This document outlines a proposed 1-2 week lesson plan on biodiversity in different stages of ecological succession in a schoolyard. The lesson goals are for students to investigate abiotic and biotic factors at each succession stage, explain trophic levels using a food web model, and identify human impacts. Materials needed are inexpensive. Students will collect samples using Berlese funnels, analyze them microscopically, and present findings. The hypothesis is that a forested walking trail has greater biodiversity than other areas. Questions guide data analysis to understand succession stages and human impacts on the ecosystem.
The document describes a 3-day lesson on food webs developed by Christine Dennis for intermediate grade students. On day 1, students learn about food webs using a SMARTboard presentation and model one by wearing picture cards. On day 2, students research specific food webs online and contribute their findings to a class wiki. On day 3, students illustrate the food web they researched using Inspiration software. Students are evaluated based on a rubric for their food web poster.
This document provides information for teaching a lesson on life cycles to second grade students. It begins with links to curation tools and notes that the lessons were adapted from the Georgia Department of Education.
It then provides standards and objectives related to investigating life cycles of different organisms. Sample organisms include mammals, birds, amphibians, insects, plants, and fungi. It also addresses how seasonal changes affect trees and other plants.
The document lists additional standards from the American Library Association and provides questions to guide student inquiry. It gives directions for lessons on different life cycles and assessing seasonal changes in trees. Rubrics and assessments are provided to evaluate student understanding.
The lesson plan outlines a 6th grade life science class where students will evaluate scientific investigations and theories that have changed over time by taking a gallery tour of famous scientists and their contributions. Key aspects of the plan include role playing a scientist's discovery, viewing a slideshow on scientists, doing a gallery walk to learn about 6 scientists, and reflecting on how the world may be different without one scientist's invention of the microscope. The goal is for students to understand that scientific knowledge is constantly evolving as new information is discovered.
1. The document reflects on teaching strategies for biology at Gallaudet University for deaf and hard of hearing students. It discusses challenges including lack of student motivation and approaches that have shown success such as hands-on activities, emphasis on big concepts, and use of technology.
2. Future plans are outlined to more fully integrate lecture and lab experiences, use supplemental instruction, adopt a new textbook emphasizing critical thinking, and modify labs to be more relevant to daily life.
3. No single approach works best and a variety of strategies collectively improve student performance. The journey to identify the most effective teaching methods continues.
El documento describe El Tephe, un complejo recreativo ubicado en Ixmiquilpan, Hidalgo, M辿xico. Ofrece varios servicios como 叩reas de asadores, miscel叩neas, bar, lockers, estacionamiento, restaurante, sal坦n de eventos y hoteles. Los costos van de $120 a $140 pesos y hay descuentos para ni単os menores de 4 a単os. El Tephe est叩 abierto todos los d鱈as del a単o de 6 am a 8 pm y ofrece atracciones como cascadas, albercas con toboganes y olas artificiales. El turismo que
The document discusses several teaching strategies that can be used in an instruction session, including:
1) Having students "drive" the computer to lead parts of the session, engaging them as peers teach.
2) Using a "mindwalk" activity where students brainstorm different aspects of a concept in writing.
3) Implementing problem-based learning through case studies for students to research and propose solutions.
4) Adopting a constructivist approach through inquiry-based methods that build on students' existing knowledge.
The document discusses strategies for effective classroom discussions based on the Constructive Classroom Conversations (CCC) model from Stanford University. It outlines some of the challenges students face in discussions, such as lack of background knowledge or academic vocabulary. The solution is to consistently teach discussion norms and vocabulary, model discussions using various tools, and provide rubrics to assess students. Resources like discussion prompts, vocabulary posters, and transcripts can help build students' discussion skills.
The document provides guidance on establishing constructive conversations in the classroom. It outlines the problem that students may lack understanding of discussion purposes and rules or the skills needed to effectively converse. The solution presented is to consistently teach norms and vocabulary, model discussions, teach students to restate and reason, provide rubrics to assess discussions. Resources like discussion prompts, vocabulary visuals, transcripts and analysis tools can support building students' conversation abilities. The goal is to help students have meaningful academic discussions that further their understanding of content topics.
This lesson plan uses an advance organizer to teach high school students about recycling. The advance organizer provides an overview of the costs and benefits of recycling. Students will read the organizer and discuss their initial reactions. They will then read a textbook passage on plastic products, resources, and recycling. The lesson addresses different learning styles and one student's visual impairment. Assessment is informal through recording students' initial reactions. The next lesson will be a direct instruction lesson on recycling natural resources.
Ed Tech Workshop Presents Project Based LearningDavid Boin
油
A presentation featuring 21st Century strategies for 21st Century learners. The convergence of projects, technology, creativity, and student centered learning.
This document provides information about a science learning module on matter for 7th grade students, including:
- The module was developed by the Private Education Assistance Committee to be used in online, blended, and remote learning.
