How are Animals Named?

How are Animals Named?

How are Animals Named?

11 min read –

Throughout history, various languages and cultures have contributed to a wide – and often confusing – vocabulary used to describe animals’ genders, the young stages of their lives and what they may be called when they are gathered together in groups.

Mule deer:
Males are called bucks. Females are called does & young are fawns.
A group of deer are often called a herd but more fun versions include a bevy, a bunch, a rangale or a parcel
– though a parcel is often in reference to a group of young deer.

Historically, adjectives were the labels of choice to communicate animal gender identifiers. A broad selection of these labels has resulted – which are not universally applied, even within the same species. For example: in the deer family or Cervidae, males are identified as bucks and females are called does. In moose, and caribou – also members of the Cervidae family – males are called bulls and females are called cows while elk males are referred to as stags.

Cervids
From left to right – moose, caribou and Elk.
Males are called bulls (elk are called stags) and females are called cows.

Generally these cervids in groupings would be called herds (though moose are not actually herd animals) while elk can be also called a gang – watch out!

Not limited to just fur-bearing creatures, these titles are applied to other species and there are often departures from the naming conventions used. Rabbits are called bucks and does while steelhead trout males are called bucks, with females being called hens rather than does.

There is also a vast difference in the scientific naming of all creatures. Over the centuries a number of early scientists attempted to establish a format to classify animal groups. Ancient Chinese created the first recorded reference in 2700 BC, but it was quite limited and focused primarily on flora (vegetation) of their geographic region. 

Check out our Facebook post to learn more about Vulpes vulpes; not all red foxes are created equally but all are a red fox!

  1. Remember Fox and the Hound? A male is called a tod (sometimes a reynard or a dog), while females are referred to as vixens.
  2. Young are most commonly called kits but can also go by cubs, or pups.
  3. The collective noun to describe a group of foxes are a skulk, earth or a leash! These names are related to fox behaviour corresponding respectively as a group hunting together, a mama fox with her kits, and a group of domesticated or captive foxes as a leash.

Now, there are other foxes including Arctic fox (Vulpes lagopus), swift fox (Vulpes velox), fennec fox (Vulpes zerda), and others across the world for a total of 12 species that comprise the largest genus, Vulpes.

Smaller classifications exist within the genus Urocyon which include the gray fox. The only extant species of fox belonging to the Otocyon genus is that of the bat-eared fox found in the African savanna.

Ancient Greek philosopher and scientist Aristotle described a large number of natural groups, and although he ranked them from simple to complex, his order was not an evolutionary one. He was far ahead of his time in separating invertebrate animals into different groups and was aware that whales, dolphins, and porpoises had mammalian characters and were not fish. The Aristotelian method dominated classification for many centuries. During this period, it provided a procedure for attempting to define living things through careful analysis, it neglected the variations between living things.

In 1758 Carolus Linnaeus, who is usually regarded as the founder of modern taxonomy and whose books are considered the beginning of modern botanical and zoological nomenclature, drew up rules for assigning names to plants and animals. He was the first to use binomial nomenclature consistently. Although he introduced the standard hierarchy of class, order, family, genus, and species, his main success in his own day was providing workable keys, making it possible to identify plants and animals from his cataloging. Linnaeus was the father of the Field Guide.

Lynx classification

Over the centuries a number of paleontologists, biologists, and scientists contributed to refining Taxonomy as we know it today. Perhaps the most notable of these was Charles Darwin – who explained his theory of evolution by describing how animals changed over time, yet still remained within specific categories in taxonomy.

Below is a table defining each classification of steppe Bison, the 15,000-year-old ancestor of today’s wood bison. As you can see, their classifications are not much different, other than identifying wood bison as a sub-species.

While their scientific classifications are very similar, the animals themselves were quite different. Steppe bison persisted through the great extinction of the last Ice Age up until about 5,400 years ago. A relatively recent find in Whitehorse city limits proves steppe bison persisted giving rise to the bison seen in the Yukon today but are not the direct descendants of the steppe bison.

Darwin’s famous illustration The Tree of Life displays the evolutionary relationships between species. This idea caused a great deal of controversy when he concluded that mankind evolved from the apes which was contrary to the religious teachings of the day.

Muskox and bison – both species are members of the Bovidea family. In this family, males are called bulls and females are called cows. The young are called calves and groups of both species are referred to as “herds”. But that is where the line is drawn for their nomenclatures. The Inuit name for muskox is “omingmak,” which means “the animal with the skin like a beard.” Geographically, today’s populations of muskox and bison do not overlap and their adaptions to winter survival as a result are very different.

