Category: Old Photo Info

Reviews of ‘low cost or no cost’ Online Photo Editors

Designers and photographers have a number of options when it comes to photo editing and if you are like me you may already have a couple photo applications and programs that you’re using for instance I use GIMP ( and Serif Photo Plus ( as my normal photo editing programs but I also use online at editors such as Google Picasa and I’ve been using for quite it for a while now.  If you happen to also be putting your files in the ‘clouds’ then you may want to just look at the couple of these links that I just put up just to give you an idea of what online photo editors are available if you haven’t already done already and best of all many are available at no charge.

Top Ten Online Photo Editing Review


Converting Old Photos – All About Megapixels, Megabytes, and DPI

Photo Files 101: All About Megapixels, Megabytes, and DPI

Learn the differences between megapixels, megabytes, and dots per inch, and delve into the relationship between what’s on the monitor and what you print.

By Dave Johnson, PCWorld    Apr 2, 2012 9:00 pm
Source: PCWorld/Cameras  (click link to view article with images)

To take good photos, you don’t really need to know a lot of technical details about digital photo files any more than you need know how a car engine works to drive to work every day. But sometimes it can help, especially when it comes to sharing and publishing your photos. Take the seemingly simple concept of resolution. Do you know what size a photo should be in order to turn your photo into a high-quality 8-by-10-inch print? What if you want to email it? What do megapixels and megabytes have to do with one another?
To help answer those questions–and others–here is a primer on everything you ever wanted to know about photo files, from, megapixels to megabytes with a little dpi thrown in for good measure.

Understanding Megapixels
Every digital photo is composed of pixels–millions of them. Pixels are an easy thing to measure, so many people buy a camera that captures a lot of them, assuming that more pixels equals better quality. As any camera advertisement will reveal, cameras are typically rated by the megapixel, which describes how many millions of pixels are embodied in a photo. A 1-megapixel camera takes photos with a million pixels in them; a 20-megapixel camera captures 20 million pixel photos. Think of it like a grid that tells you how wide and tall the photo is.

Consider the Nikon D7000, a 16-megapixel camera. It takes photos that are 4928 by 3264 pixels. Multiply those two numbers, and you get about 16 million. Compare that to the Apple iPhone 4s, which takes photos that are 3264 by 2448 pixels: 3264 times 2448 is about 8 million, or 8 megapixels.

The number of megapixels gives us an indication of the resolution of the photo. Imagine zooming in to a photo until you can see every pixel on the screen, like the image below. The resolution tells you how large your monitor would have to be in order to see the entire photo.

So what do megapixels buy you? In a word, detail. More pixels can capture more fine detail so you can crop away unwanted parts of the photo and still make a high-quality print. Consider this: If you crop away half of a 12-megapixel photo, you’ll still end up with a 6-megapixel image, which should have a lot of rich detail.
In general, if you’re comparing two cameras with similar megapixel counts, the one with the larger sensor will generally take better photos. That’s why some photographers pay a premium for digital SLRs with full-frame sensors.

Measuring Megabytes
While the megapixel rating tells you how many pixels are in a photo, there is another important thing you sometimes need to know about your photo: the file size of an image that the camera produces. This directly affects how much storage space it takes up on your hard drive, its size as a file attachment in email, and how long it takes to traverse the Internet. You might think of this as how “heavy” the file is, as if you were weighing photos on a scale.
Alas, there’s no direct way to correlate pixel size and file size. A 10-megapixel photo might “weigh” less than a megabyte on your hard drive. Or it might “weigh” as much as 6 megabytes. The file size depends on several factors, including the number of megapixels, the file format you’re using (such as JPEG or RAW), and the amount of file compression used to save the photo, which is sometimes referred to as the quality setting.

If you’ve ever noticed that the file size of a photo changed significantly when you saved it in a photo editing program, it’s usually because the photo has been saved with a different quality level–and hence compression level–than it started with. This is handy if you need to “shrink” a photo to send it in email. You can reduce the resolution by shrinking the number of pixels.

