Abstract
Human environmental interactions involve general conceptual connectivity processes such
as categorisation, abstraction and generalisation. These are linked to the development of
mathematics concepts, but research in this area is relatively new in mathematics education.
A conceptual connectivity lens, however, has been used in cases where there are
difficulties in mathematics learning, such as developmental dyscalculia, as well as in
studies of mathematical pattern and structure with young gifted children. This presentation
suggests that such studies support the determination that individual differences in
processing of environmental information are an important way forward in understanding
what underpins mathematics conceptual development.
Joanne Mulligan, & Geoff WoolcottHuman environmental interactions involve general conceptual connectivity processes such as categorisation, abstraction and generalisation. These are linked to the development of mathematics concepts, but research in this area is relatively new in mathematics education. A conceptual connectivity lens, however, has been used in cases where there are difficulties in mathematics learning, such as developmental dyscalculia, as well as in studies of mathematical pattern and structure with young gifted children. This presentation suggests that such studies support the determination that individual differences in processing of environmental information are an important way forward in understanding what underpins mathematics conceptual development.