Humpback whales are one of the four most common species seen on our tours in Faxaflói Bay, and we are constantly learning more about them thanks to new scientific research! Humpback whale migration and song patterns are among the things studied

One of the latest studies shows that we can estimate where a humpback whale has been based on the different songs (and hybrid songs) they ‘sing’. Humpback whales migrate and can travel great distances in order to reach feeding grounds or breeding areas. As they travel and encounter whales from other parts of the world they pick up bits and pieces from other humpback whale songs. Feeding grounds, breeding areas or migratory routes are all places where new songs and information can be passed between the whales.

A study published earlier this year recorded 52 humpback whales in the South Pacific, around islands that have been identified as a major crossroads along migratory paths for humpback whales. Based on the recordings, the researchers were able to identify the places that the whales had originally come from. They later confirmed their data using photo identification and genetic markers. This shows that humpback whales learn songs and transmit information in locations where they meet, and indicates that their migration can be traced through songs.

You can read more about this study – and listen to the songs recorded – on the blog from Whales of Iceland.

You can also book a Whale Watching Adventure with us during your visit to Iceland.

How long whales live depends on the species and how well they have been studied, there is still a lot that we do not know about whales! Some of the oldest whales are also some of the largest whales and many of them can be found in Icelandic waters. Check out our blog on How Large Can Whales Grow? for more information.

The five whale species which are thought to grow oldest are listed here:

  1. The most long-lived whale and the oldest mammal reported has been the Bowhead Whale where an individual was found to be of over 200 years of age!
    This species of whale is only found in the Arctic.
  2. The Fin Whale has been found to be live up to 140 years (average 90 years) and is commonly found in Icelandic waters.
    This whale is also the second largest species in the world.
  3. The Blue Whale has been reported to live to over 100 years (average more 70 than years). Blue whales are also the largest whales.
    In summer 2019 we spotted a Blue Whale and her calf on one of our whale watching tours in the Faxafloi Bay, even though they usually are sighted in the North of Iceland!
  4. The Humpback Whale which has been reported to get as old as 100 years (average 80-90).
    Humpback Whales are regular visitors in the Faxafloi Bay and often spotted on our whale watching tours.
  5. The Sperm Whale has been reported to reach 80 years of age (average 60 years).
    Sperm whales are also the largest toothed whales and residents in Icelandic waters.

The four most common cetacean species which we see on our tours are Minke Whales, White Beaked Dolphins, Harbour Porpoises and Humpback Whales. Out of those species Humpback Whales are the oldest with up to 100 years and Minke Whales can live up to 50 years! The life expectancy of White Beaked Dolphins is not well known, it is estimated to be between 40 and 50 years. Harbour Porpoises have been reported to live to 23 years of age (average 7 to 10 years).

 

How long can whales live?

A White Beaked Dolphin

 

How long can whales live?

 A Humpback Whale

 

How long can whales live?

A Minke Whale


Blog by
Dr. Annemarie Kramer
Special Tours Wildlife Adventures Guide

Whales are among the biggest animals which have ever existed on earth. The largest animal which inhabits our planet is the Blue Whale which has been measured to grow up to 33 m (110 ft). Newborn Blue Whales have been recorded to be around 7 m (23 ft) in size. Blue Whales are more frequently sighted in the North of Iceland but in Summer 2019 we encountered a blue whale mother and her calf in the Faxafloi Bay in one of our whale watching tours from Reykjavik, which was truly exceptional and is a once in a lifetime experience for most people!

 

A Blue Whale was seen on a tour with Special Tours summer 2019

 

How Large is the Fin Whale?

The second largest whale is the Fin Whale, which can grow up to 26 m (85 ft) long. It can also be sighted around Iceland and has been encountered on our whale watching tours from Reykjavik in the Faxfloi Bay, even though it usually stays further off the coast in deeper waters.

How Large is the Sei Whale?

The Sei Whale is a baleen whale as well and has been reported to grow up to 20 m (60ft), it is definitely the third largest baleen whale. Sei whales are also found around Iceland and very occasionally have come into the Faxafloi Bay!

 

“Sei Whale the third largest whale can grow up to 20 m or 60 ft. “

 

 

How Large is the Right Whale?

The Right Whale is a baleen whale of similar size; it has been reported to grow up to 20 m (60ft) as well. This whale has got its name because it was the “right whale” to hunt as it is moving slowly and has a lot of blubber (fat) in its body which was very valuable for the hunters. Unfortunately, this caused the species to be functionally extinct in the North Atlantic which means there are not enough individuals left to maintain its population and they will disappear. In summer 2018 a Right Whale ventured into the Faxafloi Bay, which hadn’t happened in 12 years!

