Brain Friendly Techniques for Improving Long-Term Memory
Teachers are charged with the responsibilities of proving the experiences which encourages learning and application. Introduction of new concepts into this process requires skill. How do we get our students to remember new concepts? This article focuses on five important strategies to ensure students retention of new concepts; connect to prior knowledge, develop personal relevance, make sense, elaborate on key concepts and rehearse retrieval cues. (Friedich-King, 2001)
Learning new ideas and concepts is not easy. In order to understand new concepts the brain according to Piaget it goes through the process of assimilation. If students are to grasp the new information it is helpful to create experiences that utilize what a student already knows, Piaget would say that this is enlarging a student’s schema.
Next the information has to have some means of balance or equilibrium, how do we know that the concept makes sense. The students need to demonstrate that the sensory experience has a foundation to build upon. Research in neuroscience argues that teachers should increase the strength of connections between neurons that participate in the encoding experience because these are experiences are the ones that the students will retain in the long term (Friedich-King, 2001).
Teachers are concerned with mastery of key concepts. In order for students to commit information to long term memory (LTM) there needs to be some vehicle which provides the connection from short term memory (STM) to LTM. King-Friedich argues that teachers can facilitate the data to move from the working memory or short term memory by elaborating on new concepts. Teachers who elaborate on new concepts are likely to ensure that students retention of new material (p. 77). Teachers can use techniques such as painting or drawing illustrations that refer to the new material, the students may create poems or journal about the concepts. All of these tools create the path for long term memory storage.
The article provides several tools for teachers that are concerned with mastery. The article is has practical information for use in the classroom. The strategies outlined have a track record of success. Memory in Educational setting goes into deeper depth of how to transfer information from STM or working memory to LTM
Memory in Educational Setting
Classroom teachers are consistently focused not just with teaching content but creating meaningful experiences that provide students with tools not just to understand new concepts but the ability to apply them. In order for teachers to be effective in achieving this goal requires that the information not remain in the short term memory. Cognitive psychologists and educators share a common goal: both want to understand how to promote long-term learning and memory. Both are interested in the answers to questions like “how should people study material in order to remember it after time has passed?” and “what causes people to forget material they once knew?”(Marsh, 2011). If knowledge is to be retained over long periods of time, then the goal of learning must be to increase storage strength, not momentary accessibility. Marsh and Butler refers to the concept of “desirable difficulties” (Marsh, 2011). The main idea is that introducing difficulties during learning will result in superior long-term retention because the greatest gains in storage strength occur when retrieval strength is high. Teacher who instead of arranging the conditions of learning to be easier and faster for the learner, educators should introduce difficulties into the learning process in order to promote long-term retention of knowledge(Marsh, 2011) (p.4). Creating conditions that slow learning down is a radical change for most educators.
Marsh and Butler then argues that information needs to be presented so that the learner can extract meaning, similar to Jenne King-Friedich of making sure that the information makes sense. Marsh and Butler focuses on the type of processing instead of the intent to learn. They look at several learning strategies, two for processing which require encoding of information, item-specific processing and relational processing. For most educational tasks, students will benefit from strategies that encourage them to extract the meaning of to-be-remembered information. Marsh and Butler lays our theoretical ideas that allow teacher to implement strategies for specific educational goals. The strategies are desirable difficulty, engage in process that allow meaningful extraction or retrieval and finally relational processing or transfer processing. (Marsh, 2011). How does this all work? Marsh and Butler elaborates on this model as out lined below.
Learning Strategies for Studying Material
| Strategy teacher Implemented | Theoretical Ideas | Specific Educational Activities |
| Advance Organizer Aimed at providing a larger conceptual framework for the to-be-learned material; They help the reader to understand the upcoming material but do not contain the exact same information Advance organizers work by providing a framework or schema for integrating the incoming information Help students learn disorganized material but not organized material Work primarily by improving the encoding of the to-be-learned o material. | Engaging in processes that emphasize meaning extraction (Retrieval). Relational Processing; Matching learning processes to the processes needed to excel on the final criterial task (i.e. transfer-appropriate processing Introduce a desirable difficulty | Highlighting/underlining o promote memory Caution too much highlighting may cause reduction in deep processing. A better strategy is to select just one sentence to highlight per paragraph, as this likely increases both deep processing and relational processing as sentences Note Taking effect on memory o Initial encoding o Order involving storage Caution note taking may even hurt performance in such situations because students must pay attention to both the lecture and note taking, and dividing attention during encoding impairs memory o help students to extract the “big picture o promotes transfer |
They emphasize that these strategies are nothing without feedback and spacing. The learner must know how if they are performing the desired task correctly. The method of feedback is what is questioned. How does a teacher provide meaningful feedback, when is it appropriate as well as timing. Marsh and Butler carefully explain how feedback should be provided to affect continuous learning. Spacing as outlined by Marsh and Butler is a method to ensure retention. Spacing can be as short as 30 seconds or as long as necessary to retain the information. The point is that with both of these if a learner is given information they need to be given the opportunity to retrieve the information. This information then needs to have feedback followed by an opportunity for the learner to revisit or retrieve and apply the information at a later time. To facilitate this task the learner should be assessed periodically.
The strategies and applications discussed “Memory in Educational Setting,” again provides practical and tangible techniques for teachers to assist student learning and long term memory retention. The following article “Secrets of a Mind-Gamer,” explores a concept I am not sure how teachers would implement in the classroom.
SECRETS OF A MIND-GAMER
This article talks about the ability to train the mind to efficiently remember information. Josha Foer claims that memory training and mastery can be accomplished by anyone is contrary to the behaviorist perception theory that after a certain age you are not able to learn new concepts. Therefore if Foer argument is valid then these techniques should work for anyone. Virtually all the details we have about classical memory training — indeed, nearly all the memory tricks in the competitive mnemonist’s arsenal — can be traced to a short Latin rhetoric textbook called “Rhetorica ad Herennium,” written sometime between 86 and 82 B.C(Foer, 2011). It is the only comprehensive discussion of the memory techniques attributed to Simonides to have survived into the Middle Ages. The techniques described in this book were widely practiced in the ancient and medieval worlds. This article although fascinating I am not sure of practical application for a traditional classroom setting. I teaching student to remember is necessary but where does it fit into curriculum?
I did find the video by NOVA video “How Memory Works,” in this video there was a reference to a chemical, PKM zeta, the chemical that is related to memory, to be quite interesting and how does this play into the retrieval with children? And adult how does this chemical impact Alzheimer?
Why Minimal Guidance During Instruction Does Not Work: An Analysis of the Failure of Constructivist, Discovery, Problem-Based, Experiential, and Inquiry-Based Teaching
Of all the article this one although factual it is quite sad. There are glimpses of constructivist teach there is still no real application. Two major components of PBL are the explicit teaching of problem-solving strategies in the form of the hypothetic co-deductive method of reasoning (Barrows & Tamblyn, 1980),and teaching of basic con tent in the context of a specific caseor instance. Proponents argue that problem-centered education