Maybe not, says Nick Moran.
That eReader, then, accounts for an initial carbon footprint 200-250% greater than your typical household library, and it increases every time you get a new eReader for Christmas, or every time the latest Apple Keynote lights a fire in your wallet.
Also, these figures simply calculate the impact one person’s consumption has on the environment. If you live in a household with multiple eReaders — say, one for your husband and one for your daughter, too — your family’s carbon emissions are more than 600-750% higher per year than they would be if you invested in a bunch of bookshelves or, better yet, a library card.
Things are trickier than they seem, too. The truth is that the dedicated eReader died almost as soon as it arrived, and it’s since been replaced by items even worse for the environment than its ancestors. What we presently refer to as eReaders are more like all-purpose tablets equipped with email clients, web browsers, games, movie players, and more. (Even one of the earliest generations of Kindles offered a prototype web browser — buried in subfolders within the device’s navigation system, though clearly a hint of what was coming.) As these devices become more sophisticated, they invite more prolonged usage, so those 2.5 g of emissions per hour of use continue to add up. Likewise, as these devices become more sophisticated, their manufacture demands more precious materials — often from Southeast Asia, Africa, and South America.
Still more problematic is the fact that outdated devices are too often discarded inappropriately. You don’t need to investigate very hard to find evidence of the toll this mineral mining and e-waste dumping takes on fragile ecosystems.
The emissions and e-waste numbers could be stretched even further if I went down the resource rabbit hole to factor in: electricity needed at the Amazon and Apple data centers; communication infrastructure needed to transmit digital files across vast distances; the incessant need to recharge or replace the batteries of eReaders; the resources needed to recycle a digital device (compared to how easy it is to pulp or recycle a book); the packaging and physical mailing of digital devices; the need to replace a device when it breaks (instead of replacing a book when it’s lost); the fact that every reader of eBooks requires his or her own eReading device (whereas print books can be loaned out as needed from a library); the fact that most digital devices are manufactured abroad (and therefore transported across oceans); and etc…
This is the ultimate result of our culture’s fetishization of technology — a problem which will assuredly worsen before it improves. It wasn’t long ago that sophisticated electronics were few and far between. I grew up in a house with one desktop computer, and it was located in the kitchen. That was eleven years ago, and when I remember all the times I argued with my brother over who got to play StarCraft, my memory seems as quaint and outdated as a scene from Mad Men. Today, my thirteen-year-old sister has her own laptop, smartphone, and television to supplement the two desktop computers, additional television set, and Kindle Fire located in my mother’s home.
There’s an Apple store in Grand Central Station that I pass each day on my way to work; every morning I watch hundreds of commuters browse iPads as though they were magazines or candy. In the end, this conspicuous (and often unnecessary) tech consumption — eReaders included — contributes to an inflating carbon footprint far beyond anything ever caused by traditional book production.
HT: Andrew Sullivan