- It encourages independent and self-regulated learning as well as developing 21st century skills.
- The module covers topics like scientific values, the scientific method, and designing experiments through various learning activities and assessments.
This lesson plan is for a group of 20 high school students in Argentina. The lesson focuses on finding information about smoking habits from online sources and magazines. Students will be divided into groups to search for statistical, medical, marketing and legal data on smoking. Each group will present their findings to the class. The teacher will evaluate students using rubrics to assess their group work, contributions, and English proficiency. The information collected will then be used in subsequent lessons for analysis and student surveys.
Here are the key points I gathered from our discussion:
- There have been significant changes in early childhood education at the government level including increased recognition of the importance of the early years, national curriculum and standards, and greater accountability requirements.
- Contemporary perspectives that influence practice include sociocultural theory, postmodernism, poststructuralism, the sociology of childhood, and the reconceptualist movement. Effective educators apply these theories through reflective practice, meaningful curriculum, partnerships, and documenting learning.
- While change can be difficult, frameworks like ADKAR can provide structure. Organizational culture and engaging staff are important for successful change implementation. Ongoing reflection is also key to evaluating and modifying change.
-
The document outlines a 5-week unit plan for a 3rd grade class focusing on creatures that inhabit the California wetlands. Students will research different wetlands creatures, create presentations, and participate in a field trip. The plan identifies standards, objectives, activities, accommodations, and resources to support learning about wetlands ecology.
This document provides a syllabus for an AP Biology course taught at BrainworX Academy during the 2020-2021 school year. The course will meet daily from August 3, 2020 to May 21, 2021 in room 206 of the CTECH building. The instructor is Tim Welsh, who can be contacted by cell phone or email. The course aims to develop students' skills in collaboration, preparation for work and higher education, and innovation in biology. Key topics covered include evolution, biological systems, heredity, and interactions with the environment. Students will learn through inquiry-based labs and applying scientific practices to enduring understandings and big ideas. Formative and summative assessments will evaluate students' mastery of concepts and application of skills
This lesson plan outlines a poetry project for a 6th grade language arts class. The plan involves students researching an assigned poet and poem using the internet and PowerPoint to create a multimedia presentation. Students will present their projects to the class and evaluate each other using a rubric. The teacher will evaluate students based on their content knowledge demonstrated in their presentations and use of technology skills. At the end, students will provide feedback on the lesson and ways it could be improved.
The document discusses trends in differentiated instruction including choice boards, compacting, tiered assignments, and FOSS (Full Option Science System). It provides examples of each trend and how they are implemented in the classroom. The document also includes a sample differentiated lesson plan combining math and science that uses landfills and trash as the topic. Students create a "trash pizza" showing the different percentages of materials that end up in landfills. A variety of assessment strategies are used to check student understanding of landfills and recycling.
The document discusses trends in differentiated instruction including choice boards, compacting, tiered assignments, and FOSS science. It provides examples of each trend and how teachers can implement them. The document also includes a sample differentiated lesson plan combining math and science that uses trash as a visual example to teach students about landfills and recycling. The lesson incorporates grouping students, hands-on activities, and informal assessment. In closing, the document lists references used to research differentiated instruction strategies and trends.
The document discusses exemplification, which is providing examples of student work to support teachers' understanding of learning standards and effective teaching practices. It provides examples of exemplification in modern languages and materials science. Exemplification materials could include case studies, student work, audio/video clips, and interactive online resources. Quality assurance and partnership with organizations will be important to develop high-quality exemplification. The document also prompts reflection on how exemplification might be implemented and supported through digital tools like GLOW.
FINAL PROJECT Write a program that lets the user find 10 .docxmydrynan
油
FINAL PROJECT
Write a program that lets the user find 10 treasures on a 8x8 square map
without stepping into one of the 10 traps from the map. Your program should
generate the 8x8 map, 10 traps (in 10 different cells), and 10 treasures (in 10
different cells) and let the user enter a cell (line and column) and select the
action for that cell: step/dig for a treasure or mark it for a trap. The user will
gain 10 points for finding a treasure and 5 for correctly marking a trap. If the
user does not step in a trap, the program should display in that cell the
number of traps in the surrounding adjacent cells.
The games should have a good interface and tell the user how many treasures
or traps are left. The game ends when the user finds all treasures (WIN) or
steps/dig on a trap (LOST).
Your game should have a Help option with detailed instruction on how to play
the game.
