Calling all deer..

Deer in general are fairly quiet animals, uttering little or no noise in their daily lives. However there are two quite vocal times of year, in the spring when female deer calve and in the autumn when the males are competing for the breeding females.

In spring time whether it is a Red deer hind, a Roe doe or Reindeer cow they will call softly to their young when they are looking for them. In May time when our reindeer calves are born the mothers can get quite agitated if their young calves are not right beside them, grunting incessantly to call them back. Red deer hinds ‘mew’ to their young calves and a Roe doe gives a low whistle when calling her young.

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A Red deer hind with her young. Photo from Wikipedia Commons

But the call of the rutting males can be quite different and is sometimes meant to warn off competing males and signal ‘how big and tough’ they are. At this time of year in the forests and glens of Scotland the red deer are in full rut and they make a fabulous bellowing noise rather similar to the roar of a lion. There have been scientific studies on the meaning of bellowing and it has been proven that the more times a stag roars at one session the more likely he is to be a successful breeding male.

Frontal view of red deer stag (Cervus elaphus) roaring during the rut, mouth open, in England
A Red deer stag bellowing. Photo from Wikipedia Commons.

However Reindeer (and Caribou) do not bellow like red deer but instead ‘grunt’ rather like a female calling to her calf, but more ‘gutteral’. And the grunting only really takes place when a bull is chasing after a cow. It is not a loud noise and certainly is not a threatening call in the same way as the red deer bellowing.

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A tussel will often follow reindeer grunting, with the winner going on to breed with the females.

Roe buck, patrolling his territory will bark (like a dog) to challenge other bucks who dare to step a foot in his domain and Fallow bucks are different again, issuing a husky, rolling grunt in an attempt to attract the does and warn off other prospective males.

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A Roe deer buck with velvety antlers, just before the rut. Photo from Geograph.
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The grunt of a Persian Fallow deer buck, to warn off competitors. Photo from Wikipedia Commons.

The non-native Sika deer, which were introduced into GB at the turn of the last century, have a characteristic kind of whistle, which turns into a high-pitched scream during the rut.

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The more delicate looking of deer species in rutting season, a male Fallow deer. Photo from Max Pixel.

So there is a vast variation of noises from grunts to screams, even among the deer found here in Great Britain. So if you go out in the countryside at certain times in the year and hear something unusual, don’t take flight, it will probably be a female and young calf, or else a harmless male deer in full flow because it’s the rutting season..

Tilly

 

The making of the Cairngorms

Our reindeer roaming here in the highlands of Scotland live in a truly unique landscape, that has been sculpted over the centuries. However, the formation of the Cairngorms is not known by many, and so here I’ve summarised a brief part of it to explain how the reindeer got their home.

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A herd of females, happy in their home grounds, the Cairngorms.

The Cairngorms are underlain by 427 million year old Granite and were, believe it or not, once in the range of the Himalayas standing far higher than today. Millions of years of degradation and the prolific effects of repeated glacial (cold) and interglacial (warm) cycles throughout the last 2.5 million years (Quaternary) have carved out the landscape in which we see today.

About 13,000 years ago, cold glacial conditions were increasing in many parts of the Northern Hemisphere. There have been many debates as to why this happened but scientists have hypothesized that this major cooling event was caused by an enormous dumping of fresh water into the North Atlantic by the large North America Lake Agassiz. As the ice retreated from the last glacial maximum 21,000 years ago the lake burst its banks causing a catastrophic flood. The flower (Dryas octopetala), the Younger Dryas or, Loch Lomond Stadial, marked the return to what we see today.

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The beautiful wee flower, Dryas octopetula Photo from Wikipedia commons.
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Photo from Wikipedia commons.

This cold water slowed down the oceans conveyor belt or ‘thermohaline circulation’ to an almost standstill, meaning there was a complete loss of heat transfer and a massive reduction in sea surface temperatures in the North Atlantic. The sea and the atmosphere share a sort of ‘love – hate’ relationship whereby if one is behaving well the other will behave; however if one decides to throw a spanner in the works its counterpart will throw quite the tantrum and this is exactly what happened. The rapid cooling of the previously warm salty sea water coming up the west coast of Scotland caused the atmosphere to cool dramatically; hence resulting in ice growth and incredibly cold conditions across much of Scotland.