We can see from this phylogenetic tree how bovids (horn bearing) and cervids (antler bearing) are related to each other. The animals with icons represent those species at the Yukon Wildlife Preserve. The Yukon has 9 of the 11 ungulates of North America, excluding the bighorn sheep and pronghorn antelope. What’s also interesting to note is that mountain goats are their own genus and muskox are more closely related to sheep and goats than they are bison!

When we dive into the scientific name we can see how the classifications carry over. For instance muskox, Ovibos, share genus naming from sheep and cow. Caribou or Rangifer tarandus is reindeer in Latin, from the Greek tárandos, also meaning reindeer. So when someone asks you the difference between caribou and reindeer, you can say, nothing! (Except, reindeer fly!)

Classification tree for ungulates bovid and cervid

(Note: this a general phylogenetic tree; it is not complete and does not represent accurate branch length for amount of genetic change and complexities of sub-taxa).

Beyond the labels used for animal species, their offspring also suffer from a variety of descriptors to classify their young age. There are calves, fawns, foals, pups, cubs, kittens, chicks, hatchlings, fry and owlets to name a few. Yes, there is a lot to remember, but with practice you can master the various names used to identify animal difference.

These descriptor variations also extend to the words used to describe a group of an individual species. There are herds, colonies, congresses, tribes, swarms, flocks, droves, clutches, packs, murders, litters, pods, braces, convocations, gangs, schools, hordes, gaggles, bands, and numerous other words used to describe a group of same-species creatures. There are even names given to groupings of animals that are, in fact, unlikely to group together given their territorial and/or solitary nature – like owls, moose or wolverines.

Even within a class of animals like birds, its a complex web of classification and further to each species’ grouping names.

Birds:

  • In general – Flock
  • Eagle – convocation
  • Falcon – cast
  • Owl – parliament, stare or wisdom
  • Swallows – flight, gulp
  • Swans – bevy, wedge
  • Ptarmigans – covey
  • Ravens – unkindness, rave, conspiracy
  • Magpies – tiding, mischief
  • Grouse – pack, covey
  • Crane – sedge
  • Ducks – raft in water and skein when flying
    • mallards on the ground can be called a sord
  • Geese – gaggle
  • Loons – asylum

 

 

Other mammals:

  • Squirrel – scurry
  • Wild canids, dogs – pack
  • Goats – tribe
  • Otters – romp
  • Porcupines – prickle
  • Voles – colony
  • Wolverines – mob
  • Martens – richness

Invertebrates:

  • Bees – grist, hive or swarm
  • Caterpillars – army
  • Flies – business

Amphibians (no reptiles in the Yukon):

  • Frogs – army
  • Toads – knot

Fish:

  • Trout – school
  • Salmon – bind, draught or run

It’s an interesting read to understand the many different words used to describe an animal’s gender, how they are identified when they are youngsters and in groups together. Of course, the list above is centered on animals that make their home in the Yukon – imagine some of the animals that live in your neck of the woods, or places you’ve travelled to, and what those animals’ naming classifications may be.

What is more, the naming of animal’s as described by history must also recognize that many of these species, (beyond the few mentioned like Wapati and Omingnak), also hold Traditional and First Nation naming of animals that are descriptive, communicating the animals’ place, use or spiritual significance.

Do you have any interesting or favourite animal classification terms/names? Share them with us in the comment section below!

Doug Caldwell

Doug Caldwell

Wildlife Interpreter

Doug is one of the Interpretive Wildlife Guides here at the Preserve. An avid angler and hunter he has a broad knowledge of Yukon’s wilderness and the creatures that live here. With a focus on the young visitors to the Preserve, Doug takes the extra time to help our guests to better appreciate the many wonders of the animal kingdom here in the Yukon.

Lindsay Caskenette

Lindsay Caskenette

Manager Visitor Services

Lindsay joined the Wildlife Preserve team March 2014. Originally from Ontario, she came to the Yukon in search of new adventures and new career challenges. Lindsay holds a degree in Environmental Studies with honours from Wilfrid Laurier University and brings with her a strong passion for sharing what nature, animals, and the environment can teach us.

867-456-7400
Lindsay@yukonwildlife.ca

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Bison vs. Muskox

Bison vs. Muskox

Bison vs. Muskox

2 minute read – 

Bison versus muskox! What’s the same? What’s different? Who is more cool? Top 5 reasons muskox and bison are NOT the same animal, at all.

One of the first animals visitors see when they explore the Preserve is bison. As folks continue to explore the Preserve they will later come upon another large, brown animal and often say, ‘hey, look bison again!” In fact, they are looking at muskox. Both animals in their appearance can look similar but they are indeed quite different!

