Image: © Manitoba Museum

A wood and glass parlour case containing a Goshawk specimen standing over its prey, a Vesper sparrow, in a snowy landscape.

Goshawk with Vesper Sparrow prey is an example of two species that might not encounter each other in a North American winter. Image: © Manitoba Museum, MM 3-6-534, 536

Recently, we had to move our entire collection of large parlour cases from where they were stored in our main collections storage vault. Long tracks of ducting were being installed for the new environmental control unit, and we wanted these far from any danger. We took advantage of this move to inspect, photograph, clean, repair (if necessary), and ensure the database information was complete for each one of these large, fragile cases. The taxidermy specimens, faux substrate, glass panels, and the wood framing were expertly cleaned and repaired by the Museum’s conservator Carolyn Sirett.

Two photographs of the same parlour case side-by-side. In the photo on the left, the glass is opaque and white masking tape holds the front panel in place. On the right the glass and case are clean and the tape has been removed.

Before conservation treatment photograph on the left shows the old masking tape “holding” the glass panel in place, and the after conservation treatment photograph on the right shows a much improved parlour case that has been cleaned and repaired. Image: © Manitoba Museum, Parlour Case #3

A close-up on an ermine specimen with teeth bared.

During conservation treatment, the cases were also tested for the presence of arsenic. We were not surprised to find that many of the specimens tested positive.  Now that specimens have been identified, we take extra precautions when we have to handle them, such as wearing gloves and masks.

Arsenic was a common and favoured compound used by taxidermists from the late 1700s to at least the 1980s.  Eventually its use was banned due to its high toxicity to humans. It was prepared as an arsenical soap, and applied to the inside of prepared skins that not only preserved the skin, but also provided protection of the mount from insect damage.  This is the reason why so many of the old taxidermy mounts have survived in such splendid condition!

 

GUILTY! Ermine mount tested positive for arsenic! Image: © Manitoba Museum, MM 24116

Janis Klapecki

Janis Klapecki

Collections Management Specialist – Natural History

Janis Klapecki obtained a B.Sc. from the University of Manitoba, specializing in Zoology and Botany. She also holds a certificate in Managing Natural History Collections from the University of Victoria, BC. Janis retired from the Manitoba Museum in January 2024….
Meet Janis Klapecki

The Story of a Book: A Conservation Tale of Repair

As a repository for over 2.8 million artifacts and specimens, the Manitoba Museum possesses a collection that is made up of pretty much everything and anything you can imagine! One of the more humble artifacts that you might not think of in the museum’s collection, and one that is of practical use in everyday lives, are books. I personally only thought of books as the stories or information that was contained within, until two years ago, when a particular book came across my workbench. 

In the summer of 2018, a very excited Dr. Roland Sawatzky, Curator of History,  came into the conservation lab with a very large and heavy book in his hands. It was a Brown’s Bible, that belonged to Reverend John Black. I won’t delve into the specifics of John Black but will mention that his story is tied to the early beginnings of the Red River Settlement around 1851. 

When Dr. Sawatzky brought the Bible into the conservation lab, it was in very poor condition. Perhaps a sign of its dedicated use and a symbol of how far it has travelled both in time and distance. The coverboards were falling off, the spine was torn and abraded, numerous sections of pages were loose as well as heavily soiled and damaged. Chosen to be displayed in the new Prairies Gallery, opening in the fall of 2020, it would need a lot of love and care to ensure its safe display.

In January of 2019, I began to dissect the Bible, knowing the repair would take a few months. Books are interesting objects to work on because they are all created differently depending on their age. Binding structures, sewing methods, the type of glue used, printing methods, and machinery all play an important role in telling the history of these otherwise mute objects. The Brown’s Bible is an excellent example of this, in telling a larger narrative based on how it was made rather than the person who owned it or the written text. 

 The repair began with taking a large portion of the Bible apart. Loose pages were removed, the front and back cover boards were taken off, including cutting the spine. This was a frightening feeling for someone who is used to repairing damage, not creating more! From there, about one hundred of the loose pages were mechanically cleaned, washed, flattened, dried, and repaired. Did I say washed? Yes, that is correct. A small “secret” in conservation is that paper can be washed, but inks are first checked for solubility and we make sure the paper fibers can handle the process. 

Two photos side-by-side. On the left, large, loose pages of the Brown's Bible are in three stacks on a table next to a fine bush. On the right, padded weights are placed around the edges of a page lying on a table to flatten it.

