Learn Landscape Photography

Everything here is stuff I actually use, explained the way I wish someone had explained it to me instead of handing me a manual the size of a phone book. No gatekeeping, no gear-snob nonsense — just the handful of ideas that actually change your photos, with real Colorado spots to go try each one.

The Exposure Triangle

Every photo you've ever taken is a negotiation between three settings: aperture, shutter speed, and ISO. That's it. That's the whole triangle. Camera companies would love for you to think there are forty more things to master before you're "ready," but it's these three, fighting each other for how much light hits the sensor.

Widen the aperture, more light gets in, but your depth of field gets shallower. Slow the shutter down, more light gets in, but anything moving turns to blur. Raise the ISO, the sensor gets more sensitive, but so does the digital noise. You're always trading one for the others. Once that clicks, everything else in this guide is just detail — whether you're shooting sunrise at Dream Lake in Rocky Mountain National Park, the red rock spires of Garden of the Gods in Colorado Springs, or the Denver skyline from Sloan's Lake at blue hour.

ExposureAperturecontrols depth of fieldISOcontrols noiseShuttercontrols motion

Move one corner, the other two have to answer for it. That's the whole game.

Aperture and Depth of Field

Aperture is the hole in your lens that light passes through, measured in f-stops — and yes, the numbers are backwards from what feels intuitive. A small number like f/2.8 is a wide opening. A big number like f/16 is a narrow one. I still have to think about this every single time, ten years in.

The opening size controls depth of field — how much of the scene, front to back, looks sharp. For landscapes, I'm almost always shooting somewhere between f/8 and f/13. Wide enough that I'm not fighting diffraction softness, narrow enough that the wildflowers six feet away and the peak six miles away are both in focus. Think of a classic shot from the shore of Dream Lake or Sky Pond in Rocky Mountain National Park, or Maroon Bells near Aspen — that only works because everything from the reflection at your boots to the summit ridge is rendered sharp at the same time. The same logic holds at Crystal Mill near Marble, where the old powerhouse in the foreground and the cliffs behind it both need to be crisp. If I'm shooting a single wildflower along the Cottonwood Pass road, an orchid, or a mule deer at Garden of the Gods and want the background to melt away, that's when I'll open up to f/2.8 or f/4 instead.

f/2.8 — wide open
Big hole, lots of light, thin depth of field. Great for isolating a subject, risky for a whole mountain range.
f/16 — stopped down
Small hole, less light, everything from the flowers at your feet to the peak stays sharp.

Here's the same idea in the field: a deer standing in front of the Garden of the Gods rock formations. At f/2.8 the deer is the whole story and the red rocks behind it turn to soft color. At f/16, the deer and the sandstone spires are equally sharp — nothing pulls your eye more than anything else. I run into this constantly with the mule deer that wander through Garden of the Gods in winter, and again with the bison herds you'll spot near Golden and the Buffalo Herd Nature Preserve along I-70.

f/2.8
The deer is tack sharp, the Maroon Bells behind it dissolve into soft color. Great for making the subject pop.
f/16
Same deer, same peaks — now both are sharp front to back. This is the setting for a scene where the landscape itself is the subject.

Shutter Speed — Where the Fun Is

Shutter speed is how long the sensor stays open, and it's the setting that actually changes the mood of a photo, not just the exposure. This is the one I'd tell a beginner to play with first.

Take a spot like Crystal Mill near Marble, Hanging Lake out in Glenwood Canyon, or the creek flowing through South Boulder Creek after a fresh snow. Shoot the water at 1/1000s and you freeze every droplet — it looks powerful, almost violent, like the water is caught mid-argument with the rock. Drop down to 1 or 2 seconds on a tripod and that same water turns into ribbon — soft, silky, the classic "moody waterfall" look you've seen a thousand times on Instagram (there's a reason it's everywhere — it works, and it's exactly why every photo of Crystal Mill's old wooden powerhouse has that dreamy blur running underneath it). The same trick works on the smaller cascades and forest creeks you'll find hiking toward Chasm Lake or The Loch in Rocky Mountain National Park. Same water, same day, completely different photograph, and the only thing that changed was how long the shutter stayed open.

