Students with low knowledge have been shown to better understand and learn more from more cohesive texts, whereas high-knowledge students have been shown to learn more from lower cohesion texts; this has been called the "reverse cohesion effect". This study examines whether students' comprehension skill affects the interaction between…

Investigates effects of prior knowledge on learning from high- and low-coherence history texts. Examines participants' comprehension in two experiments. Finds high-knowledge readers performed better on open-ended questions after reading low-coherence text. Indicates that low-coherence text requires more inference processes--these inferences are…

Many students from elementary school through college encounter difficulty understanding their science textbooks, regardless of whether they have language disorders. This article discusses some of the particular difficulties associated with science text comprehension and possible remedies for facilitating and enhancing comprehension of challenging…

Two experiments investigated the role of text coherence in junior high school students' comprehension of science texts. Found that text coherence improved readers' comprehension, but also that giving readers with sufficient background knowledge an incoherent text that forced them to infer unstated relations engaged them in compensatory processing,…