Harbour Air Twin Otter floatplane C-GQKN and Turbo Otter floatplane C-FODH in the sunset in the Port of Vancouver during summer 2016
The picture above has been taken with a Canon 5DSR full-frame camera in the Port of Vancouver, in British Columbia, during summer 2016. Following a very busy day of take-offs and landings, everything is now peaceful. The Harbour Air Twin Otter floatplane C-GQKN and Turbo Otter floatplane C-FODH are now parked for the night.
Pictures taken at dusk or dawn benefit from a unique light. Nonetheless, taking pictures of aircrafts against the light, with the last sunrays still visible, requires a special attention with regards to blown out highlights.
When contrasts are too important, it is possible to correct the situation by taking several pictures with different exposures and merging them using an image editing software like Photomatix (HDR photography). This is done in a few minutes only. Nonetheless, with floatplane aircrafts that are still slightly moving even when tied for the night, there is an increased risk of a blurred picture. The best way to proceed is to use a ND grad filter and to place it exactly where the light is the strongest. Naturally, there will still be some blown out highlights.
This being said, you still have a good margin of manoeuver, since there is no problem in showing a limited amount of over-exposed highlights in the brighter part of the sunrays, as there is not much details to lose there anyway. While purists would argue otherwise and spend hours in front of their computer trying to correct everything, you are making the best of another day of photographic exploration.
If the picture was taken using RAW files (or RAW with JPEG), it is possible to improve the scene even more by correcting some aspects like the contrasts, the brightness, the colours, the saturation and ambient light, etc. This also requires very limited time in front of the computer once you understand the basic principles of an image editing software.
Westcoast Air Twin Otter floatplane C-FGQH arriving in Vancouver Harbour, in British-Columbia, during Summer 2016. The photo was taken with a Canon 5DSR camera.
The picture above was taken in British Columbia, during summer 2016, with a Canon 5DSR full-frame camera equipped with a Canon 70-200 f2.8L IS II USM telephoto lens.
A Westcoast Air (C-FGQH) Twin Otter floatplane (DHC-6) was about to land in the Vancouver Harbour. It is obvious that adjusting the shutter speed to 1/1200 would have given enough speed to obtain a clear image. But this would have taken away any movement sensation by freezing the propellers and background.
The shutter speed had to be slow enough to allow the rotation of propellers. It is clear that an aircraft’s propeller rotates more slowly on final for landing than during take-off. So the camera had to be adjusted for a shutter speed varying between 1/40 and 1/125.
A slower shutter speed increases the risk of getting a blurred photo, especially when the photograph must move with the camera to obtain the desired effect of movement. The fact that a telephoto lens is used also increases the possibility of a blurred picture. It is thus imperative to activate the stabilizer and horizontal panning function of the telephoto lens.
To obtain a background without any precise details, the camera is panning and follows exactly the aircraft’s movement. This requires a progressive acceleration of the panning, according to the aircraft’s position from the photographer.
When the Twin Otter gets closer, things get a bit more complicated as everything speeds up. It is necessary to already have positioned the feet in the appropriate direction in order to avoid a major switch in the body’s posture. The slightest useless or brisk movement would immediately be visible on the photo.
With a bit of practice, a photographer will achieve success by respecting the following elements: a shutter speed between 1/40 and 1/125, an appropriate position of the feet, no brisk movement while pivoting and a progressive acceleration of the body’s rotation aligned with the aircraft’s speed. A slower shutter speed will enhance the aircraft movement. But expect more blurred pictures when working with speeds between 1/40 and 1/60.
A last detail: as soon as the aircraft’s floats touch the water, the deceleration starts. The photographer’s pivoting speed must immediately slow down otherwise the photo will be blurred.
In June 2016, I spent a few days in Montreal to look for photo opportunities in the city and in the Old Port. I had never seen so many construction projects going on at the same time in that city. We could feel that the city managers wanted everything to be perfect for the 375th anniversary of the city in 2017. Here are 2 percent of the photos that were taken during that photography session. (The files were in RAW and JPEG).
Photography and architecture. Habitat 67 in Montreal
The picture above represents Habitat 67, created in time for the 1967 Universal Exhibition by the architect Moshe Safdie. You can click on the following link if you wish to obtain supplementary details in regards to the conception and construction of Habitat 67: Moshe Safdie and Habitat 67
To take the photos, it was better to wait for the evening, a few minutes before nightime, in order to benefit from a better luminosity and prioritize the reflection of light sources on the water. Several boats passed by while I was taking the pictures and it momentarily diminished the quality of the light reflections. Eventually, after several trials, I benefited from a flat water surface. With ISO at minimum, I was able to limit the digital noise that would unavoidably become visible after cropping the images.
