PictureCorrect.com: Diffraction: The Invisible Enemy of Landscape Photographers

Landscape photographers often assume that stopping down the lens to f/16 or f/22 will produce the sharpest images. After all, a smaller aperture increases depth of field, which should make more of the scene appear in focus.

But there’s a hidden optical effect that starts working against you when apertures get too small: diffraction.

Diffraction is one of the most common reasons landscape photos look slightly soft—even when focus and shutter speed are correct.

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What Diffraction Actually Is

Diffraction is a physical property of light.

When light passes through a very small opening, like the aperture of a lens at f/16 or f/22, the light waves begin to spread and interfere with each other instead of traveling in perfectly straight lines.

Instead of focusing to a precise point on the sensor, the light spreads into a small pattern called an Airy disk. As the aperture gets smaller, these Airy disks become larger and begin overlapping.

The result:
fine detail becomes blurred at the pixel level.

This isn’t caused by your lens being bad, and it isn’t a focusing mistake. It’s simply a limitation of optics.

Even the sharpest lenses in the world are affected by diffraction.

Why f/22 Often Reduces Sharpness

At first glance, smaller apertures seem beneficial because they increase depth of field.

However, there is a tradeoff between depth of field and diffraction softness.

Here’s what typically happens as you stop down:

• f/2.8 – f/4: shallow depth of field
• f/5.6 – f/8: peak optical sharpness for many lenses
• f/11: still very sharp with increased depth of field
• f/16: diffraction begins softening fine detail
• f/22: noticeable softness across the frame

At f/22, the diffraction blur often outweighs the benefit of additional depth of field. This means that even though more of the scene appears “in focus,” the entire image becomes slightly softer.

Modern high-resolution sensors make this even more noticeable because they capture extremely fine detail.

Many landscape photographers unknowingly lose sharpness simply by assuming that smaller apertures are always better.

The Balance Landscape Photographers Need

The goal is to find the optimal aperture where you gain enough depth of field without introducing too much diffraction.

For most lenses and modern cameras, that sweet spot usually falls between:

f/8 and f/11

But landscapes are rarely simple. Scenes often include:

• rocks close to the camera
• distant mountains
• trees across varying distances

This is where truly sharp landscape photography becomes more advanced.

Simply stopping down to f/22 isn’t the solution.

Mastering Sharpness in Real Landscape Scenes

Professional landscape photographers typically combine several techniques to maintain maximum sharpness:

• choosing the optimal aperture for the lens
• positioning focus carefully in the scene
• using hyperfocal distance when appropriate
• combining multiple focus points when necessary

This is where landscape photography becomes much more technical than many photographers realize.

Want to Learn the Complete Landscape Sharpness Method?

Understanding diffraction is just the first step.

Inside the PictureCorrect Premium newsletter (only $1 to try this weekend), subscribers learn the complete workflow for maximizing landscape sharpness, including:

• How to calculate the optimal aperture for your camera and lens
• Focus stacking techniques that allow you to avoid diffraction entirely
• A field-tested landscape sharpness method used by experienced photographers

Whether you’re working to master manual control, or advanced photo editing techniques, Premium gives you the structure to make steady progress. The special $1 intro offer is wrapping up this evening, and once it’s gone, so is your chance to lock in early access.

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PictureCorrect.com: What “Sharpening” Really Does at the Pixel Level

When photographers talk about “sharpening,” it’s easy to assume editing software is restoring lost detail or magically fixing soft images. In reality, most sharpening techniques don’t create new detail at all. Instead, they manipulate contrast at the pixel level, particularly around edges. By exaggerating the difference between neighboring pixels, sharpening tools create the perception of greater clarity.

However, modern AI-based tools have begun to push sharpening beyond simple edge contrast. Software such as Topaz Photo AI uses machine learning models to analyze patterns in the image and attempt to reconstruct realistic detail. Understanding both approaches helps explain what sharpening really does behind the scenes.

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The Traditional Approach: Edge Contrast

A digital photo is made up of millions of pixels, each containing brightness and color information. When an edge appears in a photo—such as the border between a dark object and a bright background—the pixels gradually transition from darker values to lighter ones.

If that transition becomes too gradual, the edge appears soft. Traditional sharpening algorithms look for these transitions and increase the contrast between pixels on either side of the edge.