Score: 110 Treasures left: 2 Traps Left: 4
Col
1
Col
2
Col
3
Col
4
Col
5
Col
6
Col
7
Col
8
Row 1 # 1 0 0 0 0 1 1
Row 2 1 1 1 1 1 0 1 #
Row 3 0 1 2 # 2 2 2 2
Row 4 0 1 # 3 # 2
Row 5 0 1 2 3 3 3
Row 6 0 0 0
Row 7 1 1 1
Row 8 1 # 1
Curriculum, Methods and Assignment: Social Studies EED-465
EED-465 Charting the Course: Social Studies WebQuest
Benchmark Assignment and Rubric
Targeted Essential Learning
Effective teachers will utilize research-based, best practices to design, plan, implement, and manage instruction that is aligned to elementary social studies academic standards. (InTASC 6, 7, 8)
Assignment Tool Selected
Social Studies WebQuest and Reflection essay.
Specific Performance/Task(s)
InTASC 6(i) The teacher continually seeks appropriate ways to employ technology to support assessment practice both to engage learners more fully and to assess and address learner needs.
InTASC 7(a) The teacher individually and collaboratively selects and creates learning experiences that are appropriate for curriculum goals and content standards, and are relevant to learners.
InTASC 8(a) The teacher uses appropriate strategies and resources to adapt instruction to the needs of individuals and groups of learners.
InTASC 8(g) The teacher engages learners in using a range of learning skills and technology tools to access, interpret, evaluate, and apply information.
Relevancy of Task to Teacher Candidate
By designing a comprehensive social studies WebQuest that focuses on an elementary social studies academic standard, teacher candidates will be able to teach social studies concepts to elementary students.
General Practicum Information
Practicum experience requirements, including the diversity and number of required hours for this course are specified in the College of Education Teacher Preparation Programs Practicum/Field Experience Manual.
Complete the Practicum/Field Experience Observation and Activity Log including the names of the schools and grade levels where the observatio ...
The document provides guidance on creating effective assessments for students. It discusses:
1) The key differences between assessment, evaluation, and testing, and emphasizes the importance of formative and summative assessments.
2) Recommended practices for embedded, everyday assessments including observing students as they learn and using artifacts to represent their understanding.
3) Steps to create assessment tasks including identifying standards, unpacking practices, developing learning performances, writing tasks, and reviewing tasks.
4) Types of assessment tasks of varying cognitive demands and examples of low and medium-level tasks.
This document summarizes a professional development program for Chinese teachers that incorporated STEM topics into Chinese language lessons. Teachers participated in monthly roundtable meetings where they received training in incorporating mathematics, science, and other subjects into lesson planning. They worked in teams to create thematic units with 10 lessons each. The units included performance-based assessments and followed a template that addressed language functions, grammar, vocabulary, culture and connections to other subjects. An example unit on growing bean sprouts was provided, outlining the unit goals and lessons, which incorporated science concepts about plant growth while practicing Chinese vocabulary and language functions.
This syllabus outlines the course Biology 495 (Aquatic Entomology and Water Pollution) which will be taught in the spring 2006 semester. The course will meet on Tuesdays and Thursdays from 8:00-9:20AM for lecture and Tuesdays from 6:00-9:00PM for the laboratory component. The instructor is Dr. Jorge A. Santiago-Blay and his contact information is provided. The course will cover topics related to aquatic insects and their use as indicators of water pollution. Students will be assessed through exams, quizzes, homework, and class participation. Resources and policies are also outlined.
The document provides information about a professional development program for Chinese teachers that focused on integrating STEM topics into Chinese language classrooms. It describes:
- The FLAP grant that funded the program through Montclair Public Schools and Rutgers University.
- How Chinese Roundtable meetings were held monthly for teachers to receive training and work on developing STEM-focused lesson plan units.
- Details of the professional development sessions in the first two years, which covered topics like thematic unit planning, mathematics and science in the Chinese classroom, and assessment.
- The template used for lesson plan units, which included sections for enduring understandings, objectives, performance assessments, language functions, and individual lesson plans.
The Learning Environment as a Teaching Tool CDEV 108.docxrhetttrevannion
油
The Learning Environment as a
Teaching Tool
CDEV 108
M. Moen
Describe an early school experience.
What do you remember most about the classroom
environment?
How did the environment affect your learning?
What was /were your favorite materials and/or
experiences when you were a child?
How will this information influence your teaching? Do
you have that material and/or experience in your
classroom?
What is environment?
Environment is anything that surrounds us and
exerts an influence over us. It consists of space,
furnishings, time and organizing elements.
How we arrange and furnish space sends
children messages about how the space should
be used.
Almost any space can be arranged to provide an
excellent experience for young children.
Intentional
gathering
spaces
We need to create warm,
homelike environments that:
Create a sense of security
Create excitement
Provoke a sense of wonder
Encourage ACTIVE LEARNING!
Reggio documentation panels
are an important part of their
environment
Guidelines for establishing an
aesthetic environment
Consider the ways in which these elements will enrich the childrens
perceptions:
Floor and walls
Color and texture
Work surfaces
Storage items
Displays
Art prints
Art artifacts
Books
Nature objects
Childrens artwork
Details
Rather than decorating walls with cutsie
type of cutouts from the teacher supply store,
consider decorating with items that have
character and make it feel more like home.
