Family-level factors of early childhood development: Evidence from rural China

Family-level factors that characterize the home environment are critical inputs to early language and cognitive development, and potential mechanisms for improving developmental outcomes in vulnerable populations. Many studies conducted in high-income and Western settings highlight stimulating parenting, the home language environment, and parental self-efficacy as possible mechanisms of early development, though less is known about how these family-level factors impact child development in low- or middle-income settings. Even less is known about these family-level factors and early childhood development in rural China, where rates of cognitive and language delay in children aged 0–3 years are as high as 45% and 46%, respectively. Using data collected from 77 rural households with children aged 18–24 months in Southwestern China, this study examines the associations between stimulating parenting, the home language environment, and parental self-efficacy, and early cognitive and language development. The results indicate that stimulating parenting was significantly associated with cognitive, language, and overall development; the home language environment was only significantly associated with language development; and parental self-efficacy was not significantly associated with any developmental outcomes. The implications of such findings reveal mechanisms for supporting healthy child development in rural China.     

Universality and context-specificity in early executive function development

A renewed interest in early executive function (i.e., EF or the conscious control of thought and behavior) development has led several research groups to suggest that EF may be emerging and is less coordinated (e.g., showing few relations between tasks) in the first few years (Devine et al., 2019; Gago Galvagno et al., 2021; Johansson et al., 2016; Miller & Marcovitch, 2015; Ribner et al., 2022). This potentially universal development in EF does not exclude the possibility that EF may also differ across context (e.g., Gago Galvagno et al., 2021; Lohndorf et al., 2019; Tran et al., 2015) reflecting unique strengths and development built within one’s sociocultural environment. The present paper explores potential universal and context-specific early EF developments by focusing on three aims: (1) reviewing work on EF within the first two years of life that may speak to potential universality in the measurement, structure, growth, stability, and conceptualization of early EF (2) reviewing research that may speak to how the sociocultural context may play a role in context-specific development within early EF and (3) examining potential developmental EF frameworks for understanding universal and context-specific developments of early EF within context.     

Using concurrent reinforcement schedules and prompts to produce varied manding: A replication of Seaver and Bourret (2020)

Deficits in social communication and restricted, repetitive patterns of behavior or interests are displayed by individuals with autism spectrum disorder (ASD; American Psychiatric Association, 2013). Given this, individuals with ASD may engage with a limited variety of reinforcers. Treatments designed to modify the distribution of manding may allow individuals to contact a broad array of reinforcers that could improve the quality of life for individuals with ASD (Seaver & Bourret, 2020). The purpose of the current study was to replicate the results of Seaver and Bourret (2020) by evaluating the effects of manipulating concurrent schedules of reinforcement, alone and with prompts, on the rates of target manding in three boys with ASD, aged 7–9 years, in the United Arab Emirates. All three participants showed increased target manding following intervention. The findings support the use of concurrent reinforcement schedules and prompts as an effective intervention to produce varied manding.     

Organizational response to recommendations based on a study of stress among correctional officers

A study was recently commissioned by the South Australian Government to study the nature and sources of stress among correctional (prison) officers. The paper reports on the key variables found to have significant predictive effects on strain (a composite measure comprising psychological distress, physical ill-health symptoms, job dissatisfaction, and work-home conflict). These included demographic variables (length of service, finances), personal variables (negative affectivity), work environment variables (work role ambiguity, institutional relationship concerns, inmate concerns, worktime concerns, low autonomy, and low involvement), and emotional suppression. Recommendations were formulated including: the appointment of a full-time mental health counselor, organizational and individual strategies aimed to improve supervisor support and management training, greater participation in organizational decision making, and post-shift debriefing. It was also suggested that in selecting correctional officers those displaying high levels of negative affectivity should be screened out. Finally, it was recommended that intervention should target the most vulnerable individuals, including shiftworkers, officers who had been employed in the organization the longest, officers currently on stress leave and officers, who have previously been on stress leave and have returned to work. The paper reports on the organizational response to the recommendations and the implications of the study are discussed in the context of ongoing surveillance and evaluation of the impact of intervention strategies.     