Habitat 67 Montreal
A photographic exposure lasting a few seconds helped to flatten the water surface and emphasize the light reflections. I made sure to keep the tugboats in front of the buildings since I consider that they added some dynamism to the scene. As usual, the use of a tripod, remote trigger and mirror lock-up helped to reduce the camera vibrations. Liveview was activated and the focus was done manually to ensure optimal image sharpness.
The picture below shows the abandoned grain silos in the Old Port of Montreal. They are protected since 1996 and will possibly be given a new role next year, just in time for Montreal 375th anniversary.
Grain silos in the Old Port of Montreal in 2016. Photo taken with a Canon 5DSR.
The bulk carrier Venture (formerly called Balder), built in 2002 and belonging to the CSL company, was docked in the Old Port. I tried a few shots, among them one with a telephoto lens Canon 14 mm 2.8L.
The Bulk Carrier Venture (CSL) in Montreal in 2016
To get a privileged access to the harbor installations, where all the loading and unloading operations are performed, would have been really interesting, but, since it was not the case, I had to try to capture an idea of the Port activities from a distance. I wanted to include the wagons loaded with containers and the ships. The use of a polarizing filter allowed the enhancement of the colours of the wagons. I thought necessary to include the venerable Molson Brewery building in one of the shots.
View of the Montreal Harbor, Molson Brewery and the Jacques-Cartier bridge in 2016
Then, profiting from the cancellation of the low pass filter in the Canon 5DSR DSLR, as well as the impressive enlarging capacities offered by the 50.6 megapixels full frame sensor, it was possible to capture a bit of the Port activities by cropping the photo later on, without any loss in quality, using an image editing software. The picture was taken with a telephoto lens Canon EF 24-70 mm f/2.8L USM at 70 mm.
Port of Montreal with ships and containers. Photo taken with a Canon 5DSR in 2016
For other photos on the province of Quebec and also Quebec City, click on the following links from my blog:
The container ship Maersk Pembroke under the Quebec Bridge, May 2016
Choosing what is important in a camera
Since there is actually no camera that has everything, whatever the brand, the buyer of a new camera must make choices: the type of sensor, the number of megapixels, the weight and size of the camera, the automatic focus’s speed and ability to follow a subject, the number of images per second, the performance under low light, the possibility to greatly enlarge a picture while maintaining its quality, advanced video functions, electronic communications with other devices, an extensive choice of lenses, etc. The list can be quite long…
The Canon 5DS(R): a specialized camera
A photographer happy with the Canon 5DS or 5DSR is one who needs a specialized camera offering both sharp images and the possibility of greatly enlarging the pictures it takes while maintaining the initial quality. This camera allows for more creativity as the possibility of extreme cropping beats, for now, everything that is on the market in the DSLR format.
Testing the potential of the Canon 5DSR when it comes to enlarging a picture
Here is an example of what this means: the photo below shows the yellow M of the McDonald’s restaurant photographed with a 50mm lens. Not easily visible…
Mc Donald’s restaurant’s yellow M captured with a 50 mm lens. Hard to see, of course!
Then the next photo was taken with a Canon EF 70-200mm f/2.8L IS II USM telephoto lens set at a 200mm focal length.
Testing the Canon 5DSR: the Mc Donald’s restaurant’s yellow M enlarged through a Canon EF 70-200mm f/2.8L IS II USM telephoto lens. Focal length used: 200mm.
But the picture can be enlarged a lot more using the amazing resolution of the Canon 5DSR. The following picture shows the result after cropping the 200mm image: the yellow M now takes the whole vertical space available in the picture without any loss in quality.
The Mc Donald’s restaurant’s yellow M, after having been enlarged (focal 200mm) and cropped within the Canon 5DSR.
From my position on the hill, the yellow M was barely visible with the naked eye. By using a 200mm focal length, followed by serious cropping, I was able to obtain the result above. So it is possible to photograph a subject that is almost invisible without a telephoto lens and transform it into the principal subject of the picture without any loss in quality.
I chose the 5DSR because the anti-aliasing filter has been neutralized in the model R to offer even sharper images, although there is a risk of occasional moire effect when there are repetitive patterns in a scene. This is the compromise that Nikon users must also have to deal with.
Rethinking photography
The 50.6 megapixel full frame sensor in the Canon 5DS or 5DSR allows a new approach of photography for those who do not have access to a much more expensive and larger medium format camera that does not necessarily give really superior pictures.