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The land cover about 12,000 years ago in Europe. Notice the prevalance of ice and tundra habitat in the highlands of Scotland, where our reindeer now live. Photo from Wikipedia commons.

This last ‘hurrah’ of ice has sculpted much of the landscape we see today. As the ice retreated, Scots pine rose up the mountains pushing the level of steppe tundra with it. The subarctic conditions that now occupy this landscape mirror that of Arctic Canada and Siberia meaning that reindeer can survive and thrive here in the Scottish Highlands. These wonderful animals now inhabit a land forged by ice so can therefore thank these bouts of extreme cold as without them we would not have our reindeer here today.

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A lone Scots Pine in Scotland’s snowy landscape. Photo from Geograph, licensed for reuse.

Rob

How does Svalbard get his name?

Each year all the calves are named in September after spending the first four months of their lives free-ranging in the Cairngorms. Every year we select a theme to name the calves by. In 2011 the theme was “Games and Past Times”; as a result we have Scrabble, Rubiks, Rummy, Origami, Monopoly, Puzzle and Jenga amongst others.

However, as with any rule there is always an exception and Svalbard, also born in 2011, is the odd one out for that year!

Svalbard is currently in our Hill Enclosure here in the Cairngorms and, because of his large white nose (not to mention his fondness for food), he often stands out leading visitors on our Hill Trips to ask what his name is. This has prompted me to answer the question, why is Svalbard, called Svalbard?!

 To fully answer I’m going to first take us to the Arctic Ocean and the archipelago of Svalbard itself…

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You talkin’ about me?!

The Svalbard archipelago of Norway is found in the Arctic Ocean north of mainland Europe, approximately halfway between Norway and the North Pole.

Svalbard is an incredibly wild place with a land area of 61,022 km2 and a human population of only around 2700 (for comparison Scotland’s land area is 77,933 km2). Approximately 60% of the archipelago is covered with glaciers! The islands are home to only a few species of mammal which include polar bear, Arctic fox and its own subspecies of reindeer, called the Svalbard reindeer (Rangifer tarandus platyrhynchus).

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Svalbard is located in the Arctic Ocean. Map from Wikipedia.

The Svalbard reindeer has inhabited this harsh wilderness, and has been geographically isolated from other reindeer for over 5000 years. As a result they have become very well adapted to the particular landscape and roam on nearly all non-glaciated areas of the archipelago. The Svalbard reindeer wins the award for being the most northerly living herbivore mammal in the world!

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A wild Svalbard landscape. Photo from Wikipedia.

The Svalbard reindeer is the smallest subspecies of all reindeer and caribou. Bulls average 65-90kg in weight, and cows between 53-70kg compared with our Cairngorm reindeer where bulls can weigh 150kg. Svalbard reindeer are very distinctive for having short faces and short legs, making them appear ‘dumpy’. They also have a very think, long winter coat. The long coat also contributes to their short-legged appearance and even starved individuals can appear fat in the winter!

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A Svalbard bull with tiny legs! Photo from Wikipedia.

Svalbard reindeer may make short altitudinal movements, or slightly longer inter-island journeys across the sea ice but they are mostly sedentary and therefore have low energy demands. The lack of migration could be a reason why they have evolved short legs, also helping them have conserve heat with a smaller surface area.

However, don’t let their short legs deceive you! They can reach speeds of up to 60 km an hour on a good running surface, giving them the ability to out run a polar bear, the only predator they face on Svalbard (apart from man).

Unlike the majority of Reindeer on the Norwegian mainland the Svalbard Reindeer have not been domesticated, and also do not live in large herds but tend to be solitary or stay in small groups.

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Svalbard reindeer, with proportionally shorter legs. Photo from Wikipedia.
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Not sure what our Scottish lassies would make of these fellas! Photo from Wikipedia.