Similarities:

  1. Both animals belong to the Bovidae family.
    • These animals comprise the biological family of mammals that are cloven-hoofed and ruminants. A member of this family can be called a bovid.
  2. Both animals (and both males and females) have horns.
    • While shape and size differ the basic structure is always that of a pair of simple bony protrusions without branches, and each covered in a permanent sheath of keratin.
  3. It’s a family affair.
    • both species form herds, and their social structure often involves a dominant individual. With this grouping the species is usually polygnous.
    • Safety is a game of numbers and larger groupings allow for greater protection of the herd than if they were solitary animals. 
  4. The Holocene, Ice Age and Pleistocene – History.
    • Both present day species, Ovibos moschatus and Bison bison athabascae were on the land during the Early Holocene (10,000 – 5,000). Both current day species were reintroduced in the Yukon.

Differences:

  1. Physical appearance
    • Bison are bigger and heavier. Males can be almost twice the weight of a muskox. As an Arctic specialist and ice age survivor it pays for muskox to be compact. Don’t worry though, the biggest land mammal in North America is adapted well to survival in the North.
    • Muskox have a lot of hair, everywhere! Two coats including an exterior, thick and long guard hair layer called their skirt – ’cause it goes down to the ground. Underneath that, a soft, extremely warm wool called qiviut, keep the muskox warm in the wild Arctic. Now, wood bison have a massive build, a pronounced hump on their shoulders and shaggy hair around their head, face and forelimbs.
    • Horns grow differently – muskox sport almost mustache looking horns form on top of the head, with males having larger and denser helmet structure to absorb the headbutt actions that happen in rut season. On the other horn, er, hand . . . bison have horns grow from the sides of their head and quickly curve upwards.
  2. Bison are like wild cows, while muskox are more closely related to mountains goats.
    • This is represented in subfamily observation where the muskox is classified under the Caprinae subfamily.
  3. What happened when the cow and the goat walked into the bar?
    • Nothing – they wouldn’t be in the same place at the same time! Muskox are a narrow niche specialist, occupying the high arctic tundra of the Circumpolar North! Wood bison roam grasslands, forest and mountain slope environments across northwestern North America.
  4. Fight or flight?
    • Bison choose flight – they will flee as a herd for safety when threatened.
    • Muskox fight – they form a defensive circle with young inside and adults facing outwards. This behaviour makes sense given we know that muskox live in an arctic tundra environment. Fleeing would be a near endless, waste of precious energy.
  5.  History is confusing but muskox are true Ice Age survivors.
    • While wood bison were present during the Holocene  it was a narrow window within this geological epoch that the Bison bison evolved from its predecessors Bison priscus (commonly known as Steppe Bison) and Bison occidentalis. Both subspecies of present day bison (plains and wood) are reintroductions to their current ranges. 
    • Muskox, Ovibos moschatus not only were present during the Holocene they were present during the Pleistocene. Muskox as we know them today – tundra muskox or Ovibos moschatus  persisted alongside other Ice Age animals like the Helmeted Muskox and other large megafauna like Steppe bison, and mammoths but they did not go extinct!

We say the winner is, Muskox! They are cooler! What do you think?

Bison versus muskox<br />
whats the same? Whats different? Who is cooler?<br />
Lindsay Caskenette

Lindsay Caskenette

Manager Visitor Services

Lindsay joined the Wildlife Preserve team March 2014. Originally from Ontario, she came to the Yukon in search of new adventures and new career challenges. Lindsay holds a degree in Environmental Studies with honours from Wilfrid Laurier University and brings with her a strong passion for sharing what nature, animals, and the environment can teach us.

867-456-7400
Lindsay@yukonwildlife.ca

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Moose Hair Loss Study

Moose Hair Loss Study

Moose Hair Loss Study

This article was originally published in The Preserve Post newsletter in Spring 2019. In April 2022 Emily et al., published a paper Improving Widescale Monitoring of Ectoparasite Presence in Northern Canadian Wildlife with the Aid of Citizen Science on this project.
10 minute read – 

Ever had an itch you just can’t scratch? For moose and other large deer species, winter ticks are an annual burden. These blood-feeding parasites live for only one year and spend almost their whole life on the same host. Moose are often the worst affected – and although a few ticks on an individual is no big deal, winter tick numbers can sometimes reach 50,000-100,000 ticks per animal. These severely infested moose just keep scratching, trying to rid themselves of the parasites, and may lose large amounts of blood, valuable time feeding, and significant amounts of hair. The distinct patterns of tick-induced hair loss are most noticeable on moose from March to May when the ticks are at their largest, and is a key indicator that winter ticks are present in a region. Hair loss can range from very mild, with just a few patches on the shoulders and neck, to extremely severe or “ghost moose”, which have damaged or missing hair over more than 80% of their body.