 

The Right whale can grow up to 20 m or 60ft and was last seen on a whale watching tour from Reykjavik in the summer of 2018

 

 

All those large whale species which we mentioned so far are baleen whales which means they have baleen plates instead of teeth in their mouth and feed on very small fishes and krill (small shrimps). Check out our blog on How do Minke Whales and Humpback Whales feed for more on this topic.

How Large is the Sperm Whale?

What makes However, some sources claim a toothed whale to be the third largest whale species, the Sperm Whale. Sperm Whales have been found to grow up to 20 m (60 ft). They are special because they dive very deep for their prey which consists of giant deep sea squids. Sperm whales are the record holders in diving: They have been recorded to dive down to 3000 m (10.000ft) deep and hold their breath for 90 minutes. Sperm Whales are commonly sighted in the deep waters around the western part of Iceland.

What is the smallest Whale Species?

The smallest whales are found in a group of cetaceans which we call porpoises. We regularly spot one of those species in our whale watching tours from Reykjavik, the Harbour Porpoise! Their maximum size is 1.5 m (5 ft) only and they are the smallest whales which exist in the Atlantic Ocean and one of the two smallest species of Cetaceans worldwide.

 

“A Harbour porpoise is only about 1.5 m (5 ft) long and is one of the smallest species of Cetaceans in the world”

 

 

Blog by
Dr. Annemarie Kramer (guide)

Are dolphins whales? A brief introduction to animal taxonomy

The fact that dolphins are whales seems to cause a lot of confusion among people.
The short answer is: Yes, dolphins are a type of whale. If this answer doesn’t satisfy you, continue reading.

 

 

Whales, or cetaceans, as the scientists call them, are a group of mammals which are distributed throughout the world’s oceans and even in some freshwater areas. Whales can be divided into two groups, these are called baleen whales (Mysticeti) and toothed whales (Odontoceti). Most whales belong to the group of toothed whales such as all dolphins and porpoises. The main differences between those two groups are, as their names indicate, that toothed whales have teeth whereas baleen whales have baleen plates in their mouth.

Check out our blog on what do whales eat for further information on this topic.

 

 

Scientists have been trying to classify animals according to their characteristics and appearances and this is how they ended up creating these categories. Modern science and genetic analysis has been changing some of these established beliefs and categories lately, but let’s keep it simple.

Among the group of toothed whales we can distinguish between smaller groups, biologists call these groups ‘families’. The members of each of these groups share similarities, this is why they are grouped together.

 

 

There are two families among toothed whales which we refer to when talking about dolphins, one are the Oceanic Dolphins family ‘Delphinidae’ and the other one are the River Dolphins. Altogether there are over 40 species of dolphins! All members of the family of oceanic dolphins (Delphinidae) share distinctive features such, as for example: conical shaped teeth and a beak like extension of their jaws – so these are some characteristics which make a whale a dolphin!

And, by the way, the largest member of the dolphin family is the Orca sometimes also referred to as killer whale which we have spotted occasionally on our whale watching tours in the Faxfloi Bay!

 


Photo by Federico Facchin

 

Blog by
Dr. Annemarie Kramer (Guide)

Yes, you most certainly can see puffins in Reykajvik!

Puffins are seabirds and spend most of their lives out in the middle of the North Atlantic Ocean. However, during their breeding season from May to August, they migrate to Iceland, Norway, Greenland, the Faroe Islands, the United Kingdom and Newfoundland. You can find colonies of puffins all around Iceland during the summer and scientists believe that 60% of the entire puffin population nests in Iceland every summer! But they are shy by nature and they nest in remote places so it can be hard to find them.

 

 

Just outside of Reykjavik Harbor there are two small islands called Akurey and Engey. There is a big puffin colony that nests on these islands, it’s estimated that around 10-15 thousand pairs nest on them every summer. Just when the breeding season is starting scientists go out to the islands to count how many holes are being used by the puffins. That way they can see if the population is declining or not. They went out to Akurey on the 2nd of June 2019 and discovered that there were puffins in 4 out of every 5 holes. That is 8% more than last year so the population is doing great!

 

 

If you want to see puffins from Reykjavik, you can join us on one of our Puffin Express tours! The islands are only a 15-minute boat ride from Reykjavik harbor. We go out on a small wooden boat called Skúli which is built to sail into shallow waters so we can get extra close to the islands. There you can see the puffins in their natural habitat walking around on the islands, sitting on the surface of the water around the boat or flying over. We have about half an hour to cruise around the islands and enjoy the environment.

 

 

The boat is half overbuilt so you can stay inside or outside, whatever you feel is more comfortable. We provide binoculars on board, a lot of puffin books with extra information and warm blankets for those who need them. The tour is only one hour and is suitable for all ages. It’s the perfect opportunity to experience Icelandic nature and see Reykjavík from a different viewpoint. Just make sure you are dressed according to the weather and bring a long lens camera if you want to get some crystal-clear photos of the puffins because they are small and fast! I recommend to just sit back, relax and take in the nature around you. See more information about our puffin watching tour from Reykjavik here.