Be sure your environment
displays photos of the
children.
Using wood (versus plastic) furniture warms the environment.
Be sure to provide a
cubby for each child in
your classroom.
The Learning Environment in
Early Childhood Education
The Learning Environment is a powerful
teaching tool
Materials & images used should reflect the
children, their families, cultures, and community
Environment should be carefully and
specifically designed for early childhood
Space
The space should be a safe, workable, even charming.
Equipment
Refers to the furniture and other large, expensive items such as art easels, climbing
structures, etc.)
Materials
Refers to smaller, less expensive items such as puzzles and books)
Supplies
Supplies are consumables such as paint, paper, glue, tape.
Time
Children need time to explore the environment!
Components of the Learning Environment
Adequate space
Plan enough space for children to move form
one area of the environment to another and
work comfortably.
Younger children need more space than older
ones
Traffic pattern
Think about how the children will move around in
the room.
Some questions you might want to ask yourself:
Is there enough room for children to gather around
something interesting?
How many children can work in an area at a time
How .
This document presents information about flipped classrooms including:
- A flipped classroom moves activities like lectures outside of class time and uses class time for hands-on work and discussions.
- Benefits include personalized learning, one-on-one teacher time, and students learning at their own pace. Challenges include reliance on student preparation and increased screen time.
- Steps for implementing a flipped classroom include getting buy-in, creating online resources, managing the classroom, providing technology training, and assigning content for homework.
- An example lesson plan is provided that focuses on gas exchange in the lungs and uses a storytelling activity in groups.
This lesson plan uses an advance organizer to teach high school students about recycling. The advance organizer provides an overview of the costs and benefits of recycling. Students will read the organizer and discuss their initial reactions. They will then read a textbook passage on plastic products, resources, and recycling. The lesson addresses different learning styles and one student's visual impairment. Assessment is informal through recording students' initial reactions. The next lesson will be a direct instruction lesson on recycling natural resources.
Ed Tech Workshop Presents Project Based LearningDavid Boin
油
A presentation featuring 21st Century strategies for 21st Century learners. The convergence of projects, technology, creativity, and student centered learning.
This document provides information about a science learning module on matter for 7th grade students, including:
- The module was developed by the Private Education Assistance Committee to be used in online, blended, and remote learning.
- It encourages independent and self-regulated learning as well as developing 21st century skills.
- The module covers topics like scientific values, the scientific method, and designing experiments through various learning activities and assessments.
This lesson plan is for a group of 20 high school students in Argentina. The lesson focuses on finding information about smoking habits from online sources and magazines. Students will be divided into groups to search for statistical, medical, marketing and legal data on smoking. Each group will present their findings to the class. The teacher will evaluate students using rubrics to assess their group work, contributions, and English proficiency. The information collected will then be used in subsequent lessons for analysis and student surveys.
Here are the key points I gathered from our discussion:
- There have been significant changes in early childhood education at the government level including increased recognition of the importance of the early years, national curriculum and standards, and greater accountability requirements.
- Contemporary perspectives that influence practice include sociocultural theory, postmodernism, poststructuralism, the sociology of childhood, and the reconceptualist movement. Effective educators apply these theories through reflective practice, meaningful curriculum, partnerships, and documenting learning.
- While change can be difficult, frameworks like ADKAR can provide structure. Organizational culture and engaging staff are important for successful change implementation. Ongoing reflection is also key to evaluating and modifying change.
-
The document outlines a 5-week unit plan for a 3rd grade class focusing on creatures that inhabit the California wetlands. Students will research different wetlands creatures, create presentations, and participate in a field trip. The plan identifies standards, objectives, activities, accommodations, and resources to support learning about wetlands ecology.
This document provides a syllabus for an AP Biology course taught at BrainworX Academy during the 2020-2021 school year. The course will meet daily from August 3, 2020 to May 21, 2021 in room 206 of the CTECH building. The instructor is Tim Welsh, who can be contacted by cell phone or email. The course aims to develop students' skills in collaboration, preparation for work and higher education, and innovation in biology. Key topics covered include evolution, biological systems, heredity, and interactions with the environment. Students will learn through inquiry-based labs and applying scientific practices to enduring understandings and big ideas. Formative and summative assessments will evaluate students' mastery of concepts and application of skills
This lesson plan outlines a poetry project for a 6th grade language arts class. The plan involves students researching an assigned poet and poem using the internet and PowerPoint to create a multimedia presentation. Students will present their projects to the class and evaluate each other using a rubric. The teacher will evaluate students based on their content knowledge demonstrated in their presentations and use of technology skills. At the end, students will provide feedback on the lesson and ways it could be improved.
