Table of Contents
1: Initial Disappointment
2: Basic Photo Editing
3: Basic Equipment
4: Types of Blur
5: Subject Motion Blur
6: Camera Shake
7: Plane of Focus and Depth of Field
8: Noise
9: Exposure
10: Location, Location, Location
11: Composition
12: Subject Motion Revisited: Blurs
13: Silhouettes and Black and White
14: Advanced Photo editing
15: Sample Equipment

Dance Photography (Steps 5-9)

5: Subject Motion Blur

If you set your camera to the green "auto" shooting mode, it will often choose a shutter speed of 1/60 sec, which is perfect for someone posing still for a snapshot, but will give you motion blur with a fast-moving dancer. What shutter speed do you need to freeze the action? It depends on the action. Here's a rough guide: The following three images have shutter speeds of 1/60, 1/125 and 1/250 secs, respectively:

1/60 sec1/125 sec1/250 sec

At 1/60, you can see severe motion blur in the dancers at the left who are bowing and slight blur in the dancer who is standing still but raising her arms (click through to see a larger version). At 1/125 there is blur in the hands, right leg and face of the running dancer (but not in the planted left foot). At 1/250 there is blur in the dancer who has just landed a jump. You can see it in the closeup crops below: the face has motion blur (because the whole body is still moving downwards) but the right foot is very sharp (because its motion has been stopped by the floor):

Crop of 1/250 sec (motion blur)Crop of 1/250 sec (sharp)

Now let's see some photos where motion blur is not a problem:

Photo & Video
    Sharing by SmugMug
Motionless pose at 1/125Crop of Motionless at 1/125Fast Motion at 1/400

Photo & Video Sharing by SmugMug
Jump at 1/500Crop of Jump at 1/500Another Crop of Jump at 1/500

What can you can do to minimize subject motion blur?

Photo & Video Sharing by SmugMug
Jump at 1/125Crop (top of jump; sharp)Crop (bottom of jump; blur)

Photo & Video Sharing by SmugMug Photo & Video Sharing by SmugMug
Pan at 1/40Crop of pan at 1/40Crop of pan at 1/40
Here's one more example of the difference a stop can make: in the first row below you can see my photo, at 1/160 sec, with close-up crops of the hand and face. In the second row is a great shot of the same dancer from the fine portfolio of Alexander and Natalie Arsky, fellow parents in my dance company. They used 1/320 sec, and you can see that there is less motion blur, particularly in the hands. Even though at ISO 5000 they are pushing the bounds of what the camera can handle without introducing noise, Arsky's photo at 1/320 is the better one because of the lack of motion blur, and because it captures a better pose. Noise is not a problem.

1/160 secCrop of 1/160Crop of 1/160
1/320 sec (photo by Arsky)Crop of 1/320Crop of 1/320

6: Camera Shake

What can you do to minimize camera shake?

Hand-held: tucked in



As a rough rule, you can expect to hand-hold a lens without noticeable shake at a shutter speed at least as fast as the reciprocal of the focal length. For example, with a 200mm lens, this rule says you should be shooting at 1/200 sec or faster. Assuming you have a half-frame sensor and/or you expect to crop the image, this will make the image relatively larger, thus multiplying the effects of shake. To be safe then, the rough rule would be to double that figure to 1/400 sec. On the other hand, image stabilization in the lens coupled with good technique (as outlined above) can allow you to shoot three or four stops slower (1/50 to 1/25 sec.). In the end, for dance photography, if you have image-stabilization and good technique you are more likely to suffer from motion blur than from camera shake.

If the subject does stay still, with good hand-held technique you can shoot at very slow shutter speeds (click through to see the detail):

Photo & Video Sharing by SmugMug
1/15 sec at 200mm1/10 sec at 200mm1/4 sec at 135mm

7: Plane of Focus and Depth of Field

A camera lens is designed to gather light and focus it on the sensor. But the very design that lets more light in puts a limitation on what can be in focus. Only objects that are in the plane of focus--a plane parallel to the sensor in the back of the camera--will be sharp. It is the job of the photographer to decide what should be in focus and what should not, and it is the job of the camera's focus system to put the plane of focus where the photographer indicates.

Focus is an artistic decision; it is usually bad to have the main subject out of focus, but it can also be bad to have too much distracting background in focus.

