Last updated: 2/12/2024

PJMS Science Grade 8

2 weeks

Unit 1: Engineering Sci-Method 

 

How do scientists conduct research?

 

Notes

 

Labs

 

Ruler

 

Graduated cylinder

 

Scientific Method

 

How to make a hypothesis

 

Identifying different variables

 

Online Assessment

2.5 weeks

 

Unit 2 characteristics of life

 

How do we identify living vs nonliving things?

 

How do we use microscopes?

 

Metabolism

 

Reproduction

 

Cells

 

Homeostasis

 

Evolution

 

DNA

 

Development

 

Growth

 

Response

 

Stimulus

 

Field of view

 

How to use a microscope

 

How to classify living vs nonliving organism

 

How to classify prokaryotes vs eukaryotes

 

Online Assessment

5 weeks

 

Unit 3

Cell anatomy and physiology

 

What are cells?

 

What are the different types of cells?

 

What is an organelle?

 

What organelles are in all cells?

 

How are plant cells different from animal cells?

 

What is photosynthesis?

 

What is cellular respiration?

 

What is diffusion/osmosis?

 

What is mitosis?

 

What are the phases of mitosis?

 

What are the levels of organization?

 

Notes

 

Cheek vs onion cell lab

 

Illustrating cell models

 

Its Alive Investigation

 

Illustrating phases of mitosis

 

Prokaryote


Eukaryote


Organelle


Nucleus 


Cytoplasm


Ribosome


Mitochondria 


Chloroplast


Cell membrane


Cell Wall


Photosynthesis 


Cellular respiration 


Diffusion 


Osmosis 


Mitosis 

I will be able to…

 

  1. Differentiate between prokaryotes and eukaryotes

  2. Describe the functions of various organelles

 

  1. Differentiate between plant and animal cells

 

  1. Predict the changes to a cell based on their environment. 

 

  1. Describe the various phases of mitosis

 

  1. Organize the different levels of organization within the human body.

Online Assessment

3 weeks

 

Unit 4

Heredity

 

What are the two types of reproduction?


What are genes and where are they located?


How are traits passed from parents to offspring?


Who is Mendel and what did he study?


What does a punnett square show?


How do I read a pedigree?


How can I tell if a trait is dominant or recessive by looking at a pedigree?


How do gene mutations lead to evolution?

Notes

 

Monster Maker

 

Baby Monsters

 

Pedigree practice

 

Asexual Reproduction

 

Meiosis

 

Sexual Reproduction

 

Alleles

 

Punnett square 

 

Dominant trait

 

Recessive trait 

 

Pedigree

 

Phenotype

 

Genotype

 

Heterozygous

 

Homozygous

 

I will be able to…

  1. Define the term “allele”


  1. Define genotype and phenotype


  1. Define Homozygous vs Heterozygous


  1. Calculate the percent chance of a trait being passed down from parent to offspring


  1. Read a pedigree


  1. Understand how mutations can lead to evolution

Online Assessment

4 weeks

Unit 5

Biological Evolution and diversity  

 

MS-LS4-1 & 2

How can anatomical similarities and differences between various organisms living today and organisms in the fossil be used as evidence for evolution? 

 

How can relative age be determined using depth of fossils? 

 

How are natural systems consistent throughout natural history? 

 

MS-:LS4-3

How does embryological development of different organisms show common ancestry? 

 

MS-LS4-4

How do specific variations in traits increase evolutionary success in specific environments?

 

MS-LS4-5

How have humans changed the inheritance of certain traits in organisms? 

How does artificial selections benefit people? 

 

MS-LS4-6 

How doe environmental change lead to genetic change? 

How to traits that support successful survival become more common in a supporting environment?

 

Notes, labs, demonstrations and formative assessment

 

 

Fossil record 

Evolution

Sedimentary 

Diversity 

 

Natural Selection

Population

Comparative Anatomy

Homologous Structures

Vestigial Structures

Analogous Structures

Fossil Record

Embryo 

Traits 

Genetic variations 

Survival 

Biotechnology

Genetic engineering

CRISPER

Animal husbandry 

Gene therapy 

Artificial selection

 

I will be able to…

4.1

Identify anatomical similarities and differences among modern organisms and between modern and fossil organisms infer evolutionary relationships. 