Imagine a row of pixels across an edge:

Dark side → 40, 45, 50, 60, 70 ← Light side

A sharpening tool might adjust the values to something like:

Dark side → 35, 42, 50, 65, 78 ← Light side

The transition becomes steeper, which makes the edge appear sharper—even though the image contains exactly the same underlying information.

This is the core principle behind classic tools such as Unsharp Mask, High Pass sharpening, and most sharpening sliders found in photo editing software.

Why Images Often Start Slightly Soft

Many digital photos benefit from sharpening because several factors naturally soften edges during capture:

• Anti-aliasing filters in some cameras blur fine detail slightly to prevent moiré patterns
• Lens limitations reduce sharpness, especially near the edges of the frame
• Motion blur from camera shake or subject movement
• Noise reduction applied during processing

Sharpening is often used as a finishing step to restore the crisp edge transitions that were softened earlier in the imaging pipeline.

The Rise of AI Sharpening

Traditional sharpening simply boosts contrast around edges. Modern AI tools attempt something more sophisticated.

Software like Topaz Photo AI uses deep learning models trained on large datasets of sharp and degraded images. The neural network learns patterns that represent real photographic details—such as hair strands, feathers, foliage, or architectural lines.

When processing an image, the AI analyzes these patterns and predicts what the sharper version of the image might look like. In some cases, it can even reconstruct fine texture that was softened by motion blur, noise reduction, or missed focus.

Instead of simply increasing edge contrast, AI sharpening works more like a detail reconstruction system.

Why Oversharpening Causes Problems

Because traditional sharpening exaggerates contrast, too much of it can create visible artifacts. The most common is haloing, where bright or dark outlines appear along edges.

Sharpening can also enhance image noise, especially in shadows or high-ISO photos. Since noise consists of tiny pixel variations, sharpening algorithms may treat it like real detail and amplify it.

AI-based sharpening tools can reduce these issues by selectively enhancing recognized structures rather than boosting contrast everywhere—but they can still produce unnatural textures if pushed too far.

The Three Stages of Sharpening

In most professional editing workflows, sharpening is applied in stages:

Capture sharpening
Applied early to compensate for softness introduced by the camera sensor and lens.

Creative sharpening
Selective sharpening applied to key elements such as eyes in a portrait or textures in a landscape.

Output sharpening
Final sharpening optimized for the image’s destination, whether that’s print, web, or social media.

Each stage adjusts pixel contrast slightly differently to ensure the image appears crisp in its final form.

The Bottom Line

At its core, sharpening works by manipulating pixel relationships—increasing contrast where brightness values change rapidly so that edges appear more defined.

Traditional sharpening enhances the edges that already exist in the image. AI-powered tools, on the other hand, attempt to reconstruct believable detail based on learned patterns.

In both cases, sharpening doesn’t truly create original detail captured by the camera sensor. Instead, it refines the way pixels transition across edges—making the image appear clearer, more textured, and ultimately sharper to the human eye.

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PictureCorrect.com: Single-Point vs. Wide AF for Busy Travel Scenes

Autofocus technology has become incredibly sophisticated, but busy environments can still confuse even the most advanced camera systems. Whether you’re photographing a crowded street market, a lively festival, or a bustling city square, your camera may struggle to decide what exactly to focus on. This is where understanding the difference between Single-Point AF and Wide AF becomes especially valuable for travel photographers.

Choosing the right autofocus mode can make the difference between a sharp subject and a missed moment.

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Understanding Single-Point Autofocus

Single-Point AF allows the photographer to manually select one specific focus point within the frame. The camera will only attempt to focus on whatever is directly under that point.

In busy environments, this level of control can be extremely useful. Instead of letting the camera guess which object should be sharp, you explicitly tell it where to focus.

For example, imagine photographing a street performer in a crowded plaza. With wide autofocus, the camera might lock onto a passerby in the foreground or a sign in the background. With single-point AF, you can place the focus point directly on the performer’s face and ensure that the subject you care about remains sharp.

Advantages of Single-Point AF

• Precise control over what the camera focuses on
• Ideal for isolating a subject in cluttered scenes
• Reduces the risk of the camera focusing on the wrong object
• Works well for portraits, architecture details, and street photography

Potential Drawbacks

Single-point focusing can be slower when subjects move quickly. If your subject shifts position, you may need to reposition the focus point or recompose the frame.

