LANGUAGE RESOURCES FOR SCHOOLS - Plymouth City Council
www plymouth gov uk/sites/default/files/LanguageResources pdf
3 sept 2015 Some suggestions of games/activities, worksheets, CLIP Morphology Worksheets – regular and irregular plurals, possessives,
Section 5 – Speech, Language & Communication - Solent NHS Trust
www solent nhs uk/media/2013/section-5-speech-language-and-communication pdf
3 fév 2020 clips on the fish the easier it is to catch it Semel and Wiig (1990) Clinical Language Intervention Program Morphology Worksheets The
multicultural-children-literature-book-projects-fall-2020 pdf
www csus edu/college/health-human-services/communication-sciences-disorders/_internal/_documents/research-centers/multicultural-children-literature-book-projects-fall-2020 pdf
worksheets show words that are multisyllabic or targeting specific with paper clips attached to each hole Morphology - Verb Tenses
Lesson Plan—Appearances are Deceiving
www mbari org/wp-content/uploads/2016/01/appear pdf
Students should view the video clip several times to obtain accurate observations • Background information for fish morphology can be found on the
A Workbook for Aphasia - PDF4PRO
pdf 4pro com/cdn/a-workbook-for-aphasia-5c3de2 pdf
--For a large selection of cognition-based worksheets, seek the Therapy Guide for Language and Speech Disorders volume 2, by Kathryn Kilpatrick The Cognitive
Creating Phylogenetic Trees from DNA Sequences Student Worksheet
www cpsk12 org/cms/lib8/MO01909752/Centricity/Domain/3232/HHMI 20Creating 20Phylo 20Trees 20Answer 20Key pdf
This worksheet complements the Click and Learn "Creating Watch the video clip on slide 3 and then draw a simple tree illustrating the evolutionary
Educational Resources for Students with Autism Spectrum Disorders
www fau edu/education/centersandprograms/card/documents/educationalresourcesmanual pdf
All worksheets move the writer forward at an attainable Reproducible worksheets reinforce leading from phonology to morphology to syntax
Sorting Sea Shells Click and Learn Educator Materials
www biointeractive org/sites/default/files/media/file/2021-03/SortingSeashells-Educator-CL pdf
This Click & Learn allows students to compare the morphological In Part 1 of the accompanying worksheet, students engage in a hands-on card activity in
CELL STRUCTURE EXPLORATION ACTIVITIES
www lincnet org/cms/lib05/MA01001239/Centricity/Domain/108/cells_exploration_activities pdf
CELL STRUCTURE #6 PLANT & ANIMAL CELLS QUIZ #12 WHAT I'VE LEARNED Activity Key: Explore the Cell Movies Clip Gallery at
53920_7appear.pdf
1 Lesson Plan - Appearances are Deceiving Summary This lesson is intended to introduce students to selection processes that govern convergent evolution. Students will focus on analogous physical and behavioral characteristics of organisms that are found in the deep ocean and how these characteristics are adaptive to this environment. Additionally students will discuss the analogous nature of the chemicals that produce bioluminescence and suggest hypotheses on how and why these chemicals are used. Corollaries to terrestrial and cave ecosystems shall also be discussed. Key Concepts • Natural selection and its evolutionary consequences provide a scientific explanation for the fossil record of ancient life forms, as well as for the striking molecular similarities observed among the diverse species of living organisms. • Organisms evolve due to selective pressures from the environment. • Adaptations provide a selective advantage to individuals of a population that aid in their survival in a specific environment. • Due to the constant factors that are found in the deep ocean (lack of light, cold temperatures, salinity, etc.) organisms evolve strategies that enable them to survive in that habitat. • Convergent evolution is a process in which organisms from different biological backgrounds evolve similar strategies (physiological, morphological, and behavioral) to survive. Objectives Students will be able to: • Differentiate between divergent and convergent evolution • Identify and classify the organisms observed that are found in the deep ocean • Identify morphological characteristics and behavioral characteristics of organisms in the deep ocean environment • Evaluate common characteristics among different classes of deep ocean organisms • Predict if the adaptations observed are due to divergent or convergent evolution Materials • Computers with Internet access • Eye In the Sea video clips downloaded onto computers, or broadband access to the EARTH Website and Flash Media Player
2 • Copies of worksheets for each student o Web Lab Activity: Monsters of the Deep y Associated worksheets 1, 2, & 3 o Video Data Sheet o EITS Observations o Analysis Questions Procedure 1. Discuss the patterns of evolution in order to differentiate between divergent and convergent evolution. 2. Form groups of students based on the number of available computers (2-4 students per group is ideal) 3. Students should go to the Monsters of the Deep Web site (http://www.seasky.org/monsters/sea7a.html) to observe some of the creatures found in the deep ocean environment. • Using the worksheet "Web Lab Activity: Monsters of the Deep," students should list the adaptations for each organism that have contributed to the organism's success in the deep sea 4. Assign each student or student group a video clip of marine organisms responding to the Eye In The Sea probe. • While viewing the video, have students complete the Video Data Sheet. • Students should view the video clip several times to obtain accurate observations. • Background information for fish morphology can be found on the "Observing Deeply" lesson page • After completing this activity, students should evaluate their observations by answering the questions in the worksheet "Eye in the Sea Observations." 5. Have students complete the worksheet "Analysis Questions," either individually or in groups. 6. Have students build a concept map of the major concepts of this lesson. Assessment • Performance - Did student participate in discussion and demonstrate an understanding of the differences between divergent and convergent evolution? Did students actively participate in the collaboration and help their partners to find and understand information about identification and classification of deep ocean organisms, identify morphological and behavior characteristics of deep ocean organisms, evaluate common characteristics among different classes of deep ocean organisms, and predict if adaptations of deep ocean organisms are due to divergent or convergent evolution? • Product - Did student's concept map show an understanding of adaptations and convergent evolution of organisms in the deep ocean environment?