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(Week 7: Benjamin, Cheney, and Gretchen) The journal article is accessible by the link above through the UMUC library services. The journal article discusses the ways that a classroom teacher can use Reading Recovery strategies within the guided reading small group instruction. Reading Recovery is an one on one intervention that is short term. The intervention provides one on one tutoring for first grade students. The article explains the effective strategies that Reading Recovery teachers use that can be implemented in small group instruction. The strategies that the article focuses on are fluency through rereading familiar texts, modeling fluent expectations, providing a strong book introduction, knowing when to prompt the students, and observing and analyzing. Teachers can use this article to understand different strategies in order to improve guided reading instruction such as using running records to help guide instruction. "Likewise, careful analysis of running records (formal or informal) helps teachers to further understand how students respond to difficult text."(Lipp & Helfrich, 2016) Teachers need to use running records as a way to locate the deficits in a students reading and plan lessons that will bridge that gap. Lipp and Helfrich(2016) also states that "interrupting a student who is reading must not be a lengthy process that breaks the flow of the story." It is important to explicitly and intentionally interrupt a student while reading with quick prompts that will help the student guide themselves to self corrections. References: Lipp, J. R., & Helfrich, S. R. (2016). Key Reading Recovery Strategies to Support Classroom Guided Reading Instruction. Reading Teacher, 69(6), 639-646. doi:10.1002/trtr.1442

This KQED blog post provides information on current and past research that indicates how important movement and the use of our bodies are to learning. This research is called "embodied learning". The discussion on highly decorated classrooms is worth further exploration. This would be another great article for a text-based discussion in a PLC. The math and physics examples can be adapted for other content areas for use as instructional strategies.

(Week 9: Benjamin, Cheney, and Gretchen) This article is accessible through the link provided above. The main focus of this article is to inform educators of the positive effects movement can have on student learning. This article provides a series of studies where students were presented with different problems, mostly math, and encouraged to represent the problems with movement. Students who used physical movement to represent and solve mathematical problems demonstrated higher levels of success than their age-related peers who simply solved by reading a problem to themselves or aloud. This article is useful for all members of my team as it suggests methods for adapting physical movement to all content areas. Within this article it is suggested ""When students use their bodies in the learning process, it can have a big effect, even if it seems silly or unconnected to the learning goal at hand" (Schwartz, 2015). I think most teachers can find reassurance from this research-based article knowing that the implementation of movement doesn't have to fit directly with curriculum unit. The teachers within my specific team can use the practice of movement as an alternative method for instructing desired skills such as decoding strategies for reading or identifying/constructing numbers in base ten. Reference Schwartz, K. (2015, March 26). Why kids need to move, touch, and experience to learn. Retrieved from https://www.kqed.org/mindshift/39684/why-kids-need-to-move-touch-and-experience-to-learn

(Week 8: Jennifer and Ashleigh) This article is accessible through the link above using the UMUC library database. This article analyzes data from an early childhood survey to determine how various instructional strategies in math impact students of diverse racial/ethnic backgrounds, socioeconomic statuses, and varying readiness levels. The results of the study indicate differing exposure to instructional strategies to support students in math. For example, the study shows that students with high socioeconomic status and higher readiness levels have more exposure to the use of manipulatives, while students with lower socioeconomic statuses and lower readiness level have more exposure to music and movement to learn math. Additionally, the study found that only some instructional strategies have an impact on student achievement in math. This study is beneficial for teachers as they reflect on their current instructional practices in relation to student achievement. The results of the study express the need for differentiated math instruction for various communities of learners within the classroom. This is useful as we examine Ashleigh's Data Action Plan and how the use of manipulatives for measurement may or may not support achievement for all students. As strategies are implemented, Ashleigh can take note of which strategies are most beneficial for different subgroups within her classroom. References Bottia, M. C., Moller, S., Mickelson, R. A., & Stearns, E. (2014). Foundations of mathematics achievement: instructional practices and diverse kindergarten students. The Elementary School Journal, 115(1), 124-150.

One of the instructional gaps I noticed during data analysis, Is a limited amount of re-teaching opportunities that are available to students after a concept is initially taught. When I was a classroom teacher, one of the strategies I used to re-teach was to assign video-based homework assignments that would "walk" students through the concepts that I taught on a given day. I would often attach the video to a Google Form and ask a few multiple-choice or open-ended questions that would allow me to gauge the students' understanding while allowing me collect data.

