Shooting Landscapes: 50 Must Have Tips

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Notice that, for a given focus distance, the percentage of depth of field in front of the focus point decreases and increases behind it as you close the aperture. Since using small apertures increases depth of field, one of the most common questions I get in my classes and workshops is:. The first limitation is the exposure triangle.

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While you choose the aperture, you also need to take into account shutter speed and ISO in order to get a photo correctly exposed. Small apertures reduce the amount of light collected by the sensor. Consequently, you need to reduce shutter speed select a longer exposure time to maintain a consistent exposure, forcing you to use a tripod to prevent motion blur.

The best solution here is increasing ISO instead of decreasing shutter speed. The second limitation is diffraction. As you stop down the aperture, the light passing through the lens tends to diffract more and more, decreasing the resolution of your photography and thus losing sharpness. In macro photography, the aperture choice is conditioned by subject distance and focal length choices. Both settings will lead you to get a very shallow depth of field. In portrait photography, your aperture choice will depend on the desired level of shallow depth of field, combined with the focal length choice usually more than 70mm.

Using them will help you keep your subject sharp while blurring all background elements.

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In most cases however, these focal lengths are not a good choice for portraits because its large field of view will force you to get too close to the subject, which might deform it. For example, if the subject fills the frame when shooting with a wide angle lens, the nose and the forehead might appear disproportionate and unreal. Getting close to capture animals is very difficult.

Wildlife photographers generally use telephoto lenses mm , whose depth of field is extremely shallow. In practice, the truth is that the aperture choice will depend on whether the animal is in motion or staying still. As a consequence, you are forced to use the widest aperture possible in your lens if you want to get a correctly exposed photo.

Therefore, you need to find the right balance between aperture depth of field and shutter speed ability to freeze movement. One possible workaround is to push the ISO up.

In this case, depending on the effect you want to create, your aperture choice will be a trade-off with shutter speed in order to get an image exposed correctly. For example, you might want to use long exposures to capture the movement of running water, which will force you to close aperture, reducing the amount of light collected, to get the right exposure. This causes the images to look more softened and less sharp, with less detail. At larger apertures, only a small percentage of light is scattered. But as the aperture decreases, the percentage increases making the effect more visible — the size of the aperture gets roughly comparable to the light wavelength, increasing the amount of light rays scattered around the edges of the lens.

When light waves are scattered, they start to interact with each other, adding in some places and canceling out in others. These waves form a diffraction pattern known as the airy disk. The diameter of the airy disk determines the smallest point to which a lens can focus a beam of light.

It defines the theoretical maximum resolution for a lens. When the airy disk is larger than the circle of confusion or 2. Can you see the effects of diffraction? Well, it's not that easy. In the following animated GIF, you see the effect of diffraction produced inside the black square region shown in the images above. This is caused by diffraction. In macro photography, diffraction can be used in a positive way to create beautiful shapes that produce different and authentic backgrounds.

Finally, you can use our Diffraction Calculator to assess the aperture at which your camera starts to produce images affected by diffraction.

The further you are from your subject the deeper the depth of field will be. Conversely, the closer the shallower.

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Therefore, one way to reduce depth of field is by getting closer to your subject. You want the subject to be in focus while blurring distracting elements in the foreground and background. But, as you move away from it, the percentage of depth of field in front of the focus point decreases while increases behind it.

Notice that the hyperfocal distance does not depend on subject distance. It remains equal when you change subject distance in the DoF calculator. Hyperfocal distance only depends on aperture, focal length, camera sensor and the hypothesis behind what is considered to be acceptable sharp. Do you notice that I got a shallower depth of field when I got closer to the subject? In practice, the subject distance choice is not only based on the desired depth of field criteria. For example, in macro photography, you need to be very close to the subject. The distance can go from just an inch 2.

In wildlife photography, you should get as close as you can! In this case, a telephoto lens becomes compulsory.

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Composition will define the position of the subject in your frame, not depth of field. Keeping all the settings equal focus distance, aperture, sensor size, CoC , larger focal lengths produce a much shallower depth of field. For example, a mm lens focused at 20ft 6m will have much less depth of field than a 24mm lens focused at 20ft 6m. Compare the depth of field values in the following images. Hyperfocal distance increases dramatically with larger focal lengths. As a result it is impossible to precisely focus at such long distances.

Since a different focal length produces a different frame and thus a different image, the question is:. What happens when the subject covers the same proportion in the frame? I know, there is a tiny variation for the smaller focal lengths, but it can be ignored compared to the effects of aperture and focus distance subject distance.

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Focal length does have an impact on the percentage of depth of field in front of and behind the plane of focus. Long focal lengths produce a more evenly distributed depth of field around the plane of focus than short focal lengths. To sum up, what you really need to know is that for the same focus distance and aperture, long focal lengths telephoto lenses produce shallower depth of field than short focal lengths wide angle lenses.

A teleconverter is a secondary lens mounted between the camera and the lens. Its job is to enlarge the central part of an image. Unfortunately, it also reduces the amount of light reaching the film or sensor in a camera. As for depth of field, the effect is the same as if you were using a lens equivalent to the combination of the lens and the teleconverter. A 2x converter duplicates the focal length by 2, but it also reduces by 2 stops the light collected. The crop factor CF of a DSLR camera is the ratio of the diagonal of a 35mm frame to the diagonal of the image sensor of the camera.

Remember that a 35mm frame has a size of 36x24mm, resulting into a diagonal of For a given sensor size and focal length, the effective focal length also known as the 35mm equivalent focal length is the focal length that would produce the same field of view on a 35mm camera.

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Since this camera has a crop factor of 1. In other words, 50mm is the focal length you need to use on a full frame camera to get the same field of view than a focal length of 35mm on a camera with a crop factor of 1. Therefore, full frame cameras produce shallower depth of field than APS-C cameras at the same effective focal length and aperture. Shooting portraits using a full frame camera results in more pleasant images, since it gives you more control over shallow depth of field.

Let me prove it with a real example. Have a look at the following images. The subject is 10 ft 3m away from the camera. What you see in the image is the crop effect. Place your tripod in a determined spot and take a photo with a crop sensor camera with the subject filling the frame.

Then, take the same photo in exactly the same position with a full frame camera. You will have more space around the subject but depth of field variation is neglectable. If you wish to achieve the same photo with both cameras, you will have to use a larger focal length effective focal length on the full frame camera or get closer to the subject, either of which will affect the depth of field.

In other words, depth of field variations are due to the different fields of view produced by different sensor sizes.

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As the sensor gets larger, you need to get closer to the subject changing perspective or use a longer focal length in order to fill the frame with that subject. Therefore, you need to increase focal length and close a little bit the aperture. Digital cameras allow us to quickly take a trial shot and check the depth of field directly on the image. This aperture that you chose will only be set at the right moment of taking the picture.

Why most cameras keep the widest aperture until the shutter is pressed? Because it allows the camera to collect enough light for you to properly focus and frame the shot.