I’m digressing, so back to our Scottish Svalbard…

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Back to me… finally!

Svalbard was born on the free-range in May 2011 to Arnish, as a result his exact birthday is unknown. Arnish and young Svalbard were not seen between July and October that year, until Svalbard turned up by himself  in October at the Hill Enclosure, without his mother, who was sadly not seen again.

When this orphaned calf turned up, he was given a name according to the theme for that year. But the herders at the time kept commenting on how dumpy and short-legged he was; as a result he was quickly nick-named “the Svalbard reindeer”. Before too long, the name stuck and he’s been Svalbard ever since! Thankfully for him, he lost his stocky proportions and we now have a handsome reindeer with a big personally!

This whole blog was basically an excuse to show some cute photographs of a young Svalbard (and to research a future holiday destination!) so here come the pictures…

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Svalbard with his mother, Arnish (who never grew antlers). Looks like he’s got pretty long legs here!
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Svalbard – perhaps I can see the short legs here?
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Svalbard in his gangly teenage phase?
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Svalbard as a young bull in 2013 with his obvious white nose.

 

Ruth

 

Why the reindeer loves its mushrooms

For those of you who forage, or for those of you who are naturalists, or even for those of you who aren’t, you’ll know that now is the time for mushrooms. The reindeer know this too, and they have long clocked into the secret of where the best places are, and at this time of year they can be found down in the woods, where all the best mushrooms grow.

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Spotted you!

Reindeer can eat mushrooms that are poisonous to us, and will even seek them out. They have a trick to this that is shared by many other ruminants – having four stomachs and a specialised form of digestion.

Reindeer digestion works as follows:

  • The reindeer eats a lot of food very quickly and stores it in its first stomach.
  • The reindeer brings the eaten food back up to its mouth and chews it (chewing the cud) then swallows it into stomach number 2. Stomach number 2 contains many microorganisms which can break down the plant material in a way in which us mammals can’t.
  • The reindeer brings the food back up into the mouth and chews it a third time. Now the food is mixed with microorganisms and the reindeer chews them all up too. Yummy. The food is then swallowed into stomach 3.
  • Stomach number 3 absorbs all the water from the food and passes it onto stomach number 4, which is similar to our stomach and contains lots of acid to break the food down further.
  • Food passes into the intestines and all the goodness from the food and the chewed microorganisms is absorbed.
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The complicated stomach of a reindeer, with four stomachs. The rumen, the largest of the four, contains the microorganisms which break down food for the reindeer. Diagram from Wikipedia.

This incredible process means that the microorganisms living in the stomach deal with all the mushroom poisons, and the reindeer gets off scot free. It also means that reindeer can live off of lichen over the winter, when no other food is available, giving them a big advantage over other animals.

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A carpet of lichen provides a tasty snack for a mother and calf, all thanks to fantastic digestion abilities.

So with the poisons all gone, the reindeer is free to enjoy the mushroom (and any of its other properties!). One of their favourites is the Fly Agaric, the traditional ‘Christmas mushroom’, with its red cap and white spots, and hallucinogenic chemicals. This we believe is sometimes the culprit for any missing reindeer that we find later on in the day, sleeping soundly beside a pile of chewed stems!

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A beautiful arrangement of Fly Agarics. Photo from Wikipedia.
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Hmmm..

Morna

A Visitor’s View

Once or twice each day, we take a group of people up the hill to see the reindeer in their natural habitat. Many people cannot believe how friendly and inquisitive (and often greedy!) they are, and it can be wonderful for us to see visitors’ reactions to these wonderful creatures.

Its interesting for us to hear how our visitors percieve the hill trip, and so this week, our blog post comes not from us, but from a blog written by a couple of our visitors. Click on this link to view the post on the ‘Find Yourself Lost’ blog by John and Holly.

The photos capture incredibly well the natural beauty and wildness of the Cairngorms, and we thank John and Holly for their willingness for us to share their post.

How does a reindeer see the world?