The first thing you have to be aware of is the width of the focal plane--how much of your picture will be in focus. This is called the depth of field, and it depends on four things: the distance to your subject, your aperture setting, the focal length of the lens, and your degree of fussiness or scrutiny. The chart below left shows some sample depths of field for different combinations of distance, aperture, and focal length (with average scrutiny). On the right is a table of the three factors, and a diagram where the focal plane is centered on the middle butterfly, and everything within the depth of field is in focus, while the near and far butterflies are outside the depth of field and are out of focus.

DistanceAperture50 mm100 mm200 mm
20 ftf/2 3'8"0'11"0'3"
20 ftf/2.8 5'3"1'3"0'4"
20 ftf/4 7'7"1'10"0'5"
20 ftf/5.6 11'2"2'7"0'8"
DistanceAperture50 mm100 mm200 mm
40 ftf/2 15'3"3'8"0'11"
40 ftf/2.8 22'5"5'3"1'3"
40 ftf/4 34'2"7'5"1'10"
40 ftf/5.6 57'5"10'7"2'7"
FactorNarrower DOF
(more background blur)
Deeper DOF
(more in focus)
Subject to camera distanceCloser distanceLonger distance
Aperture settingLarge opening (f/2.8)Small opening (f/11)
Lens focal lengthTelephoto lens (200mm) Wide lens (24mm)
ScrutinyMagnifying glassFrom across room

For example, if you have a 200mm lens set at f/2.8 and you sit 20 feet from the front of the stage, then your depth of field is just 4 inches for a dancer all the way downstage, and 1 foot 3 inches for a dancer 40 feet away upstage.

What does this all mean? It means you have to be careful with the 200mm portraits, but needn't worry much about the 50mm shots. By careful, I mean taking care with where you place the focus selector point (the little dot or rectangle in the viewfinder--on most cameras it lights up red). Suppose you want a portrait of a downstage dancer who is in a pose with her head leaning backwards. If the focus point is somewhere on her torso, then her face will not be in sharp focus. What can you do? You could change your aperture to f/5.6 (or maybe even f/8), giving you more depth of field. Or you could zoom out to 100mm, in which case the depth of field is about 2 feet 7 inches and you'll be fine although you get a wide shot, not a portrait. (I should note at this point that a wide angle lens only gives you more depth of field if you consider the whole shot. If you crop the 24mm shot so that a dancer occupies the same portion of the frame compared to a 200mm shot, then the 24mm and 200mm will have the same depth of field. See, for example, Michael Reichmann's explanation of this.)

But the best solution is to place the focus point exactly where you want it. Your camera has a controller (dial/buttons/joystick) that allows you to select one of several focus points. The image below replicates the view through the viewfinder. I used the joystick to select the top focus point (the red rectangle) and placed it over the dancer's eye while half-pressing the shutter. I waited for a pause in her motion (because this scene is rather dark and I only had a shutter speed of 1/125 sec) and then fully-pressed the shutter to capture this shot.

Photo & Video
    Sharing by SmugMug
Focus point on eye (f/2.8, 1/125, ISO 1600, 200mm, distance about 20 feet)

You can see that the depth of field is shallow: the dancers in the background are very blurred, and even the main subject's fingernails, which are only about a foot in front of the focal plane, are somewhat blurred. If I had left the focus point on the default center position (which you can see is on the side of the neck), I would not have gotten the face in sharp focus.

Here are some reasons why the autofocus system can miss, and things you can do to minimize the problems:

Camera Settings for Focusing

There are several settings on your camera to get right before you can get focus right. And there is more than one right way to do it. I am recommending the following:

8: Noise

The astute reader might at this point be asking "if motion blur and depth of field are such problems, why not just set the camera for 1/500 sec and f/11 and solve those problems once and for all?" There are artistic reasons not to do this--you might want a little bit of motion blur to connote action, and you might want a shallower depth of field so that the main subject pops out from the blurred background. But there is also a technical reason: shooting indoors you just won't have enough light.

Consider the "Focus point on eye" image above. It was taken at f/2.8, 1/125 sec, ISO 1600 and is well-exposed. As we will see in the next section, If we took it at f/11, 1/500 sec we would have to use ISO 102,400. Some cameras go that high, but the results will be extremely noisy. So we have a never-ending trade-off between noise, motion blur, and depth of field. Sometimes there is plenty of light and you have nothing to worry about; sometimes a scene is so dark that you must decide which factor to compromise on.