Using DPI and PPI to Print
Finally, one last concept you might encounter is dots per inch (dpi) and pixels per inch (ppi). These are similar terms, and both measure the density of the pixels in whatever medium you are looking at the photo. Dpi usually refers to printed photos, while ppi measures images on a computer screen.
Dpi and ppi have no inherent meaning of their own, so you can’t say that a particular digital photo is, for example, 72 dpi or 300 dpi. Dpi does, however, help you to understand how large a photo can be printed or displayed. Here’s the tricky part: It refers to the display medium, not to the photo itself.
Imagine that you want to print a photo on a 300-dpi inkjet printer. You might take your iPhone photo, which measures 3264 by 2448 pixels, and divide those dimensions by 300. That tells you that you can get a fairly good quality 8-by-10-inch print.

There’s more to the story than megapixels and megabytes, though, which is why you shouldn’t buy a camera based on specifications alone. Raw pixels aren’t going to help a lot if the camera has poor optics, high digital noise at low ISOs, or other limitations that keep it from taking great photos. In other words, resolution and megapixels tells you about the photo’s dimensions and how bit it will print (or display), but not a lot about the quality.

The GIMP Photo Editor – For photos old and new

GIMP – GNU Image Manipulation Program ….

One of the most powerful general-purpose image editors around, the upgrades make the GNU Image Manipulation Program eminently comparable to Photoshop. Older features include channels, layers and masks, filters and effects, tabbed palettes, editable text tools, perspective clone, improved printing, and color operations such as levels. New improvements include GEGL integration for 32-bit color support, dynamic brushes, and more options for the free select tool. It even has regex-based pattern matching for power users.

The application provides professional tools that can stand against the big boys without the hefty price tag. Even the installation process has gotten simpler, with no need to download and install the GTX Runtime Environment separately. Extremely powerful and easy to work with, GIMP is ideal for both amateur and pro photographers, Web designers, or anyone who wants to create and edit professional-quality digital images on a budget.

The software is updated regularly and it seems they are investing a lot in improving and taking it even further. Photoshop may be the standard but it is an expensive product and not everyone can afford it. GIMP is a realistic alternative.

Source and full content: GIMP – CNET

… and a Photographer’s Best Friend – Photoshop Plug-in and RAW Support
This may sound strange to talk about in a GIMP review, but it is an invaluable addition to the program. Many Photoshop filters will add value to any software they can be used with. A good example of one that works with GIMP is VirtualPhotographer from OptikVerveLabs. There are also a number of commercial Photoshop plug-ins that can save you time and improve your photo editing experience. So instead of having to find alternatives, you can use PSPI, enabling you to use these Photoshop plug-ins in GIMP. Again, the plug-in is free, the source is available to anyone interested and it works as a cross platform tool.
After placing PSPI.exe in the GIMP plug-ins folder, start GIMP and you will find a new Menu option under Filters. Selecting the configuration menu, it will open a Dialog box so you can identify where you will place Photoshop plug-ins.

If you need RAW file support for your camera in GIMP, you can download UFRaw and install the plug-in. This plug-in supports Adobe Digital Negative, Canon, Nikon, Sony, Fuji, Olympus, Pentax and Minolta RAW file formats. The download, much like the software, is also free. It can also be ran both as a standalone feature or from within GIMP.
After installing the UFRaw, you just need to open a RAW file normally using File>Open or open a file directly with UFRaw. Because UFRaw can run as a standalone, it means you don’t have to open GIMP to see your RAW files.
As you can see, it’s quite straightforward. If you ever worked with RAW images in Adobe you will find some similarities. The feature offers a few interesting options including Curves, Levels, a noise reduction option, white balance and more. This is a tool that comes in handy for many amateur photographers.