We always encourage questions on our Hill Trips; some are simple to answer whilst others get us thinking more and this particular question even inspired me to write a blog!

“Are reindeer colour blind?”

The simple answer is… no. Reindeer, like other species of deer, are not colour blind, although they do see the world in a different way to us humans.

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How does Baffin see the world?

If you take a look at the visible spectrum below, reindeer can only see the colours at one end of it. They only see the short (blue) and middle (green) wavelength colours. This means they can distinguish blue from red, but not green from red, or orange from red. Therefore, their vision is thought to be similar to a human with red-green colour blindness.

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The visible spectrum – the portion of the electromagnetic spectrum that is visible to the human eye. Image taken from Wikimedia.

So, when us Reindeer Herders go out for a Hill Trip wearing our bright red waterproof jackets, the reindeer would think we were camouflaged with the green hillside behind us. And there was I thinking we stand out!

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Lotti the Reindeer Herder taking a rest! To a reindeer our red jackets would not be distinguishable from the green grass.

To get a little bit more scientific this is because humans have three different kinds of cone cells in the retina which can detect the entire visible light spectrum. However, deer only have two sets of cones meaning that they cannot distinguish the longer wavelengths.

However, as I discovered this is not the end of the story of how a reindeer sees the world…. fascinatingly, they are one of only a tiny number of mammals which can also see ultraviolet!

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On the electromagnetic spectrum, ultraviolet fits in right between visible light and X-rays. Image from NOAA.

Humans can’t see UV light but it is in sunlight so we are exposed to it every day; suntans (or in my case freckling and sunburn!) are familiar effects of our exposure to it!

So this led me to ponder the question “why have reindeer evolved to have UV vision?”

Researchers think that reindeer have adapted to see in UV as they live in a very UV-rich world. It’s thought that snow reflects around 90% of the UV light that hits it, compared to snow-free land which usually only reflects a few per cent.

Therefore, reindeer have adapted to their white world and have taken full advantage of it! Their special ability to see in UV allows them to spot things that other mammals would miss and helps them to find food and stay safe.

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A reindeer in a white, UV-rich world.

In the frozen white Arctic where the vast majority of the landscape would reflect the UV light, there are a few things which would absorb it. Predators, such as wolves, who to us would appear camouflaged actually stand out to a reindeer as their fur (and also their urine – a sign of a potential predator!) absorbs the UV light making them appear dark grey/black against the white, snowy background. Clever!

Similarly lichen, a major food source for reindeer in the winter months, also absorbs UV light. So if there was a tuft of lichen sticking up above the snow it would also appears very dark allowing the reindeer to see it clearly, in stark contrast to the UV-reflecting snow.

Therefore, they can avoid animals which might want to eat them and instead find lots of delicious lichen to devour for themselves!

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Winter coats, huge feet and the ability to see in UV… perfectly adapted animals for their snowy, cold world.
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A close up of Bovril’s beautiful eyes… Just because!

We’re always getting lots of interesting questions and I look forward to the next one which gets me hitting the books… and maybe even writing another blog!

Ruth

 

A Pied Wagtail story

Up on the hill in our 1200 acre enclosure there is a shed. We use the shed to house sick reindeer, catch the wild ones, and store all our hill-working tools and materials.

For the last couple of months we have had a visitor in our shed on the hill. A little female Pied Wagtail decided that the shed made an excellent house to hold her nest, and it even came supplied with a renewing source of insulation – reindeer hair!

Tucked neatly out of the way, hidden behind some spare fencing wire, Mrs Pied Wagtail laid her second-of-the-year clutch of four teeny-tiny Pied Wagtail eggs. With the reindeer hair lining, and her body warmth for much of the day, the eggs were kept nice and toasty through the variable Scottish summer.

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Can you spot the nest?
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Mrs Pied Wagtail has used her initiative and used all the spare winter-coat reindeer hair to line her nest. Each reindeer hair is hollow, making it an excellent insulator.

