New brain imaging methods are helping us better understand how children learn, writes neuroscientist John Gabrieli. But "education neuroscience" has become the source of both promise and debate.

For students to feel empowered in their learning, they must understand the language, purpose, and goals of assessment. Dueck argues that students need to understand what they are supposed to be learning and determine whether they actually learned it. Clear objectives and cooperative assessments can help with these objectives.

Authors of the newly revised Teaching with the Brain in Mind, Liesl McConchie and Eric Jensen offer whole-brain approaches teachers can take to engage students in new learning and retaining that knowledge.

Although there has been much debate about how "learning loss" is conceptualized and the degree to which the pandemic has affected it (Dickler, 2021; Jacobson, 2021; Strauss, 2021), one thing is certain: the pandemic has likely exacerbated the instructional gaps that students already had, especially in the case of those who attend…

When faced with students who have learning skills, styles, and backgrounds very different from their own, teachers can promote academic rigor by engaging in reality pedagogy. This approach proposes seven strategies, or Cs: Cogenerative dialogues (in which teachers solicit feedback from a dissimilar group of students); coteaching (in which students…

How important is it that every student in a school is excited about learning? Should a student be allowed to use all his/her strengths in learning? Do you know someone who wasn't a particularly good student but has been very successful in life? What these seemingly unrelated questions have in common is an appreciation for the range of talents that…

Considering the nature of the complex prose that K-12 students today must learn from, in light of the Common Core State Standards, students need to read informational texts on a meaningful level-and with enthusiasm. Teachers, Brozo says, need to achieve three goals: motivate students to read informational texts, expand students' background…

Readers use different processes to read different kinds of text. Three principles can guide teachers in helping their students better understand the nuances of different genres. Teachers should engage students in reading and writing for real-world reasons, develop students' knowledge of specific genre features, and teach strategies tailored to…

New technology-enabled assessments offer the potential to understand more than just whether a student answered a test question right or wrong. Using multiple forms of media that enable both visual and graphical representations, these assessments present complex, multistep problems for students to solve and collect detailed information about an…

To improve professional practice, educators need sound principles about how learning works to guide their pedagogical decisions, actions, policies, and practices. Such principles as teaching for fluent and flexible transfer, incorporating big ideas that connect isolated facts, and providing user-friendly feedback make learning meaningful for…

Most students in most schools today study subject matter. They and their teachers conceive of the educational task as committing to memory large numbers of facts, formulas, and figures. A far more sophisticated perspective emphasizes teaching disciplines and disciplinary thinking. The goal of this approach is to instill in students the disposition…

Offers 12 principles as a general foundation for brain-based learning, including (1) the brain is a parallel processor; (2) learning engages the entire physiology; (3) the search for meaning is innate and occurs through patterning; (5) emotions are critical to patterning; (6) every brain simultaneously perceives and creates parts and wholes; and…

Robertson discusses the "perceived dichotomy" that permeates science teaching: teachers can either stress inquiry learning with lots of hands-on experiences or stress content knowledge and swap hands-on inquiry for direct instruction. Although a curriculum of unstructured hands-on science activities leads to shallow content knowledge, it is…

A reply from Barbe and Milone to Dunn and Carbo concerning the latter's comments about their research on modality strengths and preferences. (MLF)

Discusses connections between Madeline Hunter's elements of effective teaching and current brain research. Hunter's emphasis on setting the stage for learning fits precisely with research on the brain's attentional mechanisms. Other Hunter elements, including level of concern (challenge), task analysis, procedural memory, and prior learning, are…