Loose pages were mechanically cleaned (left) and repaired once washed and flattened (right). Image: © Manitoba Museum, H9-4-973 

Two photos side-by-side. On the left, looking down on the spine of the Brown’s Bible with a torn section along the left side. The torn off section is lying beside the rest of the spine. On the right, the repaired spine in one piece.

To repair the spine of the bible, a cast was made and the detached piece was adhered back into position. Image: © Manitoba Museum, H9-4-973 

Two photos side-by-side. On the left, slices of gellan gum laying along the covered spine of the Brown’s Bible as it’s held in a vice. On the right, Conservator Carolyn Sirett uses her finger to apply some adhesive to the re-sewn spine of the Brown’s Bible, as it’s held flat and still on a table under padded weights.

Removing old adhesive from the original spine with gellan gum (left), and Carolyn consolidating re-sewn spine with adhesive (right). Image: © Manitoba Museum 

While the pages were drying, the front and back coverboards were worked on. These were cleaned, humidified and the leather re-adhered into the original position.  The spine was the trickiest part of the whole piece, in that the original cloth used to hold the coverboards to the text block was too weak and a new cast had to be made for the spine to go on. Small details such as the paper raised bands on the spine are telling signs of the type of intricate details the original bookbinder put into his craft. 

After about 8 months of work, the finale to this treatment was nearing. The old adhesive on the spine was removed, the cleaned pages were re-sewn and coverboards were ready to be attached.  Looking at this book now, as it hopefully resembles what it once did over two-hundred years ago, I am excited to see it showcased in the new gallery for others to learn not only who owned it, but how it was made and the story behind its repair. 

Two photos side-by-side. On the top, looking at the spine of the Brown’s Bible as it lies flat. The book is worn and falling apart, with the cover torn and peeling. On the bottom, the Brown’s Bible after conservation treatment, still looking its age, but now intact and lying flat.

Spine of the Bible before and after conservation treatment.

Image: © Manitoba Museum, H9-4-973 

Carolyn Sirett

Meet the Conservation Team

Carolyn Sirett

Senior Conservator

Carolyn Sirett received her B.A. in Anthropology from the University of Manitoba, Diploma in Cultural Resource Management from the University of Victoria, and Diploma in Collections Conservation and Management…
Meet Carolyn Sirett

Tree Tales: Canada’s Threatened Trees

Canada’s trees have developed some resistance to native diseases and insect pests. However, climate change has been facilitating more forest damage. For example, the native Mountain Pine Beetle (Dendroctonus ponderosae) used to be held in check because it was killed by extremely cold winter temperatures, which occur less frequently now than they used to. Additionally, in the last 125 years, the importation of live trees and untreated wood from other continents has brought in many pests that now threaten not just urban trees, but the integrity and survival of our wild forests as we know them. Likewise, the accidental importation of North American diseases and pests, such as the Pinewood Nematode (Bursaphelenchus xylophilus), threatens forests on other continents. The stories of just three threatened Canadian tree species are recounted below.

American Chestnut

(Castanea dentata)

Two brown dried chestnut leaves and small brown spiky fruits in a specimen box.

In the hardwood forests of eastern Canada and the United States, massive 35-m tall American Chestnut trees once grew. They were an excellent source of timber and produced edible nuts enjoyed by both people and wildlife. In some areas it was estimated that one of every four trees was a chestnut. Then, in 1904, the New York Zoo brought in livestock of Japanese Chestnut (Castanea crenata) trees that were infected with the fungus known as Chestnut Blight (Cryphonectria parasitica). This fungus damages the cells that transport water and sugar through the trees, eventually causing them to starve to death. The spectacular American Chestnuts had no natural resistance, unlike Asian chestnuts, and the disease quickly spread. By the 1940’s, four billion chestnut trees were dead, and their niches became occupied by other trees such as maples (Acer spp.) and oaks (Quercus spp.). American Chestnut still survives as a shrub sprouting from old roots but eventually all individuals succumb to the disease. In Canada, it is endangered and protected by the Species-at-Risk Act, 2002. However, there may be a way to bring this species back using modern technology: trees that appear to be blight-resistant have been bred by inserting a novel gene from wheat.

American Chestnut leaves and fruits from the Manitoba Museum’s collection. MM F-38.

