Should wolves in Europe have their conservation downgraded? Are they really stable enough to be hunted again

The European commision has proposed downgrading the protection of wolves from their current strictly protected, but it has been suggested that this is not based on any science.

A total of 9 countries (The call for a re-evaluation of the annexes of the EU Habitats Directive is included in a note put forward by Finland with the support of Austria, Czechia, Greece, Italy, Latvia, Romania, Slovakia and Sweden, ahead of the EU Agriculture Council meeting of 23 January).

The problem with this move, is that while in some countries like Romania, there is a large and healthy wolf population, in other countries like France it is a very different matter. If there is a change in their status, it needs to be assessed country by country, and the European Union must really require minimum levels, otherwise, this move is highly likely to lead to the extinction of the wolf across much of Europe once again.

While living alongside wolves is not always simple, it is essential to have predators to control populations of prey, such as deer. This is not something that is easily replaced by culling, and in the UK, the likely reduction in car collisions with deer would save far more than the cost of compensation for the occasional livestock that might be lost (of course, the wolf is not currently wild in the UK and the current government sees no reason to change this).

While complicated, the interest in the wolf is high, and it is highly likely that farmers would be able to supplement their farming income by money they could be paid through ecotourism and allowing people to try to see the wolves from their land. Wolves as with many other species are still slowly recovering from centuries of persecution, they are needed for our ecosystem to flourish, and can be good for everyone, with adjustments and compensation for loss of livestock.

Beaked whales

Beaked whales

Beaked whales are a fascinating wide-ranging family. There are 24 species, but they spend much of their time in the ocean depths, and are capable of holding their breath for up to 3 hours.

More amazingly, it appears that some species might only spend several minutes at the surface before returning to the depths. Now, while this 3 hours record dive is repeatable is a big question. Assuming the beaked whale was capable of repeating this 8 times in a 24 hour period, we would be talking about a species which spends only 1% of its time at the surface. Given their shape also allows them to keep an incredibly low profile, even at the surface – and we do not know how many of them there are, it makes it clear how hard it would be to spot one.

If you could sit in one place, in the ocean for 24 hours, and have a whale repeatedly return to the surface for 2 minutes, half a mile away, it would not be hard to miss the animal.

Please note, where I have found a video, it is in line with the correct image. Before you reach all these species, there is an amalgamated news section for all beaked whales.

We are eager to support tourism of these species, but given they are seen so rarely, there is not a great deal of tourism connected to them. However, we will happily list anyone who does work in tourism and sees one of these even once (we will also list you on pages for cetaceans that you see more regularly.

Arnoux beaked whale Genus Beradius

Also known as the southern 4 toothed whale, southern beaked whale, New Zealand beaked whale, southern giant bottlenose whale and southern porpoise whale is one of the species of Berardius. This species and the one below, is so similar that only genetic evidence and the huge distance between them convinced people they were separate species. 

Little is known about them, because they are encountered so rarely

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Baird Beaked whale Genus Beradius

Also known as the northern giant bottlenose whale, North Pacific bottlenose whale, giant four-toothed whale, northern four-toothed whale and the North Pacific four-toothed whale, is a species of whale from the genus Beradius. It is the second largest toothed whale after the Sperm Whale

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Sato Beaked whale Genus Beradius

This whale was only recognized as a separate species on the basis of mtDNA. Its beak is usually only around 4% of body length. The name comes from the researcher who defined it (from pictures on land.

They generally have many scars, which are easy to see, as their skin is dark and the scars light to white.

Its classed as near threatened, though its hard to know.

Subfamily Hyperodontinae, Genus Hyperoodon – bottlenose whales, northern bottlenose whale The northern bottlenose whale was hunted heavily by Norway and Britain in the 19th and 20th centuries. It is capable of diving incredibly deep, with recorded dives reaching 2339m, and has been timed staying under water for 130 minutes. The northern bottlenose whale is endemic to the North Atlantic Ocean< and populations are found in the deep (500 m) cold subarctic waters of the Davis Strait, Labrador Sea, Greenland Sea, Barents Sea, , but can range as far south as Newfoundland and Nova Scotia. As of 2017, the population in the North East Atlantic is estimated to be between 10,000 and 45,000.

Subfamily Hyperodontinae, Genus Hyperoodon – bottlenose whales, Southern bottlenose whale

The southern bottlenose whale is a species of whale, in the Ziphiid family, one of two members of the genus Hyperoodon. Seldom observed, the southern bottlenose whale is resident in Antarctic waters. The species was first described by English zoologist William Henry Flower in 1882, based on a water-worn skull from Lewis Island, in the Dampier Archipelago, Western Australia. They live in deep ocean waters over 1000 meters.

Gnerally their dives last 15-40 minutes, but it is unclear if they would be capable of diving for as long as the northern species. There are no population estimates, though they make up 90% of ziphiid sightings in Antarctic waters.