Source and full content:

The official GIMP web site

This is the official GIMP web site. It contains information about downloading, installing, using, and enhancing it. This site also serves as a distribution point for the latest releases. We try to provide as much information about the GIMP community and related projects as possible. Hopefully you will find what you need here. Grab a properly chilled beverage and enjoy.

Source and full content:

Old Family Photos – early Philadelphia PA photos

From the 1930’s …


My Grandparents employer’s car


My Aunt as an toddler with an relative had their photo with the car my grandfather drove as a chauffeur. The location was I believe in the western suburbs of Philadelphia, PA where my grandparents first got employment as a housekeepers and chauffeur when they came north from South Carolina.

Digitizing and Archiving Old Photos

Information for Converting, Saving and Using older photos


Digitizing and Archiving Old Photos

This is a good article that I found with good information on Digitizing and Archiving Old Photos:

By Justine Dorton

I have what sometimes feels like 87,000 photographs in albums stacked in my basement. They fill dozens of albums, and cover the interesting, mundane, special, outrageous, and sacred moments of my life. They stop, abruptly, in 2002. They have been replaced by, as you might have guessed, digital files. Files and files and files of pictures, the sum of which is likely closing in on 87 million. Please tell me I’m not the only one.

I struggled mightily with what to do with all these old albums. My digital storage is well maintained and heavily backed up – no house fire or earthquake is going to destroy my pictorial life since 2002. How could I possibly guarantee the same for all those albums in the basement?
After a little bit of research and a little bit of luck, I’ve been able to catalog about 70% of my family’s photos digitally. I’ll walk you through how I did it.

Making Old Photographs Digital:
Let’s start our walk through the first project I undertook with my sisters to start saving some of our old photographs. My younger sister snuck into our parent’s home and borrowed all their crates full of old pictures. Scattered around my family room we three sisters sat, filtering out the pictures of most and least importance. We whittled 5 crates and 50 years of pictures down to about 700 pictures that most accurately captured the important moments in our parents lives.

That stack of 700 pictures then sat there, fading away, losing more quality and texture, for two more weeks, until I mustered the courage to conquer it. I toyed with the idea of scanning each photo, and even messed around with our scanner for a few attempts, but found the quality and size of photo unacceptable for any really serious attempt at archiving. There are scanners available that produce high picture quality, but the real issue with scanners is their propensity for dust. Professional photo restoration companies will keep their digital scanners in professionally maintained dust-free rooms. Scanning your photos will guarantee that dust will need to be removed from the photo image after you have captured it. Depending on the quality of your camera, the quality of your scanner, and the free time you’ve got on your hands (taking photos of your photos is much faster), you can make that choice yourself.

If you are in the market for a scanner, or have the spare change to spend, make sure you buy a scanner with at least a 36-bit color depth, and the highest resolution you can possibly afford. Any resolution under 1200 dpi will result in diminished picture quality if you intend to reprint your picture at some point (1200 dpi is sold for between $150-$250 at many office supply stores). If you are certain you will never want a scanned picture to be any larger than it was when originally scanned, you can get away with a 600 dpi. These scanners can be found for under $100.

If you do decide to use a scanner, you won’t have to worry about lighting or distortion, which we will talk about later, however, remember that when using a scanner, you will always diminish the quality of the portrait by introducing dust particles onto it. That can create more work in a photo editing software to restore the image.

