[1]
Advisory Committee on Mathematics Education - ACME: https://royalsociety.org/about-us/committees/advisory-committee-on-mathematics-education-acme-5/.
[2]
Askew, M. 2003. Chapter 7: Word problems: Cinderellas or wicked witches? Enhancing primary mathematics teaching and learning. Open University Press. 78–85.
[3]
Askew, M. 2016. Transforming primary mathematics: understanding classroom tasks, tools, and talk. Routledge.
[4]
Askew, Mike et al. 1997. Effective Teachers of Numeracy: Report of a Study Carried Out for the Teacher Training Agency.
[5]
Askew, Mike 2012. Transforming primary mathematics. Routledge.
[6]
Barmby, Patrick et al. 2014. Understanding and enriching problem solving in primary mathematics. Critical Publishing.
[7]
Barmby, Patrick et al. 2014. Understanding and enriching problem solving in primary mathematics. Critical Publishing.
[8]
Barmby, Patrick and Bilsborough, Lynn 2009. Primary mathematics: teaching for understanding. Open University Press.
[9]
Bransford, John D. and Stein, Barry S. 1993. The ideal Problem Solver: a guide for improving thinking, learning and creativity. W.H.Freeman.
[10]
Briggs, Mary et al. 2014. Primary mathematics: teaching theory and practice. Learning Matters.
[11]
Briggs, Mary 2013. Teaching and learning early years mathematics: subject and pedagogic knowledge. Critical Publishing.
[12]
British Society for Research into Learning Mathematics: http://www.bsrlm.org.uk/.
[13]
Cotton, T. 2016. Understanding and teaching primary mathematics. Routledge.
[14]
Curriculum and qualifications: 2015. https://www.gov.uk/schools-colleges-childrens-services/curriculum-qualifications.
[15]
DISCOVER (Resource Discovery Platform): http://lrweb.beds.ac.uk/discover.
[16]
Education Databases: https://lrweb.beds.ac.uk/education/using/.
[17]
Fox, Sue and Surtees, Liz 2010. Mathematics across the curriculum: problem-solving, reasoning, and numeracy in primary schools. Continuum International.
[18]
Hansen, Alice and Drews, Doreen 2007. Using resources to support mathematical thinking: primary and early years. Learning Matters.
[19]
Haylock, D. and Cockburn, A. 2013. Understanding mathematics for young children: a guide for teachers of children 3-8. SAGE.
[20]
Haylock, D. and Manning, R. 2014. Key processes in mathematical reasoning. Mathematics explained for primary teachers. Sage Publications. 37–51.
[21]
Haylock, Derek and Manning, Ralph 2014. Mathematics explained for primary teachers. Sage Publications.
[22]
Hopkins, C. et al. 2004. Understanding primary mathematics. David Fulton.
[23]
Jones, L. 2003. Chapter 8: The problem with problem solving. Enhancing primary mathematics teaching and learning. Open University Press. 86–99.
[24]
Lumsdaine, Edward and Lumsdaine, Monika 1995. Creative problem solving: thinking skills for a changing world. McGraw-Hill.
[25]
Mason, John et al. 2010. Thinking mathematically. Pearson.
[26]
McAteer, M. 2012. Improving primary mathematics teaching and learning. Open University Press.
[27]
Montague-Smith, A. et al. 2012. Mathematics in early years education. Routledge.
[28]
Mooney, Claire et al. 2014. Primary mathematics: knowledge and understanding. Learning Matters.
[29]
Pólya, George and Sloan, Sam 2009. How to solve it: a new aspect of mathematical method. Ishi Press International.
[30]
Whimbey, Arthur et al. 2013. Problem solving and comprehension. Routledge.
[31]
Wickelgren, Wayne A 1995. How to solve mathematical problems. Dover.
[32]
Mathematics in school.
[33]
Mathematics teaching.
[34]
Primary mathematics.