American Elm

(Ulmus americana)

View looking out over a valley filled with green-leaved trees.

The beautiful fan-shaped American Elm tree became one of the most popular urban trees in North America; in the city of Winnipeg alone, there are more than a quarter of a million. These trees are also common in the wild, growing in hardwood and mixedwood forests along with poplars (Populus spp.), ashes (Fraxinus spp.), Manitoba maples (Acer negundo) and spruces (Picea spp.). In 1928 elm wood containing spores of Dutch Elm Disease (DED) (Ophiostoma novo-ulmi), a type of fungus, arrived in untreated wood destined for the furniture industry in Ohio. The fungus was spread by both native and introduced bark beetles, which tunnel under the bark of elm trees. By 1989, the fungus had destroyed 75% of all North American urban trees. DED reached Manitoba in 1975 but summer pruning bans, prompt removal of infected trees, prohibition of elm firewood transportation and treatment with pesticides and a vaccine helped Winnipeg protect its trees. Winnipeg is now the home of the largest surviving urban elm forest. However, unless these efforts are sustained, losses will mount and more trees will die.

 

 

The beautiful Pembina Valley is full of wild American Elm and ash trees.

Ash

(Fraxinus spp.)

Close-up on a young, green branch with small green leaves.

As DED began decimating North America’s elms, many communities began planting Green (Fraxinus pennsylvanica) and Black Ash (F. nigra) instead. However, these species are now threatened (Black ash was place on Canada’s endangered species list in 2018) due to the accidental importation of pests from other continents in untreated wood products (sound familiar?). The Emerald Ash Borer (Agrilus planipennis) arrived in Michigan from Asia in the early 1990’s, and was first sighted in Manitoba in 2017. This beetle feeds on the inner bark of a tree, eventually strangling it. Another pest, the Cottony Ash Psyllid (Psyllopsis discrepans), a type of jumping tree louse, was introduced from Europe, arriving in Winnipeg in 2017. The Psyllid damages the leaves of ash trees rather than the bark. This double whammy of pests will likely kill most of Winnipeg’s ash trees in the next decade and forever alter our wild ash forests. The negative impact on wildlife that rely on ash trees for food and shelter will be huge. Fortunately, some individual trees appear to be more resistant to the Emerald Ash Borer, and can help us breed insect-resistant stock.

Manitoba’s Green Ash is being decimated by the introduced Emerald Ash Borer.

How to Save a (Trees’) Life

There are many things we can do to help protect our trees.

1. Slow the Spread
Follow all biosafety protocols regarding importation of any plant or plant product. Buying locally grown trees and nursery plants, and locally produced wood mulch rather than imported products is the safest option. Consider buying and refinishing antique furniture, and using reclaimed or recycled wood for woodworking and construction projects instead of new wood. To be safe, don’t transport ANY firewood; burn local wood only.

Two different looking trees growing next to each other in sandy soil. On the left is a yellow-leaves tree with light bark on the trunk. On the right is a bushy green conifer tree.

2. Reduce the density
Planting monocultures of the same species may look nice (I love those green elm tree “tunnels” as much as the next person), but it is a recipe for disaster. Planting a greater diversity of tree species lets them “socially distance” from one another, reducing the likelihood of disease transmission and catastrophic tree losses within a short period of time. If you lose a tree in your yard, replace it with a different species than the ones surrounding it.

Image: Planting more poplar (Populus spp.) (left) and pine (Pinus spp.) (right) trees will increase the diversity of our urban forests.

 

3. Improve tree health
Remember to prune trees properly when they need it, adhering to any relevant pruning bans. If you don’t know what you’re doing, contact a professional arborist (tree doctor) for help. Regular watering of young or vulnerable trees, and banding trees to reduce cankerworm infestations will also help your trees stay healthy.

4. Support scientific research
Scientific research that was started 43-years ago at an arboretum at Penn State may hold the key to saving ash trees as some appear to have natural resistance and can be used for breeding resistant stock. In Canada, the University of Guelph has been leading a breeding program for DED-resistant American Elm trees. The National Tree Seed Centre in Fredericton, New Brunswick stores seeds of Canada’s native trees, which can be used to breed resistant plants. In fact, the public is being encouraged to collect and send them wild ash seeds for their seed bank. But public support for research that doesn’t appear to offer any immediate benefit, is not always forthcoming. Real life is not like a Hollywood movie; scientists can’t conjure up cures to diseases overnight. It takes years of research to come up with solutions to new problems. Let your political representatives know you support publicly-funded science.