There are several important things to remember before using your camera to capture an old photo digitally. (Click link below to continue reading the article)

Article continued on Digitizing Old Photos

Source: – Family Trees

How to Preserve Old Photos and Documents

Information for Converting, Saving and Using older photos

Archivists have discovered the hard way that using ordinary lamination plastic for old documents, newspapers, photos, etc., does not preserve them.  The best way to preserve them is to store them in a dark place after placing in acid-free Mylar film (not laminated).  Ordinary lamination material still permits light rays to pass through it and to cause a chemical reaction to the acid that most modern paper and modern dyes contain, and that ALL old documents photos contain.  This causes deterioration of paper and fading of the paper and print.  The heat and pressure of most lamination processes also damages documents.
Of course, keeping original documents is important, but one should always copy (scan) newspapers and other documents and then print them on acid free paper, which can be found at just about all stores selling printer paper and/or computer supplies.  Too, one should save the graphics files from scanned documents and put the files on CDs for permanent safekeeping.  Life expectancy for data on CDs is 80-100 years for premium quality CDs.
The key to preserving your paper documents and photos is to keep them in an acid-free, humidity-controlled environment.  Your paper documents and photos need protection from a variety of elements which contribute to their deterioration — namely:  light; heat; humidity; acids in papers, plastics, and adhesives; pollutants; and pests.
You can store and preserve your paper documents in a few different ways.  You can organize and file them in acid-free folders, and keep them in an acid-free box.  Or you could place your documents in archival-safe, acid-free plastic sleeves and keep them in an album or binder.  Another popular alternative is to encapsulate a document between two sheets of polyester (Mylar) film.
Regardless of how you choose to store your documents, NEVER STORE THEM IN AN ATTIC OR BASEMENT.  Extreme temperature and humidity changes cause rapid deterioration.  Store your items in a room that is comfortable to you, with stable temperature and humidity.
Plastic enclosures are safe for documents ONLY if they are made of polyester, polypropylene, or polyethylene.  Other plastics are not chemically stable and will release damaging acids over time.  Especially dangerous is PVC (polyvinyl chloride) plastic commonly found in “store-bought” binders; it emits hydrochloric acid over time.
There is no problem with putting more than one document in the same plastic sleeve, but documents should be interleaved with acid-free paper to prevent acid migration from one document to another.  Acid-free paper that is buffered will also counteract the formation of more acids in the future.
Lamination of a document is NOT considered a safe conservation technique because the process may potentially damage a document due to high heat and pressure during application.  Moreover, the laminating materials themselves may be chemically unstable and contribute even more to the deterioration of the document.  Lamination also violates a cardinal rule of conservation, and that is to only apply treatments that do not alter the item, and which can be reversed.  Lamination cannot be reversed.
Since newspapers are made of highly acidic paper and deteriorate so quickly, you should always photocopy the information you want from them onto acid-free paper.  You can then store the original paper in an acid-free box, or mount clippings in an archival scrapbook.  Clippings could also be stored in acid-free file folders, interleaved with acid-free paper.  If you want to frame the clipping, you should frame the acid-free copy rather than the original clipping.
The inks used in photocopiers and printers are only moderately durable.  Most printers have no alternative ink available that will not fade with time.  Epson does produce DuraBrite ink for some of its printers, which is water-, smudge-, and light-resistant, and is supposed to be stable for 80-100 years.  It is a good rule of thumb to photocopy or scan any document you wish to preserve onto acid-free paper.  If you then keep the original and copy away from light, heat, humidity, etc., the document should last for several generations.  Incidentally, there are archival inks for use on paper when one makes entries by hand:  Pigma ink comes in a pen (do a web search for “Pigma ink” or “Sakura”, which is the company making this ink); Actinic ink comes bottled for use with a quill pen or in an ink pad (do a web search for “Actinic ink”).
Often when paper objects (such as wedding certificates) have been stored rolled for many years, they become quite brittle.  In order to safely unroll your certificate, moisture needs to be restored to the document (known as humidification).  Placing your document in a humid environment for several hours should make it more flexible, allowing you to carefully unroll and flatten it.  Watch out for ink on the document that might bleed (don’t humidify it if the ink will run).  You may have to experiment with the level of humidity and the amount of time you leave the document exposed; monitor to make sure it does not get saturated.  Attempt to carefully unroll the document while it is still humid.  (Do not proceed if it resists or begins to crack or tear.)  You could then flatten it by placing the document between two pieces of blotting paper, and then place a heavy object on top for a few days.
The same rules which apply for the safe storage of paper documents generally apply to photos.  Again, there are a number of options for preserving your photos.  If you prefer an album, some archival albums have acid-free components such as scrapbook style pages, picture-pocket pages made of one of the safe plastics, etc.  Store-bought albums with “magnetic” pages are typically highly acidic and dangerous to photos.  Besides albums, there are acid-free boxes made to accommodate between 500 and 1000 prints.  These boxes come with acid-free envelopes and sleeves for negatives.  Finally, photographs can be encapsulated in polyester film (acid-free, such as Mylar) just like paper documents.
There are a variety of storage options available for storing negatives.  The best choice depends on the number of negatives and one’s preference.  Negatives can be stored in acid-free envelopes — paper or plastic — and placed in an acid-free box made for negatives and prints.  There are also clear acid-free plastic sheets which hold various size negatives and can then be put in a binder.  The American National Standards Institute (ANSI) recommends non-buffered storage for color prints and negatives, and buffered storage materials for black and white prints and negatives.  Nitrate film should be stored in buffered materials.
When photos have been glued to photo album paper, the safest and recommended way to remove them from the paper is to carefully try to lift the photos off of the album page with a tool called a micro-spatula or a small spatula.  Slip the micro-spatula under the edge of the photo, and carefully move it back and forth.  The ease with which the photos come up may vary depending on the humidity level.  Dry conditions may make prints and backing brittle, easier to lift.  Or humid conditions may soften the adhesive and ease removal.  Experiment with it, but DO NOT force the photos so that they tear.
If you cannot lift them, cut away the black paper around the photo.  If photos are on both sides of the page and you cannot cut around, interleave the pages of the album with acid-free paper and store the album in an acid-free box.

