Improving number learning in preschool children through delivery of the “PLUS” learning scheme
Submitting Institution
Kingston UniversityUnit of Assessment
Psychology, Psychiatry and NeuroscienceSummary Impact Type
SocietalResearch Subject Area(s)
Medical and Health Sciences: Public Health and Health Services
Psychology and Cognitive Sciences: Psychology
Summary of the impact
Research at Kingston University led to the development of a preschool
number learning scheme
("PLUS") which uses short matching and estimation games to improve the
number abilities of
preschool children. The programme was first delivered by trained
postgraduate students to 60
children at five regional nursery schools. An evaluation study confirmed
the efficacy of the
programme in enhancing the children's numerical (and other) skills. Next,
Dr Van Herwegen
trained staff members in these five preschools and five others to deliver
PLUS on a daily basis, to
reach over 500 pre-schoolers across the region. This resulted in a change
to institutional practices
within these preschools.
Underpinning research
In 2010, Dr Van Herwegen was appointed as Lecturer at Kingston
University. The following year,
2011-12, she collaborated with with Prof Karmiloff-Smith (Institute of
Child Health) on a study of
infants with Down Syndrome (mental age = 6-38 months) to show that the
infants' abilities to
discriminate between large numerosities or their approximate number system
(ANS) abilities were
predictive of their later number abilities. This work resulted in a
research paper in Proceedings of
the National Academy of Sciences published in late 2012. In 2013,
her work on ANS abilities in
young children (before and since joining Kingston University) also formed
the basis of a book
chapter written by Dr Van Herwegen. Dr Van Herwegen was responsible for
devising and
developing the test paradigm that underpins this work and which is
described in the PNAS paper.
The programme of research also investigated specifically why children
with Down Syndrome and
Williams Syndrome had problems with the ANS system. Evidence from eye
movements had
suggested that problems with the planning of saccades might contribute to
ANS problems in
atypical populations.
However, typically-developing children have no problems planning
saccades, so it was reasoned
that intervention studies can be targeted directly to ANS abilities (and
eye movements ignored) to
improve the number abilities of typically developing children.
Given that Dr Van Herwegen has devised tasks that assess ANS abilities at
different ages, and her
work demonstrates that ANS performance at infancy is predictive of later
numeric abilities, it was
concluded that intervention to improve ANS abilities in preschool children
might have measurable
benefits later. This led to the development of the "PLUS" preschool number
learning scheme.
References to the research
Karmiloff-Smith, A., D'Souza, D., Dekker, T., Van Herwegen, J.,
XU, F., Rodic, M., & Ansari, D.
(2012). Genetic and environmental vulnerabilities in children with
neurodevelopmental
disorders. PNAS, 109 (2), 17261-17265. DOI:10.1073/pnas.1121087109
[Journal Impact
Factor 9.737, 4 citations]
Van Herwegen, J. & Karmiloff-Smith, A (2013). Genetic
developmental disorders and numerical
competence across the lifespan. In: R. Cohen Kadosh & A. Dowker
(Eds.), Oxford Handbook
of Numerical Cognition. Oxford: Oxford University Press.
Details of the impact
The impact comprises institutional changes in the delivery of play
activities (the "PLUS"
programme) specifically intended to support and develop numerical skill
acquisition in preschool
children. An evaluation study confirmed the efficacy of the programme,
which has now been rolled
out to preschools in Kingston, Surbiton, New Malden and Wimbledon. The
preschools have
confirmed that they will continue to deliver the programme as part of
their regular activities.
By adopting the "PLUS" programme (devised by Kingston University
academics, with training
delivered by staff and postgraduate students from the university), the
institutions have improved
the numerical skills of their children, evidenced by an intervention study
conducted by KU. The
intervention was a controlled study designed to evaluate changes in number
abilities following
implementation of the PLUS programme on a daily basis for five weeks. From
December 2012 to
April 2013, five trained postgraduate students from the MSc Child
Psychology programme and two
research assistants visited 5 local nurseries. During these one-hour
visits the students played
PLUS games devised to improve the children's ANS abilities, comparing
pairs of children in an
intervention group receiving the PLUS activities, and a control group (who
read books with the
researcher instead), matched on IQ scores. Before and after the
intervention study, children's
number and reading abilities were measured using standardised tests. The
results confirmed that
children in the intervention group performed significantly better on tasks
that involved their
approximate number system (ANS) post-intervention (mean= 38.3; SD= 10.8)
compared to pre-intervention
(mean= 42.1, SD= 11.6); t(17)= -3.03, p =
.008. In addition, there was a significant
improvement in their counting abilities t(17)= -3.74, p =
.002 (average counting pre-intervention
was 18.4 digits, SD= 21.6; post-intervention mean was 22.8, SD= 20.2) as
well as visuospatial
working memory abilities; t(8)= -2.79, p= 0.023 (mean
pre-intervention score: 3.3, SD= 2.5; post-intervention
score mean = 5.6, SD= 2.2). In contrast, for the control
reading group there was only a
near-significant improvement for verbal working memory (p= 0.054),
not for counting or ANS
abilities (all p's > 0.05). The intervention study clearly showed that
PLUS improved the
preschoolers' number abilities (full data/outcomes report available on
request).
From April to June 2013, staff at 5 additional preschool settings were
trained to administer PLUS
on a daily basis to all of their preschool children. Evidence from
managers (see attached) is
available to confirm that PLUS has been incorporated into their daily
provision. On the basis of the
programme's success, the Operations Manager for a number of preschools (Dicky
Birds Nurseries
Ltd.) has promoted the PLUS scheme with its regional nurseries,
leading to adoptions of the
programme in Surbiton (Claremont Hall Nursery and 62 Claremont Road
Nursery), Wimbledon
(Dundonald Road Nursery and Queens Road Nursery) and New Malden (New
Malden Nursery).
Other adoptions include in Tolworth (Surbiton Advantage Nursery and the
Playtime Nursery),
Norbiton (Coombe Day Nursery) and Kingston (Dolphin Nursery and
Preschool).
Questionnaires were distributed to nursery managers and staff to evaluate
their views on the
learning scheme. The 79 responses show that the intervention and training
has raised awareness
amongst staff in terms of how number abilities in children might be
developed, and how the types
of number games local nurseries incorporate in their daily care provision
have benefited from
PLUS. Letters from preschool managers demonstrate high levels of
satisfaction with the
programme and a willingness to continue with it; they also demonstrate
that the preschools intend
to maintain a relationship with KU in order to benefit from research-led
initiatives in future.
Sources to corroborate the impact
Results from the questionnaire distributed to service users are available
to demonstrate
institutional changes in awareness and practice.
Letters from nursery school managers have been obtained confirming the
impacts made by
Kingston University in terms of the benefits of the PLUS scheme, its
incorporation into daily
activities provision and the use of research to inform practices
long-term:
- Manager, Dicky Birds Nursery, Surbiton
- Manager, Play Time Nursery, Tolworth
- Manager, Coombeday Nursery, Norbiton
Corroboration of the promotion of the PLUS scheme to regional nurseries
can be obtained from:
- Operations Manager, Dicky Birds Nurseries Ltd.