Understanding Wide Autofocus

Wide AF (sometimes called Auto-Area AF or Wide-Area AF depending on the camera brand) allows the camera to evaluate many focus points across the frame and decide where to focus automatically.

Modern cameras often combine this mode with subject detection or eye-tracking, which can make it surprisingly effective for photographing people.

In travel photography, this can be helpful when capturing spontaneous moments—such as children running through a fountain or cyclists passing through a market street—where there simply isn’t time to manually place a focus point.

Advantages of Wide AF

• Faster for unpredictable or moving subjects
• Useful when shooting quickly or reacting to fleeting moments
• Works well with modern face and eye detection systems

Potential Drawbacks

In crowded scenes, the camera may focus on something you didn’t intend—such as a nearby object, background detail, or a person walking through the frame.

When Busy Scenes Cause Autofocus Problems

Busy travel environments often contain several elements competing for focus:

• People walking through the frame
• Signs, poles, or architectural details
• Foreground objects like fences or plants
• High-contrast patterns that attract autofocus

Because autofocus systems tend to lock onto the nearest object or the highest contrast area, the camera’s choice may not match the photographer’s intent.

This is why experienced travel photographers often switch between autofocus modes depending on the situation rather than relying on a single setting all day.

Practical Situations and Which Mode Works Best

Crowded Street Scenes
Single-Point AF usually performs best. It allows you to lock focus precisely on a specific person or subject among the crowd.

Fast Action or Movement
Wide AF is typically more effective, especially when combined with continuous autofocus tracking.

Architecture in Busy Locations
Single-Point AF helps prevent the camera from focusing on people walking in front of the building you’re photographing.

Festivals and Events
Wide AF can be helpful for capturing spontaneous moments quickly, particularly if your camera has reliable face detection.

A Useful Travel Photography Strategy

Many photographers adopt a simple approach when working in busy locations:

• Start with Wide AF when moving quickly through a scene.
• Switch to Single-Point AF when you have time to compose a shot carefully.

Learning how to toggle between autofocus modes quickly—often using a customizable camera button—can dramatically increase your hit rate in chaotic travel environments.

The Bottom Line

Busy environments challenge autofocus systems because there are simply too many potential subjects competing for attention. Single-Point AF provides precision and control, making it ideal when you want to isolate a specific subject. Wide AF offers speed and convenience, helping you capture spontaneous moments before they disappear.

Travel photographers who understand both modes—and know when to switch between them—will consistently capture sharper, more intentional images, even in the most crowded destinations.

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PictureCorrect.com: Want Sharper Photos? Topaz Photo’s Wonder 2 Model Makes It Easier

Photographers are always searching for one thing: tack-sharp images. Whether you’re shooting wildlife, landscapes, travel scenes, or fast-moving subjects, sharpness is often the difference between a good photo and a portfolio-worthy one. That’s why many photographers have turned to Topaz Photo AI, a tool designed specifically to improve image quality using artificial intelligence.

Now, Topaz has introduced a major update with a new model called Wonder 2—a powerful AI system that can denoise, sharpen, and upscale images in a single step, dramatically simplifying the editing workflow for photographers.

The New Wonder 2 Model

At its core, Wonder 2 is designed to handle several image-enhancement tasks at once. Traditionally, photographers had to apply noise reduction, sharpening, and upscaling separately, adjusting sliders and fine-tuning settings along the way.

Wonder 2 changes that process.

Instead of multiple tools and manual adjustments, the model automatically analyzes your image and performs three enhancements simultaneously:

• Noise reduction – Cleans up high-ISO noise and grain
• Sharpening – Restores lost detail and edge clarity
• Upscaling – Increases resolution while preserving detail

Perhaps the most interesting part is that there are no sliders or tuning controls required. The AI model determines the optimal enhancement automatically based on the image content.

For photographers who want quick results without spending time experimenting with settings, this approach can dramatically speed up editing.

Running a Massive AI Model—Locally

One of the most impressive aspects of Wonder 2 is its size and complexity. It’s a very large AI model, capable of analyzing fine image structures and reconstructing detail that would normally be lost to noise, motion blur, or lens softness.