Implementation Meeting 3 - Chris, Noelle, Elijah, and Angela Citation: Wilson, D. & Conyers, M. (2015, February 12). Put Working Memory to Work in Learning | Edutopia. Retrieved March 21, 2018, from https://www.edutopia.org/blog/put-working-memory-to-work-donna-wilson-marcus-conyers This article focuses on activating and using the "working memory" of learners. Working Memory, as defined in this context, "...is what you can do with what you know." The authors provide several instructional strategies that encourage teachers to move away rote memorization instruction and move toward active use of knowledge. The strategies range in simplicity from repeating information to researching and peer-teaching. All of the working teachers within our group are seeking to improve student performance on testing, which in general, is more problem-solving based. In some of our data discussions, we have talked about students knowing material, not being able to identify and apply the information to complete certain tasks.

Week 9: Melissa and Claire This journal article is accessible thought the link given above by accessing the UMUC library This article was about how a randomized experimental design was used to examine the effects of a digital formative assessment tool on mathematics achievement and motivation in the classroom. Experimental schools used a digital formative assessment tool while control schools used their regular teaching methods and materials. The data used included standardized achievements pre-posttest data, student motivation survey data, classroom data observation data, and student log files. The results of the tests revealed positive effects on student achievement and motivation. The digital formative assessment tool positively impacted achievement and motivation. It also helped teachers to differentiate instruction. The more the students used the digital tool the higher their achievement and motivation for mathematics improved. Reference: The effects of a digital formative assessment tool on mathematics achievement and student motivation: Results of a randomized experiment By: Janke M Faber, Hans Luyten, Adrie Visscher Doi:10.1016/j.compedu.2016.12.001

Group 9: Claire and Melissa This journal article is accessible thought the link given above by accessing the UMUC library Friedman and Garcia describe a qualitative study wherein they taught a lesson on the 9-11 attacks either through asking them to read transcribed oral history interviews or listen to them with an interactive iPad app called "Explore 9-11." The students who used the "Explore 9-11" app reported greater emotional engagement with the historical actors, leading one student to describe the app as depicting "people with real experiences." Students who used the app reported an overall positive experience of interacting with the various sources and greater historical empathy than students who did not use the app. Resources: "People with Real Experiences:" Using Mobile Devices in High School Social Studies Adam M Friedman & Emily R Garcia ISSN 1933-5415

Week 9: Claire and Melissa This article is accessible though Diigo using the link above This article provides instructional strategies for language arts teachers trying to teach writing to their students. While it is well-known that teaching by example is an effective strategy for writing instruction, this article provides steps for teaching students through mentor texts in a way that mitigates frustration and maintains engagement. Resource: 8 Tips for Teaching with Mentor Texts Edutopia

(Week 8: Maia and Shawntel) This article is accessible through the UMUC library. The focus of this article was to introduce and explain the importance of strategies that motivate and engage students when learning how to solve word problems in algebra classrooms. The author argues that students show more engagement in algebra word problems when they are guided through problems that have real-life problems. The article provided data based on a study where students were given similar problems to solve with real-life and fictional problems. The students trended a preference to the real-life problems while also scoring higher on real-life problems. The authors state, "given a set of word problems covering a variety of application areas, students prefer problems which either generates intrigue or problems to which they can easily relate" (Premadasa and Bhatia, pg 15, 2013). Our group choose this article because of the current situation for the implementation process. The practicing teacher was met with a lot of resistance when introducing the new tactic. This supports our notice and wonder questions that students are not engaged and positive when approaching algebra word problems. The attitude of students directly impacts comprehension of word-problems. Therefore, we used a planning protocol to re-adjust the types of problems that were presented to the students. The practicing teacher found instructional videos that had current and real-life scenarios. Although it is still early in the implementation process, the teacher did notice an attitude change among the students as the proceeded with the material. Premadasa, K., & Bhatia, K. (2013). Real Life Applications in Mathematics: What Do Students Prefer?. International Journal For The Scholarship Of Teaching And Learning, 7(2), http://eds.b.ebscohost.com.ezproxy.umuc.edu/eds/pdfviewer/pdfviewer?vid=3&sid=ef4d2731-303f-462b-ba77-64f1a21bc66e%40sessionmgr101

(Week 9: Shawntel & Maia) This journal article can be accessed through UMUC's library. The focus of the article was to investigate the impact of linguistics in the process of solving math word problems. The article describes as study analysis of the influence of the number of steps and operations as variables that need to be utilized by learners when solving math word problems. The study used a combination of math word problems where some had consistent language and some had inconsistent language. Both focus groups were given the same questions; however, one group the instructor focused on metacognitive strategies to assist with reading comprehension. The group who were taught metacognitive strategies highly outscored the other group. The study showed that effective teaching strategies require the inclusion of metacognitive and self-regulating processes. The article strongly argues that conceptual understanding in mathematics is highly interrelated with reading comprehension. The article discusses three main components of learning, which are cognition, metacognition, and motivation. In other words, reading comprehension equips students with the confident ability to connect previous concepts to current processes the resolve issues on their own. Our group focused on the understood definition of reading comprehension as obtaining the meaning of what has been read based on readers' previous knowledge or background information in order to continue. Therefore, reading comprehension is the most important factor to improving student success when developing strategies to solving math word problems. This article was used to support teacher strategies when facilitating group work. The students were placed in small, mixed groups to discuss the videos to solve a math word problems as suggested in the article. During their collaborative work, the teacher developed more specific metacognitive questions to focus on reading comprehension and not the math technique.