Old documents are often rolled or folded and stuck in cedar chests and drawers for years before someone moves them.  They are aged in their shape and can break with handling.  They are dry and need to be hydrated.
Look around your home for a container with a tight fitting lid (not so tight fitting that the container needs to be tipped for a grip to take off the lid).  One container that can be used is a new galvanized garbage can; try to find a small one if all you have is a few letter size documents.
Inside the (clean) container, place a heavy bowl with a flat bottom.  Inside of THIS bowl, place a glass of water.  Documents can be placed, several at a time, around outside of the bowl in the large container (outside of the water please).  Make sure they are stable enough not to tip over into the water.  Place the lid on the container and leave it alone for several hours.  Needless to say, this whole thing should be out of the way of dogs, children, and mothers who insist on constantly dusting!  Put it in a spare room and close the door.
After several hours, check the paper.  Flex it to check how well it unrolls, unfolds, or just feels right.  (It’s like making dough – you learn the feel.)  Some papers hydrate very quickly.  A super thick post-Victorian wedding certificate might need to be left in as long as 24 hours, but many papers hydrate in six hours.
Purchase white blotter paper in an art supply store.  Lay one sheet of blotter paper down on a table, and spread the documents as flat as possible on the blotter paper.  Check to make sure folded edges are unfolded, and torn edges close together.  A set of stamp collector tweezers is perfect for this job and other steps to follow.  Place another blotter paper on top.  Weigh down this whole thing with heavy books (one use for an encyclopedia set).
The blotter paper will absorb any excess moisture and mold is rarely a problem.  Leave the documents pressed for 12 to 24 hours.  If they roll when uncovered, they either need to be pressed more or they possibly need hydrated more (although that’s very rare).
After uncovering the documents, you can begin repair.  Odd smudges of dirt and pencil can be encouraged off with a Pink Pearl eraser.  Don’t use any other kind.  Other types of cleaning products should only be used by professionals, and the Pink Pearl eraser should be used with extreme caution.
There is a special repair tape called “Filmoplast” (transparent).  (Do a web search for “Filmoplast”; you will find dozens of sources.)  The back of the document should always be repaired first.  The Filmoplast tape is pH neutral and doesn’t yellow.  It also can be removed and applied again during the taping process, which is a big help for those doing this for the first time.  Don’t use “scotch” tape–EVER.  Remove old tape if it won’t destroy the document finish.  It usually falls right off.
Mylar top-loader envelopes are fine for storing smaller documents.  They can be purchased at one of the discount chains on sale (very inexpensive, about $4 for 50).  Archival companies charge a lot more.  But many documents need bigger storage.  You may also purchase a pack of large size Mylar sheets and a heavier Mylar roll in a very large size.  To use these, you need double-sided tape.  Make sure you purchase Ph neutral tape.  (Again, just do a web search for “Mylar envelopes” or “Mylar sheets”.)
Cut two pieces of Mylar about one inch larger than the document you have.  Lay the now repaired and flat document in the center of one Mylar piece.  Unroll a length of double-sided tape and carefully place it from one corner of the document to another corner, leaving at least 1/4 inch of air space from the document to the tape.  Repeat on each side, leaving an “air hole” of 1/8 inch or slightly larger at each corner.  There will be a paper lining on the top side of the tape.  Leave it in place for now.
Lay another piece of Mylar on top.  Set a gentle weight on top of the stack, so that your sheets don’t move as you work.  With your tweezers, work one edge of paper lining off of one length of tape.  Strip it off, and then press the two Mylar pieces together on that side. Repeat, one side at a time. It can be tricky to do this without making a ripple, but the tape stays removable for a long time.  An old squeegee roller can be used to set the tape after it is checked.  Trim outside edges, if needed.  Store flat in an archival box or artist’s portfolio for the best preservation.
The first document is nerve-wracking to do, but it really is easy.

