This is a quick guide to photography, focused on taking pictures of insects<\/a> in the wild. These notes are based on several years of trial-and-error experience, as well as advice from Bill Graham<\/a>, retired professor of photography from Endicott College, and a June 2018 workshop by Bryan Pfeiffer<\/a>, wildlife photographer at the University of Vermont with an interest in butterflies. These principles apply broadly to all sorts of insect and wildlife photography.<\/p>\n Bombus ternarius queen on raspberry, Waterville, Maine. Dave Angelini, June 2018. Canon EOS 7DmkII, EF100mm Macro, f\/9.0, 1\/1250, ISO 400, no flash.<\/p><\/div>\n Get to know your subjects! Where can you find them? What times of day or night are they out and available to photograph? Are they easily spooked by your footsteps or your shadow? If they do notice you and take flight, how fast and far do they tend do go? Can you catch them in a net, vial, or Petri dish to make photography easier or more consistent? Find some good guide books<\/a> on group you\u2019re after, and read up on them.<\/p>\n Get to know your camera! You can shoot insects with a good point-and-shoot camera<\/a> in Macro mode, but you\u2019ll have the best results using a digital SLR camera<\/a>. You\u2019ll also improve your ability to get good pictures under diverse conditions if you understand how your camera works and how to use it in manual mode.<\/p>\n Digital cameras work by focusing light through the lens onto photosensors<\/a> that register the color and intensity of the light across a grid. These ultimately become the pixels<\/a> in your image file.<\/p>\n There are three critical parameters that effect the function of the camera as it takes a picture: shuttle speed, aperture, and ISO. Even if you\u2019re in auto mode, you should be able to find information on your camera\u2019s current settings in a screen similar to the one below.<\/p>\n The camera\u2019s shutter blocks light from the lens reaching the sensors. It opens to take a picture for a set length of time, usually a faction of a second. In the image above, this camera is set to a shutter speed of 1\/4000 of a second. Some camera omit the \u201c1\/\u201d numerator and just display the fraction-of-a-second speed.<\/p>\n Shutter speed is important in wildlife photography because animals move! If you want to \u201cfreeze\u201d fast movement, you must use a fast shutter speed. It\u2019s advisable to use at least a speed of 1\/250 just to eliminate the vibration from your hand as you hold the camera, but just insect macro work 1\/1000 or 1\/2000 should be a minimum speed.<\/p>\n Of course, faster shutter speeds let less light into the camera, and you can\u2019t take pictures without light.<\/p>\n The camera\u2019s aperture is like the iris of your eye. It controls how much light is admitted to the lens. Most cameras describe the aperture size with an f-stop number<\/a>. On the camera shown above it\u2019s f\/5.6. Lower f-stops are larger openings, letting in more light. So using a lower f-stop means you can use faster shutter speeds.<\/p>\n If you take a picture at 1\/4000 and f\/5.6, the sensor will receive the same amount of light as if you were to take it at 1\/2000 (slower, admitting more light) and f\/8 (a smaller opening, admitting less light). The difference will be in the depth of field. With larger f-stops (f\/5.6 rather than f\/8) a smaller range of distances will be in focus. With smaller f-stops, more of the foreground and background will appear sharp.<\/p>\n ISO is a third parameter that sets your camera\u2019s sensitivity to light. Back in the days of film photography, different chemical preparations made film with greater and lesser sensitivity. This property was described by an ISO number<\/a>. Higher ISO value film could produce an image in lower light. The draw-back was that high ISO film was grainy. Digital cameras work on a different physical-chemical basis, but manufacturers have kept the term ISO<\/a> as a way to describe the setting of the camera\u2019s sensitivity. Similar to film, high ISO values on a digital camera lead to graininess or noise in the resulting images.