--Original published at HuntersCollegeBlog
Summary:
When taking a picture with a phone, it is often seen as a simple task. Click a button, and you are done. Do those pictures save in our heads like they do on the phone? The term offloading refers to taking the picture, and rather than remembering it in our minds, we rely on our phone to do the remembering for us. This can cause the photo-taking-impairment effect, which means one cannot remember the object that they took a photo of, only objects they look at and see in real life. Each experiment conducted by Soares and Storm shows just how impairing it is to the memory to take a picture on a phone.
Coincidentally, people tend to take photos on their phones to later remember that snapshot, but according to the studies conducted in this research, the complete opposite can actually happen. Along with the offloading hypothesis is the attentional-disengagement hypothesis, which is where people may actually be more focused on taking the picture, rather than the object they’re photographing, thus making the ability to encode the memory even less. When asked, according to Mols, Broekhuijsen, van den Hoven, Markopoulos and Eggen (2015), people said that when they took pictures of their experiences rather than use something else to capture that experience, they felt more disconnected. When Henkel (2014) conducted a study that this current study is furthering, he found people who took photographs of the objects versus just looking at them remembered the photographed objects less when asked about them later. He suggested that this was possibly due to the offloading theory, which is further tested in the current study.
Within the two studies, both hypotheses were tested. Each person was able to take a picture of the photo on the computer screen, observe them, or take a picture and then delete it soon after. When testing the offloading hypothesis, it was thought the photo-taking impairment would be lessened if participants were not relying on the photos being saved for later. When testing the attentional-disengagement hypothesis, assuming the photos to be saved or not would cause a memory impairment after taking the picture.
In the first experiment, participants used Snapchat to avoid offloading, since the pictures would be sent somewhere instantly. As well as using Snapchat, some participants observed the photos on the screen, while others took a picture of the screen with a regular camera app. With this hypothesis of offloading, it was predicted that people using Snapchat would remember the photos better than those using the camera app. After the participants observed/took pictures of the photos on the screen, they were given a test to see how well they remembered the pictures on the screen, specifically the details. Each participant had fifteen seconds to observe the photo, and those who had to take pictures would take the picture (those using Snapchat would take the picture and then send it to the designated contact), and then use the remaining time left of those fifteen seconds to look at the photos on the computer screen. The test was then completed at the end of the experiment to see how well each trial could point out certain details in the photos on the computer. Participants who only observed the photos scored higher on the test than those who had to take pictures. Surprisingly, people who took pictures with the camera app answered more questions correctly than those who used Snapchat. The photo-taking impairment was present in both those who used the camera app and Snapchat, but it was larger with those who used Snapchat rather than the camera app.
In experiment two, the experimenters gave those taking pictures a full fifteen seconds after the photo was taken to ensure they had the same amount of time to encode the pictures as those who were only observing. A Delete condition was replaced with the Snapchat condition. Instead of using Snapchat, participants took a picture with the camera app and then deleted it immediately. This would show that memory was still suffering, even after having a full fifteen seconds to observe the photo on the screen once participants took a picture of it. Other than the changes mentioned above, the same procedure took place. After participants in the Camera group and Delete group took the photos on the camera, they were given an extra fifteen seconds to view the photos. The test was also taken at the end of the experiment. These results found that those who only observed the photos still answered more questions correctly than those who were taking pictures, but the photo-impairment was still high with those who deleted the photos from the phone. The Camera and Delete conditions were not significantly different, as each group did almost the same on the test.
The offloading hypothesis did not match with the results that were obtained, since every group had a kind of photo-taking impairment. Despite having the extra fifteen seconds, memory impairments were still seen, which could show that it is not distraction that is causing the photo-taking effect, but the entire experience failing to be encoded properly
Reflection:
With this summary, I chose to put in more background information of the study, and why these researchers decided to do the study, because I felt that without knowing that prior knowledge, the study was hard to follow, and it could have become a bit confusing at times. I also chose to include the study that inspired this study, because in the article, it referred back to Henkel’s study, and what these researchers decided to do the same/differently from Henkel’s study. I chose not to include some information at the ending of the research article, because it went into a lot of information about why the study did not work, and the interpretations of the study, because the researchers went into a lot of detail on that, and it became confusing to interpret and understand. I also chose not to include whether it answered the five critical questions, because there were a few that were not present in the research article, and the study cannot be applied to specific populations. The researchers also pointed out a lot of flaws that led me to believe that this study was not completely perfected yet, so the five critical questions could not be justly answered. I feel that my summary covered the majority of the information given in the research article, whereas the news article missed a few important things. My summary was also a lot shorter than the news article, but I feel it still covered the necessary information. The news article was only able to cover a few of the five critical questions, while I chose not to include what critical questions the research article answered, in my summary. Based on each of the three assignments, I learned that it is sometimes difficult for journalists to write about psychology research, because of how in depth and difficult it is to interpret at some points. For the popular article critique, it was hard for me to fully understand what the study was about, because not everything was discussed in full detail, but when I was writing the critique, it was hard for me to determine what should and what should not have gone into the critique. The same goes for the scholarly critique article-some of the information was hard to interpret, which made it harder for me to figure out how to write it and elaborate on it. The media project helped me to see how journalists pick and choose what information to put into their articles. It also showed me how to determine which information has to be included, and which can be left out.
Marczyk, Jesse. (2018, June 11). “Getting Off Your Phone: Benefits? Psychology Today.
Retrieved from https://www.psychologytoday.com/us/blog/pop-psych/201806/getting-your-phone-benefits
Soares, J. S., & Storm, B. C. (2018). Forget in a flash: A further investigation of the photo-taking-impairment effect. Journal of Applied Research in Memory and Cognition, 7, 154-160
Retrieved from https://www.sciencedirect.com/science/article/pii/S2211368117301687?via%3Dihub