Trees provide us with so much-oxygen, shade, beauty, wildlife to admire and even food-that we need to give something back. You can report sick trees in Winnipeg by calling 311, the Canadian Food Inspection Agency or the Emerald Ash Borer hotline at 1-866-463-6017. If you lost a tree to disease or the tree-pocalypse storm in October 2019, consider planting a new one as soon as you can. Many Winnipeg greenhouses will even deliver plants right to your door this year. If you would like to see a tree planted on a city-owned boulevard or park, you can ask the city of Winnipeg to plant one. Remember the best time to plant a tree was 20 years ago. The second-best time is now. Enjoy your neighborhood trees this spring!

Dr. Diana Bizecki Robson

Dr. Diana Bizecki Robson

Curator of Botany

Dr. Bizecki Robson obtained a Master’s Degree in Plant Ecology at the University of Saskatchewan studying rare plants of the mixed grass prairies. After working as an environmental consultant and sessional lecturer…
Meet Dr. Bizecki Robson

Revamping Madam Taro’s Room

With changes happening throughout the museum, we sometimes find opportunities to update existing exhibits and breathe new life into old favourites. Last spring, when our temporary exhibition about the Winnipeg General Strike, Strike 1919: Divided City, was installed in our Urban Gallery and the entire gallery received beautiful, new mannequins, I jumped at the chance to revamp one of my favourite exhibits – Madam Taro’s room.

Looking down onto the surface of a table where four tarot cards are laid out surrounding a face-down deck: the Emperor, the High Priestess, the Lovers, and Temperance. At the bottom a hand holds a yet-to-be-placed card: the Tower. To the right of the cards is a small ashtray and cigarette holder.

Depending on who you talk to, Madam Taro is a mysterious fortune teller from the old country or a woman earning her living working in the oldest profession. I’m inclined to believe the latter, but I appreciate her ingenuity in maintaining a ruse for decency’s sake. In a nod to her name, we swapped out her “crystal ball” (a glass orb) for a set of tarot cards we have in our collection, a reprint of a tarot deck from 1910, so they fit our time period perfectly. We laid the cards out as if she’s giving a reading, with her ashtray and cigarette holder at hand. We also added a decanter and glasses, in case any of her gentleman callers fancy a drink.

 

Madam Taro is ready to read your tarot card. Image: © Manitoba Museum, H9-30-731

From there, I decided which pieces should be removed from the room; some based on aesthetics (or the vibe, for my younger readers), others because they weren’t in keeping with the time period. We kept the majority of the furniture and bedding in the exhibit, but put most of the “dressings” like pictures, doilies, garments, and knickknacks back into storage. In their place, I wanted to feature objects that one might find in a woman’s bedroom – make up, nail polish, brushes, hairpins, perfumes, and powders. Thankfully, our collection is chockful of beautiful examples of personal care items from the early 20th century, so I had a lot of selection. The existing wardrobe is staged with the door ajar to give visitors a peek at some clothing, shoes, and accessories from our collection.

A wood dressing table with three levels. Each has a doily on it and various personal items including make up, a brush, perfume, and a jewelry box.

Madam Taro’s dressing table adorned with her personal items. Image: © Manitoba Museum

Close up view at a portion of a dressing table. Laid out on a daily are a hairbrush, comb, and hair-pick, as well as several creams and powders.

Close-up of Madam Taro’s personal items. Image: © Manitoba Museum

The main decorative addition to the space is the group of hand fans our talented conservator mounted and hung on the wall as art. This feature complements an existing parasol, feather boa, and astrological chart already decorating the room. We also added a gramophone to the space, along with a few records – and even though you can’t read the labels from the door, I made sure to pick records of the period: for instance, foxtrots by Coleman’s Orchestra, “I’m Coming Back to Dixie and You” by the Peerless Quartet, and “In the Hills of Old Kentucky” by Campbell and Burr.

The less romantic but essential elements of the space include a pitcher and basin for Madam Taro to use for washing up or bathing, and finally, the all-important chamber pot tucked under her nightstand. Her room may have included shared washroom and toilet facilities if any at all, so the chamber pot would come in handy for middle of the night relief.