Since the beginning of time, mankind has been recording history; however, only within the past 150 years have we been able to document history photographically.  What we learn about our past provides a transition from our ancestors to our offspring.  Photographs provide a graphic portrayal of yesterday, but if we neglect and do not preserve our photographs, some of our history will fade away along with those images.

ENVIRONMENTAL – Temperature and humidity affect photographs and documents more than any other element.  Best conditions are under 70° F, with the relative humidity under 50%.  High humidity is most harmful, and high temperatures accelerate the deterioration.  Cyclic conditions (high heat and humidity followed by cold and dry weather, followed by high heat, etc.) are very bad for film emulsion and may cause cracking and separation of the emulsion from the support.

Attics and Basements – The worst places to store your photographs or documents is in an un-insulated attic or basement.  In the summer, temperatures in an attic could reach 125° F, while in the winter they can get down to less than 0°.  With the constant high temperatures and humidity in the summer, and low temperatures and humidity in the winter, the photographs or documents will become brittle.  In severe cases, the emulsion (image) on the photograph can separate from the base (paper).  These cyclic conditions will have a devastating effect on any paper product.
Un-insulated basements are usually moist, which can cause photographs to stick to each other.  Another problem encountered in basements is that they are great breeding grounds for insects and rodents which are strongly attracted to gelatin and cellulose in the photographic emulsion.
The best places to store important photographs or documents are in a safe deposit box at your bank.  They are usually climate controlled and kept dark to provide almost ideal storage conditions.  The ideal storage conditions are 68°± 2° and humidity of 50% ± 5%.
Wood, Paper and Paper Products – Wood and papers contain harmful additives such as bleach or hydrogen peroxide.  Use only paper products that are acid free.  Proper storage containers are available from archival suppliers (see below).
Miscellaneous Materials – Rubber bands or rubber cement contain sulphur, which degrades photographic emulsions.  Paper clips can abrade or scratch the surfaces of prints or negatives.  Pressure sensitive tapes usually contains acids which can accelerate the deterioration process.  Any kind of ink also contains acids.  Fingerprints on prints or negatives create physical damage from the oils and acids in human skin.
Fumes and Vapors – from oil-based paints, varnishes, shellac, carbon monoxide (automobiles stored in garages), and photocopiers, including laser copiers, cause serious damage to photographs and documents.  (Most photocopiers produce ozone as a by-product; ozone acts as a bleach and the fumes may accelerate the deterioration).  Also, the intense light and heat from copiers are detrimental to photographs.