<\/p>\n The interaction of shutter speed, aperture and ISO are diagrammed in the triangle below.<\/p>\n In general, it\u2019s useful while shooting to choose an aperture, then an ISO, and let shutter speed vary to a degree, trying to keep it fast enough to freeze movement. If you have a flash, it can also be used, allowing you to set the shutter speed yourself as well.<\/p>\n Most cameras have a setting wheel that offers varying levels of control over shutter speed and aperture. ISO is typically adjustable elsewhere on the camera, and you may need to search for how to adjust it.<\/p>\n In full auto mode<\/strong>, the camera\u2019s computer will read the light level (and perhaps the distance of objects in its view) and make a guess at the shutter speed and aperture that are appropriate. Many modern cameras make good guesses, but they are not suited for rapidly moving targets, even in \u201csport mode\u201d. Program mode<\/strong> (P<\/strong>) is similar to auto, except that it usually prevents the camera from activating flash.<\/p>\n Manual exposure mode<\/strong> (M<\/strong>) allows you to set shutter speed and aperture individually. How do you know what settings to use? Knowing how shutter speed, aperture and ISO will affect your resulting image will give you ball park ideas of the settings you need. Your camera\u2019s view finder should also include a light meter, similar to the one cartooned below.<\/p>\n If the settings admit less light than the camera thinks necessary for a properly exposed image, the high-lighted needle will move left. Setting that may result in overexposure will move the needle right. Of course you\u2019re at liberty to ignore the camera\u2019s advice if, for artistic reasons, you want an image that\u2019s darker or brighter.<\/p>\n The light meter<\/strong> is based on the amount of light coming through the lens to a sensor. The needle or highlight in the view screen will be centered if the shuttle speed, aperture and ISO you (or the camera) have set will result in a medium gray image.<\/p>\n Most digital SLRs can be set to take a light meter readings that averages values from the entire field of view or focus in on the center. When taking pictures of animals in the field, it\u2019s rare that you can fill the field of view with your subject. For that reason, setting your camera to spot metering<\/strong> mode is helpful.<\/p>\n For some reason, if you stay with a wider metering mode, avoid having especially bright of dark backgrounds in the view when choosing exposure settings. For example, don\u2019t have a bright sky in the background.<\/p>\n Your camera will also have two \u201cpriority modes\u201d, in which you determine either shutter speed or aperture, and the camera picks the other value to produce an image with balanced exposure.<\/p>\n Aperture priority<\/strong> (Av<\/strong>) is a convenient way for you to choose the f-stop you want for a depth-of-field, without worrying about the specific shutter speed. This is the mode in which many seasoned photographers will shoot, if they\u2019re not using manual. By controlling depth-of-field you can exclude busy or distracting backgrounds.<\/p>\n Lucilia sp. in Waterville, Maine. Dave Angelini, June 2018. Canon EOS 7DmkII, EF100mm Macro, f\/7.1, 1\/4000, ISO 800, fill-in flash.<\/p><\/div>\n Taking pictures of insects presents some unique challenges that lead to particular strategies.<\/p>\n I\u2019ll expand those points below.<\/p>\n Consider your settings is that order: aperture, ISO, shutter speed. The full auto or program modes will make too many assumptions, and you\u2019ll want more control than they offer. Aperture-priority mode allows you to set an f-stop for a depth-of-field appropriate to your subject. Since depth-of-field will be limited for most macro photography distances, you may as well use a low f-stop (open) to let in more light. But if possible, you can experiment with closing it down.