How To Edit Northern Lights Photos?

You stood under a sky full of moving light, took the shot, and opened the file at home. The Aurora looks faint. The mountains are a black shape. The sky is grainy, and the green looks either dull or strangely harsh. If that sounds familiar, learning how to edit Northern Lights photos is the step that turns a disappointing file into the scene you remember.

Cameras see the Aurora differently than your eyes do. Sometimes the camera records more color than you saw. Other times the file comes out dark, noisy, and flat. Long exposures, high ISO settings, and very little light create noise, weak contrast, green or blue color casts, exposure problems, and foregrounds with almost no detail.

Editing matters because a RAW file is raw material, not a finished picture. Good Northern Lights photo editing recovers what the camera captured and presents it in a believable way.

In this guide, you will learn a complete workflow: choosing the right frame, setting white balance, balancing exposure, controlling Aurora colors, reducing noise, bringing back the foreground, and using local adjustments. You will also find Lightroom and Photoshop methods, fixes for common problems, mobile editing tips, and export advice for different uses.

Why Do Northern Lights Photos Need Editing?

Northern Lights photos need editing because cameras record low light very differently from human eyes. In the dark, your eyes lose much of their color sensitivity, so a faint Aurora can look gray or pale green. A camera sensor collects light for several seconds and records color your eyes missed, but it also records problems.

The most common causes are:

• Low light. Night photography forces wide apertures and slow shutter speeds, which push the camera to its limits.
• High ISO. ISO controls how strongly the sensor amplifies the signal. High ISO brightens the image but adds noise, the random grain you see in dark areas.
• Long exposure. Exposures of several seconds let fast-moving Aurora blur into soft shapes and can turn stars into short trails.
• Weak contrast. A faint Aurora sits close in brightness to the surrounding sky, so it can look washed out.
• Color differences. Auto white balance struggles with green Aurora light, moonlight, snow, and streetlights, which leads to color casts.
• Foreground darkness. The land receives far less light than the sky, so it often records as near black.
• Light pollution. Nearby towns add an orange or yellow glow along the horizon.
• Lens limitations. Wide-angle lenses at wide apertures create dark corners, colored fringes, and distorted stars near the edges.

Editing fixes these technical limits. The goal is to improve the image while keeping the Aurora believable.

What Makes a Good Northern Lights Photo?

A good Northern Lights photo shows the Aurora clearly while still looking like a real night scene. Strong Aurora images usually share these qualities:

• Clear Aurora detail, with visible curtains, rays, or bands
• Balanced exposure between the sky and the landscape
• Natural colors and smooth color transitions
• Visible, round stars
• A clean sky without heavy grain or blotches
• A foreground with enough detail to show place and scale
• Good contrast without crushed shadows
• Controlled highlights in the brightest Aurora areas

A good edit supports the original photograph. It does not replace it with a different scene.

Why RAW Files Are Better for Northern Lights Editing

RAW is the best file format for editing Northern Lights photos. A RAW file stores the unprocessed data from the camera sensor. A JPEG is a processed, compressed image where the camera has already made decisions about color, brightness, and noise.

Dynamic range means the span between the darkest and brightest detail a file can hold. Aurora scenes need a lot of it, because the sky and the land are so different in brightness. If your camera allows it, shoot RAW or RAW plus JPEG every time. You cannot get that extra data back later.

How to Edit Northern Lights Photos Step by Step

The best way to edit Northern Lights photos is to work from global corrections to local ones: white balance and exposure first, color and noise next, then masked adjustments and a final check. Working in this order keeps you from fixing the same problem twice.

Step 1: Choose the Best RAW Photo

An Aurora session can produce hundreds of frames. Zoom to 100% and compare a few candidates before you edit anything.

• Focus: Stars should be small, round points. Soft or bloated stars mean focus missed infinity.
• Sharpness: Check that the foreground is acceptably sharp, not just the sky.
• Aurora movement: Pick frames where curtains and rays still have defined edges.
• Composition: Look for a level horizon and a foreground that adds interest.
• Exposure: A slightly darker frame with detail in the brightest band beats a brighter frame where that band is clipped.
• Noise: Compare frames shot at similar ISO and keep the cleanest one.

Editing can fix a lot, but it cannot fix missed focus or heavy motion blur.