Week 9: Eli, Angela, Noelle and Chris This journal article is accessible given above through the UMUC library. The focus of this article discusses how observations can be used as an assessment tool for teachers when dealing with differentiation. The study specifically highlights differentiation in a high level G/T classroom and provides different observation tools that teachers can use to self assess. This article is useful to our team as although not all of us teach high level students, it made us think critically about the observation process of each of our schools. We realized the importance of observations when they are used correctly, where the observer gives constructive criticism in order to improve teaching strategies. Also the differentiation aspect of the article suggests proven strategies to use when contemplating differentiation, which are good examples for us who need more differentiation in our classes. References VanTassel-Baska, J. (2012). Analyzing Differentiation in the Classroom: Using the COS-R. Gifted Child Today, 35(1), 42-48. doi:10.1177/1076217511427431

This is a great read for our SMART goal. An assessment is a great way to figure out what the students know, what they want to know, and what interests them the most so we are able to improve and adjust our teaching.

Week 9 Melissa and Claire: This article is accessible using the link above though Diigo Well crafted formative and performance assessments which include setting meaningful goals, and giving students ownership over the process can powerfully and positively affect teaching and learning. The key to good instruction is assessments. Assessments show what students know, what they want to know, it allows us to adjust our instruction to cater to each student. There are 5 keys to an effective assessment: Meaningful unit goals and questions, summative assessment through writing, performance assessment through presentation and portfolio, formative assessment and feedback along the way, and student ownership of assessment process. These methods of assessments are to be done with the students putting a focus on the student and their learning. Resource: The 5 Keys to Successful Comprehensive Assessment in Action By: Andrew Miller

SMART Goal: Given 1 month of guided reading instruction, students in below grade-level reading groups will increase their reading level by at least one level. This article gives an overview of the strategies that need to be taught in reading groups that help students become effective readers. These strategies for understanding words are called word-attack strategies. These must be taught explicitly.

This study focuses on the stages of literacy development in Kindergarten up to 8th graders. The author states how children's minds do not learn by taking mental pictures or by memorizing but by constructing mental images over time. It also includes resources to engage students in word study at various levels.

This resource explains how children from grades K-8 develop their knowledge of words/vocabulary. It explains how teachers can instruct in a way that meets each learner's needs by expanding from what they already know, adding new content, but not too much where the teacher frustrates the learner. This resource helps with my groups SMART Target Learning goals because it meets everyone's grade level (K-8), and focuses on reading skills.

SMART Goal: By the end of marking period 3, 80% or higher of students will score a 90% or higher on a representing numbers assessment. This website is offers fun and engaging games to support math development of students grades pre-kindergarten through high school. When selecting a grade level, teachers can view a large list of skills associated with Common Core. Skills are categorized, making it easy for educators to look for desired math practice. In regard to the SMART goal posted above the teacher could select from the series of skills related to representing numbers such as: Counting tens and ones - up to 20, County on ten frames - up to 40, and Counting by tens - up to 100. Students will be motivated by this resource as it is colorful and interactive. A benefit to using this site is that when students are unable to answer a correctly, they are provided with an explanation of how to correctly apply the skill.

This website has sample activities to support Kindergarten students with measurement and data concepts. The sample activities are linked to a learning objective and provide a description of the standards. For each objective there are a few sample activities you can use in the classroom and then there are math centers available for purchase. Many of the sample activities have strategies which incorporate manipulatives to support students with the concepts. This website addresses my data teammate's SMART goal which is for students to be able to use manipulatives to effectively solve problems involving measurement. There are great resources which can be printed and used in the classroom.

Understanding vocabulary, is extremely important for students as they attempt to apply their newly learned concepts to other situations. Daily in the mathematics classroom, I try to be consistent with my co-teachers vocabulary usage to help students become more comfortable with the vocabulary. However, I have noticed that students continue to struggle to decipher problems because they lack the understanding of word choice and the vocabulary used. I believe that I could do more to emphasize vocabulary in each of the classes that I co-teach, by taking it upon myself to develop a way to showcase the vocabulary for the unit for each student. My co-teachers are responsible for developing the daily lessons, therefore I feel that I could assist them by finding some ideas to suggest or materials to put together to share with the students in our classes. The resource I added provides some basic ideas of how to showcase unit vocabulary and spark students memory while they are in or out of the classroom.