Subfamily Hyperodontinae, Genus Indopacetus, Tropical bottlenose whale

The tropical bottlenose whale, also known as the Indo-Pacific beaked whale or Longman’s beaked whale, was considered to be the world’s rarest cetacean until recently, but the spade-toothed whale now holds that position. As of 2010, the species is now known from nearly a dozen strandings and over 65 sightings. This is the only species in its genus.

Given how rarely they are sighted, they have not been hunted, though they have been killed accidently.

Andrews' beaked whale

Subfamily Hyperodontinae, Genus Mesoplodon, mesoplodont whales, Andrews Beaked whale

Subfamily Hyperodontinae, Genus Mesoplodon, mesoplodont whales Blainvilles beaked whale

Blainville's beaked whale

Subfamily Hyperodontinae, Genus Mesoplodon, mesoplodont whales Deraniyagala beaked whale

The Deraniyagala beaked whale is so rare, I have been unable to find a video to place here

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Subfamily Hyperodontinae, Genus Mesoplodon, mesoplodont whales, Gervaiss beaked whale

Gervais's beaked whale
Ginkgo-toothed beaked whale

Subfamily Hyperodontinae, Genus Mesoplodon, mesoplodont whales,

Ginkgo-toothed beaked whlae

Subfamily Hyperodontinae, Genus Mesoplodon, mesoplodont whales, grey beaked whale

grey beaked whale
Hector's beaked whale

Subfamily Hyperodontinae, Genus Mesoplodon, mesoplodont whales, Hectors beaked whale

Subfamily Hyperodontinae, Genus Mesoplodon, mesoplodont whales, Hubbs Beaked whale

Hubbs' beaked whale
Perrin's beaked whale

Subfamily Hyperodontinae, Genus Mesoplodon, mesoplodont whales, Perrins beaked whale

Subfamily Hyperodontinae, Genus Mesoplodon, mesoplodont whales, Pygmy beaked whale

Pygmy beaked whale
Ramari's beaked whale

Subfamily Hyperodontinae, Genus Mesoplodon, mesoplodont whales

Subfamily Hyperodontinae

Sowerby's beaked whale
Spade-toothed whale

Subfamily Hyperodontinae

Subfamily Hyperodontinae

Stejnegers beaked whale
Strap-toothed whale

Subfamily Hyperodontinae

Subfamily Hyperodontinae

True's beaked whale

White-beaked dolphin

White beaked dolphin

The white-beaked dolphin  is a marine mammal belonging 

to the family Delphinidae (oceanic dolphins) in the sub order Odontoceti (toothed whales). Their distribution is shown in the map.

The white-beaked dolphin is endemic to the cold temperate and subarctic waters of the North Atlantic Ocean, most commonly in seas less than 1,000 m (3,300 ft) deep. Due to the fact they are not fully adapted to Arctic conditions, they are more vulnerable to predators, most notably polar bears. Within this wider region, white-beaked dolphins are most commonly found in four locales: on the Labrador Shelf close to southwestern Greenland, around Iceland, off the northern and eastern coasts of Britain, and off the coast of Norway. In the Faroe Islands between Iceland and the United Kingdom the White-beaked dolphin is at risk of being hunted during drive catches of the long-finned pilot whales. They may also be incidentally trapped in the purse-sein and trawl nets of the area. There are no recognised subspecies.

The dolphin may easily be misidentified as the Atlantic white-sided dolphin, although the white-beaked is commonly found further north. The white-beaked dolphin is also typically larger, and does not have yellow streaks on its side.

Below is a video (no sound) of them filmed under water off the coast of the UK. Northern parts of the UK have populations, including Lyme bay and areas around the hebrides.

They are thought to number 100,000, so are listed as least concern.

aaa Lofoten Islands, Just off the mainland of Norway

These islands are relatively large, covering 1227 square km or 474 square miles. While in the past this island may well have had a permanent population of polar bears, these days, polar bears rarely come this close to Norway,

So what is the wildlife of Lofoten Islands?The Lofoten Islands are home to otters, foxes and whales, as well as moose on the larger islands. We have incredible trips out to see the orcas and humpbacks off the coast of Tromsø and Tromvik in the winter, where travelers spend a week swimming alongside these incredible creatures. Indeed, while whales can be seen from Lofoten islands, one needs a great deal of luck, they are not common enough to have whale watching boats.

Here is a video of still shots taken on Lofoten islands

aaa Svalbard archipeligo, Norway, far north of mainland Europe

Svalbard archipeliago, north of Norway

This refuge was established in 1980 to protest the wildlife, both on and off shore. In terms of wildlife, brown bears, reindeer (around 7000 in this herd) wolves, wolverines, foxes, beavers. Moose are locally extinct due to overhunting. Off the coast, there are sea otters, seals, sea lions, and migratory grey whales. There are also over 200 species of bird. There are local native people who have lived within the reserve for 10,500 years and use the lands resources sustainably.

The video below, is all filmed from a cruise ship visiting the islands – just to give you an idea of what there is to see.

This is an island that I am eager to visit one of these days.

The Swedish government has decided to cull as much as half of the wolf population – why?