Step 2: Correct White Balance

White balance controls color temperature (warm versus cool) and tint (green versus magenta). At night, auto white balance often guesses wrong because of the green Aurora, snow, moonlight, and artificial light.

Too warm, and the sky turns muddy or brownish. Too cool, and the whole image goes bright blue while snow looks icy cyan. Set the temperature so the night sky reads as a deep blue or blue gray. Then use tint: a small move toward magenta reduces a heavy green cast without turning the Aurora teal or yellow. If the scene has snow, use it as a reference. Snow at night should look slightly cool, not pure blue.

Step 3: Adjust Exposure

Exposure sets overall brightness. Raise it until the scene reads clearly, but watch the brightest Aurora band. Turn on clipping warnings or watch the histogram, the graph that shows how tones are spread from dark to bright.

If the Aurora starts to clip before the land becomes visible, stop raising global exposure. Brighten the foreground later with a mask. A night photo should still look like night.

Step 4: Adjust Highlights and Shadows

The Highlights slider controls the bright tones. Lowering it recovers detail in strong Aurora curtains, moonlit snow, and town lights. The Shadows slider lifts dark tones and reveals mountains, trees, and rocks.

Use both in moderation. Pulling highlights down hard while pushing shadows up hard compresses the tonal range and creates a flat, gray image. Lifting shadows also reveals noise, because the dark areas of a high ISO file hold the most grain.

Step 5: Adjust Contrast

Contrast is the difference between light and dark tones. A modest increase separates the Aurora from the sky, the stars from the background, and mountain and tree silhouettes from the horizon. It also adds depth to reflections in water and texture in the foreground.

Too much contrast crushes the shadows and gives the Aurora hard edges. A gentle S-curve in the Tone Curve gives you more control than the Contrast slider alone.

Step 6: Adjust Whites and Blacks

Whites set the brightest point of the image, and Blacks set the darkest. Raising Whites makes stars and the Aurora glow, but watch for clipping. Lowering Blacks deepens the night sky and gives the image a solid base.

Push Blacks too far and landscape shadows turn into pure black, while noise in the dark sky can become blotchy. In Lightroom, hold Alt or Option while dragging either slider to see exactly what is clipping.

Step 7: Improve Aurora Colors

Aurora colors come from gases high in the atmosphere. Green is the most common color. Yellow-green appears where the green is bright or mixes with other light. Red appears higher in the sky during stronger displays. Blue, purple, and pink usually show up along the edges or lower fringes of active curtains.

Use the HSL or Color Mixer panel to adjust each color separately:

• Green: Adjust hue so the green looks clean, not lime or teal. A small luminance boost makes it glow without extra saturation.
• Yellow: Reduce saturation if light pollution pushes the green toward yellow.
• Blue: Lower saturation or luminance if the sky looks electric blue.
• Purple, magenta, and red: These colors are often faint. Raise them slightly, but stop before they look painted.

Watch the edges where colors meet. Pushing one hue hard creates banding, where smooth gradients break into visible steps.

Step 8: Use Vibrance and Saturation Carefully

Saturation increases the intensity of every color equally. Vibrance increases muted colors more and protects colors that are already strong. For Aurora photo editing, vibrance is usually the safer choice.

Excessive saturation turns the Aurora neon, makes color noise more visible, and tints the snow and landscape. Small amounts go a long way.

Step 9: Reduce Noise

Noise comes from high ISO and from sensor heat during long exposures. There are two types:

• Luminance noise: Gray, speckled grain that affects brightness.
• Color noise: Red, green, and blue specks or blotches, most visible in dark areas.

Color noise reduction can usually go fairly high with little harm. Luminance noise reduction needs balance. Too much smears stars, erases fine Aurora rays, and gives the sky a plastic look. AI-based tools such as Lightroom’s Denoise work on RAW data and often keep more detail than older sliders. Run them early, before heavy sharpening. A little fine grain looks more natural than a waxy sky.

Step 10: Sharpen the Image

Sharpening controls in Lightroom and Camera Raw work together:

• Amount: The overall strength.
• Radius: How wide the sharpened edge is. Keep it small for stars and fine detail.
• Detail: How much fine texture is sharpened. High values also sharpen noise.
• Masking: Limits sharpening to edges. Hold Alt or Option to preview, and raise it until the smooth sky is protected.

For better control, apply most sharpening locally to the foreground with a mask. Over-sharpening creates halos around mountains, crunchy stars, and stronger grain.

