A qualitative exploration of parenting representations amongst mothers with young children on the edge of care

Mothers who are at risk of losing custody of their children represent a vulnerable population whose voices are seldom heard. Exploring their perspectives of parenting, their child and the relationship with their child—their ‘parenting representations’—can improve our understanding of their struggles and inform interventions. Research in this area so far has been predominantly quantitative, meaning valuable information about subjective experiences is often lost. The present study sought to address this gap by thematically analysing interviews with eight mothers with under-3-year-olds on the edge of Local Authority care, completed at the beginning of a therapeutic intervention. Results are reported around five themes: ‘Idealistic portrayal of the child and the relationship’, ‘Struggling as a parent’, ‘Shadows of the past’, ‘The child and motherhood as comfort’ and ‘Anxiety about loss and fighting for the child’. The parenting struggles of mothers in this population are complex and multi-faceted, fuelled by unresolved relational trauma, fears of further pain, adversity and difficulties in accessing and trusting support. Successful interventions are likely to require comprehensive, long-term approaches that holistically address mothers' unmet physical and emotional needs and begin with building relational trust.     

A HEURISTIC PROCEDURE FOR DETERMINING IN-PROCESS INVENTORIES

Most prior studies that examine in-process inventory requirements associated with a manufacturing facility employ an optimizing algorithm; this article proposes a heuristic procedure for determining such requirements. A procedure is given for determining “active” and “banked” work-in-process requirements. The two are combined to give total in-process requirements. A key factor presented in the paper is the relationship between in-process inventory requirements and the “balancing” of a production facility. Most prior researchers examine these problems independently. It will be shown that both problems can be resolved concurrently. The concepts are applicable to both an existing as well as a new manufacturing facility.