1/1000s — frozen
Every droplet stops mid-air. Good for showing power — a wave hitting rock, spray off a falls.
2s — silky
The water turns to ribbon. This is the Boulder Falls look — tripod required, patience required more.

For that slow-shutter water look you'll need three things: a tripod, an overcast or low-light moment (bright midday sun makes a 2-second exposure nearly impossible without blowing out the highlights), and usually a neutral density filter to cut the light down further. I run a Kase magnetic filter system for exactly this reason — clip it on, drop the shutter speed, done.

ISO — Your Last Resort, Not Your First

ISO is how sensitive the sensor is to the light it's getting. Low ISO (100, 200) gives you clean, sharp detail. Push it up to 3200 or 6400 for a dark scene — say, shooting the Milky Way over Loveland Pass, above the buttes at Pawnee National Grassland, over the tiny Abbott Church out on the eastern plains, or from a tent at 12,000 feet on a 14er summit push in the Collegiate Peaks near Buena Vista — and you'll start seeing grain, or "noise," creep into the shadows.

My rule of thumb: get the exposure right with aperture and shutter speed first, and only raise ISO to cover whatever gap is left. For daytime landscapes on a tripod, I'm at ISO 100, full stop, no exceptions. For astrophotography — whether that's Loveland Pass, the grasslands around Pawnee Buttes, or a clear night at Hoosier Pass — I'll let it climb to 3200–6400 because a grainy photo of the Milky Way still beats a clean photo of pure darkness.

White Balance — Making Colors Tell the Truth

Different light sources have different color temperatures — direct sun, open shade, an overcast sky, and the orange glow of a streetlight are all technically "white light" but read very differently to a sensor. White balance tells the camera what color to treat as neutral so everything else falls into place around it. Get it wrong and fresh snow on the Sawatch Range comes out looking blue, or an alpenglow sunrise at Dream Lake turns into an overcooked orange mess instead of a subtle pink.

Too cool
wrong WB for warm light
Neutral
matches the actual light
Too warm
wrong WB for cool light

Same scene, same settings — only the white balance changed. Get it wrong and snow looks blue or an alpenglow sunrise looks like it's on fire.

I shoot RAW specifically so white balance is never a permanent decision — I can nudge it warmer or cooler after the fact without any quality loss, which matters a lot for scenes with mixed light, like a Denver skyline blue hour shot where sodium streetlights, cool sky, and warm building windows are all fighting for attention in the same frame.

Reading Your Histogram

The little graph on the back of your camera is more useful than the image preview next to it — bright sunlight on an LCD screen lies to you constantly, the histogram doesn't. It's just a chart of how many pixels in the frame fall at each brightness level, shadows on the left, highlights on the right.

ShadowsMidtonesHighlights

The tall spike jammed against the far right edge is clipping — pure white with zero recoverable detail. A histogram with room on both ends means nothing got crushed or blown out.

The thing I actually watch for is data stacked hard against either edge — that's clipping, detail that's gone for good and can't be recovered in editing. A bright snowfield at Garden of the Gods in winter or the sun itself peeking over Pawnee Buttes will often clip on the right no matter what you do, and that's fine — but if the whole midtone range is bunched up at one edge, that's your cue to adjust exposure before you pack up and hike out, not after, when it's too late to reshoot.

Golden Hour and Blue Hour — Why Timing Beats Everything

Golden hour is the hour or so after sunrise and before sunset, when the sun is low enough that its light travels through more atmosphere and comes out warm, soft, and directional instead of the flat white glare of noon. Blue hour is the window just before sunrise and just after sunset, when the sun is below the horizon but the sky still holds a deep, even blue. Both exist because of the same thing: a low sun angle. Both are why "good light" photos almost never happen between 10am and 4pm.