 

 

Blog by our Puffin Specialist
Íris Thorlacius Hauksdóttir

Here at Special Tours, we take joy in showing off the wonderful animals that feed in the bay of Faxaflói throughout the year. As a whale-friendly company, we are strongly committed to the idea of sustainable tourism, and we always do our best to minimize our disturbance on these amazing mammals on our tours. Protecting whales, dolphins, and porpoises (collectively known as cetaceans), however, also involves knowing what threats they face around the world. Unfortunately, whales face a variety of threats, which are mainly due to human activities. To raise awareness, we would like to highlight some of the main direct threats to whales and talk about what you can personally do to help reduce these impacts.

 

Plastic Pollution

Photo by Andrew Sutton, WDC Ambassador

 

Every year, millions of tons of plastic enters the oceans around the world. The main land-based source of this pollution is runoff from landfills next to bodies of water. Rainwater causes trash to flow into rivers, which then flow into the ocean. Meanwhile, out at sea, illegal dumping from ships contributes a lot of pollution as well. All this trash can be extremely noticeable in some spots – for example, there is a massive garbage patch in the north central Pacific Ocean that has reached a staggering size, as much as 1.6 million square kilometers. That’s more than 15 times the size of Iceland!

This plastic can take extraordinarily long to break down – for example, a normal plastic shopping bag can take up to 1000 years! When plastics break down, they create tiny particles called micro-plastics which then circulate throughout the ocean, making their way into the food chain and are eventually eaten by whales – or even humans. This is a large problem because the chemicals used to manufacture these plastics can be toxic, and some are known to cause diseases and birth defects. If whales ingest large pieces of plastic directly, it can cause them to choke, or fill up their stomachs and lead to starvation.

 

 

What can you do?

If you stop the use of single-use plastics, such as straws, cutlery, and shopping bags, you can not only help reduce the demand for these products, but also lower your personal contribution to this plastic nightmare. Instead of plastic straws, choose easily biodegradable paper straws, or reusable metal ones. Instead of plastic cutlery, keep a metal fork and knife in your car, or you could even choose biodegradable, plant-based “plastic” cutlery, such as by Vegware. And bring a sturdy, reusable shopping back with you to the supermarket.

If you want to go a step further, you can ask businesses you shop at, and restaurants you eat at, to consider switching away from single-use plastics. Those plastic take-out containers might keep your food safe on the trip home, but thick paper cartons will do the job just as well. And if you’re out for a walk and notice a plastic six-pack holder or shopping bag on the ground, take the minute and place it in a nearby bin. These are small steps, but if we all follow them, then they will make an impact.

 

Entanglement

Photo of entangled humpback whale by Ed Lyman, NOAA

 

Whales of all sizes are vulnerable to entanglement in fishing gear, and this risk only increases as fisheries around the world grow in size. What may happen is that a dolphin or porpoise sees fish caught in a net, and may try to eat them, getting itself entangled. Or, the thin filaments used in these nets may just not be visible to these animals, and so they become entangled by mistake. Because whales are mammals, and they must rise to the surface to breathe, this can cause these animals to drown. If they survive these entanglements, the fishing gear can leave wounds, infections, and result in scars to form.

A recent study which analyzed these scars concluded that a significant percentage of all humpback whales spotted in Icelandic waters have been previously entangled in fishing gear (Basran et al., 2018). These incidents might happen anywhere along their migration route, and they aren’t just from nets that are actively being used – whales may also become entangled in “ghost nets”, or nets that float around, unused, having been broken off or discarded carelessly. Ghost nets not only pose an entanglement threat, but also contribute to plastic pollution – see above.

The world’s smallest whale, a species of porpoise known as the vaquita, is unfortunately also the world’s most endangered whale. This is entirely due to entanglements – in their habitat, the Gulf of California in Mexico, an illegal gillnet fishing industry exists to hunt the totoaba, a large fish species. Vaquitas unfortunately become entangled very easily in these nets, causing them to drown. The most recent population estimate of this species is only 30 individuals, and so they are on the brink of extinction.

 

 

 

What can you do?

If you do any recreational fishing in areas where dolphins or porpoises might be found, it is important to always pull your line up if they approach the boat, and to never feed wild cetaceans. If they become very used to fishing boats, this puts them in danger of getting entangled in nets or fishing line (or even swallowing a fish with a hook in it – ouch).

If you aren’t a fisher, but you buy seafood, make sure to always look for “sustainable seafood” or “dolphin-safe” labels on the food you buy. The fishers these companies obtain their food from conduct their catches in a way that is as safe as possible.

