Tim Cooper

Embracing Clouds in the Night Sky

­­Everybody loves a clear night sky. It can be existential to feel the draw of an endless dome of stars, take in a brilliant Milky Way or be fortunate enough to catch a dazzling display of northern lights. Across the globe, photographers and non-photographers alike marvel at the magic of the night.

What then do we do when clouds move into our star-filled nights? Give up and go home? Heck no. We can change our approach. Embrace the clouds! They can be every bit as magical as the Milky Way or a display of auroras.

Faroe Islands. Nikon Z 6II with a Nikon 24-70mm f/2.8 lens at 27mm. 2 minutes, f/22, ISO 80.

Shifting Gears

One of the greatest pitfalls of landscape and astro-landscape photography is getting stuck on pre-conceived ideas. You may enter each night with an idea of exactly what you’ll see and how you’ll photograph it. This comes from being flooded with imagery from the most iconic places across the world captured under the most perfect conditions. So as we are getting ready to head out, we have already envisioned how our shots will look, and that is exactly what we expect and hope to happen.

So when the clouds roll in, obscuring our beloved stars, it’s time to shift gears. It’s really just a simple matter of moving your mindset from needing to capture a clear night sky to allowing yourself to experiment with the conditions above you. Don’t get caught in “I have to recreate this scene as I have seen it before”—instead embrace “What would it look like if I tried this?”

This mindset could be applied to most types of photography, and indeed it’s a worthwhile consideration for many situations. But for now, let’s focus on clouds at night. Once you pivot from preconceived notions, it’s easy to begin to experiment.

I was expecting to capture circumpolar star trails over Park Avenue in Arches National Park when the clouds set in. Shifting gears, I exposed for 5 minutes instead of a full hour, which would have resulted in very few stars and blanket of clouds. Nikon D4S with Nikon 16mm f/2.8 fisheye lens. 5 minutes, f/2.8, ISO 400.

Knowing that the clouds were sticking around all night, I chose to spend my time light painting this scene in Big Bend National Park rather than concentrating on the sky. Notice that the light-painted foreground dominates the scene while the sky is relegated to being the secondary subject. Nikon Z 6 with a Nikon 14-24mm f/2.8 lens at 14mm. 3 minutes, f/8, ISO 800.

Creating Cloud Trails

You can use clouds moving across a dark sky during a long exposure to create a very dynamic image.

For starters, try different shutter speeds. In some cases a 30-second exposure might do the trick, while in others you might need a 3-minute exposure to achieve the desired look.

Stopping down to f/10 from our typical wide nighttime apertures of f/2.8 or f/4 allowed me to expose for 2 minutes. This in turn provided time for me to light paint the moai of Rapa Nui (Easter Island). Nikon D4S with a Nikon 24-70mm f/2.8 lens at 60mm. 2 minutes, f/10, ISO 200.

It’s hard to say what shutter speed is best, because it varies in different conditions. Try different speeds to determine what may look best in your current situation. In the following example I tried multiple shutter speeds when shooting the Múlafossur Falls in the Faroe Islands.

Múlafossur Falls, Faroe Islands. Nikon Z 6II with a Nikon 14-24mm f/2.8 lens at 18mm. f/14, ISO 50.

Since we are more concerned with the look of the clouds as opposed to getting pinpoint stars, we have more leeway in our exposure times.

For example, many folks think that night skies should be captured only at either a relatively short shutter speed (8-15 seconds) to render the stars as points or a very long shutter speed (15 minutes or more) to render them as long trails. While this is sound practice for clear skies, the presence of clouds allows for more flexibility. The main consideration here is the look of the clouds rather than the length of the star trails. Even a shorter speed of 2 minutes renders the stars as small streaks and is enough to let the viewer know the image was made at night.

Faroe Islands. Short exposures of 6, 8 or 10 seconds typically render the clouds as an awkward blur. The stars may be points, but the blur of the clouds is not enough to render a surreal quality. This exposure appears to be a mistake as the clouds are not sharp enough or blurry enough. Nikon Z 6II with a Nikon 24-70mm f/2 lens at 27mm. 6 seconds, f/2.8, ISO 6400.

A 1- minute exposure gives the clouds enough time to streak across the sky. Nikon Z 6II with a Nikon 24-70mm f/2.8 lens at 27mm. 1 minute, f/4, ISO 400.