 

The Yukon Winter Tick Monitoring Project is a collaboration between Environment Yukon and researchers at the University of Toronto. Its aim is to find out where in Yukon winter ticks are now, and where they could be in future, given the effects of climate change. Until recently, there were no winter ticks found in Yukon. Early reports began in the 1990s, and although relatively low numbers of them have been found to date, little is known about their distribution and effect on native Yukon species. Changing environmental and climate conditions play an important role in the winter tick-host relationship, with warmer, wetter seasons and shorter winters known to increase tick survival. Finding new methods of detecting winter ticks and their impact on hosts is important for us to understand how and when management could be needed.
To help with this research, the moose at the Preserve have been having their photograph taken more than usual! Moose, like many other mammals, shed their heavier winter coat each year, resulting in a natural pattern of hair loss. To better understand what a healthy, tick-free Yukon moose looks like over the winter and into spring, two high-resolution
wildlife cameras were installed in the moose enclosure in December 2018. These cameras automatically take a photograph every time a moose walks past, and will continue to capture thousands of images each month until May.
The resulting catalogue of monthly moose hair shedding patterns will form a critical baseline from which to compare images of wild moose, photographed by additional remote cameras that have been set up throughout southern Yukon. This work will allow us to examine the current effects of winter ticks in this region and will additionally form an important part of a larger
scale study that looks at winter tick spread under climate change throughout North America.
Interested in Contributing?
If you see a moose or other animal with patchy hair, you can help to inform this research by submitting a  photograph directly to Emily (emily.chenery@mail.utoronto.ca), online through the Yukon Winter Tick Monitoring Project Facebook page, or citizen science app iNaturalist. Sightings can also be reported directly to
Environment Yukon’s Animal Health Unit in Whitehorse. Yukon Winter Tick Monitoring Project.
Emily Chenery

Emily Chenery

Guest Researcher / Author

Emily Chenery is a PhD student at the University of Toronto Scarborough studying the range expansion of winter ticks into Yukon. This project at Yukon Wildlife Preserve is being assisted by BSc student Maegan McCaw (University of Alberta), and funded by EC’s W. Garfield Weston Fellowship from the Wildlife Conservation Society (WCS) Canada, with additional support from Environment Yukon’s Animal Health Unit.

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Feathered Friends in Rehabilitation

Feathered Friends in Rehabilitation

Feathered Friends in Rehabilitation

1 minute read – 

Generally, this time of year, the Wildlife Rehabilitation Centre is a lot more quiet than in the months leading up to fall. But in the final days of October the Centre got feathered with some new arrivals. 

October 30th, 2023 Conservation Officers from Dawson brought in a mature bald eagle that was observed to be weak, unable to fly and found near a road being harassed by ravens and magpies. The bird was severely underweight. Being on the ground for an unknown amount of time, the birds tail feathers were damaged. Upon its admittance, the bird eagerly ate and some fluids were administered.

mature bald eagle in rehabilitation

The next day, the Animal Health Unit of the Department of Environment brought a sandhill crane that was unable to fly. Similar to the eagle it was being harassed by scavenging birds. The bird has two lacerations, one of the left eyelid that is not affecting the eye and another on the left tip of the wing. Without much information to these injuries, Dr. Maria Hallock is ensuring they are cleaned and sanitized. The crane is given meloxicam, nonsteroidal anti-inflammatory drug (NSAID), to relieve pain and swelling. 

Now both birds just need time to heal, good food to gain weight and protection, while they return to normal health condition. We expect both animals to make a full recovery and be released back into the wild.

Since the crane should be already venturing down-south for Fall migration, the Preserve will look to some rehabilitation centres in B.C. that could admit the animal to provide its final phase of care after we give it a one-way ticket South via Air North!

Help us get them back on their wings. We could use your help. If you are able to support the care of these two animals, please consider donating. Every contribution makes a difference and as a non-profit charitable organization, you can receive a charitable tax receipt for your support. 

Photo credit: B.Forsythe

Lindsay Caskenette

Lindsay Caskenette

Manager Visitor Services

Lindsay joined the Wildlife Preserve team March 2014. Originally from Ontario, she came to the Yukon in search of new adventures and new career challenges. Lindsay holds a degree in Environmental Studies with honours from Wilfrid Laurier University and brings with her a strong passion for sharing what nature, animals, and the environment can teach us.

867-456-7400
Lindsay@yukonwildlife.ca

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