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Genetics - Inheritance Inquiry Lessons Labs Models NGSS Heredity
Genetics - Inheritance Inquiry Lessons Labs Models NGSS Heredity
Genetics - Inheritance Inquiry Lessons Labs Models NGSS Heredity
Genetics - Inheritance Inquiry Lessons Labs Models NGSS Heredity
Genetics - Inheritance Inquiry Lessons Labs Models NGSS Heredity
Genetics - Inheritance Inquiry Lessons Labs Models NGSS Heredity
Genetics - Inheritance Inquiry Lessons Labs Models NGSS Heredity
Genetics - Inheritance Inquiry Lessons Labs Models NGSS Heredity
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Description

This genetics inquiry based ATLAS is a supplementary journal for any curriculum; it can easily be integrated to satisfy modern learning, and is an easy way for students to get engaged with cell transport using inquiry and models.

Genetics ATLAS (Analyzing and Thinking Like a Scientist) is an inquiry based learning journal developed to emphasize real world science without route memorization, making it easy to incorporate modern biology frameworks such as NGSS.

How to use GENETICS ATLAS: Read the teacher guide so that you know what is expected of the students, as well as any materials you may need. Then move on to the ATLAS journal where students work in groups.

The Genetics ATLAS comes in an easy Journal format for students to use as they explore the topics.

This typically takes 3 days to complete (if you use every activity) and is designed so that students build and explore models in "layers" before teacher instruction. Layers of the ATLAS Journals:

  • Inquire (Big Idea)
  • Engage (Build It)
  • Explore (MAPS: Modeling, Analyzing/Applying, Predicting, and more).

Teacher instruction would complete the concept with "Explain".

GENETICS ATLAS OUTLINE:

Students inquire about the "Big Idea": Traits are passed from parents, through egg and sperm, to offspring; and then move on to making chromosomes. There are NO wrong answers in the ATLAS Journals!

MAPS are the Exploratory portion of ATLAS. Included are the following:

1. Making Chromosomes Model: Students make models of their chromosomes and then use the chromosomes to create egg or sperm.

2. Analyze and Predict: Students review Mendel's results and try to come up their own conclusions.

3. Explore It- Model: Students use online simulations to model heredity and learn more about genotype, phenotype, and alleles.

4. Modeling Heredity: Students complete the heredity model to create genetic "babies".

Suggested Materials: pipe cleaners, beads, coins, computers

FAQ:

1. Why is it called ATLAS?

  • Atlas stands for "Analyzing and Thinking Like a Scientist".

2. Will this work with my current teaching materials?

  • Absolutely! This is an easy way to incorporate modern science frameworks into any classroom, and will work with any existing teaching materials. Simply give it to your students before you teach your typical unit.

3. What do I need to use the ATLAS journal?

  • Chromebooks or student devices are used for a small portion of the ATLAS Inquiry Journals. Additional materials, such as lab supplies, are found at bottom of every preview. These materials support the hands-on activities, but can be modified.

4. Is the ATLAS a complete unit? Does this replace my teaching unit?

  • No, the ATLAS is a 7-10 page journal that takes approximately 3 classes to complete. It is designed for your students to complete before teacher-lead instruction. The teacher-lead unit materials are not included, but you can use the ATLAS journals with whatever teaching materials you currently use.

5. Will my students be more prepared for the topic I teach after using the ATLAS journal?

  • Yes, it is tried and true inquiry based learning, which studies have shown result in greater retention and understanding of the phenomena.

Any other questions? Just drop me a note in my Q&A, or email me: vanessa@biology-roots.com

Here is a video to help give you a better idea of the ATLAS Inquiry Journal.

You may also be interested in:

Cell Transport ATLAS

Cell Division ATLAS

DNA ATLAS

GENETICS ATLAS

Evolution ATLAS

Photosynthesis ATLAS

Cellular Respiration ATLAS

Ecology ATLAS

Cells ATLAS

BIOLOGY ATLAS BUNDLE

© Vanessa Jason All Rights Reserved.

https://www.biology-roots.com

Report this resource to TPT
Reported resources will be reviewed by our team. Report this resource to let us know if this resource violates TPT's content guidelines.