Clouds as a Compositional Element

Once we begin to add clouds into our photographs (day or night), we need to start thinking about them as an important compositional element. Their structure and placement within the frame are important. The cloud streaks will read as lines, and therefore we consider them just as we would any other lines in a photograph.

Horizontal lines crossing the frame from left to right or right to left tend to have more of a calming effect. They seem to be more at rest. Since these types of lines don’t add a lot of energy, they require a dominant foreground as a contrast, or you could further the calm mood by choosing a more subtle foreground.

Horizontal lines tend to have a calming effect as they streak over dynamic Miami. Nikon D4S with a Nikon 70-200mm f/2.8 lens at 70mm. 30 seconds, f/10, ISO 800 (foreground) and 3 minutes, f/10, ISO 160 (sky), blended in Adobe Photoshop.

Diagonal lines and converging lines have much more visual energy. They are caused when clouds are moving directly at us (converging) or just off to our right or left (diagonal). This type of cloud movement can become very dramatic elements in our compositions. The use of wide- and superwide-angle lenses helps accentuate these lines.

Clouds moving from the lower left of the frame to the upper right create diagonal lines over the Chisos Basin in Big Bend National Park. Nikon Z 6 with a Nikon 24-70mm f/2.8 lens at 24mm. 2 minutes, f/11, ISO 800.

Converging lines are created when the clouds are moving directly at you as in this scene from Glacier National Park. Nikon Z 6 with a Nikon 24-70mm f/2.8 lens at 24mm. 3 minutes, f/4, ISO 200.

Bettering Your Odds

Since our clouds will play such an important role in our final composition and it’s nearly impossible to predict the final look of an exposure, it’s important to shoot lots of frames.

I begin by experimenting with shutter speed. Once I find a shutter speed that renders the clouds in a manner I find complementary to the rest of the scene, it’s time to shoot that same shutter speed over and over again. Each frame will capture the clouds in a different position, so by shooting more frames, we increase the chance of getting a pleasing position for the clouds.

I shot the following photos at the same exposure. Notice how the clouds complement the scene more in some frames than in others.

Nikon Z 6II with a Nikon 24-70mm f/2.8 lens at 33mm. 30 seconds, f/20, ISO 50.

Cloud Height and Moon

Another consideration when creating cloud streaks is the moon phase and location. Clouds in the night sky will be greatly enhanced with some moonlight. If there is no moon or city lights to illuminate them, the clouds will be far less visible and tend to simply obscure our sky rather than add an interesting element. A quarter to full moon is a good time to capture cloud trails over the landscape.

The full moon to camera left illuminated the clouds as well as Going to the Sun Mountain in Glacier National Park. Nikon D850 with a Nikon 14-24mm f/2.8 lens at 21mm. 6 minutes, f/4, ISO 100.

Shooting straight into the full moon over Lady Boot Arch in the Alabama Hills of California. Nikon D4S with a Nikon 14-24mm f/2.8 lens at 14mm. 4 minutes, f/5.6, ISO 200.

Cloud type and height can vary dramatically, as will the effect in the resulting photographs. Lower-elevation clouds have a much stronger impact on the composition than higher-elevation clouds. The higher clouds tend to become more transparent during long exposures. This type of cloud can be a subtle element in your final frame.

High clouds can be a subtle element when long exposures render them as more transparent, as seen in this photo from Zion National Park. Nikon D4 with a Nikon 24mm f/2.8 lens. 4 minutes, f/5.6, ISO 200.

Where to Find the ‘Best’ Clouds

Where can you find clouds? Anywhere, really. But those dramatic low clouds are more common the closer you get to the poles—that is, generally regions closer to the Arctic and Antarctic tend to have more low clouds, and the regions closer to the tropics tend to have more high clouds.

You’ll also find more low clouds around the ocean. This is why I love doing cloud photography in places like the Faroe Islands, where we’re running a workshop this coming May. Not only is Faroe close to the ocean (being a remote island, after all), but it’s also at a relatively northern latitude. That combination can make for nights filled with dramatic low clouds racing across the beautiful landscapes. You can see that in many of the photos accompanying this post.

High clouds are fun to work with too, so if you like that effect, know that you’re more likely to see them as you get to locations either closer to the equator or more inland from the ocean.

And of course you’re more likely to see low clouds in the mountains—because you’re at a higher elevation, closer to the clouds!

Post-Processing

Simply capturing the clouds may not be the end of the process. Often we’ll need to enhance them in Lightroom to bring out their true drama.