Why are ISO 102,400 pictures noisy? And what is ISO, anyways? ISO is the Internatinal Organization for Standardization, and in 1979 they set up a scale to standardize film speeds; that scale has been transfered over to digital. You can think of ISO 100 as the base rate, and every doubling of the ISO number (to ISO 200, ISO 400, ISO 800, etc.) as telling the camera to count each photon of light twice. So in a perfect world, a photo of a still subject at 1/500 sec at ISO 400 would look the same as a photo at 1/125 sec at ISO 100 (the former is 1/4 the exposure time and counts each photon 4 times). But we don't live in a perfect world; we live in a random quantum world in which there is always fluctuation in the amount of light gathered. At ISO 102,400 each little fluctuation is magnified by a factor of 1024, making them very visible.

Here are some real-world examples with an older camera (the Canon 5D II from 2009). The pictures look pretty good even with the crops, but if you click through to the even-larger versions, you can see noise in the ISO 3200 and 5000 shots.

ISO 1600ISO 3200ISO 5000
Crop of ISO 1600Crop of ISO 3200Crop of ISO 5000

The web site DxOMark tests cameras and reports the highest ISO speed at which cameras continue to deliver excellent picture quality. Here are a few of their ratings, to which I've added the sensor area and approximate price:

CameraSensor AreaPrice
2900Nikon D600full-frame$700
1400Sony a63001/2 frame$900
1200Canon 80D1/2 frame$900
900Olympus E-M101/4 frame$650

You can see that, in general, the larger the sensor area, the better the performance. You probably can't notice the noise difference between the two 1/2-frame models, but you will easily notice that the full-frame D600 has less noise. Judgments are subjective, and DxOMark is run by camera snobs (and I mean that in a good way) so you will probably find that you're getting very good images at a stop higher ISO than their rating. In part it depends on whether you want to print small 4x6" prints versus big 20x30" posters. If you can tolerate the noise in ISO 6400 pictures, great for you! That means you can use the slow f/5.6 zoom lens that came with your camera rather than having to upgrade to a more expensive f/2.8 lens.

Camera Settings for Noise

Different cameras have very different controls for handling ISO settings, so depending on your particular brand of camera you might prefer either of these two approaches:

Auto ISO: allow your camera to choose the right ISO setting (after you have chosen the other settings: exposure compensation and aperature size or shutter speed). Many newer cameras do auto-ISO well, but some cameras make poor choices. One thing you should certainly do is set the maximum ISO value that can be auto-selected. This can be done with a one-time menu setting.

Manual ISO: start by setting your ISO to a value that will yield good shutter speeds in most situations, but without too much noise. (Probably somewhere around ISO 1600, but it varies by camera.) Then in a brightly-lit scene you can switch to a lower ISO value; in a dark scene you can switch to a higher value. You may have to do a one-time change in the menu settings to make sure that ISO is accessible with a single button press rather than multiple buttons.

9: Exposure

Exposure refers to the amount of light gathered for an image. A camera has three controls that you must deal with: The total amount of light in a scene is measured on the Exposure Value (EV) scale. An EV value of 0 is defined as the amount of light that you could faithfully reproduce with an exposure of 1 second at f/1 with ISO 100. One stop darker than that (achieved by going to f/1.4, or to 1/2 seconds, or to ISO 50) is an EV value of -1; one stop brighter is EV 1; and every doubling or halfing is one more EV value. An amateur dance stage is usually lit somewhere in the range of EV 6 to 8, while a typical home interior is 4 or 5 and sunny daylight is 15 or 16.

The camera simulator made available by, lets you see the effects of varying aperture, shutter speed, and ISO sensitivity. Can you get a "smily face" picture with "bright indoors" lighting? You need to get just the right balance to avoid a "grainy" or "blurred" image. With "dim indoors" lighting, there is no way to get a "smily face" picture with the available settings (you could do it with a f/1.4 lens rather than a f/2.8 lens, or with a camera that can handle ISO 1600 without getting grainy.)

We'll first consider a dimly-lit scene at EV 6. If we cut the shutter speed in half 6 times we go from 1 second to 1/2, 1/4, 1/8, 1/16, 1/32, and finally 1/64, which we round off to 1/60. So EV 6 is f/1, ISO 100, 1/60 sec

Of course, most of us do not have an f/1 lens, and we know that 1/60 sec would likely give us severe motion blur. The principle of reciprocity says that if we simultaneously double the ISO and half the exposure time we end up with the same exposure value. Same thing if we half the aperture area (which corresponds to multiplying the f number by 1.4) and double the ISO. (Note: in the song Popsicle Toes (which happens to involve a Pentax photographer), Michael Franks writes "When God gave out rhythm / He sure was good to you / You can add, subtract, multiply / and divide by two." And in fact, multiplying and dividing by two is all a photographer needs to do.)

