Genealogy has its boat anchor in the paper-based, Western European traditions that prevent the adoption of a revised methodology that would empower researches in ways that only now becoming vaguely perceptible. If the current tidal wave of artificial intelligence is going to affect genealogy, they we must start by acknowledging that genealogy is based on information and AI is nothing more or less that a newer way to manipulate and present information. Using AI in the context of genealogy should become pervasive and automatic.
For example, here is a list of possible family structures from Bing Chat in addition to the nuclear family, extended family, and single-parent family.
Joint Family: In many South Asian countries, such as India, Pakistan, and Bangladesh, it is common for multiple generations of a family to live together under one roof. This arrangement often includes grandparents, parents, siblings, and their respective spouses and children.
Matrilineal Family: Some societies, such as the Minangkabau people of Indonesia, follow a matrilineal kinship system. In these families, descent and inheritance are traced through the female line, and property is often passed down from mother to daughter.
Patrilineal Family: Conversely, other cultures may follow a patrilineal kinship system, where descent and inheritance are traced through the male line. This is observed in many African societies, such as the Akan people of Ghana.
Bilateral Family: In bilateral kinship systems, such as those found in many Western societies including the United States, both the maternal and paternal sides of the family are considered equally important. Individuals maintain close relationships with relatives from both sides.
Blended Family: Blended families are formed when two individuals with children from previous relationships come together to form a new family unit. This structure is increasingly common in many parts of the world due to factors such as divorce and remarriage.
Same-Sex Parent Family: With increasing recognition of LGBTQ+ rights, same-sex parent families have become more visible and accepted in many countries. These families consist of same-sex couples raising children together through adoption, surrogacy, or other means.
Fictive Kinship: Fictive kinship refers to non-biological relationships that are considered family-like. This can include godparents, close family friends, or individuals who play significant roles in a person’s life without a blood or legal connection.
Bing. (2023, September 20). Re: Internationally, what are all the possible types and iterations of family biological, social, religious, cultural, and formal around the world? [Online forum comment]. Retrieved from https://github.com/microsoft/botframework-sdk/blob/main/README.md'
Can you think of a genealogical family tree program available today that can accamodate all of these variations? As long genealogy persists in being Western European based, any other advances will be superficial and inconsequential. As can be seen from the list below, AI will have to play a predominate role in order to move genealogy forward.
1. DNA Testing
DNA testing has already revolutionized genealogy, allowing some individuals to trace their first few generations with unprecedented accuracy. In the future, we can expect these tests to become even more advanced and accessible. This could lead to the discovery of previously unknown familial connections and a more nuanced understanding of our genetic heritage. However, more remote ancestral relationships will continue to depend on accumulating related testing subjects.
2. Digital Records
The digitization of records is another trend that will continue to transform genealogy. As more historical records are digitized and made available online, the issue will shift from whether or not the records you need are digitized to whether or not they are accessible.
3. Artificial Intelligence
Artificial Intelligence (AI) holds great promise for genealogy. AI algorithms can analyze complex data sets much faster than humans, identifying patterns or connections that might be missed by human researchers. This could help genealogists uncover hidden links and piece together family histories more efficiently. Advances in genealogy using AI will also depend on access.
4. Virtual Reality
Virtual Reality (VR) technology could offer a new way to engage with our ancestral past. Imagine being able to “visit” your ancestral homelands or experience historical events that shaped your family’s history in an immersive VR environment. This could bring family histories to life in a way that traditional research methods cannot.
5. Privacy Concerns
As genealogy becomes increasingly reliant on personal data, privacy concerns will likely come to the forefront. There will likely be ongoing debates and legislation about privacy protection and the ethical use of genetic information. Ensuring that genealogical research respects individual privacy rights will be a key challenge moving forward.
6. Health Predictions
The intersection of genealogy and health is another area set for growth. As our understanding of genetics advances, genealogical data could be used more frequently for predicting potential health issues and personalizing healthcare.
7. Cultural Reconnection
For displaced or diasporic communities, advanced genealogy could provide a means of reconnecting with lost cultural heritage and history. By tracing their roots, individuals can gain a deeper understanding of their cultural identity and heritage.
There are probably many more trends. Here is the citation to the above list.
Bing. (2023. September 20). Write an article about Some Practical Predictions About the Future of Genealogy (Online forum comment) Retrieved from https://sl.bing.net/ilOS46CXn9o
Now some further comments about family structure. It seems to me that the real breakthrough in genealogy will occur once there is a way to show all of the possible interactions and relationships between individuals in a way that the relationships can be visualized.
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