5:30amNoon9pm
Blue hourGolden hourMidday (avoid)

In Colorado this is doubly true because of the mountains. At golden hour the peaks catch a pink-orange glow called alpenglow, which is basically the whole reason sunrise shooters set alarms for 4:30am to be standing at a Rocky Mountain National Park overlook — Dream Lake, Sky Pond, The Loch, Nymph Lake, Mills Lake, Odessa Lake, and Notchtop Mountain are all classic sunrise targets reached from the Bear Lake corridor near Estes Park — before the sun is even up. The same alpenglow lights up Garden of the Gods's red rock formations against Pikes Peak, and the golden aspens along Kebler Pass and around Gothic, near Crested Butte, in fall. Blue hour, on the other hand, is when city and long-exposure shots come alive — the Denver skyline reflected in Sloan's Lake, the Colorado State Capitol lit up for the holidays, or the Denver Botanic Gardens' winter light show are all blue hour shots, not golden hour ones.

My actual routine: check sunrise time, be at the trailhead with enough headlamp-lit hiking time to arrive 20 minutes before sunrise (that's blue hour, and it's often better than the sunrise itself), then keep shooting through the full hour after as the light turns gold. Apps that show you the sun's exact position and golden/blue hour times for your location and date make this dead simple to plan around, whether you're headed to Pawnee Buttes on the eastern plains or the Paint Mines near Calhan.

ND and Graduated ND Filters — Buying Yourself More Time

A neutral density (ND) filter is just sunglasses for your lens — it cuts the light hitting the sensor without changing color, which lets you use a slower shutter speed than the available light would otherwise allow. Without one, shooting a silky waterfall shot at Crystal Mill or Hanging Lake at 2pm on a bright day is basically impossible — even at f/16 and ISO 100, a 1-2 second exposure would be completely blown out. Drop in a 6-stop or 10-stop ND and suddenly that same slow shutter speed is usable again.

A graduated ND (GND) filter is dark on one half and clear on the other, with a soft transition in the middle. It's built for scenes where the sky is much brighter than the land — a sunrise over the Sawatch Range near Buena Vista and Mount Shavano, or across the open plains at Pawnee Buttes, for instance, where without a GND you're forced to choose between a properly exposed sky and a black silhouette of the mountains, or a properly exposed foreground and a completely washed-out sky. The rolling clay formations at the Paint Mines Interpretive Park near Calhan are another good example — dawn light hits the hoodoos hard while the sky above is still much brighter. Slide the dark half over the sky and both halves come out balanced.

I run a Kase magnetic filter system for both — the magnetic mount means I can pop a filter on or off in a few seconds instead of screwing and unscrewing rings with cold fingers at 6am on a ridge above Mayflower Gulch or Loveland Pass, which matters more than it sounds like it should when the light is changing by the minute.

Lenses — What Each Type Actually Buys You

It's easy to think you need a bag full of glass. In practice, each lens type solves one specific problem, and most landscape work only touches two or three of them:

My favorite example of that last one: I bring my vintage Helios 44-2 out to the Denver Botanic Gardens specifically for the bokeh. Shot wide open, a vintage lens like that renders out-of-focus background light as a swirly, almost painterly blur that no modern macro lens gives you on purpose — it turns a fairly ordinary flower bed into something that looks nothing like a straightforward garden photo. Modern glass is technically "better" by every measurable spec, and I'd still rather have the old glass in my bag for that one specific look.

Tricks Worth Trying Once You're Comfortable

Once the basics are second nature, these are the techniques that make people stop scrolling. None of them are complicated — they're just settings and patience applied a little more deliberately.

Car Light Trails

Point a wide-angle lens at a curving road or highway overpass at dusk, set a 10–30 second exposure on a tripod, and every passing car turns into a streak of red taillight or white headlight instead of a distracting parked-looking blob. The Denver skyline works well for this from an overpass with traffic in the foreground, and so does the winding approach road below Lookout Mountain near Golden.

A tripod, a 10–30 second shutter, and a stretch of moving traffic turns headlights and taillights into rivers of red and white light.