According to the principle of reciprocity, EV 6 is equivalent to any of the following (I have added annotations for the amount of blur for a moving subject and the amount of noise):

ApertureShutter speedSensitivtyEVReasonBlurNoise
f/1 1/60 sec ISO 100 6 +6 stops in time from EV 0severenone
f/2.8 1/60 sec ISO 800 6 -3 f-stops, +3 stops ISO from previous linesevereslight
f/2.8 1/125 sec ISO 1600 6 -1 stop time, +1 stop ISO from previous linenoticeableslightly more
f/2.8 1/250 sec ISO 3200 6 -1 stop time, +1 stop ISO from previous lineslightmore

EV 6 is risky territory: assuming you have a camera that performs well only up to about ISO 800, then no matter what choice you make in the reciprocity trade-off you risk either motion blur or a noisy photo, or both. And that's with a f/2.8 lens! If you only have the f/5.6 lens that came with your camera, your choices are dismal at EV 6:

ApertureShutter speedSensitivtyEVReasonBlurNoise
f/5.6 1/60 sec ISO 3200 6 -2 f-stops, +2 stops time from previous lineseveremore
f/5.6 1/125 sec ISO 6400 6 -1 stop time, +1 stops ISO from previous linenoticeablesevere
f/5.6 1/250 sec ISO 12800 6 -1 stop time, +1 stops ISO from previous lineslightextreme

But you can turn that around by investing $100 in a 50mm f/1.8 lens (or $400 in a 85mm or 100mm lens) shooting at f/2:

ApertureShutter speedSensitivtyEVReasonBlurNoise
f/2 1/250 sec ISO 1600 6 +3 f-stops, -3 stops ISO from previous lineslightslightly more
f/2 1/125 sec ISO 800 6 +1 stop time, -1 stop ISO from previous linenoticeableslight

(You could also invest $2000 in a full-frame camera that does a stop or two better in low-light noise, among other benefits.)

Now let's look on the bright side: in scenes that are lit at EV 8 you're in good shape with any lens:

ApertureShutter speedSensitivtyEVReasonBlurNoise
f/1 1/250 sec ISO 100 8+8 stops in time from EV 0slightnone
f/2.8 1/250 sec ISO 400 8 -2 f-stops, +2 stops ISO from previous lineslightalmost none
f/2.8 1/500 sec ISO 800 8 -1 stop speed, +1 stops ISO from previous linealmost noneslight
f/2.8 1/1000 sec ISO 1600 8 -1 stop time, +1 stops ISO from previous linenoneslightly more
f/5.6 1/250 sec ISO 1600 8 -2 f-stops, +2 stops time from previous lineslightslightly more
f/2 1/1000 sec ISO 800 8 +1 f-stop, +1 stop ISO from 2 lines abovenoneslight
f/2 1/500 sec ISO 400 8 +1 f-stop, +1 stop ISO from previous linealmost nonealmost none

So much for the theory of exposure. But what do you do in practice? You have four things to worry about:

Let's look at each of these in more detail.

Metering and intent: Your camera has a built-in automatic exposure meter, which usually does a pretty good job of deciding the exposure value of a scene. Let it. Although some people succsfully use manual exposure for dance, I find that for the performances I shoot the lighting changes too rapidly and too much from scene to scene and from one point on the stage to another. However, there are a few metering situations that the camera consistently gets wrong, and you will have to step in and make a correction by twisting a dial.

A common problem in dance photography is when there is an area of the image that you would like to be dark black. The default metering scheme of the camera tries to pull detail out of every image; if there is a large black area the camera will try to make it gray rather than black. If you truly want it to remain black, you need to tell the camera that. The way you do it is exposure compensation, which often is set up on a dial operated by your right thumb on the back of the camera. To keep a dark area black, dial in negative exposure compensation: tell the camera you want the picture to be darker than the camera guessed, by moving the dial. In the two images below, I used an exposure compensation of -2 stops.

Photo & Video Sharing by SmugMug Photo & Video Sharing by SmugMug
f/2.8, 1/160, ISO 1600 (EV 6), EC -2 f/2.8, 1/125, ISO 640 (EV 7), EC -2

Another problem is when a white (or other light-colored) outfit is large in the frame. The camera can't tell if the outfit is supposed to be gray or white; it guesses gray and exposes accordingly. You fix that mistake by dialing in positive exposure compensation. In the photos below this was +1 stop.