The document discusses trends in differentiated instruction including choice boards, compacting, tiered assignments, and FOSS (Full Option Science System). It provides examples of each trend and how they are implemented in the classroom. The document also includes a sample differentiated lesson plan combining math and science that uses landfills and trash as the topic. Students create a "trash pizza" showing the different percentages of materials that end up in landfills. A variety of assessment strategies are used to check student understanding of landfills and recycling.
The document discusses trends in differentiated instruction including choice boards, compacting, tiered assignments, and FOSS science. It provides examples of each trend and how teachers can implement them. The document also includes a sample differentiated lesson plan combining math and science that uses trash as a visual example to teach students about landfills and recycling. The lesson incorporates grouping students, hands-on activities, and informal assessment. In closing, the document lists references used to research differentiated instruction strategies and trends.
The document discusses exemplification, which is providing examples of student work to support teachers' understanding of learning standards and effective teaching practices. It provides examples of exemplification in modern languages and materials science. Exemplification materials could include case studies, student work, audio/video clips, and interactive online resources. Quality assurance and partnership with organizations will be important to develop high-quality exemplification. The document also prompts reflection on how exemplification might be implemented and supported through digital tools like GLOW.
FINAL PROJECT Write a program that lets the user find 10 .docxmydrynan
油
FINAL PROJECT
Write a program that lets the user find 10 treasures on a 8x8 square map
without stepping into one of the 10 traps from the map. Your program should
generate the 8x8 map, 10 traps (in 10 different cells), and 10 treasures (in 10
different cells) and let the user enter a cell (line and column) and select the
action for that cell: step/dig for a treasure or mark it for a trap. The user will
gain 10 points for finding a treasure and 5 for correctly marking a trap. If the
user does not step in a trap, the program should display in that cell the
number of traps in the surrounding adjacent cells.
The games should have a good interface and tell the user how many treasures
or traps are left. The game ends when the user finds all treasures (WIN) or
steps/dig on a trap (LOST).
Your game should have a Help option with detailed instruction on how to play
the game.
Score: 110 Treasures left: 2 Traps Left: 4
Col
1
Col
2
Col
3
Col
4
Col
5
Col
6
Col
7
Col
8
Row 1 # 1 0 0 0 0 1 1
Row 2 1 1 1 1 1 0 1 #
Row 3 0 1 2 # 2 2 2 2
Row 4 0 1 # 3 # 2
Row 5 0 1 2 3 3 3
Row 6 0 0 0
Row 7 1 1 1
Row 8 1 # 1
Curriculum, Methods and Assignment: Social Studies EED-465
EED-465 Charting the Course: Social Studies WebQuest
Benchmark Assignment and Rubric
Targeted Essential Learning
Effective teachers will utilize research-based, best practices to design, plan, implement, and manage instruction that is aligned to elementary social studies academic standards. (InTASC 6, 7, 8)
Assignment Tool Selected
Social Studies WebQuest and Reflection essay.
Specific Performance/Task(s)
InTASC 6(i) The teacher continually seeks appropriate ways to employ technology to support assessment practice both to engage learners more fully and to assess and address learner needs.
InTASC 7(a) The teacher individually and collaboratively selects and creates learning experiences that are appropriate for curriculum goals and content standards, and are relevant to learners.
InTASC 8(a) The teacher uses appropriate strategies and resources to adapt instruction to the needs of individuals and groups of learners.
InTASC 8(g) The teacher engages learners in using a range of learning skills and technology tools to access, interpret, evaluate, and apply information.
Relevancy of Task to Teacher Candidate
By designing a comprehensive social studies WebQuest that focuses on an elementary social studies academic standard, teacher candidates will be able to teach social studies concepts to elementary students.
General Practicum Information
Practicum experience requirements, including the diversity and number of required hours for this course are specified in the College of Education Teacher Preparation Programs Practicum/Field Experience Manual.
Complete the Practicum/Field Experience Observation and Activity Log including the names of the schools and grade levels where the observatio ...
The document provides guidance on creating effective assessments for students. It discusses:
1) The key differences between assessment, evaluation, and testing, and emphasizes the importance of formative and summative assessments.
2) Recommended practices for embedded, everyday assessments including observing students as they learn and using artifacts to represent their understanding.
3) Steps to create assessment tasks including identifying standards, unpacking practices, developing learning performances, writing tasks, and reviewing tasks.
4) Types of assessment tasks of varying cognitive demands and examples of low and medium-level tasks.
This document summarizes a professional development program for Chinese teachers that incorporated STEM topics into Chinese language lessons. Teachers participated in monthly roundtable meetings where they received training in incorporating mathematics, science, and other subjects into lesson planning. They worked in teams to create thematic units with 10 lessons each. The units included performance-based assessments and followed a template that addressed language functions, grammar, vocabulary, culture and connections to other subjects. An example unit on growing bean sprouts was provided, outlining the unit goals and lessons, which incorporated science concepts about plant growth while practicing Chinese vocabulary and language functions.