<\/p>\n Even if you shoot in aperture-priority, pay attention to the shutter speed. The rule of thumb is that the shutter speed should be at least 3 times the focal length of the lens, even for stationary subjects. So, for a 100mm lens, that\u2019s at least 1\/300. But for animals (and even plants that might move in the wind) you\u2019ll probably need a shutter speed of 1\/1000 to 1\/4000.<\/p>\n If you\u2019re using flash (see below) you can shoot in manual mode, and choose the shutter speed and aperture that you want, allowing flash (and perhaps also ISO) to make the image properly exposed.<\/p>\n While depth-of-field may never be great for macro subjects, it makes focus very important. If your camera\u2019s auto focus is relatively fast, use it. However for some cameras, or in low light, manual focus may be more effective. If you can get away with it \u2013 for example under bright sun \u2013 stop down the aperture to gain some depth of field. But be aware of the background. If it\u2019s too distracting, keep a relatively open aperture to create a blurred background. Or just move yourself so the background is different.<\/p>\n Be aware of the orientation of your subject to the lens. A butterfly that has its wing surface face-on to your lens will be entirely in the focal plane, allowing your to use a lower f-stop (more open aperture).<\/p>\n American lady, Allen Island, Maine. Dave Angelini, June 2018. Canon EOS 7DmkII, EF100mm Macro, f\/6.3, 1\/250, ISO 100, no flash.<\/p><\/div>\n Distance to your subject also increases the depth of field. If you\u2019re far from your target, as with birds and many butterflies (which spook easily), you can use lower f-stops, letting in more light.<\/p>\n Gray catbird, Allen Island, Maine. Dave Angelini, June 2018. Canon EOS 7DmkII, EF100mm Macro, f\/5.0, 1\/400, ISO 100.<\/p><\/div>\n Set your camera to take rapid-fire images. You want to freeze movement with a fast shutter speed, but the animal may be in unattractive or uninformative positions much of the time. The solution is to just take lots of images rapidly! The caveat is that you\u2019ll want to delete the bad ones later.<\/p>\n Use a Speedlite<\/a> or similar style flash with eTTL metering<\/a>. This will allow you to shoot in manual mode, setting the shutter speed (to something fast) and aperture (to determine the depth of field) of your choice.<\/p>\n Flash can have a couple of limitations. First, it will not work on distant subjects. You cannot rely on flash if you\u2019re photographing birds in the wild. If you\u2019re too close to the subject, the intensity of the flash may burn out the image. It\u2019s often helpful to adjust the flash compensation Another problem is that a flash takes time to recharge before it can fire again. So it may not be possible to shoot with a high frame rate, since the flash may only fire for the first image.<\/p>\n Some flashes will also not work with fast shutter speeds. The typical cut-off is 1\/250, which for insects is not very fast. If your flash allows \u201chigh speed sync\u201d, turn it on, and you should be able to use it with faster speed up to the 1\/1000\u2019s. It\u2019s denoted by an icon of a lighting bolt and the letter H, Lastly, flash can change the aesthetics of an image. When it is intense, flash can make a scene look flat and 2-dimensional. Ideally, you want just enough flash to supplement natural light, although this can be very hard to accomplish given the demands of photographing small, fast, dark bees in low light!<\/p>\n The factory setting for ISO on most cameras is 100, but they can be set to very high ISO. For Canons ISO above 640 begin to produce an annoying graininess. I also think the color becomes strangely saturated at ISO 800 and above. If you\u2019re trying to get beautiful pictures, a low ISO will ensure smooth, low-grain images, if you can exposure things right and keep your subject from creating motion blur.