Photo & Video Sharing by
f/2.8, 1/400, ISO 1250 (EV 8), EC +1 f/2.8, 1/250, ISO 800 (EV 8), EC +1

Postprocessing: One school of thought is to get your exposure just right in the camera. Then you don't have to spend time messing around with your photo editing program ("Damn it Jim, I'm a photographer, not a photoshopper!"). You will probably set up your camera to store jpeg images. These have the advantage of smaller file sizes, making them easier to store and share, and also making it possible to take a longer burst of continuous images before your camera grinds to a halt.

The other school is that you should capture as much digital information as possible in the camera, and then manipulate the image to make it look the way you want. If you subscribe to this school you will probably set up your camera to store RAW images, which take up more space, but capture more digital information.

If you are willing to do the minimal postproccessing of croping, then you can use the strategy:

Shoot wide, then crop: instead of trying to get the framing perfect, zoom out a little, with the expectation that you will crop the image in your editing program. This makes action photography easier; if you are shooting wider you don't have to worry as much about a hand getting cut by the side of the frame, you just leave plenty of space and remove the excess space with a crop in your editing program.

Photo & Video Sharing by SmugMug Photo & Video Sharing by SmugMug
173mm: too long;
cropped hand
125mm: better;
can crop in editing program
125mm, cropped

Camera Settings for Exposure

Shooting mode: "Shooting modes" should probably be called something like "exposure priority modes." For most of my phtography, I use aperture priority mode ("A" in Nikon; "Av" in Canon). This means that I can adjust the aperture with the dial near my right index finger, and the camera automatically adjusts shutter speed (and ISO if I have it on auto-ISO mode). But for dance phtotography, I recommend shutter priority ("S" in Nikon; "Tv" for "time value" in Canon), in which you set the shutter speed and the camera selects aperture automatically. You can quickly change shutter speed from 1/125 to 1/250 to 1/500 depending on how much movement there is in the scene. True, you can't directly set aperture, but most of the time you will want to be at f/2.8 anyway, so you haven't lost much. Another advantage is that you can quickly switch to, say, 1/10 second to get deliberate motion blur.

Exposure compensation: You will still need to adjust exposure compensation, depending on the scene. For example, suppose I am shooting the white dress picture above right. I know that my camera's metering system will attempt to expose the dress as grey, so I use the rear dial on the camera to dial in exposure compensation +1. (How do I know it is +1? Experience. But if it was a little different either way, it wouldn't matter much.) I know there is some movement in the scene, but not a lot, so I set shutter speed to 1/250. When I press the shutter button the camera's exposure meter measures the incoming light as EV 7, and adds the +1 compensation to arrive at EV 8. Given the shutter speed of 1/250, the camera chooses f/2.8 and ISO 800 to achieve an EV 8 exposure, and takes the image with those settings.

Metering mode: The camera engineers couldn't get the automatic exposure metering right for every picture, so they compensated by giving you several choices of automatic metering systems. (That way, if the exposure is messed up, the engineers can always say "you should have used the other mode!") The metering modes are:
  • Evaluative (Canon) or Matrix (Nikon), in which the camera's computer considers the whole scene and tries to interpret which parts to pay attention to and which to ignore. It even pays attention to the focus point you have selected. This is the best mode for getting most types of pictures right most of the time, and what I use for most non-dance photos.
  • Center-weighted, an older scheme from the 1980s, that emphasizes the center and ignores the corners of the frame. I tend to use this for dance, not because it is always right, but because when it is wrong it is consistently wrong, and I have learned to use exposure compensation to correct for those errors. (But maybe I really should be using evaluative mode. I'll have to try it some more.)
  • Partial and spot metering, in which the camera computes the exposure value based solely on a small circle (partial) or really small circle (spot) within the frame. In most Canon cameras the center of the frame always determines the spot; in Nikon the spot is the active focus point. If you can keep the circle on a dancer's face then this metering mode will perform very well. There are two problems with it. First, if the dancer's face is in a bright spotlight, but the body is not, this scheme will expose the face properly and underexpose the body. This may be what you want, but if you'd rather have the body exposed properly and risk overexposure of the face, you should use evaluative or center-weighter metering. Second, if the metering spot slips off the face and onto a bright white outfit you'll be underexposed, and if it slips onto a black outfit you'll be overexposed. Therefore I don't recommend partial or spot metering modes for fast action. (They work for picking out the proper exposure for the key portion of a static scene, like a landscape, or a dancer standing still.)

