Our media technology continues to advance by creating new forms, engagements, and access towards it. As explained by Neil Postman, these new inventions have created ecological adaptations, making the people adjust to the new ways (Bonacchi, 2017: pp.2). With this, digital engagement seems to be the aim of public archaeology in order to give the audience wider access to the resource and research that are conducted. In fact, digital engagement goes beyond locals having access to the data for the internet is international. Even more, the storage of information is great because there are diverse programs one can engage in with little to no money. At first, one might struggle to find a good web source, but you can switch around to diverse apps or tools. Also, the online storage makes updates of data and digital forms easier to conduct compared to previous usages like pen and paper. In all, HCPCP would be better off digitally since our society has been moving forward with improvements in our mass media technology.
Nowadays, since adolescence, the younger people have been raised with technology. They have embraced technology at all times, creating a change towards our methods of teaching, performing and interacting. This social change is worldwide, therefore; there are more international connections than ever seen before. It is great news for archaeologist because it helps them expand their connections, access to materials and providing information worldwide. In specific, the HCPCP can become collaborative with the younger civilization. I have always thought that to better the nation, the young students should be pushed and have access to newer inventions so once they grow up they can develop more complex technology that will better our civilization. The way HCPCP can be helpful to students is by showing them ways to store historical information, maintain it and accessing the past. Later on one might find such technique used as well, and also start to store past records digitally. Yet, that is not the most important aspects of making HCPCP data digitalized. The beauty of this is so the students and people can have access to the information.
Kevin Garstki states that holding or studying the full artifact itself brings you back to the actual individual that made it (Garstki, 2017: 727). Here he is talking about a 3D object that can be physical but as well as digital. If HCPCP would make the data in 3D mode and make it accessible online, the people can get a better glimpse and understanding of the material and information collected. The project can go certain ways. Firstly, having a better aerial view of the landscape can give the people understanding the location of the cemetery. What kind of landscape is the cemetery? What part of the world is it located? What else is nearby? How big is the cemetery? Is there a pattern within the burials? We can also see the nature of the land and where each individual decedent is located. This will help some find a certain individual as well as the type of burial. Another possible 3D model is each individual burial is by taking a panoramic picture of the monuments. The information can be stored to view the condition of the monuments. We can also capture the diverse styles and how they interconnect. Furthermore, the number of offerings will be present in order to determine the cultural background, if the burial was a memorial to the family members or friends, and can help determine the age and gender of the decedent. That last point is nice to know in case the grave marker has been damaged or missing, this can help identify the decedent. It will be a great way to store history and information in case the cemetery values and materials get damaged. Lastly, HCPCP can get an underground 3-D x-ray of the burials. With that image, the researchers can analyze the skeletons decays, burial positions and once again gender and age. We can also view if there are other unmarked burials. Again this will help see patterns and cultures.
All sounds great but the downfall is having a lack of access to creating the 3D models. The time doesn’t really matter since HCPCP researchers are college students and professor. What matters is funds. With limited funds, the project can only do so much. There are some free digital technologies around the internet, but are not as high quality as other priced software applications. In addition, the 3D X-ray scanner machine is expensive. It is actually a new technology used to scan the ground not only by anthropologist but as well as armed forces. The HCPCP researchers might even face trouble with the decedent’s families who might not want to see or have someone bother the dead. These are a few of difficulties that the project faces when trying to make the information 3D.
For researchers, the ability to engage with others is the main goal. This way their research and data can be further used by others. When doing research there is never ending inquiries. So by providing the information publicly, others can use the material for further studies. Also, storing history is helpful for a person to find their background roots. It is just a nice way to give someone something to look back on.