On the morning of the 18th of July, we walked into the shed to the shed to find four little chicks huddled up against the nest. A couple of days later we were greeted by the sound of cheeping, and were delighted to find 4 yellow open beaks hungrily competing for food. It is of course incredibly important not to disturb the mother on her nest, or the chicks whilst they are alone, so these photos were taken quickly whilst the mother was already away.

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The newly hatched chicks, huddled up keeping warm whilst Mamma Wagtail is away.
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Four little chicks on the 24th July, hungrily asking for food.
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After 2 weeks in the nest, the chicks are noticably bigger and ready to fledge!

Pied Wagtails are a common British bird, often known by slightly unusual nicknames such as ‘Polly Washdish’, or ‘Dishwasher’. These names are thought to come from olden days when women would wash dishes in streams where Pied Wagtails were common. They are lovely, sprightly birds that appear very cheerful and eager with their wagging tails and chirping call.

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A fully gown Pied Wagtail. Photo by Albert Bridge.

By the 31st of July, the chicks had fledged, and are now off in the big bad world, where we wish them all the best. We are always happy to see birds and beasts using our shed for shelter, and hope to see our little female Pied Wagtail back next year!

Morna

All you ever want to know about leucism

So what’s the deal with leucism?

Are all white reindeer leucistic?

Are all leucistic reindeer deaf?

How is leucism passed on?

How is leucism different to Albinism?

These are questions I have pondered while fixing the boardwalk, closely accompanied by Blue, our male leucistic reindeer. The subject of leucism is quite hotly debated and seems only those with a Doctorate in Pathology may comment, but here goes:

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Blue inspecting my handiwork.

Leucism (pronounced loo-kiz-im) is a genetic peculiarity which gives a white colour. The condition is recessive. It is a defect in the skin, not the pigment cells. Leucistic animals are all perfectly white. It seems however that there are differing levels of the condition – partial and full.

One other characteristic of leucism is deafness, however is seems that this is not always the case. Leucism is developed during the early stages of embryonic development and can influence the central nervous system. It therefore most commonly affects sight and hearing.

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Blondie, a leucistic (and deaf) female, sleeping peacefully and completly unaware that the rest of the herd has walked away and we are standing nearby.

If a condition is recessive it means that the offspring must receive the leucism gene from both parents to develop the condition. We have leucism in the herd. It doesn’t affect the carriers at all but if they breed with a carrier there is 25% chance that their offspring with have leucism. We currently have two leucistic Reindeer that are both deaf – Blue and Blondie.

Blondie’s(ll) father was Sirkas (Ll) and mother was Glacier(Ll) both carriers, therefore there was a 25% chance that Blondie was born with leucism. Glacier had nine calves of which only one was born with leucism but of course several carriers.

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Blondie and her calf Lego, both pure white.
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Blondie nicely camoflauged against the snow. Leucism does have its advantages!

Blue’s(ll) father is Lego who had leucism (ll), Blue’s mother is Lulu who was a carrier (Ll). There was therefore 50% chance that Blue would be born with leucism.

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A baby Blue, very obviously un-camoflauged against the heather (but very cute).

Albinism is a total deficiency of melanin producing cells in the skin. It is a skin mutation. There is a total lack of pigment. Albino animals have pink/red eyes. The pigment (colour) that would normally be seen in our eyes is missing so the blood vessels behind are seen in the eye, given the appearance that the eye is red in colour.

As I do not have a Doctorate in anything (except drinking tea) these are not comments but merely my interpretation of several articles written by Doctors of Science.

Dave

Bulls Over The Years

The Cairngorm Reindeer Herd was established in 1952 so over the past 65 years there have been many main breeding bulls so here is a little sum up. I can only tell you about the ones I remember but there were many bulls before my time as well. I’ll try to inspire Tilly (or Alan) to write a blog on the ones before my time.

The first bull I remember when I was very young was Gustav and he was born in 1985, the same year as my brother. You could not get a more gentle reindeer, if he was a human he would be the perfect gentleman! I suspect nowadays we have lots of reindeer in the herd like Gustav but back in the day he was certainly one of a kind! You may find this morbid but a few years after Gustav died we found his skull so we hung it up in our shed on the hill so we feel like he watches over us when we bring the herd in for handling. He was the main breeding bull in 1989, 1990 and 1991.