Step 11: Correct Lens Problems

Fast wide-angle lenses used at wide apertures cause several problems:

• Vignetting: Dark corners.
• Distortion: Curved horizons and trees that lean near the edges.
• Chromatic aberration: Purple or green fringes around stars and high-contrast edges.
• Wide-angle stretching: Objects near the frame edges look stretched.

Enable the lens profile and chromatic aberration removal. If you like a darker edge, remove the lens vignette first and add a subtle one deliberately at the end.

Step 12: Enhance the Foreground

The foreground gives the photo scale and a sense of place. Select it with a mask, or invert a sky mask, and edit it on its own.

• Mountains and rocks: Lift shadows and add a little texture.
• Trees: Add slight clarity to define branches against the sky.
• Snow: Keep it cool and soft, with enough tone to show shape.
• Water: Reflections should repeat the sky colors and sit slightly darker than the sky.
• Buildings: Tone down bright windows and streetlights so they do not compete with the Aurora.

Keep it realistic. The land should not look brighter than the light source above it. Add extra noise reduction inside the foreground mask, since lifted shadows reveal grain.

Step 13: Improve the Sky

Mask the sky and treat it as its own image. Add contrast to define Aurora shapes, and use a small amount of texture or whites to bring out stars. A linear gradient from the horizon can lower the brightness of light pollution and neutralize its orange color.

Dehaze cuts through haze and glow, but it also darkens the image and adds contrast and saturation. Too much Dehaze creates dark halos around the horizon, harsh Aurora edges, and a noisy, color-shifted sky.

Step 14: Use Local Adjustments

Local adjustments, also called selective editing, let you change one part of the image without affecting the rest.

• Masks: AI tools such as Select Sky and Select Subject create quick, accurate selections.
• Brushes: Paint an adjustment onto a specific area, such as a single tree or a bright Aurora ray.
• Radial filters: Edit a circular or oval area, such as the Aurora core or a lit cabin.
• Gradient filters: Create gradual changes, such as darkening a bright horizon.

A practical setup uses three masks. Mask one covers the sky, with highlights down and contrast up. Mask two targets the brightest Aurora band, with a small luminance lift. Mask three covers the foreground, with shadows up and extra noise reduction. Keep mask edges feathered so transitions stay invisible.

Step 15: Final Color Grading

Color grading adds a tint to the shadows, midtones, or highlights to set the mood. For Aurora images, keep it subtle. A slightly cool tint in the shadows supports the night feeling, while near-neutral highlights keep the Aurora green true. If you are editing a series, apply the same grade to every image for a consistent look.

Step 16: Crop and Straighten

Level the horizon first, especially over water, where a tilt is obvious. Then crop out distractions such as edge streetlights or tripod legs. Choose the aspect ratio for the final use: 4:5 for social feeds, 16:9 for web banners, 3:2 for most prints, and wide panoramic crops for sweeping displays. Leave extra margin if the image will be printed and trimmed.

Step 17: Final Quality Check

Before you export, run through this checklist at 100% and at full screen:

• Stars are round and still visible.
• No Aurora highlights are clipped.
• Blacks are deep but the foreground keeps some detail.
• The dark sky has no color blotches.
• There are no halos around mountains, trees, or buildings.
• Aurora colors look plausible, with no neon green.
• The horizon is level.
• The image still looks right on a second screen or after a short break.
• The export uses the correct color space, usually sRGB for the web.

How to Edit Northern Lights Photos in Lightroom

Lightroom handles most Northern Lights editing on its own, from RAW processing to masking and noise reduction. There are no magic settings that work for every Aurora photo. The right values depend on your camera, exposure, ISO, lens, the strength of the Aurora, and light from the moon or nearby towns. Use the table below as a working order, not a preset.

A practical Lightroom order is: run Denoise on the RAW file if needed, apply lens corrections, set the profile and white balance, adjust the tone sliders, refine colors in the Color Mixer, add masks, and finish with sharpening and color grading. Once one image looks right, sync the settings to similar frames from the same session and fine-tune each one.

How to Edit Northern Lights Photos in Photoshop

Photoshop is more useful than Lightroom when an image needs layer-based work, precise masks, cleanup, or blending of several exposures. Most photographers do the RAW processing in Lightroom or Camera Raw first, then move to Photoshop for the detailed work.