 

Relatively date fossils age by layers in sedimentary rock. 

 

4.3

Analyze pictorial data to compare patterns of similarities in the embryological development across multiple species to identify relationships not evident in the fully formed anatomy. 

4.4

Cite specific evidence to support evolution 

Construct an explanation based on evidence that describes how genetic variation of traits in a population increases some individuals' probability of surviving and reproducing in an environment. 

 

Understand concept of ratio and use it to describe relationships between two

quantities

4-5 

Synthesize information about technologies that have changed the way humans influence the inheritance of desired traits in organisms. 

4-6

Use Mathematical representations to support explanations of how natural selections may lead to increase and decrease of specific traits in populations over time. 

 

Online Assessment

4 weeks

 

Unit 6

Human Body

 

What creates body systems?

 

How do major body systems interact?

 

What stimuli cause body systems to react?

 

Notes and Labs

Circulatory system

 

Excretory system

 

Digestive system

 

Digestive system

 

Respiratory system

 

Muscular system

 

Nervous system

 

Levels of Organization

 

Sub-systems

 

Caloric surplus vs deficit

 

Response

 

Stimulus

 

Reflex

 

Neuron

 

I will be able to…

Describe how the nervous system controls all other systems.

Differentiate between response and reflex

Receptors responding to different inputs

Explain how our bodies creates cellular energy

Understand the impacts of being in a caloric surplus and deficit

 

Online Assessment 

2 weeks

Unit 7

Interdependent Relationships

What does abiotic mean?

 

What does biotic mean?

 

What is competition?

 

What are the effects of predation? (populations)

 

What is mutualism?

 

What is biodiversity? 

 

How does biodiversity impact human wellness?

 

What does interdependent mean?

 

Notes and Lab

 

Biodiversity

Abiotic

Biotic

Competition

Predation

Mutualism

Interdependent

 

Differentiate between abiotic and biotic

 

Describe the effects of competition

 

Define Interdependent

 

Define Mutualism

 

Describe the impacts of decreasing biodiversity on humans

 

Online Assessment 

5 weeks

 

Unit 8

Ecology/global

 

MS LS 2-1 

Questions: 

How is population increase related to resource availability? 

 

How do organisms compete for limited resources? 

 

MSLS 2-2

Questions:

How do predators influence populations in an ecosystem? 

 

Explain how Mutually beneficial relationships help support the survival of individual populations 

 

MSLS 2-3

How can energy transfer be tracked through an ecosystem? 

 

How are biologically necessary elements recycled in an ecosystem? 

 

MS LS 2-4 

How can a small change in one part of an ecosystem cause a large change in another part of an ecosystem? 

 

How do biological or physical disruptions in an ecosystem lead to shifts in all its populations? 

Questions 

MSLS 2-5 

How can changing biodiversity impact ecosystems and essential human resources? 

 

How can the completeness and integrity of an ecosystem's biodiversity be used to measure the health of the environment? 

 

How do ecosystems provide resources for human use? 

 

How can biodiversity influence resources, such as food,energy and medicines as well as ecosystem services that humans rely on. Water purification and secondary recycling? 

 

Notes, labs, demonstrations and formative assessment

 

 

Biological Community
Ecosystem
Biome
Biosphere
Limited resource
Resources
Competition
Living factors
Nonliving factors
Growth
Predator
Pray
Symbiotic relationships
Parasites
Sinergy
Commensalism
Energy transfer
Food web
Producers
Consumers
Decomposers
Recycling of nutrients
Biological disruptions
Biodiversity
Erosion prevention
Water purification
Economic
Solutions and constraints
Ecosystem services
Terrestrial
Oceanic systems

I will be able to: 2-1
Analyze and interpret data to provide evidence for the effects of resource availability on organisms and population in an ecosystem.

2-2
Construct an explanation that predicts patterns of interactions among organisms across multiple ecosystems.

2-3
Develop a model to describe the cycling of matter and flow of energy among living and living parts of an ecosystem.

2-4
Construct an argument supported by empirical evidence that changes to physical or biological components of an ecosystem affect populations.

2-5
Evaluate competing design solutions for maintaining biodiversity and ecosystem services.

 

Online Assessment

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