If you are by chance a commercial fisher, then there are ways to reduce the chances of cetacean entanglement, such as affixing pingers to the nets – small devices which emit sound and make them easier for animals to detect. They are very low-cost, only about €4.50 per year per kilometer of fishing net! And soon, a type of net that includes barium sulfate should become more widely available – this compound makes fishing nets much easier to “see” using echolocation, which toothed whales use.

 

Noise Pollution

It would be nice to hand these out sometimes. Image from OceanCare

 

The ocean is a noisy place! The three main sources of noise pollution in the ocean are ship noise, gas and oil exploration, and sonar from military vessels. The largest ships that sail across oceans, such as container ships, oil tankers, and cruise ships, need incredibly powerful engines to power them – some more than 100,000 horsepower, and guzzling up to 16 tons of fuel every hour. And all that machinery makes a lot of noise, in the same range that whales use to communicate. This interferes with their ability to hear, including echolocation, and can sometimes result in them being struck by ships – but more on that later.

When oil and petroleum companies scout out potential areas to place oil rigs and start drilling, they first conduct seismic surveys to analyze the geology of the seafloor to check if there could be oil underneath. The air guns used in these surveys produce incredibly loud and intense bursts of noise, meant to penetrate hundreds of kilometers into the ocean floor. And these bursts can be disastrous to marine life, killing not only cetaceans but also seals and zooplankton. Whale stranding’s are often associated with these surveys. Farther away the effects are reduced, but they can still damage whales’ ears, or cause them to stop breeding. Overall, the effects of a single seismic survey may cover 300,000 square kilometers – 3 times the size of Iceland.

Another major source of mass stranding’s is from the use of sonar by military ships, especially during exercises and practices. Sonar began to grow in popularity around World War II, when it was used mainly to locate submarines. But the frequencies used in this sonar can be very harmful to whales, either causing direct injuries such as ear damage, or causing them to panic and surface too quickly, leading to decompression sickness, like human scuba divers can get. This can especially affect beaked whales, the deepest-diving of all mammals. Dozens of mass stranding’s over the past decades have been associated with naval sonar, but because these military activities are often classified, there may be many other mysterious mass stranding’s that could have been caused by sonar as well.

 

Image from NOAA

 

What can we do?

Further development of renewable energy that doesn’t rely on fossil fuels, as well as reductions in these military sonar exercises, would go a long way towards making the oceans a quieter place. And if you do decide to go whale watching, either here in Iceland or elsewhere in the world, make sure to choose a company that follows all local regulations – and even better if they adhere to a Code of Conduct. These companies do their best to minimize sound production from engines and propellers while whales are in the area. The Icelandic Whale Watching Association (IceWhale) has been maintaining its Code of Conduct since 2015.

If you are the skipper of a recreational fishing boat, and dolphins (for example), happen to approach the boat, turning off your fish finder might just reduce the noise that these animals must deal with every day.

 

Whaling

Photo of fin whale being processed, courtesy of IFAW

 

Whaling as a practice has existed for thousands of years. In times of starvation, a single whale could feed a hungry village for weeks. But this whaling for survival, or “subsistence whaling,” is far different from the commercial whaling that still unfortunately exists today. The whales that swim in our seas today form just a fraction of their numbers from before commercial whaling came along. A recent estimate suggests that during the 20th century (1900-1999), nearly 3 million whales were hunted as part of commercial whaling, and hundreds of thousands more over the previous two centuries.

Today, there are only 3 countries that still allow the practice of commercial hunting: Norway, Japan, and Iceland. Here in Iceland, the 2 species that have been hunted over the past few years are the fin whale and minke whale. While the minke whale population has not been listed as threatened, fin whales have been added to the IUCN Red List of Threatened Species, and have been classified as either vulnerable, or endangered. All countries that allow commercial whaling claim to have quotas that result in sustainable catches, which would not affect the overall population long-term – but it is very difficult to estimate their population in the first place.

 

 

What can you do?

Minke whale meat is unfortunately still served in restaurants and sold in supermarkets here in Iceland. But only a minority of Icelanders still eat whale meat – the most recent survey revealed less than 2% of Icelanders eat it on a regular basis, and more 80% never eat it. Most of the demand comes from foreign visitors. While you are here, make a point to choose “whale-friendly” restaurants. Many of them have pledged to not serve whale meat, by placing a sticker in their window that says, “Meet us, don’t Eat us!”

Ending whaling in whale watching areas has already revealed noticeable impacts. In Summer 2018, when the minke whaling season stopped partway through, whale watchers in Faxaflói Bay began to see a noticeable increase in curious minke whales that would approach boats.