When I go outside for a photo session, it seems to me that I now carry a huge telephoto lens without the weight and the cost. A lot of what seemed to be unavailable possibilities are now accessible.
Taking pictures of people in the street is now less complicated: there are no more suspicious looks, artificial poses or people hiding their face. This is an ideal camera to capture people acting naturally without disrupting their routine. Gone is the feeling that you are bothering them in any way.
Quartier Petit-Champlain Old Quebec May 2016
The photo below was taken while I was standing at least 300 meters from the scene, just after sunset. For those who are from Quebec City, I positioned the tripod on a high wall on the other side of Chemin St-Louis, near the St. Louis Gate. I had to slightly brighten up the picture to make the details more visible, risking at the same time to increase the digital noise. It was a May 2016 warm misty evening, which is clearly visible by the lack of details in the background as we look in the distance.
Quebecers defying gravity in Old Quebec, May 2016
But those are not the only possibilities of this camera. The Canon Company, in its promotional video, explains what exactly the camera was designed for:
How can someone maximize the use of a 50.6 megapixel full frame sensor
In order to bring a subject closer to you while fully benefiting from the Canon 5DSR 50.6 megapixel full frame sensor, it is obvious that there must be absolutely no vibrations. The photographer must therefore use a tripod, a remote control release and the mirror lock-up function. This allows for a very low ISO setting while avoiding a blurred picture.
The mirror lock-up function is very well thought through, with the possibility to choose a totally automatic processus according to a timing chosen by the photographer (between 0 and 2 seconds). The system eliminates any secondary micro vibrations.
In order to ensure an even better picture, the photographer must use Liveview and set it to the 16X enlargement available on that camera (versus 10X on my Canon 5D MKII) to manually adjust the focus. It is then possible to see the slightest vibrations caused by the wind. Doing so, I realized that my camera strap, lightly swaying in the wind, was causing some minimal vibrations. Every detail taken into consideration will improve the final result.
One must then ensure to immobilize the strap and even diminish the tripod height if possible when the wind is blowing. These steps will allow an incredible enlargement of a subject while maintaining the initial quality of the image offered by a full frame sensor.
Superior mirage effect (cold mirage)
The photo below shows a ship being helped by two Ocean tugboats on its way towards the Quebec Harbour. The ship was at a good distance from the harbour; it is then possible to witness the superior mirage effect (cold mirage) resulting from a temperature inversion immediately over the water. The boats are deformed but the important close-up has not lowered the image quality. It has instead allowed to increase the atmospheric phenomenon effect.
Superior mirage (cold mirage) effect. Vessel and two Ocean tugboats on the St-Lawrence seaway heading to the Quebec Harbour, May 2016.
Once closer to the Quebec Harbour, the cold mirage effect decreased, as shown on the picture below:
Quebec Harbour, May 2016
The Canon 5DS or 5DSR without the use of a tripod or mirror-lock
Obviously, a tripod is not necessary if you do not intend to use a lot of cropping to enlarge a photo. You will obtain excellent results with the hand-held camera providing that you remember that this Canon DSLR is a specialized tool.
So many megapixels on a sensor of that size require that the photographer adapts his technique. But, as you can see from the picture below, it is totally possible to capture an aircraft in movement, even at dusk (May 11, 19:49), when the camera’s parameters are correctly adjusted. A higher shutter speed than normal is, in this case, absolutely mandatory.
The photo below shows an Air Canada Express Bombardier DHC-8-402NG (C-GSJZ) on final for runway 29 at the Quebec Jean-Lesage international airport (CYQB).
Bombardier DHC-8-Q-402NG (C-GSJZ — Air Canada Express) on final for the Quebec Jean-Lesage international airport, May 2016. Photo taken with a DSLR Canon 5DSR.
The Maersk Pembroke with the camera hand-held
The photo below shows the Maersk Pembroke container ship photographed with a hand-held camera using a Canon EF 70-200mm f/2.8L IS II USM telephoto lens during Spring 2016 near Quebec City. The focal length was only 140mm and the shutter speed 1/1000. The lens was equipped with a polarizing filter and the photo taken when the vessel was approaching the Quai des Cageux.
The Maersk Pembroke container ship on the St-Lawrence seaway near Quebec City, May 2016
The colours produced by the Canon 5DSR
The digital processing of the image and colours produced by the Canon 5DSR require different adjustments than what was necessary with the Canon 5D MKII. I am still learning how to handle the results produced by this camera so I will wait a bit before commenting.