This syllabus outlines the course Biology 495 (Aquatic Entomology and Water Pollution) which will be taught in the spring 2006 semester. The course will meet on Tuesdays and Thursdays from 8:00-9:20AM for lecture and Tuesdays from 6:00-9:00PM for the laboratory component. The instructor is Dr. Jorge A. Santiago-Blay and his contact information is provided. The course will cover topics related to aquatic insects and their use as indicators of water pollution. Students will be assessed through exams, quizzes, homework, and class participation. Resources and policies are also outlined.
The document provides information about a professional development program for Chinese teachers that focused on integrating STEM topics into Chinese language classrooms. It describes:
- The FLAP grant that funded the program through Montclair Public Schools and Rutgers University.
- How Chinese Roundtable meetings were held monthly for teachers to receive training and work on developing STEM-focused lesson plan units.
- Details of the professional development sessions in the first two years, which covered topics like thematic unit planning, mathematics and science in the Chinese classroom, and assessment.
- The template used for lesson plan units, which included sections for enduring understandings, objectives, performance assessments, language functions, and individual lesson plans.
The Learning Environment as a Teaching Tool CDEV 108.docxrhetttrevannion
油
The Learning Environment as a
Teaching Tool
CDEV 108
M. Moen
Describe an early school experience.
What do you remember most about the classroom
environment?
How did the environment affect your learning?
What was /were your favorite materials and/or
experiences when you were a child?
How will this information influence your teaching? Do
you have that material and/or experience in your
classroom?
What is environment?
Environment is anything that surrounds us and
exerts an influence over us. It consists of space,
furnishings, time and organizing elements.
How we arrange and furnish space sends
children messages about how the space should
be used.
Almost any space can be arranged to provide an
excellent experience for young children.
Intentional
gathering
spaces
We need to create warm,
homelike environments that:
Create a sense of security
Create excitement
Provoke a sense of wonder
Encourage ACTIVE LEARNING!
Reggio documentation panels
are an important part of their
environment
Guidelines for establishing an
aesthetic environment
Consider the ways in which these elements will enrich the childrens
perceptions:
Floor and walls
Color and texture
Work surfaces
Storage items
Displays
Art prints
Art artifacts
Books
Nature objects
Childrens artwork
Details
Rather than decorating walls with cutsie
type of cutouts from the teacher supply store,
consider decorating with items that have
character and make it feel more like home.
Be sure your environment
displays photos of the
children.
Using wood (versus plastic) furniture warms the environment.
Be sure to provide a
cubby for each child in
your classroom.
The Learning Environment in
Early Childhood Education
The Learning Environment is a powerful
teaching tool
Materials & images used should reflect the
children, their families, cultures, and community
Environment should be carefully and
specifically designed for early childhood
Space
The space should be a safe, workable, even charming.
Equipment
Refers to the furniture and other large, expensive items such as art easels, climbing
structures, etc.)
Materials
Refers to smaller, less expensive items such as puzzles and books)
Supplies
Supplies are consumables such as paint, paper, glue, tape.
Time
Children need time to explore the environment!
Components of the Learning Environment
Adequate space
Plan enough space for children to move form
one area of the environment to another and
work comfortably.
Younger children need more space than older
ones
Traffic pattern
Think about how the children will move around in
the room.
Some questions you might want to ask yourself:
Is there enough room for children to gather around
something interesting?
How many children can work in an area at a time
How .
This document presents information about flipped classrooms including:
- A flipped classroom moves activities like lectures outside of class time and uses class time for hands-on work and discussions.
- Benefits include personalized learning, one-on-one teacher time, and students learning at their own pace. Challenges include reliance on student preparation and increased screen time.
- Steps for implementing a flipped classroom include getting buy-in, creating online resources, managing the classroom, providing technology training, and assigning content for homework.
- An example lesson plan is provided that focuses on gas exchange in the lungs and uses a storytelling activity in groups.
1. Title: Biodiversity in different stages of succession in our schoolyard
Author: Tricia Silvera
Grade: 9-12
Duration: 1-2 Weeks depending on schedule (Regular 7 classes/block)
Introduction: The focus of our school is the environment. We are an EIC (the environment as
an integrated context for learning) model school. This particular lesson is for use in an
environmental science or biology class but can be used as a starting point for further research.
LessonGoals: Students will investigate the abiotic and biotic contributors to each ecosystem
and describe/list each species discovered at each stage of succession. Students will be able to
explain the trophic levels utilizing the food web model. Students will be able to identify the
human impact on these ecosystems as it relates to the schoolyard.