I usually stick with evaluative metering, but I have experimented with the other modes.

For each individual shot, I have the option of changing the shutter speed with my right index finger (depending on how much the dancers are moving), and I have the option of setting exposure compensation with my right thumb (if the scene has a lot of black or white that will throw off the metering system). I can also use my thumb on the joystick to change the focus point.

There is one more dial that I sometimes use: my camera has a shooting mode dial that contains three "custom" modes. I sometimes set up C1 to be my regular settings as described above, and C2 to be my "blur" setting, changing the shutter speed to 1/5 second and ISO 100. Then I can swicth into this mode with one switch of the mode dial, rather than separately switching shutter speed and ISO. But with the newest generation of cameras, I trust the auto-ISO system, and no longer need the custom modes.

So much for dials and buttons; now let's concentrate on what the camera tells you. The great advantage of a digital camera over film is that you can see each image on the camera's LCD screen. You can quickly tell if an image is all wrong, however you won't be able to accurately judge precise focus or exposure on the small screen. Two things are more important than the image itself:

First, set up your screen to show blinking highlights. The idea is that if there is a portion of the image that is so bright that your sensor can't record details, that portion will blink on and off. Look at the display, and if the portion is something that doesn't matter--like a spotlight off stage--no problem. Below we see blinking highlights on the dancer's shoulder (due to a hot spotlight there). This image was shot at +1/3 exposure compensation; it probably should have been about -1/3 to preserve these highlights.

Blinking highlights and LCD display

The second thing is your most important guide to judging your image: the histogram. The histogram shows the relative number of pixels at different light intensities from very dark (on the left) to very light (on the right). If the histogram has a bump (or bumps) in the middle, you're good. If there is a bump crunched up against the left edge that is a potential problem. It means that some details are lost in shadow. That might be fine (you want the unlit edges of the stage to be black) or it may mean that you need to add positive exposure compensation (to get detail back). At the other end, if a bump is crunching against the right edge, you may need negative exposure compensation to bring the details back from the white highlights.

Histogram: levels of light

The histogram helps you with tricky situations like the one below. She has a white outfit, so you have to worry about blowing the highlights (suggesting negative exposure compensation) but also about the automatic metering turning the white to gray (suggesting positive compensation). He has a black outfit, but it is much smaller in the frame, so the main concern is retaining detail (suggesting positive compensation). I shot at -1/3 compensation; was that acceptable? The histogram shows separate channels for red, green, and blue, and one for overall luminance. Together they show that we've done a good job of protecting the highlights (nothing bumps up against the right edge) but that there is a slight problem with the darkest blacks losing detail (they are bunched up along the left, but only a sliver). Not a big problem, but probably this shot would have been better at about 0 or +1/3 exposure compensation.

Histogram display on LCD

Mechanics of the eye: Beyond dials and displays, remember this: Don't get fixated on the center of the viewfinder. It is all too easy when there is a lot of action to get tunnel vision. If you see something you like in the center of the frame, there is a temptation to stick with it, firing off dozens of frames. Resist this temptation; don't get fixated. Make it a habit to force yourself, after every three frames or so, to broaden your tunnel vision. First look to the edges of the frame: is there something distracting there? Something that should be included or removed from view? Have you framed the image well? Then look to the camera display at the bottom of the frame. Are all the settings good? If your shutter speed is showing 1/60 and the dance movements are rapid, you're in trouble--you should be at 1/250 or 1/500. If your ISO is 6400, maybe you want to consider a slower shutter speed to get ISO down to 3200. Next, briefly glance down from the viewfinder to the LCD after you take your shot. Without moving your eye away from the viewfinder, you should be able to check if your histogram looks ok. If not; make adjustments. And finally, open your other eye. I shoot with my right eye on the viewfinder, but I keep my left eye open to look around the stage and check if there is some other action I am missing.

When there is a pause in the action, take time to look at the playback display, particularly the histogram. This process of looking at the display has acquired the pejorative name of chimping (after photographers who exclaim "ooh! ooh! ahh! ahh!" at their own shots) but it is an important part of accelerating the learning, correction, and improvement process.

On the next page we will move away from the mechanics and cover aesthetics.

Page 1 · 2 · 3