A Lattice Model of the Development of Reading Comprehension
Year: 2016
Type: article
Abstract: In this article, I present a developmental model of how children learn to comprehend what they read, which builds on current models of reading comprehension and integrates findings from instructional research and evidence-based models of development in early and middle childhood. The lattice model holds that children's developing reading comprehension is a function of the interacting, reciprocal, and bootstrapping effects of developing text-specific, linguistic, and social-cognitive processes, which interact with instruction as child-characteristic-by-instruction (CXI) interaction effects. The processes develop over time and in the context of classroom, home, peer, community, and other influences to affect children's development of proficient reading comprehension. I first describe models of reading comprehension. I then review the basic processes in the model, the role of instruction, and CXI interactions in the context of the lattice model. I then discuss implications for instruction and research.
Source: Child Development Perspectives
DOI: 10.1111/cdep.12200
Author: Carol McDonald Connor
Institution: University of California, Irvine
Language: English
Subfield: Developmental and Educational Psychology
Field: Psychology
Domain: Social Sciences
SDG: Quality education
Open Access status: green
Awards: G1143899633, G1371600201, G2489063266, G2507885719, G3127618835, G3223574707, G4961725098, G5812505134, Examining Effective Intervention Targets, Longitudinal Intensity, and Scaling Factors for Pre-K to 5th Grade Student Comprehension, G6941336131, G7355947285, Developing Dynamic Forecasting Intervention Models for Upper Elementary Students, Child-Instruction Interactions in Reading: Examining Causal Effects of Individualized Instruction in Second and Third Grade, Child-Instruction Interactions Causal Effects on Reading, G8905693890, Learning Disabilities Translational Science Collective: Building on the Florida LDRC
OpenAlex ID: W2530765712