Genetics - Inheritance Inquiry Lessons Labs Models NGSS Heredity

Biology Roots
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Digital downloads
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Grades
8th - 11th
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Subjects
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Standards
Pages
21
Answer Key
Included
Teaching Duration
3 days

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The ATLAS inquiry based science journals are an easy way for students to get engaged in the content using inquiry and models!ATLAS (Analyzing and Thinking Like a Scientist) is an inquiry based learning journal developed to emphasize real world science without route memorization, making it easy to in
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Description

This genetics inquiry based ATLAS is a supplementary journal for any curriculum; it can easily be integrated to satisfy modern learning, and is an easy way for students to get engaged with cell transport using inquiry and models.

Genetics ATLAS (Analyzing and Thinking Like a Scientist) is an inquiry based learning journal developed to emphasize real world science without route memorization, making it easy to incorporate modern biology frameworks such as NGSS.

How to use GENETICS ATLAS: Read the teacher guide so that you know what is expected of the students, as well as any materials you may need. Then move on to the ATLAS journal where students work in groups.

The Genetics ATLAS comes in an easy Journal format for students to use as they explore the topics.

This typically takes 3 days to complete (if you use every activity) and is designed so that students build and explore models in "layers" before teacher instruction. Layers of the ATLAS Journals:

  • Inquire (Big Idea)
  • Engage (Build It)
  • Explore (MAPS: Modeling, Analyzing/Applying, Predicting, and more).

Teacher instruction would complete the concept with "Explain".

GENETICS ATLAS OUTLINE:

Students inquire about the "Big Idea": Traits are passed from parents, through egg and sperm, to offspring; and then move on to making chromosomes. There are NO wrong answers in the ATLAS Journals!

MAPS are the Exploratory portion of ATLAS. Included are the following:

1. Making Chromosomes Model: Students make models of their chromosomes and then use the chromosomes to create egg or sperm.

2. Analyze and Predict: Students review Mendel's results and try to come up their own conclusions.

3. Explore It- Model: Students use online simulations to model heredity and learn more about genotype, phenotype, and alleles.

4. Modeling Heredity: Students complete the heredity model to create genetic "babies".

Suggested Materials: pipe cleaners, beads, coins, computers

FAQ:

1. Why is it called ATLAS?

  • Atlas stands for "Analyzing and Thinking Like a Scientist".

2. Will this work with my current teaching materials?

  • Absolutely! This is an easy way to incorporate modern science frameworks into any classroom, and will work with any existing teaching materials. Simply give it to your students before you teach your typical unit.

3. What do I need to use the ATLAS journal?

  • Chromebooks or student devices are used for a small portion of the ATLAS Inquiry Journals. Additional materials, such as lab supplies, are found at bottom of every preview. These materials support the hands-on activities, but can be modified.

4. Is the ATLAS a complete unit? Does this replace my teaching unit?

  • No, the ATLAS is a 7-10 page journal that takes approximately 3 classes to complete. It is designed for your students to complete before teacher-lead instruction. The teacher-lead unit materials are not included, but you can use the ATLAS journals with whatever teaching materials you currently use.

5. Will my students be more prepared for the topic I teach after using the ATLAS journal?

  • Yes, it is tried and true inquiry based learning, which studies have shown result in greater retention and understanding of the phenomena.

Any other questions? Just drop me a note in my Q&A, or email me: vanessa@biology-roots.com

Here is a video to help give you a better idea of the ATLAS Inquiry Journal.

You may also be interested in:

Cell Transport ATLAS

Cell Division ATLAS

DNA ATLAS

GENETICS ATLAS

Evolution ATLAS

Photosynthesis ATLAS

Cellular Respiration ATLAS

Ecology ATLAS

Cells ATLAS

BIOLOGY ATLAS BUNDLE

© Vanessa Jason All Rights Reserved.

https://www.biology-roots.com

Report this resource to TPT
Reported resources will be reviewed by our team. Report this resource to let us know if this resource violates TPT's content guidelines.

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Standards

to see state-specific standards (only available in the US).
NGSSHS-LS3-3
Apply concepts of statistics and probability to explain the variation and distribution of expressed traits in a population. Emphasis is on the use of mathematics to describe the probability of traits as it relates to genetic and environmental factors in the expression of traits. Assessment does not include Hardy-Weinberg calculations.
NGSSHS-LS3-1
Ask questions to clarify relationships about the role of DNA and chromosomes in coding the instructions for characteristic traits passed from parents to offspring. Assessment does not include the phases of meiosis or the biochemical mechanism of specific steps in the process.
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