A common technique is to create a mask for the sky and increase Dehaze. This will add the needed overall contrast to the sky that brings out the structure of the clouds. However, along with this contrast comes a deeper saturation and darkening of the whole sky. The simple fix is when increasing the Dehaze slider, follow up with decreasing Saturation and increasing Exposure.

For this image from Faroe Islands, I created a sky mask in Lightroom and increased Dehaze to +55. This oversatured the blues and darkened the entire sky, so, still within the sky mask, I increased Exposure to +1.00 and decreased Saturation to -25.

Wrapping Up

I hope this gives you some motivation to stay out even when the sky isn’t clear. Don’t pack it up and go home when the clouds roll in. Embrace them! Experiment with different shutter speeds and lots of frames to create those beautiful cloud streaks across your night skies.

If this inspires you to shoot clouds at night (or if you’re already doing it), then we’d love to see the results! Share in the comments below, or on our Facebook page, or on Instagram (tag us @nationalparksatnight #nationalparksatnight #seizethenight).

Tim Cooper is a partner and workshop leader with National Parks at Night. Learn more techniques from his book The Magic of Light Painting, available from Peachpit.

UPCOMING WORKSHOPS FROM NATIONAL PARKS AT NIGHT

The Night Photographer's Guide to Star Stacking (Part III)

Note: This is the third in a three-part series about creating star trails with the stacking technique. Part I covered how to shoot the raw materials. Part II demonstrated how to edit the individual frames in Lightroom and Photoshop to create the star trail stack. In Part III, below, Tim explains how to clean up artifacts that can occur when combining these images in Photoshop.


This is the third and final installation of our three-part guide to star trail stacking. We hope you have enjoyed the series so far. For those of you who didn’t catch Part I and Part II, we recommend reading those blog posts before you jump in here, so that you are up to speed with the capture and initial processing steps.

This method of creating star trail images is versatile and comes with many advantages, but it can also result in artifacts that need to be corrected in order to create a polished final image—things such as plane trails and stray light, which can appear on individual frames during capture.

Star trails over Animas Forks, Colorado. Nikon Z 6II with a Nikon Z 14-24mm f/2.8 S lens at 15mm. 17 stacked frames shot at 4 minutes, f/2.8, ISO 640.

While the fact that these artifacts exist at all might make you question whether to use this technique to begin with, the opposite is true: These problems can appear in any long exposure of the night sky, and the stacking technique gives you more power to remove them in a way that doesn’t harm your final image.

Indeed, that we can remove common artifacts from individual layers is a great reason to choose the technique of shooting multiple shorter exposures and stacking them together in Photoshop rather than shooting one long exposure.

In This Video

In the following video I’ll cover:

  • exporting your images from Lightroom into Photoshop

  • changing blending modes to create the initial star trail composite

  • identifying and working on individual layers

  • removing plane trails from individual layers using the Spot Healing Brush

  • the difference between layers and masks

  • creating layer masks and using the paintbrush to remove unwanted items that appear on individual frames

  • using selections to remove unwanted items that appear on individual frames

  • streamlining the editing process by grouping layers

  • using color labels to mark important layers

  • when to flatten your image and when to retain the layers

  • creating a composite layer to enable edits that can’t be done to multiple layers

  • renaming your Lightroom files to reflect the file’s status

Your Turn

Have you been creating star trail images using the stacking technique? We’d love to see your photos! Share in the comments below, or on our Facebook page, or on Instagram (tag us @nationalparksatnight #nationalparksatnight #seizethenight).

Tim Cooper is a partner and workshop leader with National Parks at Night. Learn more techniques from his book The Magic of Light Painting, available from Peachpit.

UPCOMING WORKSHOPS FROM NATIONAL PARKS AT NIGHT

A Whole New Bag of Tricks: Check Out the Features in Adobe's Latest Update

Earlier this week Adobe released its latest updates to Lightroom and Photoshop. As happens sometimes, this particular release included some tweaks that are exciting for night photographers.

The biggest among those was the introduction of Lightroom’s new AI-based Denoise feature, which is simple to use and amazingly effective. On Tuesday we published a video post that explains the new Denoise feature (see “Cutting Through the Noise: Lightroom Just Made Night Photography Better”). You can see the power of this new tool in these before and after pictures:

But Denoise isn’t the only new thing to be excited about in Lightroom and Photoshop. Several other new features in this release will prove to be a real benefit for the night photography enthusiast. In today’s blog post, I’m sharing a video to show all the new tools and tweaks that you’ll want to look into, as well as some tips on how to use them, including:

  • the new ability to use Lightroom Curves adjustments on a masked selection

  • how to use the targeted adjustment tool to speed up manual changes to Curves

  • the new ability to open multiple images into the same Photoshop file as Smart Object layers (and why you’d want to do that)

  • two examples of using two Smart Object layers for better control when creating a blue hour blend

Check it out below.