<\/p>\n Bombus impatiens on lupine, Fairfield, Maine. Dave Angelini, May 2018. Canon EOS 7DmkII, EF100mm Macro, f\/11, 1\/250, ISO 200, fill-in flash.<\/p><\/div>\n But, if you\u2019re struggling in low light to document an insect, go to a high ISO rather than miss the image.<\/p>\n Even if you’re just shooting a voucher image, to document the presence of an animal, think about the image you are creating as an aesthetic product. Personal taste will be a factor here, but whatever your preferences, just thinking about what \u201clooks good\u201d will certainly help you produce better photographs.<\/p>\n If you\u2019re shooting to document the animal, make your subject take up most of the image. Don\u2019t rely on high-resolution to enable your to crop in.<\/p>\n For shots that are meant to be more evocative than something purely documentary, these consideration because even more important. In this case, leave a little extra space around your subject so that you can rotate and crop in post-processing. Remember the rule of thirds, that says images are more pleasing if subjects lie alone lines dividing the image in thirds.<\/p>\n Of course, rules are meant to be broken. So use your best judgment.<\/p>\n Sometimes it can interesting if the subject is echoed by lines or shapes elsewhere in the image. But avoid overly distracting backgrounds.<\/p>\n Also, it can helpful to pay attention to color. How does the background color complement<\/a> the subject?<\/p>\n When you first come upon a subject, make your best guess at the exposure settings, flash and composition options available to you. Often you have to think fast! But if you can, look at the resulting image and reconsider\u2026<\/p>\n Make and changes you think are best and then fire away, taking images until you\u2019re satisfied that you\u2019ve got the images you need.<\/p>\n Depending on the critters you\u2019re hunting, many different lenses may work. However, the favorites have intermediate magnification and focal distances. Some examples for Canon cameras\u2026<\/p>\n Fixed focal length lenses are typically preferable to zoom lenses because the optics are optimized for a particular distance and they are generally more solid. Image stabilized (IS) lenses also help limit motion blur.<\/p>\n For most applications, have your camera save images in the highest quality JPEG<\/a> format. Professional photographers prefer to use RAW<\/a> format, which applies the least compression or alteration of the image and allows them greatest ability to manipulate the image later. RAW files are significantly larger than even high-quality JPEG\u2019s.<\/p>\n Most professional photographers will process images using software such as Adobe Lightroom<\/a> or Photoshop<\/a>. With justification, Colby can provide access to these programs on a Colby-owned computer.<\/p>\n Typically manipulations include rotation and cropping, as well as adjustment of light levels. Photographers and biologists debate the ethics of more intensive adjustments such as removing dust or distracting background and altering the proportions of the subject in whole or in part. Most scientific publications have policies that forbid photographic manipulations that are applied to only one part of an image. So, cropping, rotation and light-level adjustment are okay, but local touch-up\u2019s are not.<\/p>\n Everything gets better with practice!<\/p>\n Bombus impatiens, Manchester, Maine. Dave Angelini, June 2018. Canon EOS 7DmkII, EF100mm Macro, f\/7.1, 1\/640, ISO 400, no flash.