Key Photoshop tools for Aurora photography editing:

• Camera Raw Filter: Brings Lightroom-style controls to any layer, so you can apply them to a masked area only.
• Adjustment layers: Non-destructive edits you can change or remove at any time.
• Curves: The most precise tool for brightness and contrast. Individual red, green, and blue curves also correct color casts.
• Levels: A quick way to set black and white points.
• Color Balance: Shifts color in the shadows, midtones, or highlights, which helps cool a warm, polluted horizon.
• Hue/Saturation: Targets one color range, such as greens, without affecting the rest.
• Selective Color: Adjusts the ink-like mix within a color, useful for cleaning a yellowish green.
• Layer masks: Black hides an adjustment and white reveals it, so each edit lands only where you paint.
• Dodge and burn: Brighten or darken small areas by hand, often on a gray layer set to Overlay or Soft Light, to shape the Aurora and the land.
• Noise reduction: Apply it to a masked sky or foreground layer, so each area gets the amount it needs.
• Object cleanup: The Remove Tool, Spot Healing Brush, and Content-Aware Fill take out plane trails, satellite streaks, headlamps, and stray lights.
• Star enhancement: Select stars with Color Range and brighten them slightly with Curves, or reduce star size when stars distract from the Aurora.
• Local color correction: Fix an orange town glow or a magenta corner without touching the Aurora.

Lightroom vs Photoshop for Northern Lights Photos

Neither program is better for every task. Lightroom is faster for RAW processing and batches. Photoshop gives more control for retouching and compositing. Many photographers use both.

Common Northern Lights Photo Editing Problems and How to Fix Them

Problem 1: The Aurora Looks Too Dark

A dark Aurora usually comes from underexposure or a weak display. To make Aurora photos brighter, raise exposure slightly, then brighten the Aurora itself with a mask and a small boost to whites or luminance. Brightening only the Aurora keeps the sky dark and the image believable.

Problem 2: The Aurora Looks Too Green

A heavy green cast often spreads into the sky, snow, and land. Move the tint slider a little toward magenta, then lower green saturation in the Color Mixer. A slight hue shift can also clean up a lime or yellowish green.

Problem 3: The Photo Is Too Blue

An overly blue image usually means the white balance is too cool. Warm the temperature until the sky looks deep blue gray instead of electric blue. If the foreground is still blue, warm it slightly inside a mask.

Problem 4: Too Much Noise

Heavy noise comes from high ISO and dark areas that were brightened. Use AI denoise on the RAW file first, then fine-tune color and luminance noise reduction. Apply extra reduction only to the sky or lifted shadows.

Problem 5: Stars Disappear

Stars vanish when luminance noise reduction is too strong, because the software treats small bright points as noise. Strong Dehaze and lowered whites can also hide them. Ease off these controls, or brush star detail back with a mask.

Problem 6: The Foreground Is Completely Black

A black foreground often means it was badly underexposed. Mask the land and lift shadows and exposure there only, with extra noise reduction. If the file has no detail left, the best fix is a separate foreground exposure blended in.

Problem 7: The Aurora Looks Fake

A fake look usually comes from too much saturation, clarity, Dehaze, contrast, or heavy color grading. Reduce each one until the Aurora has soft edges and natural color shifts again.

Problem 8: The Sky Looks Grainy

A grainy sky often means the sky was brightened too much. Lower its exposure slightly and apply targeted noise reduction to a sky mask. A dark, clean sky reads better than a bright, noisy one.

Problem 9: The Image Looks Flat

Flat images usually have too much highlight and shadow recovery. Add contrast with a gentle Tone Curve, set proper black and white points, and use local masks to add depth to the Aurora and the land.

Problem 10: The Aurora Has Lost Detail

Lost detail means the brightest band is clipped or overprocessed. Lower highlights and whites inside an Aurora mask. If that area is fully clipped, try another frame from the sequence, because clipped data cannot be rebuilt.

What Should a Natural Northern Lights Edit Look Like?

A natural Northern Lights edit looks like a cleaner, clearer version of the real scene. The difference between enhancement and manipulation is simple. Enhancement fixes the limits of the camera. Manipulation changes what the scene was.