You can also add your name to the petition organized by the International Fund for Animal Welfare (IFAW), to help show the world that eating whale meat is indeed a dying practice: https://ifaw.is/signup/.

 

Ship Strikes

Bayou, a humpback whale spotted off the coast of Massachusetts, is believed to have been struck by a ship to produce this unique tail. Photo from Boston Harbor Cruises

 

Whales being struck by boats and ships is a widespread issue that can affect any species swimming where vessels may also travel. Although in general, whales react and respond to danger very quickly, in some cases their ability to react (and escape) can be reduced. For example, if they are resting, nursing a calf, feeding, or even reproducing, they may be less aware of their surroundings and become more vulnerable to being hit by a vessel. In nearly every well-studied whale population, individuals have been found bearing the marks of ship strikes, from injured dorsal fins to scars on their backs. Unfortunately, many whales do not survive these encounters.

The North Atlantic right whale, the most endangered of baleen whales due to centuries of whaling, now faces a new threat in ship strikes. As commercial shipping increases every year, passing through their habitats, they become more at risk. And because climate change is reducing the amount of Arctic sea ice that stays throughout the year, more potential shipping routes are opening up, further adding to this risk.

 

Photo from BearandBlue.com

 

What can we do?

In the United States, the states of Massachusetts and California created laws in 2009 and 2013, respectively, to redirect shipping channels going through areas where many whales can be seen, in an effort to reduce ship strikes. If this continues around the world, and in other countries, then we may be well on our way to help reduce this issue.

When piloting small recreational vessels in coastal waters, make sure to always obey all posted speed limits and signs with “No Wake” warnings. Not only do these help prevent accidents with other boats, but going at a steady pace can help skippers more easily notice and avoid marine mammals such as whales, dolphins, porpoises, seals, and manatees.

 

Blog by Jonathan Rempel
Instagram: @jon.rempel
Special Tours Head Guide

Whales can come in all shapes and sizes. The smallest whale in the world, the vaquita, grows barely larger than a 10-year-old child. Meanwhile, the largest whales can grow to be larger than a city bus, longer than a basketball court, and even as long as a Boeing 737 passenger jet! Despite being so large, some of these massive marine mammals maintain their size by feeding on tiny animals, many of which are only the size of a paperclip.

 

Picture: The size of a Humpback whale compared to a diver.

 

 

Whales, dolphins, and porpoises are all classified as cetaceans, which evolved from land animals over the past 50 million years. Scientifically, cetaceans are classified into two groups: the toothed whales, and the baleen whales. The largest whales are baleen whales, but size isn’t the best way to distinguish between the groups. Instead, we should look inside their mouths to determine which group a whale belongs to!

 

The 2 most common baleen whales we see on our whale watching tours from Reykjavík are the minke whale and the humpback whale (See more about Humpback whales in our blog about how to identify Humpback whales). These species migrate thousands of miles every year, or almost every year, to come to Iceland and feed in our nutrient-rich waters. This results in spectacular sightings which may occur throughout the year, but sightings reach a peak in the summertime.

 

 

A feeding baleen whale is an amazing and often dramatic sight to behold!
Both pictures show a feeding humpback whale seen on a whale watching tour from Reykjavík with Special Tours.
Picture 1 by Federico Facchin / Picture 2 by Sigfús Már Pétursson

 

These baleen whales don’t have any teeth – and that’s because their remarkable way of feeding has made teeth useless. Instead, they have long strips of keratin (the same material our hair and fingernails are made of) which hang down from their upper jaws, inside their mouths. These strips are called baleen plates, and the whales use them to filter out their tiny food from the seawater!

 

A sample of actual baleen plates at the Whales of Iceland museum in Reykjavik, an amazing add-on to any whale watching tour or a perfect way to spend some time either way! Picture by Ragnar TH

 

 

Baleen whales have hundreds of these plates in their mouths, and they use the narrow gaps between the plates to filter out their food. They feed by opening their mouths wide, allowing a massive amount of seawater (along with their prey) to rush in. When the water and food are inside their mouths, they close their jaws and use their tongues to push the water out. The prey is trapped inside the mouth, held in place by the baleen plates acting as a sieve, and once all the water is expelled, they swallow everything in one gulp.

 

Both minke whales and humpback whales belong to a group of baleen whales called the rorquals, which have pleated throat grooves. These lines run underneath their bodies, from their mouth to their navel, and allow their throats to expand like an accordion to hold an incredible amount of seawater at once – 70 tons in the case of the blue whale, the largest rorqual of all!

 

A diagram of a Humpback whale feeding (Picture from howitworksdaily.com)

 

 

These whales repeat this process of filter-feeding throughout the day, every day. Humpback whales can consume up to one ton of fish and krill per day! This comes in handy, as they stop eating once they leave the feeding grounds and head south towards warmer waters, where they mate and give birth.