<\/p><\/div>\n Most biologists are excited to share the animals they study with a broad audience. One of the challenges of that engagement is having compelling photographs of your subjects. Over the last several years, I’ve really enjoyed trying to take better pictures…. Continue Reading →<\/a><\/p>\n","protected":false},"author":5169,"featured_media":339,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"ngg_post_thumbnail":0,"footnotes":""},"categories":[246031,102,338],"tags":[516791,125,471837,162217,471836,142218,12425,516469],"_links":{"self":[{"href":"https:\/\/web.colby.edu\/aphanotus\/wp-json\/wp\/v2\/posts\/337"}],"collection":[{"href":"https:\/\/web.colby.edu\/aphanotus\/wp-json\/wp\/v2\/posts"}],"about":[{"href":"https:\/\/web.colby.edu\/aphanotus\/wp-json\/wp\/v2\/types\/post"}],"author":[{"embeddable":true,"href":"https:\/\/web.colby.edu\/aphanotus\/wp-json\/wp\/v2\/users\/5169"}],"replies":[{"embeddable":true,"href":"https:\/\/web.colby.edu\/aphanotus\/wp-json\/wp\/v2\/comments?post=337"}],"version-history":[{"count":4,"href":"https:\/\/web.colby.edu\/aphanotus\/wp-json\/wp\/v2\/posts\/337\/revisions"}],"predecessor-version":[{"id":344,"href":"https:\/\/web.colby.edu\/aphanotus\/wp-json\/wp\/v2\/posts\/337\/revisions\/344"}],"wp:featuredmedia":[{"embeddable":true,"href":"https:\/\/web.colby.edu\/aphanotus\/wp-json\/wp\/v2\/media\/339"}],"wp:attachment":[{"href":"https:\/\/web.colby.edu\/aphanotus\/wp-json\/wp\/v2\/media?parent=337"}],"wp:term":[{"taxonomy":"category","embeddable":true,"href":"https:\/\/web.colby.edu\/aphanotus\/wp-json\/wp\/v2\/categories?post=337"},{"taxonomy":"post_tag","embeddable":true,"href":"https:\/\/web.colby.edu\/aphanotus\/wp-json\/wp\/v2\/tags?post=337"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}![\"\"](\"https:\/\/farm2.staticflickr.com\/1739\/41067301300_9935bed9bd_z_d.jpg\")
<\/a>The animals<\/h2>\n
Camera basics<\/h2>\n
![\"\"](\"https:\/\/www.dpreview.com\/files\/p\/articles\/9076353662\/eos450dback.jpeg\")
<\/p>\nShutter speed<\/h3>\n
![\"\"](\"https:\/\/media.giphy.com\/media\/NRM5zETUPss6c\/giphy.gif\")
<\/p>\nAperture<\/h3>\n
![\"\"](\"https:\/\/upload.wikimedia.org\/wikipedia\/commons\/8\/87\/Aperture_diagram.svg\")
<\/p>\nISO<\/h3>\n
![\"\"](\"https:\/\/petapixel.com\/assets\/uploads\/2017\/03\/exposuretrianglediagram-800x713.jpg\")
<\/p>\nCamera modes<\/h3>\n
![\"\"](\"https:\/\/support.usa.canon.com\/library\/attachments\/ServiceWareImages\/LDImages\/SolutionAnswer\/EOS%2040D\/Command%20Dial\/40Dcommanddial.jpg\")
<\/p>\n![\"\"](\"https:\/\/d2f29brjr0xbt3.cloudfront.net\/287_meterviewfinder\/PerfectExposure-6.jpg\")
<\/p>\n![\"\"](\"https:\/\/www.kodak.com\/uploadedimages\/motion\/us_en_graycardplus_envelope-chart.jpg\")
<\/p>\n![\"\"](\"https:\/\/iris-works.com\/wp-content\/uploads\/2016\/08\/Camera-Symbols.png\")
<\/p>\n![](\"https:\/\/farm1.staticflickr.com\/880\/42829304962_048739fa27_z_d.jpg\")
Photographing insects<\/h2>\n
\n
Aperture, ISO, shutter speed<\/h3>\n
Be aware of depth of field<\/h3>\n
![](\"https:\/\/farm2.staticflickr.com\/1814\/28087685587_473516267a_z_d.jpg\")
![](\"https:\/\/farm2.staticflickr.com\/1783\/42237967664_cc1e919bf1_z_d.jpg\")
Take lots of images<\/h3>\n
Use a flash to freeze motion<\/h3>\n
![\"\"](\"https:\/\/www.usa.canon.com\/internet\/wcm\/connect\/us\/5453bbe8-3267-45ed-9c94-6418023ccc8c\/speedlite-430ex-ii-675x450.jpg?MOD=AJPERES&CACHEID=ROOTWORKSPACE.Z18_P1KGHJ01L85180AUEPQQJ53034-5453bbe8-3267-45ed-9c94-6418023ccc8c-l0AbvZO\")
<\/p>\n![\"\"](\"http:\/\/www.gavtrain.com\/wp-content\/uploads\/2012\/09\/Flash-Exposure-Comp2.jpg\")
down by 1 to 2 stops.<\/p>\n![\"flashyH\"](\"https:\/\/www.adorama.com\/col\/UIimages\/r2family\/r2_ttl_hss_icon.png\"){kind=icon}
. Sadly, this feature is often limited to pricier models, such as the Canon Speedlite<\/a>.<\/p>\nUse the highest ISO you can live with<\/h3>\n
![](\"https:\/\/farm1.staticflickr.com\/956\/27385761297_5f4765d288_z_d.jpg\")
Think about the composition of the image<\/h3>\n
![\"\"](\"https:\/\/upload.wikimedia.org\/wikipedia\/commons\/c\/ce\/Rivertree_thirds_md.gif\")
<\/p>\nTake a few test images and reconsider<\/h3>\n
\n
Lenses<\/h3>\n
\n
![\"\"](\"https:\/\/www.usa.canon.com\/internet\/wcm\/connect\/us\/4e2d91fb-cf9f-452f-b1fe-3fdd6bb48427\/ef-100-28-macro-usm-d.jpg?MOD=AJPERES&CACHEID=ROOTWORKSPACE.Z18_P1KGHJ01L85180AUEPQQJ53034-4e2d91fb-cf9f-452f-b1fe-3fdd6bb48427-l0Kk-Ox\")
<\/p>\nImage files<\/h3>\n
Post-processing<\/h3>\n
Practice!<\/h2>\n
![](\"https:\/\/farm2.staticflickr.com\/1828\/42829304472_2c5d367caa_z_d.jpg\")
Additional stuff<\/h2>\n
\n