Lightning, With a Trigger

Human reaction time is roughly a quarter of a second — a lightning bolt is over in a few milliseconds. You will not react in time by watching the sky and mashing the shutter button. Two options actually work: leave the shutter open for 10–20 seconds at night and hope a bolt happens to land in that window, or use a dedicated lightning trigger that watches for the flash itself and fires the camera faster than any person could. Front Range storms rolling in over Pawnee National Grassland or visible behind the Denver skyline are good, relatively safe subjects if you're shooting from a safe distance and indoors or in a vehicle.

Storm flashesfaster than you can reactTrigger senses itlight or sound sensorShutter firesbolt is captured

A lightning trigger (like a MIOPS or Lightning Bug) watches for the flash and fires the shutter in milliseconds — far faster than a human finger on the button.

Long Exposure for Cloud Motion

The same ND filter that smooths out a waterfall does something completely different pointed at the sky — a 60–120 second exposure turns puffy, static clouds into long directional streaks pulling across the frame, while a mountain on a tripod-mounted shot stays perfectly sharp. It's a great trick at Garden of the Gods, where the red rock spires give the streaking sky something dramatic to sit above, or over the open horizon at Pawnee Buttes.

1/250s — sharp clouds
Individual puffs, frozen in place. Accurate, but sometimes a little static.
60–120s — streaked clouds
The mountain stays tack sharp on the tripod while the sky smears into soft, moving streaks.

Erasing Distractions — Birds, People, Cars

A bird flying through an otherwise perfect frame, a stranger wandering into a shot at Sprague Lake, a car passing through a long exposure at Crystal Mill — none of it has to ruin the photo. Lock the camera down on a tripod, shoot several frames of the exact same composition a few seconds apart, and stack them in post using a median blend. Anything that only appears in one or two of the frames — a moving bird, a walking person — gets voted out by the pixels that stayed put in the rest, leaving a clean scene behind. It's the same principle photographers use to empty out a crowded tourist overlook without waiting for it to actually clear.

Three frames, same tripod position, the bird in a different spot each time. Stack them and take the median value per pixel — anything that only shows up in one or two frames (the bird) gets voted out, leaving a clean sky.

Where to Actually Go Practice This Stuff

Reading about settings only gets you so far — the fastest way to learn is to point a camera at something and fail a few times. Here's roughly which Colorado spots reward which technique:

A Cheat Sheet for Colorado Conditions

These are starting points, not laws of physics — every scene is different, and half of photography is just chimping the back of your camera and adjusting. But if you want somewhere to start:

SceneApertureShutterISO
Sunrise over Dream Lake or Sky Pond (RMNP)f/8–f/111/60–1/250s100
Silky waterfall (Crystal Mill, Hanging Lake)f/11–f/161–2s on a tripod100
Frozen splash / powerful water (South Boulder Creek)f/5.6–f/81/1000s or faster200–400
Wildflower macro (Cottonwood Pass)f/2.8–f/41/500s+100–400
Milky Way over Pawnee Buttes or Loveland Passf/2.8 (widest you have)10–20s3200–6400
Golden aspens (Kebler Pass, Gothic) overcast fall dayf/81/125s200
Garden of the Gods sunrise silhouettef/9–f/111/125–1/250s100
Denver skyline at blue hour (Sloan's Lake)f/8–f/112–8s on a tripod100
Paint Mines hoodoos at golden hourf/8–f/111/125–1/250s100–200
Car light trails (Denver overpass, Lookout Mtn road)f/11–f/1610–30s on a tripod100
Cloud-motion long exposure (Garden of the Gods, Pawnee)f/11–f/16 + 10-stop ND60–120s100

Composition Beats Gear, Every Time

I could hand you my camera at Garden of the Gods and you could hand me your phone, and I'd still bet on composition mattering more than the equipment. A few things I actually think about on every hike:

Learn More From Other Great Resources

I'm not precious about being your only source here — these are sites I've actually used over the years and would point a friend toward for more depth on any of the topics above:

That's most of it. The rest is hiking to the right spot at the right time and being willing to stand around in the cold waiting for the light to do something. Curious where I actually go to practice this stuff? Check out my favorite hikes, or see how it turns out in the full portfolio.