Considering the Effects of Technology on Animals

It was an innocent act—incredibly funny, in fact that led me to think about the topic of today’s post. I had recently installed new UPSs for our computers. The addition allowed me to plug the speakers in for my wife’s system. She has a program named Catz installed on her machine. They’re virtual cats, of course, that you feed and pet just like the real thing. The cats will play on screen while you work away. Every once in a while, you can take a break to see them do some of the oddest things you’ve ever seen. Our real cat, Smucker, hadn’t ever heard Catz before. When he heard them for the first time, he was intrigued. At some point, I walked near my wife’s office and heard the most horrid banging. Naturally I stopped to investigate and there was Smucker, banging on those speakers for all he was worth, trying the get the cats out .

The technology you use can produce hilarious events with your animals because the animal has no clue that it’s technology, and not the real world. Over the years our cats and dogs have interacted with animals on TV, tried to make sense of plush toys that also purr, and wondered about our sanity in associating with the vacuum. For the most part, our dogs and cats have been curious, we’ve been entertained, and no one has gotten hurt.

I know that technology has had a beneficial affects on our animals in many cases. For example, research into new materials has garnered long lasting and easy-to-clean rubber buckets for our chickens (see Review of Weather Proof Rubber Pan). All of our animals have benefited from the research we perform online—something that wouldn’t have been possible even a few years ago. Technology helps us create better environments for our animals and to feed them better food. The vet that cares for our animals relies on modern technology for shots and general care. In short, our animals have a better life because of technology.

However, I also started to consider the negative aspects of technology. When a human plays music too loud, doesn’t it also affect our animal’s hearing? While we put the dogs up when working with yard equipment, the chickens and rabbits remain outside. Does the use of these items affect their hearing and potentially cause other problems? I’ve been spending considerable time thinking about these issues as of late because technology can be a two-edged sword in many ways. Because animals have no way of telling us how technology affects them, we often have to rely on our senses to detect changes in them. For example, the rabbits do get quite nervous when I drive right next to their cage with my garden tractor. I changed that behavior this year and started using the hand mower or my weed whacker—the rabbits do seem a bit less nervous.

Sometimes the technology meant for direct use with animals can be harmful too. For example, reading the list of ingredients for some animal food should tell you that the food isn’t truly beneficial. It may be an inexpensive way to feed your animal, but it’s not a good way to meet their dietary needs. We tend to try to feed our animals things they would naturally eat, even though technology says that we really need to use some specially formulated food instead. In fact, we’ve found that we can save money and still give our animals a better life by not following the technological route in this case. We provide our animals with kitchen scraps of all sorts, along with access to grass, insects, and all sorts of other natural foods—none of which costs us a penny, but is healthier for the animal.

A major problem for me is that there isn’t a lot of research available on the problems that technology can cause when it comes to animals. As a result, I spend a lot of time seeing how the animals react to the techniques we employ to make their lives better. How is your use of technology affecting your animals? Let me know your perspective at [email protected].

 

Power Management and Computers

I have written more than a few times about power management issues. For example, my CFLs for Free and More on CFL Usage look at the benefits of using Compact Fluorescent Lights (CFLs) in the home. Over the years, readers have asked me time and again about power management on computer systems. Microsoft and other vendors have come up with all sorts of automation for turning hard drives, monitors, and even processors off in an attempt to use less power. In many cases, these strategies start with laptop devices and quickly move to desktop computers as well. The strategies often sound good in theory, but do they work in practice? In addition, does a practice that works well on a laptop translate into equal savings on a desktop system?

The main annoyance issue is one of turning off parts of the computer after the system sits idle for a while. I can’t tell you the number of times where I stopped to read something and suddenly found myself without a monitor. In some cases, I needed to wait until the hard drive powered up before I could continue working. There are even some situations where the system powered down other components that didn’t power back up correctly, causing me to reboot the system in order to restore stability. There are also times when there is a sudden power failure which causes the system to shut down or not give the desired outcome. In case you’ve trouble to fix a switching power supply like a pro, you should learn from a pro. There are quite a few websites on the internet which could help you learn more about the same.

Does turning off parts of the computer for a few moments actually save money in the long run? I think you have to weigh the cost savings against several other factors:

 

  • The cost of asking the user to wait while the components power back up.
  • The cost of powering the component off, rather than have it simply sit idle (start up power is normally higher than idle power).
  • Wear and tear on the equipment (although, most computer components never serve their entire lifetimes).
  • Support requirements for users who don’t understand the power saving features.


I admit to using power saving features to an extent with laptops because battery life suffers otherwise. It’s worth a little of my time to extend the life of the battery. However, some users with laptops plug them in wherever they go anyway, so battery life isn’t such a big deal for them. In short, you need to also consider how the user works with the computer. A laptop that is normally plugged in doesn’t really need a long battery life.

On my desktop system, I normally run in high performance mode. My time is more precious than the part of a cent that I would save by turning the monitor off for five minutes while the system waits for me. This strategy seems to run counter to other posts I’ve made, but devices are there for the convenience of the user, not the other way around. Saving power when it makes sense to do so is one thing-having the monitor turn itself off while you’re in the midst of reading something is quite another.

I never put my system in hibernate mode. When I’m finished for the day, I turn my system off. There are a lot of reasons for this strategy:

 

  • The system doesn’t use any power when it’s off, so turning the system off consumes less power than hibernate mode.
  • The system doesn’t produce any heat when it’s off, so I also save money on cooling bills.
  • Restarting the system each morning clears memory, so I encounter fewer memory corruption issues.
  • Because I get a cup of coffee after starting my system, it doesn’t cost me any time to turn it off at night.
  • Turning the system off reduces noise in the house.
  • Even though my system is protected by an Uninterruptible Power Supply (UPS), turning the system off reduces the risk of damage to the system during the evening hours.
  • Powering the system down reduces the risk of fire from the computer system components overheating while I’m not there to watch them.


I realize that corporations often perform maintenance during the evening hours, so placing the system in hibernate mode means that any automated updates can wake the system long enough to get the maintenance done. Still, I can’t help but think that leaving the system on during one night of the week would be sufficient to accommodate updates. The organization would realize significantly more cost savings by turning systems off at night.

What is your take on power management with computer systems? I’m currently exploring this issue as part of one of the books I’m writing and would love to hear what you think. Is there a good reason to turn that monitor off after a short interval of inactivity? How do you normally configure your system? Let me know at [email protected].