180 useful answers · Page 6 of 8
Understand light, focus, composition, and camera settings.
Search this topicChoose Add when the images are already in the location where you want to keep them; Lightroom references them there. Choose Copy when you want a new copy placed in a selected destination. Review that destination before importing to avoid an unintended second library. Move is a different choice that relocates files, so do not select it merely to add existing photos to the catalog.
Italic folder names in the import destination indicate folders Lightroom plans to create. Review them before starting, especially when organizing by date, because the preview reveals where the new files will go. Expand the destination tree and check the parent folder as well as the date format. A proposed folder is not evidence that those images are already stored there on disk.
Auto Import monitors the designated watched folder, not a nested folder tree. Configure an initially empty watched folder and have the supplying application place files directly inside it. Check the separate destination setting before enabling the workflow. If another application creates dated subfolders, adjust that application's output arrangement or import those folders normally rather than expecting recursive monitoring to discover them.
Auto Import moves incoming files from the watched folder into its configured destination as it adds them to the catalog. Inspect that destination and the catalog before assuming the files were lost. Keep the watched folder as an intake location rather than your permanent photo archive. A clear separation between the intake and final folder also makes it easier to troubleshoot whether new files were processed.
Open the Filename Template Editor and combine the appropriate date and numbering tokens with any fixed text you need. Tokens supply each photo's values; typed text stays the same. Save the result as a named preset and check the preview before using it. Choose separators that keep the components readable, and test the numbering on a small import before relying on it for a complete archive.
Import number identifies an import operation, while Sequence number supplies an image sequence using the starting number selected for that import. Use the token that matches what you intend to count. Check the template preview rather than assuming every numbering token advances in the same way. A project may need both an operation identifier and a per-image number, but they solve different naming problems.
Compare the preview rather than selecting a projection by habit. Spherical suits very wide scenes and multiple rows; Cylindrical can work well for wide panoramas with vertical lines. Perspective aims to keep straight lines straight but can stretch the edges of a very wide view. Look especially at buildings and the outer edges, then choose the geometry that best suits the photographed scene.
Try Boundary Warp and inspect the result before using a heavy crop. It reshapes the merged boundary to reduce empty edge areas, while Auto Crop removes the transparent regions by trimming the frame. Increase the warp only as far as the scene tolerates, watching recognizable shapes near the edges. Preserving more pixels is useful only when the resulting geometry still looks appropriate.
In the HDR merge preview, try a low deghosting amount first and inspect the moving areas. Increase it only if the doubled or translucent details remain distracting. Use the deghost overlay to see where Lightroom is intervening. Movement between bracketed exposures causes this problem, so compare the merged detail carefully instead of assuming the strongest setting will automatically produce the most natural foliage.
Auto Align compensates for small shifts between the source frames, which is especially useful for handheld brackets. Auto Tone adjusts the merged image's tonal treatment. They address different problems, so a tonal adjustment will not repair misaligned edges. Review the merge for both geometry and brightness, and remember that you can continue developing the resulting HDR image after the merge is complete.
Synchronizing Upright mode lets Lightroom analyze each destination image using that correction approach. Synchronizing the transforms copies the actual correction from the source. Choose the mode for different compositions that need their own analysis; use identical transforms only when the images truly need the same geometry. Inspect architectural lines afterward, because a correction that fits one camera position can distort a frame taken from another.
Hold Alt on Windows or Option on macOS while selecting the Upright mode to preserve the existing crop and transform settings that would otherwise reset. Review the edges after the correction because preserving a crop does not guarantee every part of it remains filled. Apply the lens profile first when appropriate, then judge the final geometry and crop together before moving to the next image.
It needs a calibration frame captured through a suitable diffuser with the same optical setup as the affected photographs. Keep the lens, aperture, focal length, and relevant capture conditions consistent. Include the calibration image in the selected sequence as Adobe's workflow specifies. A random blank photograph is not a useful substitute because the correction needs to describe the uneven shading produced by that particular setup.
Yes. In Flat-Field Correction, select Only Correct Color Cast when you want the color shading addressed without also correcting the luminance falloff. Use a properly matched calibration frame and compare the result with the original. This is helpful when the brightness falloff is part of the intended appearance, but the uneven color is distracting. Judge the edges as well as the center after processing.
Use the Luminance control for the blue range when brightness is the intended change. Hue moves the color toward neighboring hues, while Saturation changes its intensity. Make a modest adjustment and inspect other blue areas in the photograph, because the color range can include more than the object you were watching. Separate the brightness decision from hue and saturation rather than moving all three together.
After sampling a color in Point Color, enable Visualize Range and adjust the range controls while watching the affected pixels. Narrow or expand the selection before making a strong hue, saturation, or luminance change. Similar colors elsewhere in the image may be included, so inspect the whole photograph. The visualization helps you judge the selection itself rather than guessing from the appearance of one sampled spot.
Select the sky mask, choose Subtract, and use a Brush to remove the unwanted building area from that mask. Watch the overlay while refining the edge, then hide it to judge the adjustment itself. Keep the correction within the existing mask so the sky settings still apply to the intended sky area. A useful automatic selection can still need local cleanup around complex outlines.
Intersect the gradient mask with a Luminance Range and adjust the range to isolate the relevant tones. The intersection keeps only areas that satisfy both the gradient and luminance conditions. Inspect the mask overlay and refine the transition before applying a large adjustment. This lets the gradient define where the effect can occur while the luminance range controls which tones within that area receive it.
Select the destination photos with the desired source photo active, open Sync Settings, and choose only White Balance. Clear unrelated settings before synchronizing. Check which photo has the active selection border because it supplies the settings. Review the result on differently lit frames instead of assuming one balance suits every image. Keeping the selected fields narrow protects the individual crops and adjustments you already made.
Enable Soft Proofing and create a proof copy for the chosen output conditions. Make the print-oriented adjustments on that copy while keeping the original editing version available. Check the target profile and rendering preview before changing color or contrast. A proof copy gives you a distinct version for that output, which is useful when the screen-oriented edit and a particular paper need different treatment.
Super Resolution doubles the width and height, producing four times as many pixels overall. A photo with twice the dimensions therefore needs more storage and processing than the original. Check whether your intended output actually needs that increase, and inspect the enhanced detail before delivery. The larger pixel count does not guarantee that every soft or blurred feature becomes a sharply recorded subject detail.
Raw Details works with supported mosaic raw data, including compatible Bayer and X-Trans files. A JPEG has already been rendered and does not contain that kind of sensor data, so it is not an eligible input. Check the selected file type before troubleshooting the command. Super Resolution has different format support, but it serves a different purpose from reconstructing detail from supported raw sensor patterns.
Increase the Sharpening panel's Masking control while holding Alt or Option to inspect its mask. White areas receive sharpening and black areas are protected. Judge the photograph at 100% so you can see whether important edges remain crisp without exaggerating background texture. Amount and Radius still matter, but Masking is the control that helps restrict the adjustment to the edges you intend to emphasize.
Apply a local adjustment over the affected object and use a negative Defringe setting to protect it from the global correction. Adobe documents the strongest negative setting as protection from that correction. Inspect the object's edges and any true fringe separately, since they may need different treatment. A purple hue alone does not identify an optical defect, so avoid accepting broad desaturation as a necessary part of cleanup.
Source checks for these answers: September 23, 2026. Product instructions and local requirements can vary.