Paper – Use only lignin-free (lignin is from paper pulp), acid-free, un-buffered paper.  Use this paper to store photographs or as interleaving paper in albums.
Plastics – Any of the following plastics are safe to use in storing photographs, negatives or documents:
Polyester, Mylar, Polypropylene, Polyethylene, and Tyvek.

The first step is to identify what the pictures show, because only photos that are identified and labeled are worth preserving.  Sometimes it’s best to start with your most current photos and work backward in time.  Note what’s going on in the picture, who’s in it, and where the photo was taken.  Date the photo as closely as you can.  Write the information on the back of the photo with a soft 6B drawing pencil, which is available in art supply shops.  Be sure to use people’s real names if you know them, not just associations like mother or grandfather.
For home movies, write the identifications on the leader.  Note when it was shot, by whom, and what the event is.  Home movies can be very difficult to identify.  If possible, sit down with the person who made the movie, ask him/her to narrate it, and take notes.
Many people have old photos in their collections that are often unidentifiable.  You often can’t say with certainty whether the person shown is a family member.  Set the pictures aside and work on them last.  Put your energy into the ones that can be identified.
After you’ve identified the photos, work on storing them properly.  There are two primary ways to store photographic prints – using a filing system in archival boxes or using photo albums.
Use file photos in archival boxes if you have a lot of photos to arrange.  You can organize the pictures in files by subject, person, or year.  Once the pictures are organized, you can pick the best and put them in an album.  It’s important to use acid free folders and boxes.  The acids in paper products can be harmful to photos.
Albums allow you to display pictures more easily, but also tend to be more expensive than filing.  Some of the best pre-made albums are manufactured by Webway, a Minnesota company (do a web search for “Webway Photoalbums”).  Again, seek out acid-free papers and notebooks made from archival board.  Or you can buy clear plastic pages made from polypropylene and insert the photos.  Do not use vinyl pages or notebooks.  They emit harmful vapors and shorten the life of photos.
In general, don’t take apart existing photo albums.  They’re like diaries and scrapbooks; they have a personal story and order to them.  Often they contain the handwriting of the person who made them.  If the photos in an old album have become loose because of detached or missing photo corners, replace the photo corners.  The exception to the “don’t take apart rule” is magnetic photo albums.  They contain a sticking material that is detrimental to photos, and they need to be taken apart.  People buy them because they allow you to easily arrange photos on a page, but photo corners allow easy management too.
Slides can be stored in boxes or carousel trays if you keep the lid on; they are very susceptible to dust, light, and extreme heat or cold.  Non-vinyl slide pages can also be used.  And if you have slides, photo CDs, home movies, or home videos, be sure to save the hardware that you’ll need to view them.  You’ll need that equipment to enjoy your images, when the technology becomes obsolete in the future