A good edit should:

• Preserve the original scene and its light
• Improve visibility of the Aurora and foreground
• Improve color balance
• Reduce distracting technical problems such as noise and fringing
• Maintain natural detail in stars and Aurora structure
• Avoid exaggerated colors

The goal is not simply to make the Aurora brighter or more colorful. A believable photo earns more trust than the most saturated one.

Advanced Northern Lights Photo Editing Techniques

These techniques give more control once the basic workflow feels comfortable.

• Luminosity masking: Masks based on brightness. They let you adjust only the brightest Aurora areas or only the darkest shadows, with very smooth edges.
• Blend modes: Layer settings in Photoshop that change how layers combine. Soft Light adds gentle contrast, and Color changes hue without changing brightness.
• Selective color correction: Fixes one problem color, such as orange light pollution, without touching the Aurora.
• Curves: Per-channel curves remove color casts more precisely than sliders.
• Frequency-based noise control: Separates fine detail from larger blotches, so you can smooth the blotchy color in the sky while keeping stars and Aurora rays crisp.
• Local contrast: Adds definition at a small scale, such as Aurora rays, without raising global contrast.
• Color separation: Keeps green, purple, and red areas distinct instead of letting them blend into a muddy mix.
• Foreground, sky, and Aurora masking: Three separate masks, each with its own exposure, color, and noise settings.
• Focus stacking: Blends one frame focused on a close foreground with one focused at infinity, so both are sharp.
• Exposure blending: Combines a longer or lower ISO exposure for the land with a shorter exposure for the moving Aurora. Shoot both from the same position and in the same session to keep the result honest.

Can You Edit Northern Lights Photos on a Phone?

Yes, you can edit Northern Lights photos on a phone, and the results can look good on social media. Expect less control than on a computer, especially for noise reduction and detailed masking.

• Lightroom Mobile: The strongest mobile option. It opens RAW files and offers white balance, tone sliders, the Color Mixer, masking, and noise reduction.
• Snapseed: Free and capable, with Tune Image, White Balance, Curves, and Brush tools. Its noise control is limited, so it suits cleaner files.
• Built-in phone editors: Fine for quick fixes to exposure, warmth, and saturation, but limited for RAW files.

On mobile, focus on the adjustments that matter most: white balance, exposure, highlights, shadows, and a gentle color boost. Turn screen brightness to a normal level while editing. A very bright phone screen makes images look brighter than they will appear to others.

How to Edit Northern Lights Photos for Different Uses

Instagram and Social Media

Use a vertical crop, such as 4:5 or 3:4, and export at around 1,080 pixels wide in sRGB. Apply moderate output sharpening, because platforms compress images. Avoid extra saturation to stand out; compression makes strong colors look harsher.

Photography Portfolio

Keep a consistent edit across the whole set, including white balance and color grade. Export at a high resolution and show your most natural, technically clean frames.

Prints

Prints usually look darker than screens, so soft-proof and brighten slightly. Export full resolution, often at 300 pixels per inch, with sharpening set for the paper type. Check noise carefully, since large prints reveal grain.

Travel Blog

Match the look of every Aurora image in a post so the story feels consistent. Use horizontal crops that fit the blog layout, and add descriptive alt text to each image.

Website

Export in sRGB, typically 2,000 to 2,500 pixels on the long edge, and compress as WebP or high-quality JPEG. Smaller files load faster without visible quality loss.

Stock Photography

Stock agencies reject images with heavy noise, halos, or exaggerated colors. Keep edits clean and realistic, export at full resolution, and follow each agency’s file requirements.

10 Northern Lights Photo Editing Mistakes to Avoid

1. Over-saturating the Aurora. Neon green is the quickest way to make a photo look fake.
2. Making the sky too blue. An overly cool white balance drains the realism from a night scene.
3. Overusing clarity. It creates gritty textures and halos along the horizon.
4. Excessive Dehaze. It darkens the sky unevenly and adds harsh edges and color shifts.
5. Removing too much noise. Stars and fine Aurora rays disappear with the grain.
6. Over-sharpening. It produces halos and makes noise more visible.
7. Crushing the blacks. The foreground loses all detail and the image feels heavy.
8. Blowing out Aurora highlights. Clipped bands turn into flat, white-green shapes with no structure.
9. Making the foreground unnaturally bright. Land that looks like daylight under a night sky breaks the scene.
10. Creating unrealistic colors. Hue shifts and heavy grading can produce colors the Aurora never showed.