 

The first filter-feeding whales appeared in the fossil record around 25-30 million years ago, and before that point all whale fed using teeth. Today, nearly all the whale species on Earth are toothed whales, which are also amazing in their own ways – but they will be covered in a future article!

 

Watching these gentle giants feed in their natural habitat is an incredible experience, and something our whale watching crew never gets tired of. Join us on one of our Whale Watching Classic, Whale Watching Express, or RIB Express tours, and you might just get to witness it as well! When planning a Whale Watching tour we definitely recommend reading our blog about How to Photograph Whales.

 

Blog by Jonathan Rempel
Instagram: @jon.rempel
Special Tours Head Guide

Whale watching is probably the ultimate wildlife experience, and certainly one of the most difficult challenges that I faced as a wildlife photographer.

Whales spend most of their time underwater but of course, being mammals themselves they must surface to breath. This gives us a small window of time to enjoy them and possibly take some fascinating photos.

Sometimes cetacean can breach too! Even a huge humpback whale, a 40-ton animal, can launch itself high in the air becoming one of the most breath-taking natural shows I’ve ever seen in my entire life.

Nevertheless, this rare and spectacular event takes about 1 second, and doesn’t happen very often. Most of the time it happens in just a flash, a blink of an eye and if we are not 100% ready, we will not be able to enjoy it. So, you can imagine how hard it can be to take a good picture of it.

Here a few tips that may be of help for those of you who want to go back home with an epic homemade postcard from Iceland.

 

How to Photograph Whales  How to Photograph Whales

Pictures by: Federico Facchin

 

First of all, it is good to know that to photograph whales breaching you do not need fancy equipment. Of course professional equipment, if properly used, gives us better quality images, so let’s take a moment to speak about cameras, lenses etc.

Camera body:
Definitions, shutter speed, and ISO sensibility are among the most important parameters to judge a camera body.
Most of the entry level cameras can shoot at 1/400 sec. Professional cameras shoot at 1/8000 sec but for my best whale shots I’ve worked with 1/1000 sec roughly.
Usually we go whale watching during the day, so there is enough light to satisfy the ISO performances of all the cameras.

Lenses:
Obviously we are going to need a zoom lens (unless the whale gets THAT close), but:

If the lens is too bulky and heavy it is hard to operate it, especially considering that you are floating on a boat, with waves shaking it.
You do not want to have too much zoom power, so I have been working with 200mm zoom. Perhaps 300 mm works good as well, but if you exaggerate it results very hard to be able to point the whale quickly enough. We do not need extremely bright lenses with large aperture, for example; f2.8. A humpback whale can get up to 17 meters, so at a wide aperture part of the body would be blurred.

Make sure to switch on the stabiliser (selectors mode 1 for the advance lenses). If your lens doesn’t have the stabiliser option, you can solve that problem with a monopod or with a faster shutter speed.

Filters:
Something that I found extremely important are the filters. I am not talking about Neutral density filters (ND) but I am rather suggesting you to get a Polarized Filter (PL).
To use a PL filter is not just important, it is sometimes fundamental! The reflected light has the characteristic to be polarised, a PL filter can absorb and “delete” it. When sunlight is mirrored from the surface of the sea, it becomes extremely bright and it tricks the digital sensor of our camera. Consequently, we might have wrong expositions and can burn the colours.
PL filter (if correctly oriented according to the sun), can absorb most of these reflexes and greatly improve the final result of the picture!

Note that PL filters can make a difference even on cloudy days.

 

How to Photograph Whales How to Photograph Whales

Pictures by: Federico Facchin

 

That being said, equipment is not important if you do not know how to use it.

Personally, I want to have full control over the camera, and I always work on manual mode. Shutter speed ranges between 1/800 sec and 1/1250 sec. and believe it or not it depends on the sea conditions. If the sea is extremely flat, it might allow us to increase the time exposition and vice versa.

Aperture is something that can change a lot according to the size of the subject, the number of subjects we want to include in the area of focus for our shot and of course how close the animals are.
Wide apertures will focus only a small portion of what is in front of us, but if the light conditions allow it, we might be able to close the diaphragm and include more subjects in the same shots. Usually I shot at f 5,7 but as I said, it depends on many factors.
ISO and temperature must be regulated according to the light conditions of course. Although, in this case I usually rely on the automatic exposition.

Another important thing: make sure you select the burst mode, or continuer shooting mode, and to make sure the auto focus will not miss the subject, select AI Servo in the auto focus options. This way the camera will keep adjusting the focus point.

 

How to Photograph Whales How to Photograph Whales

Pictures by: Federico Facchin

 

Since the breaching of a whale is such a quick event, and since we have so many other things to think about, we may not have the chance to think about the composition of the shot. Therefore, try to use the central AF point not to miss it, and you can always adjust the picture in the post production.