Normally, models of this scale require heavy GPU memory or cloud processing. But Topaz solved this with a new technology called NeuroStream.

NeuroStream dramatically reduces VRAM usage, allowing the Wonder 2 model to run locally on standard creator hardware—meaning photographers can get powerful AI processing without needing a high-end workstation or sending their photos to the cloud.

This local processing has several advantages:

• Faster performance
• No upload times
• Greater privacy for your images
• Works even without internet access

For many photographers working with large RAW files, these improvements make AI enhancement far more practical in everyday workflows.

Why This Matters for Photographers

Sharpness problems come from many sources:

• High ISO noise
• Motion blur
• Lens softness
• Cropping or upscaling
• Small sensors (common in smartphones)

Traditionally, fixing these issues required careful adjustments and sometimes multiple editing tools.

With Wonder 2, the goal is to simplify that entire process into one step. The model evaluates the photo and applies the necessary improvements automatically.

For example, a wildlife image shot at high ISO might receive aggressive noise reduction while still preserving feather detail. A slightly soft landscape might get edge enhancement and subtle upscaling to restore clarity.

The result can be images that look significantly sharper and cleaner, even when the original capture wasn’t perfect.

A Faster Editing Workflow

Another benefit of this approach is workflow speed.

Many photographers spend a large portion of their editing time toggling between sharpening tools, denoise settings, and resolution adjustments. Wonder 2 compresses all of that into a single automated step.

That means:

• Less time tweaking sliders
• Fewer export tests
• Faster turnaround on large batches of photos

For photographers processing hundreds of images from a shoot, that efficiency can add up quickly.

Should Photographers Try It?

AI tools are becoming a regular part of modern editing workflows, and updates like Wonder 2 show how quickly the technology is improving.

Because it combines denoise, sharpening, and upscaling automatically, the new model is particularly appealing for photographers dealing with:

• High-ISO images
• Slightly soft shots
• Heavy crops
• Smartphone photos
• Older camera files

If your goal is getting clean, tack-sharp photos with minimal editing effort, tools like the Photo AI Editor are becoming increasingly worth exploring.

With Wonder 2 now running locally inside Topaz Photo, photographers can experiment with powerful AI enhancement while keeping their workflow fast, simple, and completely under their control.

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PictureCorrect.com: Shadows and Highlights: The Mark of Excellence

Related reminder: only a little while left for the Black and White Drills at 87% Off

Back in the days of black and white photography, I worked in a darkroom as a lab assistant, and sometimes students would make the mistake of asking me what I thought. If they wanted to learn this was not a mistake, but if they just wanted me say how great their work was, that was when it became a mistake. Sometimes I would advise them to crop tighter or change their center of balance, but by far the most common problem they had was with shadows and highlights.

“The other me” captured by Giuseppe Milo.

I would ask a student to show me a pure white in their print and they would point to a cloud or something similar. I would say, “That’s not white,” and they would argue with me. Now admittedly this was done under safe lights, but once I asked them to fold over the edge of the print so they could see the back of the photo paper, that’s when I would say “Now that’s pure white.”

They didn’t argue, because they actually did have a pure white, they argued because that’s how they remembered the scene in their mind. I had to remind students again and again that unless you do something different, the camera only exposes at 18% gray. Likewise, in a darkroom, unless you do something different the prints that come out are also 18% gray. When you expose something at only 18% gray, you are using a middle of the road type exposure. That should be your starting point, not your final destination.

In the Zone System developed by Ansel Adams there are 10 zones—or shades—from pure white to pure black. If you take a close look at most exposure compensation settings, regardless if your camera is digital or 35mm, most of them only give you a plus or minus range of two f-stops. If the original setting that your camera uses (18% gray) is zone 5 and you can only expose at plus or minus two stops, that only gives you a visual range of five f-stops. What happened to the other five zones?

Image from Chris1122 on Wikimedia.

Camera manufactures keep coming out with bigger and better units every day, but to date, none of them have developed a sensor as sensitive as the human eye. You may remember those awesome white puffy clouds, but that is because your eye sees and comprehends a wider range of colors than just the standard 18% gray. Remember, if you want a subject to actually be white (a wedding dress, for example) you will have to give the shot more light than the camera suggests. If you want it to actually be black, a black cat for example, you have to give the shot less light than what the camera is indicating.