The next one to memory was Crackle who came to us from Whipsnade zoo in 1991 along with two others, Snap and Pop (Who remembers Snap, Crackle and Pop from Kellogg’s Rice Krispies?). Being new blood we obviously wanted to breed from him. He was also a very good looking reindeer, grew lovely antlers and had a great temperament so all good things to go back into our herd. He featured on the front cover of Tilly’s first book ‘Velvet Antlers Velvet Noses’ and lived to a grand age of 16. He was also photographed by wildlife photographer Laurie Campbell and recently we have acquired some posters from Laurie which were printed many years ago when Crackle was in his prime which we are selling in our shop.

After Crackle was Utsi who was born in 1998. He was hand reared by Alan, my dad. Utsi’s mum Pepper died when he was very young so we bottle fed him milk and he was Alan’s shadow around the hill and farm. I had a love/hate relationship with Utsi… and not because we fought over Alan’s attention, he well and truly had that 😉 When I was in my mid-teens on the hill one day with mum, we fed the herd and I was walking back counting them. At that point Utis was rutting and decided I was a few steps too close to his females and he completely flattened me. There were no injuries, infact I managed to get myself in-between his antlers while on the ground and held him into me as mum came over flapping an empty food sack to shoo him away. He headed off leaving me in a wee pile on the ground, but un-injured! The trouble when reindeer are hand-reared is they see us as part of their herd and being totally comfortable in our company he wasn’t scared to give me a telling off for getting too close so it’s a fair one really. I’ve learnt from my mistakes and how to act around rutting bulls so there have been no incidents since. The same year Utsi was a breeding bull we also had Cluster who was the same age. He was very different, kept himself to himself but grew lovely big antlers. We also had Red who was another gentleman, good looking with a super nature!

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Utsi behaving himself on the Cromdale hills
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Cluster with his beautiful antlers in velvet

We then had a spell where we used bulls we brought in from Sweden in 2004. This was new blood in the herd which is very important but it meant there wasn’t necessarily one main breeding bull. Some of these bulls were Sarek, Sirkas, Jokkmokk, Ritsem, Västra, Ola, Moskki and Porjus.

Then there was Crann!!! If you haven’t heard of Crann I’d be very surprised. He has been the pin up boy of the Cairngorm Reindeer Herd for quite some time now and although a very old man at 14 years he is still with us… though not looking as quite as good as he once was. None of the past or future bulls have matched the size of Crann’s antlers, he still holds the record and I suspect will for a long time to come. He was truly magnificent in his prime and his photograph has been in many national newspapers as well as our own advertising and images on various items of shop stock. He is certainly enjoying full retirement now at our hill farm over at Glenlivet, and quite rightly too!

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One of the many photos of Crann, a truly majestic bull

So in the more recent years we have had more reindeer joining us from Sweden. In 2008 we brought over Pelle, Jaska, Bajaan and Magnus who were the main breeding bulls around 2009, 2010 and 2011. Then there was Gandi, Bovril, Jara, Lalle, Boxer, Kota, Houdini, Pera, Bandy and Nutti who joined us in 2011. The most recent Scottish bulls are Balmoral and Ost. Both from very strong family lines and they have lovely natures and grow beautiful antlers… everything you want in a reindeer!

Fiona

Differences and Similarities

One of our visitors recently decided to adopt a reindeer they’d met at the Centre, but called us up when they received their pack to let us know that we’d sent a photo of the wrong reindeer. The reindeer they’d met had been a pale brown, with a thick shaggy coat and small antlers, whereas the photo on their certificate was of a sleek black coloured reindeer with large bony antlers. Thankfully, we hadn’t got it wrong, but could totally understand their confusion, as the reindeer change in appearance a lot throughout the year.