If what I told in the previous paragraph sounds like a foreign language, select the “sport” mode. It is meant to take pictures of fast moving subject and it should give you good results as well.

Now, to make sure not to miss the breach of a whale the two golden rules are: never give up and never let your guard down.

You must be ready for a big endeavour, as both body and mind will be under pressure. Patience is the key, and even if nothing has happened after two hours on the sea, it does not mean it will not happen!
Standing in a boat can be tiring, especially on a rough sea, and you must keep the camera in position! Do not put the camera down, especially when the expert guide on board tells you that there are likely whales in the area. Keep the camera pointed at the sea, where the guide believes there are more chances to see the animals.

A whale breaching happens in a flash, which does not leave time for the photographer to point the camera, adjust the settings, focus and shoot. The Camera setting must already be perfect, and the camera should be lifted too, so that you only have to point it in the correct direction, focus the subject and shoot! Keep the camera in position and keep adjusting the parameters, especially if the boat drifts and the relative sun position changes.

However, being able to use the equipment can be pointless as well if you are not lucky to have a whale breach in front of you!

 

I have been very lucky, as I could see my first humpback whale breaching through the camera’s eye. What I suggest you is to be patience, and as soon it happens, you must try and keep it cool to focus on the subject and shoot. It might be worth the best picture of your life!

Also, be ready to fail my friends. At the end of the expedition you will probably have dozens of blurred pictures and many pictures of splashes. But if you are lucky (and talented), you might also have a correctly exposed and focused picture of a whale above the waves.

 

How to Photograph Whales How to Photograph Whales
Pictures by: Federico Facchin

 

Experience, patience, tenacity, and a bit of good fortune will permit you to shoot pictures like these on your next whale watching adventure with Special Tours – Wildlife Adventures in Reykjavík, Iceland.

Good luck to all of you whale watchers!

Federico

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Blog by: Federico Facchin

www.federicofacchin.com

How to Photograph Whales

This blog has been inspired by the flurry of activity our white-beaked dolphins have been showing recently. White-beaked dolphins are one of our most active species and have stolen the hearts of most of our guides by riding the bows of our boats and jumping magnificently around us.

For those of you who want more than simply to indulge in the beauty of their leaps and bounds, we thought we would put together a little fact file for you.

Firstly, you will need to know how to tell the difference between a white-beaked dolphin and any of their cousins. The best clue here will always be the waters they are found in. These dolphins are one of the only dolphin species worldwide who truly appreciate the cold. Never found below England or Ireland, these eclectic individuals prefer water temperatures of less than 12 degrees Celsius.

Aside from this, they are known to have a much more robust body than other dolphins and a much ‘snubbier’ snout. Of course, the beautiful grey and white markings all along their bodies make them most identifiable when you can get close enough to really study them- and we often do, as they are frequently seen riding the bows of our boats here in Iceland!

How to Identify a White-Beaked Dolphin How to Identify a White-Beaked Dolphin

We must, embarrassingly, admit that we actually don’t know all that much about white-beaked dolphins. We know that they are found in Icelandic waters year-round, and not just in Faxafloi Bay. We have been studying them for over twenty-one years (longer than the lifetime of our company!) but we still do not have a full understanding of their range and behavioural traits.

One thing that we can do is create a catalogue of all our known sightings. Dolphin species worldwide can be identified using high quality photographs that focus on the dorsal fin of a given individual. If you look closely at the fin in the photo below, you can see a small nick along the back edge. This cut will set this particular dolphin apart from others of its species and enable us to create a profile for him or her in the University of Iceland’s catalogue. In cases where the nick is particularly similar to another individuals’ markings, we then refer to their natural marking patterns. For example, this individual has a remarkable white stripe along the side, which would make them stand out from others easily.

How to Identify a White-Beaked Dolphin How to Identify a White-Beaked Dolphin

The natural markings of an individual do not only tell us their ‘ID’, but they provide us with a good insight into the life history of the species including movement and social structure. Natural markings in cetaceans can be a result of parasites, predator attacks, anthropogenic activities or congenital activities, to name but a few. Some marks are more common and consistent than others, and really indicate the kinds of lives these mammals lead. To give a larger scale example, in Icelandic waters minke whales are often spotted with injuries indicating the attack of a cookiecutter shark, while this is extremely rare in the white beaked dolphins. This is because minke whales dive much deeper than the white-beaked dolphins and can hold their breath for longer. As cookiecutter sharks are a demersal species who prefer to spend time between depths of 1-3.7km and migrate vertically to depths only as shallow as 85m to feed, they are much less likely to encounter the much shallower-dwelling dolphins, and therefore bites are more common in minke whales.