View of Old Quebec from the St. Louis gate. Quebec City, May 2016
Night photography
Here are two photos taken during the evening in Quebec City. The photo below required a 200mm focal, an ISO set at 4000 and a shutter speed at 1/30 in order to obtain something else than trailing lights. Luckily, the traffic was moving slowly…
Night photography, Grande-Allée avenue, Quebec City, May 2016
The picture below, taken with a 200 mm focal, required an exposure time a bit longer that one second with the ISO set at 800. To take the photo, I took advantage of the fact that the cars were momentarily stopped at a red light, so that they would be clearly visible.
Night photography, Tourny fountain and Quebec lower town, May 2016
The images per second of the Canon 5DS(R)
The Canon 5DSR is so far quite an impressive camera. I would have appreciated that Canon offer a higher rate of images per second (7 instead of 5) to make it more versatile.
The camera allows taking pictures with smaller formats than 50.6 MP, the two other options being 28 MP and 12 MP. If the camera can deliver five images per second with 50.6 MP RAW files, we can deduct that it is able to offer more speed for smaller formats. But the camera is blocked at 5 IMS so that it, I suppose, does not compete with other existing Canon models of the same category…
Nonetheless, Canon says that the rapid sequence of shooting lasts longer if the photographer uses the smaller files provided. So it is not faster, but it keeps on firing for a longer period. My guess is that it would only require a new firmware version to improve this camera’s number of images per second.
For other night pictures, click on the following link to my site:
Gruyères and the Moleson in the background, Switzerland 2013
The city of Gruyères is located in the Prealps, in the Friburg County in Switzerland. It is a very charming small medieval town where cars are forbidden (the white van shown in the picture above is only used for morning delivery). In the city, one can visit the Gruyères Castle (Château de Gruyères), the H.R.Giger Museum (creator of the “Alien” in the movie Alien), the Tibet Museum, a cheese factory and boutiques. There are also some restaurants.
In the picture above, shot with a Canon 5D MKII, it is possible to see the Moléson in the background, a mountain that rises only 512 metres above the surrounding terrain but is still at more than 2000 meters above sea level. It is a tourist attraction that should not be neglected since it is very well equipped for all types of visitors, with a funicular and cable car. The visitors also have access to very interesting walking paths, for all ages and experiences.
Moleson cable car, in the Gruyeres region, Switzerland 2013
When you use a cable car and do not see where it is leading due to the presence of clouds, you have to trust human engineering. But we are in Switzerland, so it should be all right!
The Moleson cable car, Switzerland 2013
The Moléson summit offers superb views. The small cumuliform clouds visible in the morning around the mountain progressively lift up due to daytime heating and eventually become beautiful cumulus clouds that add life to any pictures.
Moleson summit in the clouds, Switzerland 2013
Once on top of the Moléson, it is possible to use a modern metal stairway to gain even more height and access a platform allowing an unobstructed panoramic view. The picture above was taken with a Canon EF 16-35mm f2.8L II USM wide-angle zoom lens equipped with a polarizing filter.
Metal stairs leading to an observation post on top of the Moleson, Gruyeres region, Switzerland 2013
When ready to go down the mountain, the visitor has two choices: travel with the cable car and funicular he used when coming up, or slowly walk along an easily accessible path through beautiful green landscapes. The more experienced trekkers might decide to walk along the crests of surrounding mountains. We chose to walk on paths covered with flowers.
Path on the Moleson, Switzerland 2013
Back to Gruyères, a visit of the Château de Gruyères and both museums is a must, as well as a tour of the cheese factory. You might want to spend some time in the boutiques too and try the local restaurants. It is also the moment to take a few pictures…
Inside the Gruyeres medieval city, Switzerland, 2013
The old architecture of the buildings in Gruyères as well as the neighbouring countryside allow for very interesting photographic compositions. A well-known photography technique consists in using an opening in a building and using it as a second frame (a frame within a frame). I made sure that the background was clear enough to improve the visual effect. An aperture around 16 allowed for an appropriate depth-of-field.
Spiraling stairs in the Gruyeres Castle, Switzerland 2013
The picture above shows a spiraling staircase inside the Château de Gruyères. I can barely imagine what the results would have been if I had had access to the new Canon 11-24mm wide-angle lens. But nonetheless, the Canon EF 16-35mm f2.8L II USM zoom lens did a good job.
The beauty of the full frame sensor mounted on the Canon 5D MKII DSLR is that a wide-angle shot taken at a 16mm focal will stay at 16mm while with a smaller sensor, like the APS-C, the photographer is facing a conversion factor of 1.5 or 1.6X, which transforms the 16-35mm wide-angle into a 24-52mm, in the best of cases. The APS-C sensor is interesting when used with a telephoto lens but a bit less when comes the time to take wide-angle shots.