The most striking change in this exhibit is the new Madam Taro; instead of faceless forms, our new mannequins are lifelike, lending to the story of each exhibit. In this case, we wanted a mannequin who was culturally ambiguous and slightly older, someone who has worked long enough to establish herself and afford the “luxuries” I wanted to showcase in her room. Selecting a head made me feel like I was Princess Mombi in the movie Return to Oz, to be honest! The face we chose has a sympathetic expression with eyes that I feel have a bit of sadness behind them – or like she’s tired after a long day at…the office.

All of these elements – the artifacts, the new mannequin, the staging – work together to create a narrative of a woman working and living in Winnipeg in the 1920s.  Next time you’re visiting the Manitoba Museum, make sure you stop by Madam Taro’s for a reading…and maybe more!

The new mannequin helps to give Madam Taro her personality and enliven the exhibit. Image: © Manitoba Museum
A bedroom. A mannequin of a woman from behind wearing a robe and ruff is seated at a small table with tarot cards laid out on it near a bay window. On the right side of the room is a small neatly-made bed with a quilt folded along the foot. A wardrobe is in the corner across from the centre of frame.
Cortney Pachet

Cortney Pachet

Collections Technician – Human History

Cortney Pachet started working at the Manitoba Museum in 2001 as a tour guide while earning her a BA (Honours) from the University of Winnipeg. She quickly realized that she wanted a career in museums…
Meet Cortney Pachet

What Season is This Again?

By Science Communicator Claire Woodbury

Welcome to spring! Or at least it’s supposed to be… astronomers tell us that spring in the northern hemisphere began on March 19, but with all this snow, it looks more like Winter 2.0. Why do seasons on the calendar not quite match up with seasons in the weather and why are we colder in winter anyway?

You probably know that the earth’s revolution around the sun causes the seasons. So here’s a question for everyone, when it’s winter in Manitoba, where is the earth in relation to the sun? Is it closer to the sun or farther away?

During a Manitoba winter, the earth is actually closer to the sun then in summer! Whaaaaat!? It is a common misconception that the earth is farther away from the sun in winter and closer to the sun in summer.

How does it work then? Well, it’s not about whether a planet is closer or farther from the sun, but whether it is tilted away or towards the sun.

A graphic demonstrating how the tilted axis of the Earth affect the seasons as it orbits the Sun.

The Earth is spinning on its axis, kind of like a top or a Beyblade. But it’s not spinning directly “up and down” relative to its orbit around the sun: it’s on a slight angle, about 23.5°. This means that as Earth travels around the sun, one hemisphere is tilted towards the sun while the other is tilted away.

In the summer the Northern Hemisphere is tilted towards the sun and receives more sunlight directly.

The sun’s rays are a form of energy that provides us with light and heat. The direct line of the sun during summer gives us optimal growing conditions with lots of light and heat. Plants need sunlight in order to create their food as well as warm temperatures so they don’t freeze. And in turn animals have food to eat and habitat to live in. (And humans get to hit the beach) Along with that light and heat there is also energy we can’t see in the form of ultraviolet radiation. This kind of energy is what causes people to get a suntan or burn.

In the winter, the Northern Hemisphere is tilted away from the sun, so it receives sunlight less directly. We get colder temperatures and less U.V. radiation. While the Northern hemisphere is experiencing winter, the southern hemisphere is experiencing summer and vice versa. If you live near the equator, you’re pretty much experiencing direct sunlight all year round and so have more stable warm temperatures.

Image: NASA

This brings us back to our question, when does winter stop and start anyway?

The calendar says winter starts around December 21, the winter solstice. The winter solstice is when we have the least amount of daylight and therefore the shortest “day”. We get a short day because we are angled the farthest from the sun and the sun appears very low in the sky for only a few hours.

Here in Manitoba it feels like winter starts in October and goes through to March (or even to May!) Depending on where you live, the coldest part of the year doesn’t always fall directly when astronomical “winter” falls on the calendar. That’s because the calendars we use today are based on ones made in ancient Rome, which is surrounded by water. Water absorbs a lot of heat and releases it slowly, keeping temperatures very mild. In ancient Rome, the coldest part of the year really didn’t start until the Winter Solstice. Here in Manitoba we don’t have the moderating effect of the Mediterranean Sea, so we usually have more extreme differences between summer and winter.

For more fun with seasons see “Why Seasons Make No Sense” from PBS on YouTube:

To see what stars and planets are up in the sky during each season see the Astronomy blog for monthly Manitoba Skies updates.