Wrapping Up

All in all, it’s a great day to be a night photographer!

What are you most excited about in the latest Adobe updates? What photos are you making with them? Share in the comments below, or on our Facebook page, or on Instagram (tag us @nationalparksatnight #nationalparksatnight #seizethenight).

Tim Cooper is a partner and workshop leader with National Parks at Night. Learn more techniques from his book The Magic of Light Painting, available from Peachpit.

UPCOMING WORKSHOPS FROM NATIONAL PARKS AT NIGHT

Cutting Through the Noise: Lightroom Just Made Night Photography Better

While Adobe’s focus is on creating benefits for all photographers, every now and then they come up with a feature that is a huge benefit to us night owls, in particular.

This is the case with their latest Lightroom update (12.3). As of today, Lightroom users have AI noise reduction—and we’ve tested it, and it’s excellent. For those of us shooting high ISOs at night, this stands to be a game-changing addition to our processing workflow. Simply put: It makes night photos better.

Milky Way at White Pocket. Nikon Z 6II with a Nikon Z 14-24mm f/2.8 S lens at 24mm. 2 minutes, f/4, ISO 1600 (foreground); 8 seconds, f/2.8, ISO 6400 (sky); blended in Photoshop. Both images used Adobe Lightroom’s new Denoise slider at a setting of 23.

Adobe’s new Denoise tool works seamlessly within the Lightroom raw workflow. It can be applied to images just out of the camera or to images that you have already labored over in the Develop module—including those you have processed using complex masks.

The process of ridding your images of noise in Lightroom couldn’t be easier. Check out the following video for our tips and tricks on using Adobe’s fantastic new AI noise reduction feature.

Of course, this isn’t the only update Adobe made this week, but we wanted to immediately get you the news on this huge improvement for night photographers. Be sure to check out our blog post this coming Saturday, in which we’ll cover more about Denoise, plus other new features that will help out night photographers.

Tim Cooper is a partner and workshop leader with National Parks at Night. Learn more techniques from his book The Magic of Light Painting, available from Peachpit.

UPCOMING WORKSHOPS FROM NATIONAL PARKS AT NIGHT

Editing Auroras: How to Post-Process Your Northern Lights Photos

If you’ve read our previous blog post, or if you’ve been reading the news, or if you’ve been outside at night in the past two weeks, then you are already aware of the fantastic displays of auroras that have been dazzling observers even at latitudes that hardly ever see the phenomenon.

We were fortunate to have experienced these auroras on our recent photography tours to Iceland and Norway’s Lofoten Islands, which was the subject of last week’s post (“Spring Solar Storm Brings a Week of Amazing Auroras”), as well as the subject of our Instagram feed all this past week (and next).

Auroras over Gimsoystraumen, Lofoten Islands, Norway. Nikon Z6 II with a Nikon Z 14-24mm f/2.8 lens at 14mm. 6 seconds, f/2.8, ISO 3200.

If you’re outside shooting at night, such an amazing display of northern (or southern) lights tends to generate a lot of of frames to bring home. And that translates into a lot of post-processing on the to-do list.

We’d like to help. So we decided to create a tutorial on how to process your beautiful aurora images.

In This Video

In the following video I’ll show you how I use Lightroom to maximize the visual power of auroras in your night photos. I’ll cover:

  • techniques to control contrast and brightness

  • the Dehaze, Exposure, Shadows and Whites sliders, and how they can be used to better separate auroras from the surrounding sky

  • using profile corrections to even out the sky

  • local and global adjustments to target individual areas of the scene

Your Turn

Have you been out photographing the auroras? We’d love to see your photos! Share in the comments below, or on our Facebook page, or on Instagram (tag us @nationalparksatnight #nationalparksatnight #seizethenight).

Tim Cooper is a partner and workshop leader with National Parks at Night. Learn more techniques from his book The Magic of Light Painting, available from Peachpit.

UPCOMING WORKSHOPS FROM NATIONAL PARKS AT NIGHT