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Home » The Real Reason Modern Parenting Is So Hard: Nichola Raihani (Transcript)

The Real Reason Modern Parenting Is So Hard: Nichola Raihani (Transcript)

Here is the full text and summary of Psychologist Nichola Raihani’s talk titled “The Real Reason Modern Parenting Is So Hard” at TEDxManchester conference. In this talk, Nichola discusses why modern parenting can be difficult and stressful despite the advancements in technology and resources. She argues that the traditional nuclear family model is a deviation from the historical and cross-cultural norm of extended family units. She suggests that the ideal of the Western nuclear family places unrealistic expectations on parents and overlooks the benefits of multiple caregivers.

Listen to the audio version here:

TRANSCRIPT:

The first members of our species emerged in Africa around 2 million years ago, and we’ve been parenting children ever since then. Since the 18th century, we’ve seen dramatic improvements in technology and health. And since the 1900s, rates of infant mortality have dramatically declined, from a historical global average of around 27% to 16% in 1950, and just 3% in more recent years. Today we enjoy more knowledge, more capability, and more resources than ever before to assist us on this noble journey of being a parent.

And yet, somehow, parenting has never felt so difficult or so stressful. For example, a recent NCT report found that around half of all new mothers suffer from emotional or mental health problems. Other research exploring the famous parental happiness gap has found that parents are more stressed and less happy than non-parents, and that this is especially true of parents who work.

So what’s going on here? With the greatest of respect to parents, and I am one myself, the reason modern parenting is so difficult is because, fundamentally, we’re doing it wrong. Let me explain.

What do you see when you look at this picture? If you’re like me, and you live in a modern, Western society, perhaps what you see is a picture of a perfectly normal human family. But I want to convince you that there is something a bit strange about the family in this picture. And I’m not only talking about their fashion choices.

The family you see here, mum, dad, and the kids, is a classic example of the nuclear family. Many of us grew up in families like this. Maybe some among us here today are raising our own children in similar units. This kind of family might strike us as very normal, but in reality, it’s a huge historical and cross-cultural outlier.

Whether we look back into our species’ history, or indeed look around the globe at other contemporary human societies, what we see is that the typical arrangement for our species is to live in much larger, extended family units, where mothers receive assistance in the production of young, not only from fathers, but from a whole variety of other family members, many of whom might be children themselves. In this respect, we’re really quite different to our closest living relatives on Earth, the other great apes.

So in the other great ape species, there’s no special notion of family. Infants are reared more or less exclusively by their mothers, and the mother receives very little input from any other family member, including the infant’s father. In fact, in some ways, we have more in common with the species here than we do with our closest living relatives.

All the species on this slide are what’s known as cooperative breeders. Cooperative breeding is when individuals live in extended family units, and they work together to raise young. So the meerkats, probably quite familiar to most people, live in large groups, and they work together to raise pups. Helpers will babysit pups at the burrow, they’ll allolactate for them, produce milk for pups that are not their own, and they’ll even teach them how to hunt.

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In ant societies, we know that workers perform a variety of roles aimed at increasing the colony’s reproductive success. Things like foraging and tending to the brood, and repelling predators from the nest.

Cooperative breeding evolves in difficult, harsh environments, where it’s tough for a single individual, or even a breeding pair, to raise young on their own. So the meerkats and the babblers I showed you in the previous slide, both live in the Kalahari Desert, where food is dependent on sporadic rainfall, and it’s only occasionally available.

Many of the other cooperatively breeding species on this planet also inhabit some of the most inhospitable regions. By joining forces and forming these extended family units, cooperative breeders have the chance to become part of something bigger, something more robust, and something more resilient. Cooperation is a risk reduction strategy that evolved to deal with life in a turbulent world.

And that can help to explain why we are also cooperative breeders. Although many of us now live in modern, industrialized societies, where everything we need is at our fingertips, the reality is that this transition to modernity has happened in the blink of an evolutionary eye.

Our species has spent the vast majority of its time on Earth, eking out an existence in some of the planet’s most difficult regions, places where food was hard to come by, where it had to be searched for, scavenged, or killed, and where we also had to avoid being searched for, scavenged, or killed by all the predators that were roaming around.

To survive and to raise our offspring, we needed to work together. We needed to cooperate. And cooperation was a prerequisite for survival for us in a way that it just isn’t for the other great ape species.

When we look at the kinds of environments that the contemporary great apes live in, we see that they tend to be found in relatively benign, stable habitats, essentially giant salad bowls, where mothers can very easily find all the food they need to support themselves and any dependent infants. And we see no evidence of the great ape species in the fossil record in those difficult regions where early humans evolved, suggesting that perhaps great apes couldn’t survive in those more difficult environments.