When it comes to light, it seems that many photographers become totally obsessed by the idea of controlling it. I mean, we buy studio lights so we can get more of it. We get reflectors and bounce things off the wall. Why? All for the mistaken idea that we need to get rid of the shadows. Let’s just take a moment, breath deep, and remember the classics.

Photo by Giuseppe Milo; ISO 200, f/8, 1/2500 exposure.

When someone says they are going to use Rembrandt lighting or butterfly lighting what are they referring to? They are talking about studio lighting setups that allow you to control the shadows, not eliminate them. Shadows help to set the mood of a shot. When you think about it, all lighting patterns are defined by the shadows, not the light. If there were no shadows, there would be no patterns. All lighting would be the same.

Highlights are usually defined as the brightest area in a photo. As my students learned, what you shoot as white doesn’t always come out as white. This is often more obvious in black and white photography than with color, but when you lack highlights you also lack dynamics. When you shoot a snowy mountain top and nothing is truly white, you have what most of us to refer to as a “flat image.” We call it flat, because like a tire on your car, if it’s flat it just doesn’t take you anywhere.

“Heading home” captured by Vern.

Fashion photographers often go to great lengths to play with the highlights in the eyes, or in the hair, or in a smile. A photo tip worth remembering is that sometimes in an effort to get better highlights, we overexpose the image and actually lose detail. That’s referred to as burn out, and it’s not the same as a well thought out highlight.

With that in mind, I would like to redefine highlights as the brightest area in a photo in which one can still see detail. The same is true of a great shadow. A shadow is defined as the darkest area of a photo in which you can still see detail. If you see a picture of a cave opening and all is black, you don’t really have any shadows (you have darkness). If you can see eyes and a hairy outline of some type of creature breathing the cool night air, you can honestly say you caught something lurking in the shadows.

The reason the masters went to such great efforts to include shadows and highlights in their photos is that it took their work to the next level. If all cameras shoot at 18% gray, which is a middle of the road type exposure, it is fair to assume that 90% of the people in the world today are getting middle of the road type photos (as far as exposure is concerned).

“A Quick Snack” captured by David Guyler.

Many advanced amateurs do use exposure compensation, but they’re still on the high or low end of middle gray. To ensure your images have the same richness as the masters, like Ansel Adams or Edward Weston, you too have to include shadows and highlights. Look again at the images that impress you, regardless of the subject matter. What do they have that you do not? I’m willing to bet that it’s in the details, and those kinds of details are often found in the shadows and highlights.

About the Author:
Award winning writer / photographer Tedric Garrison has 30 years experience in photography (better-photo-tips.blogspot.com). As a Graphic Art Major, he has a unique perspective. His photo eBook “Your Creative Edge” proves creativity can be taught. Today, he shares his wealth of knowledge with the world through his website.

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PictureCorrect.com: Advanced Lightroom Shortcuts and Hidden Gems

Lightroom is a powerful tool for photographers, offering an extensive range of features for photo organization and editing. Knowing a few shortcuts and hidden features can significantly speed up the workflow and enhance your editing process. Here are some helpful Lightroom shortcuts and secrets that can benefit photographers.

Related: only a little while left for the Photo Editing Cheat Sheets March Markdown Sale

Quickly Compare Before/After: Pressing “\” (backslash) in the Develop module lets you quickly switch between the before and after views of your image. This is a straightforward way to compare your edits with the original photo.

Solo Mode: To avoid scrolling through numerous panels in the Develop module, right-click on one of the panel titles (like Tone Curve, Basic, Detail, etc.) and select “Solo Mode.” This ensures that only one panel is expanded at a time, keeping your workspace uncluttered.

Batch Editing: Lightroom allows you to apply edits from one photo to others, which is a great time-saver. After editing one photo, you can press “Shift + Ctrl/Cmd + C” to copy the settings, then select other photos and press “Shift + Ctrl/Cmd + V” to paste these settings across multiple images.

Visualize Spots: The “Visualize Spots” feature is incredibly helpful for spotting dust or sensor spots on your images. While using the Spot Removal tool in the Develop module, press “A” to toggle the visualize spots feature, which helps to highlight imperfections that are otherwise hard to see.