It’s very important to save your negatives.  Many people think negatives are a nuisance, but they are the originals and they’ll allow you to make new prints if a print is destroyed.  Negatives last well if they’re not handled.  Keep them in polyethylene or polypropylene sleeves.
(A word about scanning photos, slides, and negatives.  Scanning photos, no matter how high a resolution you use to scan, will almost always appear “grainy” if you increase their size beyond that of the originals.  Slides and negatives, on the other hand, have such a high resolution that you can scan them and increase the size of printed pictures without degrading the quality.  As an example, if you scan a 5×7 photo and increase its size in your computer graphics program to, say, 10×14, to print out a very large picture, it WILL be “grainy” and have no “sharpness”; scanning the negative from which the photo was originally made will allow you to increase the size greatly without degrading the quality of the picture.)
Exposure to light can hurt photos.  Locate framed pictures on the least sunny walls in your house.  Better yet, make a copy of the photo and keep the original in dark storage.  Metal frames are preferable to wood (wood contains acids).  Use a 100 percent rag matte board and remove any wooden backing used in old frames.
Dark storage is especially important for color photos, such as children’s school portraits.  Some studios do not process them properly, making them more susceptible to color changes.  Since they come in multiples, display one and keep one in storage.  If it changes color, have a black and white photo made.
The absolute best film to use, if you want your pictures to be around for your grandchildren and their children, is black and white.  Most color photos fade over time.  If black and white pictures don’t seem appropriate or possible, then take color prints or slides.  Prints have the advantage of being easier to view, and they don’t accumulate dust as much as slides.  Instant pictures (e.g., Polaroid pictures and Kodak equivalents) are good for parties and games only.  They’re likely to disappear in 10 years, so when you’re going to document an important event, leave your instant camera at home.
If you’re going to purchase a digital camera for photos, make sure it will take pictures with a HIGH resolution/large sizes.  Older digital cameras, and newer inexpensive ones, usually took pictures of very small sizes and resolutions.  You can’t take a graphic from one of those cameras and increase its size beyond about 3×5 inches.
Copy photography is the way to save the images on torn or defaced photographs.  A basic rule in photograph preservation is to leave the original just the way it is.  The copy photographer uses retouched copy negatives or copy prints to bring back the image.

I hope this will help some of you with your photographs and documents, both old and new.  GWD, SgtGeorge, Webmaster

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Preserving Old Photos & Documents

Old Photos… convert your old boxes of photographs into digital images

Information for Converting, Saving and Using older photos

 A Friedberg soccer club, Germany 1937

Want to convert your old boxes of photographs into digital images?
If you have a flatbed or printer/scanner, you’re ready to start.

Organized Your Photos
Sort your old photos into categories mean something to you. I used decades then sorted the photos sorted decades into years. But you can sort by year, by event, or by people. Create folders on your computer with suitable names for each category. Review and convert the good quality prints and negatives, don’t use out-of-focus prints or duplicates, this may cut down the on the number of photos that you need to convert. As you scan your photos, save them to one the folders that you created.

Keep The Scanner Clean
Keep or remove dust from the scanner’s glass as well as from the photos before scanning them. You can use canned air and a lint-free cloth to keep the scanner clean.

The Resolution For Scanning Photos
If you are scanning photos for future use as good quality prints, use in photo books, or creative uses such as photo or art quilts or wall hangings, you should use 300dpi as the minimum resolution.The more pixels per inch (ppi) or dots per inch (dpi) you specify for your scans, the more detail will show in the final image and the larger you can print it. Presently I am scanning old photos at 600dpi, this makes a larger file size but give you a better image that you can use for various projects.

File Formats
As a rule of thumb, you should create JPEG files for Web output, and TIFF files for print output; but be aware that you can print high-resolution JPEGs too. Photo editing programs give you many options for compressing the size of JPEG files while maintaining their image quality. TIFF images generally have larger file sizes than do their JPEG equivalents.

Start Scanning
You’re scanner should come with all the software you will need to scan photos. Besides selecting your output resolution, you can perform minor touch-up editing such as darkening or lightening the photo, adjusting its color, and sharpening objects in the photograph. These functions do not take the place of photo-editing software, but they can help overcome minor blemishes.

Back Up
Once you’ve finished the scanning process, back up your files. Currently, I’m saving all digital image files to a portable hard and to a remote or ‘cloud’ drive.

If you interested in or have any questions
about my photographs, ‘Mosaic Photo Quilts’ or ‘True Image Art Quilts’  or if you have a photo or photographs that you would like to have made into a ‘Mosaic Photo or True Image Art Quilts’ check out my website: or contact me:
Lew Fuller
Phone: 866.233.4191