Materials & Budget: Pencil, journal, camera, Berlese Funnel (2 liter bottles, potato or onion
bags, tape, scissors), small aquarium, continuous light source, colored flags or cones, small
shovel/trowel, small sandwich bag for collecting leaf litter samples, forceps, petri dishes,
dissecting microscope, alchohol. Most of the high value equipment such as the camera and
microscope is already on hand at the school in the science labs, as are the forceps, alchohol and
petri dish, shovel/trowel. The rest of the materials can be easily acquired by the individual
students. The cost will be minimal to conduct this study.
Implementation:
Show video Succession by Olympia Gianfransesco
http://www.youtube.com/watch?feature=fvwp&NR=1&v=_Y9EQbKH_hA
Discuss the stages of succession and their differences. What kind of biotic features are
found at each level?
Develop questions to be answered through investigation of the ecosystems in our
schoolyard.
Students will bring in 2 liter bottles, potato/onion bags to make Berlese funnels and also
small sandwich bags to collect samples.
Students will make a Berlese funnel: Cut 2 liter soda bottle just below the mark at the top
of the bottle just above the label with scissors; tape the top of the cut bottle for safety
from the sharp edges; cut the onion/potato bag in half and cut open at the seam; place the
onion/potato bag inside the top half of the bottle to create a filter for the funnel; place
the top half in the bottom half.
Collect samples of biotic contributors found in the leaf litter at each stage of succession
from pre-determined areas in the school yard.
2. Conduct an analysis of the samples and communicate whether or not the data supports of
falsifies the hypothesis that was developed.
Present the results of the investigation to the class.
Questions:
a. What level of successionhas the most bio-diversity?
b. Which area of the school yard has reached the highest level of succession?
c. Has the building of our school impacted succession or bio-diversity in our school
yard?
d. What trophic levels can be found in our sampling sites?
e. How will the biotic factors/organisms found interact according to a foodweb
model?
Hypothesis: The walking trail has greater biodiversity.
Prediction: If the walking trail has greater biodiversity, then there will be a greater number of
species found there than in the outdoor classroom or athletic fields.
Sampling sites: Utilizing the walking trail (forested area) and the shrubbery (smaller plants)
around the school in the outdoor classroom, and athletic fields (grassy area).
Experimental Design: The students will be grouped based upon class size. Each group will
choose a sample plot (using the colored flags/cones for marking equal areas for sampling) the
walking trails and the shrubbery around the school in the outdoor classroom, and athletic fields
and collect two samples. Collect small sandwich bag samples for analysis of organisms found in
the leaf litter of each area. The samples will be placed in the Berlese funnel and contained in a
small aquarium exposed to continuous light overnight. Students will then analyze the samples
using dissecting microscopes borrowed from the science lab. Students will record data in their
notebooks. Students will create data tables to analyze the samples. Students will then report
findings to the class.
Analysis and Communication: A collective poster display will be placed in the hallway of the
results of the data. (To incorporate technology, groups may also create group PowerPoint or
Glog displays for classroom presentation). The data can be presented to elementary school
students or to the school at large at a PTA meeting.
Resources: www.teachertube.com , www.ted.com , www.NSTA.org , www.Khanacademy.com ,
www.youtube.com, www.glogster.com
Extension: This lesson could be extended to a literature class by having the students write and
analytical research paper utilizing the empirical data collected during research and inquiry. A
math class could use this as a lesson to interpret data tables and create graphs of the data
3. collected. A social studies class could use the data to incorporate a lesson on interpreting data to
address the human impact or building of the school has had on the ecosystem of the schoolyard.
Sample worksheets/evaluation guidelines (rubric):
Biodiversity in different stages of
succession in our schoolyard
Levels/Criteria 1 2 3 4 Score/Level
Creativity Project includes
little variety in
presentation
techniques
Material presented
with little originality
or creative thought
Some apparent
originality
displayed through
creative use of
materials
Exceptional
originalityof
presented material
Content Unorganized and
meets less than
half the
requirements
Project meets half
of the
requirements;
well-organized
Project is well-
organized and
meets most
requirements
Project is well-
organized and
meets all
requirements
Grammar Multiple
grammatical and
stylistic errors
Some errors in
grammar and/or
formatthat does
not interfere with
clarity
Few grammatical
and/or stylistic
errors
Nearly error-free
which reflects
clear
understanding and
thorough
proofreading
Presentation Careless,hurried,
and illegible
presentation
Project appears
rushed of
somewhat
careless,butthe
content is legible
Clear,uncluttered,
and attractive
Evidence that
pride and care
was taken and the
message ofthe
productis clearly
defined
4. PERSONAL STATEMENT
The following information will notbe considered during our office's review of your application for inclusion in the
New Teacher Finder (NTF). However, if your application is admitted into the NTF, this information will be made
available to principals as partof your application,to review and help identify potential matches for their openings.
We encourage you to use this space to briefly summarize why you wantto become a teacher in our schools,and
recommend you address the following points in particular:
What are you looking for in a school community,and what will you bring to one?
Describe anyprofessional strengths or skills which you believe contribute to your success as an educator.