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Bovril in his shaggy old winter coat in June, and looking smart in September

First, there is the coat appearance. From May, the reindeer start moulting out their long winter coat, which, with 2000 hairs per square inch, takes about six weeks. They look incredibly scruffy at this time, but by around mid-July the whole herd look glorious in their short summer coat. This summer coat is a richer colour than the winter coat, so the white reindeer are gleaming white, and the darker reindeer are virtually black. The short coat exposes all of their angles, so they can look a bit gaunt, with angular heads and shoulders.

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Olympic’s varied coat throughout the same year (2014) – in February, July and September

Summer in the Highlands is short-lived, however, so by September their long winter coat is growing through, softening their appearance and turning them into cuddly teddy-bear lookalikes. This coat is slightly lighter in colour, so the darkest reindeer are now a rich brown. Over the winter months, the sun gradually bleaches out the colour, so by April the whole herd are a similar washed-out shade, with only the pure white reindeer looking different. It is the worst time of year to become a reindeer herder, as the reindeer look almost identical, and I’ve had sympathy with Ruth, and previously Dave and Imogen, starting in April and trying desperately to work out who is who!

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Young Beastie throughout the same year (2011) – in full winter coat in January, darker summer coat in July, and new winter coat in September
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Young Strudel throughout the same year (2010) – in old winter coat in May, dark sleek summer coat in August and with new winter coat growing through in September

Whilst the colour of a reindeer varies depending on the time of year, a dark coloured reindeer will always be comparatively dark, and a light one will be light. There is one exception, in that some white calves are born a mousy brown or grey colour, with a white forehead. This white forehead suggests their future colour, and once they are a yearling they have changed into their adult silvery coat.

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Diamond as a brown calf with a white forehead, turning silvery later that year, and even lighter as a yearling
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Origami as a calf with a white forehead, and as a silvery white adult

The other major change in appearance is relating to the antlers. Every year, each reindeer grows a full new set of antlers before casting them again at the end of the season ready to grow the next (hopefully better) set. From January to March, the male reindeer are antler-less, with the females usually losing theirs a little later, between March and May. Antlers are very distinctive, with each individual tending to grow a similar shape or pattern each year once they pass the age of about three. This is really useful for us herders, helping us to recognise the reindeer from year to year. Not much help in the period between casting the old set and the new set getting to a sensible size though! New herders are cautioned to try to “look beyond the antlers” and instead learn more permanent characteristics, such as the shape of their face.

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Caterpillar with very similar antlers over three consecutive years – 2014, 2015, 2016.
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Puddock with his familiar crazy branching antlers over three consecutive years.

There is a slight spanner thrown in the works though, as adult reindeer don’t necessarily grow the same size of antler each year. Antler size is determined largely by condition, so if reindeer are short of energy, they will grow smaller, more basic antlers – it’s pointless to waste energy on an amazing set of antlers if you don’t save enough energy for your body to survive! The three main reasons for sub-standard antlers are illness, rearing a calf, and advancing years. If a reindeer becomes ill whilst growing their antlers, the growth will be checked, and sometimes the new bone is weakened to the point that it breaks off, leaving the reindeer with short, oddly shaped antlers. Antler growth also checks when a female is about to calve, and the extra effort of producing milk to feed the calf can mean the antlers are considerably smaller than usual. Finally, once a reindeer is in their old age, their antlers often become distinctly short and basic – they are focusing their efforts on being alive rather than growing antlers for dominance.

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Lulu with impressive antlers in 2013, and a rather less impressive set the following year, due to rearing a calf.
Sequin
Beautiful Sequin in her prime with a large set of antlers, and with a simpler set in her old age.

It’s always entertaining for new herders watching the change in reindeer throughout the year, and sometimes peering in disbelief that the handsome reindeer in a photo is the same beastie as the scruffy fellow they know on the hill (as a side note, most of the photos for the adoption certificates are taken in September when they reindeer are at their smartest, with a fresh winter coat and recently stripped full-grown antlers). So if you do receive an adopt certificate with a reindeer looking a little different from when you met them, it is of course possible that we’ve got it wrong (we’re only human!) but if we check for you and confirm that it is them, hopefully this blog will help you to believe us!

Andi

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