The picture below presents the Château de Gruyères seen from a neighbouring field.
Gruyeres old architecture, Switzerland 2013
As the sun was setting down, I tried a shot from inside the castle. It was interesting to see the two little boys standing up alongside the wall and admiring the sunset. At the same time, it was possible to see the Moléson in the distance, its summit hidden in the clouds.
Due to the strong light contrasts, it was necessary to use a Hi-Tech ND graduated filter installed on my Canon 16-35mm wide-angle zoom lens. The Digital SLR Photography magazine, in one of its recent editions, made a comparison between ND grad filters and indicated that the Hi-Tech filter had a slight magenta coloration instead of a neutral grey. I think it is easily visible in the picture below. The photo could have been corrected with Photoshop but I thought of keeping it as it was since the scenery looked somewhat unreal already.
View from the Gruyeres Castle and the Moleson, Switzerland 2013
Once the sun was below the horizon, the more subtle colours gave a totally new look to the countryside. On the picture below, it is possible to see on the right a small path that a visitor can take to head down to the nearby village.
Gruyeres region in the sunset, Switzerland 2013
All the sceneries are not that easy to capture and it is sometimes necessary to use HDR photography to extend the dynamic range and take care of extreme light contrasts. The photo below needed five different exposures that were subsequently processed with the Photomatix image editing software. Useless to say, it was necessary to use the mirror lock-up function, a tripod and a remote control release.
View from the Gruyères Castle, Switzerland, in HDR 2013
Here is, as the final picture, an idea of what is waiting for you at the H.R. Giger Museum. If there is a strange but very interesting museum, it is this one.
Artwork in front of the H R Giger Museum, Gruyeres, Switzerland 2013
Other pictures of Europe and around the world will be posted in the coming months…
You must decide the ideal combination between the following: aperture, speed and ISO. All three are interrelated and choosing one has a direct influence on the other two.
You are facing a beautiful landscape in which you want everything to be in focus: you decide that the aperture is what matters the most. Choosing aperture as the priority is a very popular choice. Let’s consider that you choose F16, which should give you a very interesting depth-of-field but will demand a lot of light. You have to compensate somewhere. If there is not much movement in the scene, and you have access to a tripod, you might decide to choose a slow speed, which allows more time for the light to enter the camera. Doing so, you won’t need to crank the ISO and you will avoid adding useless noise to your picture.
In the picture below, aperture is set at F16. The vegetation in the left corner draws the viewer’s eye toward the pedestrians, and then progressively to the quai des Cageux. We finally see the Quebec bridge, the longest cantilever bridge in the world.
Quai des Cageux, Québec 2012.
If you decide that speed is a priority, you will have to compromise ISO or aperture. ISO will have to be increased to improve light sensibility, but doing so will increase the size of the grain in the picture. Depth-of-field will have to be adjusted as well since a higher speed does not let much light enter the camera. You won’t be able to pick F16 this time. So you will eventually find that there are some out of focus areas in your picture. With a bit of practice, you can be less demanding on the speed, providing you can follow the subject with your camera (it is like if you were slowing down the subject, so less speed is required).
The picture below was a bit particular: it was taken when I was on a boat rocked by waves. The eagle was far away and was traveling in the opposite direction, thus increasing the relative speed of the subject. The Canon 5D MKII was hand held and 400mm focal was necessary. Speed was crancked at 1/1600 and the ISO required was set at 5000. Naturally, the grain in the picture being larger, slightly diminishes the quality. This was a necessary compromise if the eagle was to be taken in flight.
Eagle observed in the Campbell River region. Summer 2012.
It is getting dark and you want a photo with absolutely no noise and you decide that the aperture is what matters the most. You make no compromise and choose ISO 50. This setting requires a lot of light, because the lower the ISO, the higher the demand for light. In order to make sure that your picture will not be blurred, a tripod will be necessary, since there will be an extended exposition time. In the picture below, the shutter has been opened for ten seconds, with a 9.0 aperture, 200mm focal and 50 ISO. Only the small branches in the foreground are blurred.
Note: in general, it is better to use a tripod as often as possible, even in daylight, in order to optimize quality. Choose a heavy enough tripod to prevent vibrations under windy conditions. A light tripod is easy to carry but does not allow for acceptable pictures in adverse weather. It’s obvious that this Queen Mary II photo would not have been as precise if a light tripod had been used. In this case, it would have meant that continual vibrations would have been recorded during 10 seconds. The boat would have been totally blurred.