Wolf numbers in Sweden started to fall after a law in 1789 allowed commoners to hunt moose and deer, led to a lack of food for the wolf population. It is thought that there were no wolves in the South of Sweden by 1800, and they had vanished from the north by no later than 1900.

However, unlike the UK, Sweden is on mainland Europe. This means that countries bordering Sweden can have very different wolf policies – allowing wolves to naturally return. This happened in 1980s when 3 Finnish-Russian wolves crossed over the border and migrated to the south. These 3 (with occasional new migrants( has grown to 480, mostly in central Sweden.

Conservationists have argued that 300 wolves is the bare minimum for a healthy population. Those who study wolves suggest that wolves have a density of between one every 4.6 squire miles (12 square km) and one every 46 square miles (120 square km). Sweden has an are of 173,000 square miles suggesting a carrying population of between 3700-37000 wolves.

200 is therefore roughly 5% of the minimum carrying capacity of Sweden. Remember that most of Sweden remains heavily forested, and therefore perfect habitat for the wolf. These forests are also shared by 3000 bears.

What these numbers show, is that the current number of wolves in Sweden – 480 spread across roughly 40 packs, is absolutely fine.

The government minister did not give a figure as to how big she thought the population should be, but said that while Sweden must meet its EU obligation to not eradicate the wolf, she supported people “who live where wolves are, who feel social anxiety, and those who have livestock and have been affected”. Now it should be noted that these two policies are not compatible. For many farmers, the only number of wolves that they will be happy with is zero – they will always feel nervous with any wolves still staying wild.

It should be noted that the countries hunting lobby is powerful, and have argued that the wolves eat moose (which they want to be able to hunt) and kill their dogs if they get close enough.

I have experience of the wilds of Sweden. There is a Swedish bear hide listed on this site. Our visit gave us 6 bear sightings and a wolf, and when we went south to the centre of the wolf range we also saw some elk (moose) being harried by a wolf – exciting, even if the sighting was very brief. There is a great deal of money that flows into Sweden for ecotourism, and the potential of this is far higher than the money gained from hunting

Norway keeps demonstrating that they are not good conservators of the wildlife on their land

At the beginning of the year, a census showed that the population of wolves in Norway was about 81. This (you would think) is a population way to small to need a cull. Indeed at this population, you would think that even for trophy hunting, if you hope to be able to sell hunting permits again should be kept to single digits. In the Sierra de culebra is a hunting reserve: this reserve hosts around 80 wolves, and they allow at most 10 wolves to be hunted each year.

Norway announced that it would allow 51 wolves to be shot – about 60% of the population. This is totally insane, and indeed, they were taken to court. What is more ridiculous, is that the wolves live within the “wolf zone” an area of nature set aside to protect the predators. In virtually every country in the world, the idea of killing animals in an area set aside for their survival seems counter-intuitive. This zone makes up 5% of the country.

The appeal was rejected, and over the weekend hunts went on. A total of 9 wolves were shot.

9 Wolves killed over the weekend in Norway after a cull ban was lifted by the government

This is foolish for Norway’s global reputation, as well as being foolish in terms of managing the local ecosystem. Furthermore, while a small level of culling may be required to control predation of livestock, Norway is likely to be able to make a great deal of money from wolf tourism – many people visit the country to see the wonderful scenery, and the return of the wolf could have increased these wild tourism numbers

Unfortunately all three Nordic countries have similar plans, with Finland suspending plans to kill 3 packs of wolves just last month – citing European legislation.

Sweden has shot most of their annual quota of 27 wolves (this is the country in which I had the best view of a wolf, by chance while sitting in a bear hide).

Pressure on the Nordic nations should be brought to bare, to halt this unnecessary slaughter from being repeated

Norway continues to ignore science, but the wolf cull has been halted (for now)

Norway is a large country with only 5.4 million population. One would think therefore, that there would be plenty of space for healthy populations of wildlife. Indeed, one would be correct.

However, they draw the line at wolves.

At the start of the year, there was roughly 80 wolves in Norway. It seems foolish to need to say this, but this is not many for a country of this size. Similarly bears only number around 14, and lynx 350. With huge populations of musk ox deer elk and many other herbivores. This is clearly not enough predators.

Unfortunately this is not a view held by Norway.

51 wolves out of the population of 80 were due to be killed. This is clearly not a scientific cull, but one to placate hunters and farmers.

25 of the animals were due to be killed within four packs that live in the “Wolf zone” an area specifically set aside to protect predators. It is these wolves who have been given a stay of execution – conservationists argued that it is absurd to have an area set aside for nature, and to kill such a large proportion of a species that lives within it.

Conservation groups are taking the Nordic countries to court over their extreme hostile environment that they have for wolves. On Friday, Finland suspended licences to kill 3 packs of wolves specifically because of EU legistlation.

It is not wise to cull entire populations. Importantly, significant numbers of tourists visiting the Nordic region come for the wildlife. In other words, these animals are worth far more alive than dead.

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