Should You Edit Northern Lights Photos Yourself or Hire a Professional?

Both options work. The right choice depends on your volume, skills, and time.

DIY editing may be suitable when:

• You have a small number of photos.
• You enjoy the editing process.
• You already have Lightroom or Photoshop skills.
• You have enough time.
• Your editing needs are simple.

Professional editing may be useful when:

• You have a large batch from a trip or workshop.
• You need consistent results across many images.
• You are working to a deadline.
• You need advanced Photoshop work, such as blending or cleanup.
• You need detailed retouching.
• You want to spend more time shooting and less time editing.

Professional editing does not replace good photography. It can, however, save time and keep a large set consistent.

Professional Photo Editing Services From Clipping Area

Clipping Area is a Post-Production Photo Retouching Agency. The team provides professional post-production and image editing support for photographers, businesses, ecommerce brands, agencies, and other clients who need consistent results.

Services include:

• Photo retouching
• Color correction
• Exposure correction
• Image enhancement
• Background editing
• Object removal
• Advanced Photoshop editing
• Bulk image editing
• Professional photo post-production

For Northern Lights photography, professional post-production can help keep color, exposure, and image quality consistent across a large collection. That is useful for tour operators, workshop leaders, travel brands, and photographers returning from a busy trip with hundreds of frames.

If you need professional photo post-production, Clipping Area can help with your editing workflow. Send a few sample images to discuss your requirements.

Frequently Asked Questions About Northern Lights Photo Editing

1. How do you edit Northern Lights photos?

Start with a RAW file. Set white balance, balance exposure, recover highlights and shadows, refine Aurora colors, reduce noise, and use masks to edit the sky and foreground separately. Finish with sharpening, a crop, and a quality check.

2. How do you edit Northern Lights photos in Lightroom?

In Lightroom, run Denoise if needed, enable lens corrections, and set the profile and white balance. Adjust the tone sliders, fine-tune colors in the Color Mixer, then use Select Sky and foreground masks for local edits. Sync settings across similar frames.

3. Can you edit Northern Lights photos in Photoshop?

Yes. Photoshop is ideal for layer-based edits, precise masks, removing distractions, blending exposures, and local color correction. Most photographers process the RAW file first, then finish in Photoshop.

4. How do you make Aurora photos more colorful?

Use vibrance instead of saturation, and adjust individual hues in the HSL or Color Mixer panel. Raise the luminance of the green slightly and gently boost faint purples and reds. Stop before colors look neon.

5. How do you reduce noise in Aurora photos?

Apply AI denoise to the RAW file first, then balance color and luminance noise reduction. Add extra reduction only to the sky or lifted shadows with masks, and check at 100% that stars remain visible.

6. Why do Northern Lights photos look different from real life?

Cameras collect light over several seconds and record colors that your eyes cannot see well in the dark. That is why photos often show stronger green and red than you saw, along with noise and dark foregrounds.

7. What white balance should you use for Northern Lights photography?

There is no single correct value. Many photographers start in a cool range and adjust by eye until the sky looks deep blue gray and the Aurora looks clean green. Shooting RAW lets you change it freely later.

8. How do you make the foreground visible in Aurora photos?

Mask the foreground and raise its shadows and exposure separately from the sky, with extra noise reduction. For very dark scenes, blend in a longer foreground exposure taken from the same position.

9. How do you make Northern Lights look natural in photos?

Keep saturation, clarity, Dehaze, and contrast moderate. Protect Aurora highlights, keep the sky dark, and make sure the foreground is never brighter than the light above it.

10. What is the best format for editing Northern Lights photos?

RAW is the best format. It holds more dynamic range, allows full white balance control, and handles exposure, shadow recovery, and noise reduction much better than JPEG.

Conclusion

Great Aurora images are built on a few careful decisions, not dramatic slider moves. Start with the strongest RAW frame. Set a believable white balance, balance exposure between sky and land, and protect the detail in the brightest Aurora bands. Control color with vibrance and targeted hue adjustments, reduce noise without erasing stars, and use masks to bring back the foreground. Then crop, check, and export for the place the photo will live.

The best Northern Lights photo enhancement is the kind viewers do not notice. They should see the night you stood in, only clearer.

If you have a large set of Aurora images or other photography that needs consistent post-production, Clipping Area can help with your editing workflow. Send a few sample images to discuss your requirements.