Early Years Intervention — House of Lords, 2015-01-08
Topic: Education
Robert Maurice Lipson Winston (Labour, Centre-left): My Lords, I will refer to two groups of experiments. First, in the 1960s, there was a classic neuroscientific experiment where newborn kittens were blindfolded for various lengths of time. After a short time of complete darkness, once the blindfold was removed, there were permanent changes in the visual cortex of the brain. That could not be fully corrected by any subsequent exposure to light. Although I completely agree with my noble friend Lord Giddens about the early years not being a special part, none the less, there are key experiences that we need during development which are not entirely ruled out by the arguments being made Secondly, I point out that that is exactly why I take issue with the noble Lord, Lord Storey. I do not believe that it is as simple as he makes out. This is a very competitive area. I think that I can demonstrate that by the most amazing report done in 2001 by Lars Bygren of Sweden, who looked at a village in the far north of Sweden, near the Gulf of Bothnia. He showed that of males aged nine who were subjected to a good harvest during the period that he studied in the late 1800s and early 1900s, their paternal grandchildren, the sons, had a shorter longevity than any other members of the family. That is an extraordinary finding and suggests that there is programming. At the time, the report was not taken seriously, but since then a number of interesting epigenetic experiments have been carried out which show that many things that we inherit not directly through our DNA but through the way that the genes function make a massive difference For example, Gregory Dunn, in Pennsylvania, has recently published a study in which he shows that an obese great-grandmother mouse passes on a trait through only her male children which causes their grandchildren, if they are female, to be obese. Obesity is a very complicated issue. This will apply to all sorts of areas of inheritance—it could well apply to cognition as well. The field of epigenetics is extremely confusing. That is why we need to be very careful not to make snap judgments about the complexity of early childhood learning. That is borne out by all sorts of other experiments which I do not have time to address With regard to environment, I am surprised that the millennium cohort study has not been mentioned already; your Lordships will be aware of it, I am sure. It has looked at 19,000 children born since 2000-01. That study, funded by the ESRC, and a very good example of British cohort studies—one of the reasons why we want to support British research—has been a mine for all sorts of overseas investigators in France and elsewhere who have used those data. For example, it looked at parenting, childcare, school choice, behaviour, cognitive development and health. It looked at those children at nine months, three years, five years, seven years and nine years. It bears out some of the things that my noble friend Lord Giddens said. Although there may be serious evidence of undoubted changes in cognition in early years—certainly between three and five—by the age of seven, that can often be adjusted by other factors.