White-beaked dolphins are one of few species whose ‘blotches’ on their dorsal fins appear to be permanent (while with others, they can tend to fade with age). In this way, we can utilize their unique spot patterns repeatedly over the years to understand the residency of our populations. It seems that this residency is indeed high, with some individuals spotted consistently throughout Iceland.

As long as you know what to look for, the dolphins can be quite unique. On our tours you might occasionally be lucky enough to encounter a particularly well-known individual, and your guide may already know him or her by name. Alternatively, if you are fortunate enough to see a mother with her young calves, it could be that you are spotting an individual who has never before been documented – and for that reason, you should always keep your camera handy on a Special Tours adventure!

 

 

by: Catherine Cushenan (Guide)

Ever wondered if whales can be identified? Keep reading to learn about humpback whale identification.

If you’ve been on one of our tours recently you may have noticed that amongst the accoutrement of radios, speakers and useful spotting equipment the guides keep with them, they also have a camera at the ready at all times.

There are a couple of reasons for this. One being so that we can opportunistically capture picturesque photos of the wildlife and the landscape to showcase the magnificence of our tours, allowing those of you who have an upcoming tour to get an idea of what to expect, and just how exciting life at sea can be. However, one of the more pivotal reasons that we are often spotted acting as snap-happy as can be is to help extend the scientific database of Icelandic whales.

Humpback Whale Identification Humpback Whale Identification

As of October 2017, 738 different individual humpback whales have officially been identified in Icelandic waters alone. The fluke (the underside of the caudal fin) of a humpback whale is always completely unique. A fluke to a humpback whale is the same as a fingerprint is to us humans (Brown et al., 2018). Since 1981, researchers, whale watching guides and tourists alike have been photographing humpbacks in Iceland and creating a giant database of all the mugshots that they can. You will be able to see from the photos attached here, as each photo shows a different whale with varied spots, blotches and nicks. Essentially, we are using photos to spot the difference and help us identify our fellow mammals.

Humpback whales tend to be separated into two groups: those who live in the Southern Hemisphere and those who live in the Northern Hemisphere. Humpbacks exhibit strong site philopatry, which means that they like to return to the same ‘holiday’ destinations every year. They are genetically programmed to consistently return to the same locations as their parents, and their parents before them to breed, feed and explore (Kowarski et al., 2018). Northern humpbacks spend their years migrating between the Arctic, where they love to eat krill, cold water fish and plankton in some of the most nutrient rich waters in the world, to breeding grounds such as Guadeloupe, the Dominican Republic, the West Indies and the Cape Verde Islands (Bertulli et al., 2018).

Humpback Whale Identification Humpback Whale Identification

Using the photo ID database, local scientists were able to compare populations of whales passing through various feeding grounds in North Atlantic, such as West Greenland, Eastern Canada, the Gulf of Maine, Norway and here in Iceland. While we previously believed that the whales were facultative travellers (which would mean that they don’t mind where they go, as long as they get a snack wherever they end up), we now have evidence that there is extremely little overlap between individuals who visit each of the feeding grounds listed above. Of the 738 whales spotted in Iceland, only four have been seen in Norway- where a separate population of 752 individuals have been seen (Lavin, 2017). Just from photographic identification, we have been able to learn a little more about the behavior of these beautiful animals- and seen that their routine is a lot more diligent than we could possibly have imagined!

Hopefully this has given you some insight into the power of photography in marine research, and potentially has inspired you to bring your cameras on board with us. Who knows, maybe you will be the next person to identify a new whale in the area on one of our whale watching tours from Reykjavík, Iceland!

See more about humpback whales and how humpback whales feed here.

Blog and photos by: Catherine Cushenan (Guide)

References

Bertulli, C. G., Guéry, L., McGinty, N., Suzuki, A., Brannan, N., Marques, T., … & Gimenez, O. (2018). Capture-recapture abundance and survival estimates of three cetacean species in Icelandic coastal waters using trained scientist-volunteers. Journal of Sea Research131, 22-31.

Brown, D. M., Robbins, J., Sieswerda, P. L., Schoelkopf, R., & Parsons, E. C. M. (2018). Humpback whale (Megaptera novaeangliae) sightings in the New York‐New Jersey Harbor Estuary. Marine Mammal Science34(1), 250-257.

Kowarski, K., Evers, C., Moors‐Murphy, H., Martin, B., & Denes, S. L. (2018). Singing through winter nights: Seasonal and diel occurrence of humpback whale (Megaptera novaeangliae) calls in and around the Gully MPA, offshore eastern Canada. Marine Mammal Science34(1), 169-189.

Lavin, C. P. (2017). Photo-identification of humpback whales (Megaptera novaeangliae) between Iceland, Norway and Guadeloupe (Doctoral dissertation).