Highlightany accomplishments with students this pastyear.
Letme introduce myself,IamTricia Sanga formeralumnaof HofstraUniversityanda graduate of
Universityof Phoenix.IwasemployedwithDeKalbCountySchoolsforatotal of tenyears.My last
position,before relocatingtoNewYork,wasa Teacher-InterrelatedatArabiaMountainHighSchool and
taught there forthe lastfour years.My experience isvariedandhasencompassedmany fields.Iam
confidentthatIam an ideal candidate fora teachingpositionespeciallydue tomymanyyears working
witha diverse learningpopulationandcoaching.Thispastschool yearI obtatineda$1000 grant from
the GeorgiaWildlife Federationtoupgrade the outdoorclassroomareatofacilitate more frequent
usage for EIC classesinparticular.Ialsoreceivedaleadershipawardasone of the top 5 teachersfrom
region4 from Explore LearningforutilizingGizmosinthe classroomasatool fordifferentiated
instruction.Ialsohave experience workingwithavarietyof budgetsdue tomycoachingvarsitycross-
country(2years),swimming(3years),soccer(4years),teachinganEIC(EnvironmentasanIntegrating
Context) (4years) classandgrantwriting. My coachingrecord speaksforitself andcanbe viewed
at http://www.dekalb.k12.ga.us/www/athletics/ andclickingonthe particularsportstab. I have
attachedmy resume andteachercertification. Mystudentteachingportfoliocanbe viewedonline
at https://www.taskstream.com/ts/silvera/StudentTeachingPortfolio pword:tarababy1121
Describe a time when you successfully overcame an instructional challenge (focus on teaching a specific
academic objective) in the classroom and describe the strategies you used. How did you know that your
students met this objective? Why do you consider it a success and how do you know?
A few of the students in 10th grade chemistry were unable to understand solving multi-step equations,
which was a necessary pre-requisite for solving and balancing chemical equations. In the co-taught setting,
I utilized flexible grouping and peer tutoring as a strategy to help re-teach the process of PEMDAS when
doing multi-step equations. I also utilized the explorelearning.com website and assigned gizmos, that
provided visual and audio "hands on" activities and instant feedback on the quiz at the end of the activity as
homework. I knew the strategies worked because I could utilize the gizmo activity repetitively until mastery
in addition to testing their understanding after utilizing the strategies after in-class instruction and the
students test score increased to passing.
It is three months into the school year. As a teacher new to your school, you are struggling to keep a few
students on task. Your Assistant Principal observed your class and suggested you need to work on
classroom management. A colleague remarked that these three students are known for having
particularly challenging behavior and maybe they should just be moved to another class. After another
5. observation, your Assistant Principals feedback indicates that you have unclear behavioral expectations
and lack of consistent follow-up with off-task students. Please write an email response to your Assistant
Principal wherein you outline your plan for addressing the issues in your class.
I have worked in the co-taught setting and both teachers are responsible for classroom management.
Dear Mr./Ms. Assistant Principal,
It is almost the close of the semester and three children are still having issues with off task behavior. At the
beginning of the semester, during the first two weeks academic and behavior expectations are reviewed with
the students. The academic and behavior expectatiosn are also posted in the classroom. All the students are
involved with setting the classrrom rules. A colleague suggested that these students be removed from the
class but that will not solve the problem or be beneficial to the students. It is time that these students are
placed on individual behavior contracts.
I will schedule a conference with the parents and teachers of the students. This will allow me to get inp ut
from everyone on the best way to create a behavior contract that will facilitate each student learning
appropriate behavior. The contract will detail the expected behavior goal, a timeline for achieving each goal,
a reward for making progress and the consequence for not meeting the goal. Having a behavior contract in
place facilitates the student learning accountability for their actions and allows communication between the
stakeholders as to progress or regress of behavior goals.
Educationally yours,
Ms. Sang
You are a teacher at NYC School of Excellence. During the beginning of the year you determined that
more than half of your students are below grade level and a quarter of the class is absent at least once a
week. Considering these challenges, what do you expect to accomplish (for your students and yourself)
by the end of the school year? How would you achieve these goals?
First I would need to find out if technology such as wi-fi for internet connection and a device such as a
phone, tablet, laptop/ desktop is accesible for the student. For the students that are absent at least once a
week I would make sure that the daily class assignments and homework are posted online and available for
those with internet access. If not then I would have a hardcopy to hand to them at the beginning of the
week. For the students that are functioning below grade level I would utilize flexible grouping and station
teaching during instruction time, pullouts would be ideal but not in a co-taught setting. I would also utilize
various websites and give alternative assignments on those websites, for example gizmos on explore
learning, to remediate deficits. I would expect to see improvement during the year utilizing benchmark
testing, assessments during and after instruction and hopefully enough improvement so that the students
could meet the standards on standardized tests for their grade level.