Quickly Adjust Brush Size: When using adjustment brushes, you can quickly change the brush size and feathering by dragging the mouse while holding down the corresponding keyboard shortcuts. Pressing “[” or “]” adjusts the size, while “Shift + [” or “Shift + ]” adjusts the feathering.

Rate and Cull Quickly: Use the number keys (1-5) to rate your photos and the “P” key to flag them as picks. This makes the initial culling process much faster and more efficient.

Use Auto Mask: When using the adjustment brush, turning on Auto Mask helps to apply your adjustments more accurately by detecting and respecting edges within your image. This is particularly useful for selective adjustments like brightening a subject without affecting the background.

Create Virtual Copies: Press “Ctrl/Cmd + ‘” to create a virtual copy of an image. This is useful for experimenting with different edits without altering the original file.

Color Label Shortcuts: Assign color labels to your photos for better organization using “6” for red, “7” for yellow, “8” for green, “9” for blue, and “Ctrl/Cmd + 9” for purple.

Quick Develop in Library Module: The Library module’s Quick Develop panel lets you apply basic adjustments to a selected photo or group of photos without switching to the Develop module. This can be a great time saver for minor tweaks.

Sync Settings Across Multiple Images: In the Develop module, you can synchronize edits across several selected images. This is particularly useful for photos shot in the same conditions. After adjusting one photo, just click the “Sync” button, choose the settings you want to synchronize, and apply them to the selected images.

Targeted Adjustment Tool (TAT): In the Tone Curve, HSL/Color, and B&W panels, you can use the Targeted Adjustment Tool to directly click and drag on the image to adjust parameters like hue, saturation, and luminance for that specific color or tone.

By integrating these shortcuts and hidden features into your workflow, you can make your Lightroom experience more efficient and enjoyable. Whether you’re a seasoned professional or an enthusiastic amateur, these tips can help streamline your editing process and give you more time to focus on the creative aspects of photography.

For Further Training:

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PictureCorrect.com: Know Your Digital Camera’s Enemies

Your digital camera is a precious device that allows you to capture great memories as they happen. And since you spent your hard earned money to buy it, you need to protect it at all costs.

Having a camera bag or casing is a basic rule. But what many camera owners forget are the other enemies of their photographic gadget. These can be found just about anywhere—the reason why you need to be aware of them. It’s your responsibility, as well, to know how to avoid these elements to save the life of your camera.

Related: offer wrapping up this weekend for the Cheat Sheets March Reset Sale

“My Sandy Sigma Lens” captured by Fran Trudeau

Oils

Did you know that your sunscreen and insect repellent can actually harm your camera? It’s true. These products are oily and can affect the delicate parts of your unit. If possible, never let the parts of your body that have these lotions touch your camera. Wash your hands before holding the camera so you can freely enjoy shooting. In case you forgot and you touched the camera, make sure to wipe the grease off right away.

Be careful as well not to put any of those items inside your camera bag. Some of you who don’t want to bring another bag when going to the beach, the pool, or the campsite may think that it’s okay to put sunscreen and other lotions in the camera bag, but if they leak, your camera is in trouble.

Sand

Keep your camera away from the sand, too. Sand has very tiny particles that can scratch and damage the delicate mechanics inside your camera. So if you need to bring your camera to the beach or the park, be sure to put your camera inside a sealable bag when not in use. You can also bring along a toothbrush or extra cloth that you can use to wipe away sand that comes in contact with your camera or lenses.

Salt

Another danger of being at the beach is the risk of exposing your camera to salt. Salt can cause corrosion. To protect your camera, wipe it clean after using. If you’re using a DSLR, use a UV filter. Remember, as well to avoid opening your camera to change batteries, lenses, or memory cards when in salty places.

Water

While you’re at the beach or pool, be mindful about water that could get into your gadget. You could be enjoying splashing around with your friends and then taking photos or worse, you could drop the camera in water. Keep in mind that moisture can damage your camera, so after you arrive home, wipe it clean and make sure that it’s dry.

Using silica gel packs will also help keep your camera dry while inside its bag. These will be helpful particularly during times when your area experiences sudden changes in temperature.

Other elements harmful to your camera that you need to avoid are dust, bumps, drops, and of course, thieves.

About the Author:
Kalyan Kumar writes for 42photo.com, New York’s legendary camera store in business for over 40 years.

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