Optimizing Expression of the Common Human Genome for Child Development

Molecular biology has moved the gene-environment issue in behavior genetics to how and when expression of the human genome is triggered and maintained. How does environment influence gene expression? How many genes are expressed in producing a given behavior? The genome is a data bank and does not automatically create a working brain. The body and brain grow well when (a) endocrine hormones initiate and promote the expression of genes, (b) nutrition is sufficient to sustain the production of proteins, and (c) stress does not suppress gene expression. The growth of brain synapses also requires appropriate neural stimulation. To study gene expression, it is essential to view the complex biology of the cell from a system context that includes the entire genome plus the biological and psychological environments. Optimizing geneexpression for child growth can be achieved by a balance of medicine, nutrition, and appropriate physical, educational, and psychological environments.     

Contextual Factors Affecting the Organizational Commitment of Diverse Police Officers: A Levels of Analysis Perspective

This study examined the relationship of contextual factors to organizational commitment among 372 police officers in 13 police commands in New York City's public housing projects. Setting-level variables were formed by aggregating officers' perceptions of management support and fairness and management sensitivity to diversity within commands and within three subgroups formed by gender and ethnicity. Individual-level measures were deviations from these subgroup means within commands as well as perceptions of support from family and social support and negative interactions within commands. Overall, path analyses, confirmed by hierarchical linear modeling, showed direct setting-level effects for management support and fairness, but not for sensitivity to diversity, on organizational commitment. Both women and minority men experienced more negative social interactions than white men; support from management, co-workers, and family were important predictors of commitment. Family support was particularly important for women.     

WHAT IS THE ROLE OF SCIENCE IN THE DIALOGUE PROPOSED BY WILLIAM KLINK?

Abstract. Klink rejects the use of ecological models in environmental decision making because their predictions cannot be tested by rigorous scientific methods. I argue that models that cannot be tested according to the rigorous standards of the physical sciences can still be considered “scientific”; they are useful (and, in practice, used) for assessing the impacts of human actions on the environment and choosing between alternative courses of action. It is, however, important to be aware of the uncertainties and to make corrections as new data and insights become available. The interplay between (1) model-based decisions and action and (2) their consequences and subsequent corrections can be regarded as a dialogue between humans and nature (or God) in the sense proposed by Klink. Klink also claims that future actions should be informed by the larger vision of theology and should not be based on science. I suggest that science has an indispensible role. The larger vision is needed to respond to the fundamental religious question: How should I live—and why? But this question cannot be answered without first addressing the fundamental scientific question: How does the world work? I suggest that responses to the first question can be formulated as visions of a future state of existence that we feel compelled to strive to realize, and that science is necessary to provide “maps of reality” needed to realize visions. I also suggest that Christian traditions can probably provide adequate visions; the crucial need is for improving our “maps of reality.”     

ALPHABET LETTERS AS TOKENS: TRAINING PRESCHOOL CHILDREN IN LETTER RECOGNITION AND LABELLING DURING A TOKEN EXCHANGE PERIOD1

In token economies, we typically consider the instructional opportunities available during the periods of token delivery, but may overlook educational opportunities available at the time of token exchange. The present studies examined the use of labelled tokens and routines in the token exchange period to teach alphabet letter recognition to economically disadvantaged preschool children. The children earned points for a variety of academic behaviors in an early morning classroom setting. At no time were alphabet letters introduced or taught during class. Later, during a midmorning token exchange period, operated according to a department store model, the children were given their points in the form of poker chips inscribed with upper-case alphabet letters. They were required to discriminate among these lettered chips before exchanging them for backup reinforcers sold in four or five stores. To assess alphabet letter knowledge, probe evaluations were periodically conducted in which questions requiring alphabet letter recognition and labelling were asked. The answers to these questions were not reinforced. Alphabet letter training during token exchange periods consisted of having a child display the lettered chips, whereupon a teacher asked a number of recognition-type questions. Wrong answers were corrected, and correct answers praised. The child was allowed to exchange the tokens when the number required for a purchase had been recognized correctly. The periodic probe evaluations revealed consistent increases in correct alphabet letter recognition and, as a byproduct, alphabet labelling was facilitated, even though not explicitly trained. Thus, once the letters were recognized, correct labelling shortly followed. The sequential training of new sets of letters was used to demonstrate experimental control within subjects for two children. A control for exposure to the letters was provided by using the labelled tokens, but requiring the counting of chips rather than letter discrimination in the exchange period for two other children. This procedure produced chance levels of letter recognition, which were subsequently improved when the discrimination procedure was added. Posttraining probes, conducted at one and three weeks after training when the labelled tokens and discrimination routines were no longer in use, revealed the same high levels of recognition and labelling performance found during training. Thus, it appears that labelled tokens may be used to teach discriminations during token exchange periods so long as responses are differentiated on the basis of relevant dimensions of the stimuli.