# Biology I - Monroe City Schools

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12 Δεκ 2012 (πριν από 5 χρόνια και 5 μήνες)

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Monroe City School District

Revised Spring 2012

Page
1

Monroe City School District

Scope, Sequence, and Timeline/Curriculum Map

First Nine Weeks

TOPIC

Days

GLE

NGSS

Resources

Vocabulary

Introduction to
Biology

5

SI 1 Write a
testable question or hypothesis
when given a topic (SI
-
H
-
A1)

SI 2 Describe how investigations can be
observation, description, literature survey,
classification, or experimentation (SI
-
H
-
A2)

SI 3 Plan and record
step
-
by
-
step procedures for
a valid investigation, select equipment and
materials, and identify variables and
controls (SI
-
H
-
A2)

SI 4 Conduct an investigation that includes
multiple trials and record, organize, and
display data appropriately (SI
-
H
-
A2)

SI

5 Utilize mathematics, organizational tools,
and graphing skills to solve problems (SI
-
H
-
A3)

SI 6 Use technology when appropriate to
enhance laboratory investigations and
presentations of findings (SI
-
H
-
A3)

SI 7 Choose appropriate models to explain
scie
ntific knowledge or experimental
results (e.g., objects, mathematical
relationships, plans, schemes, examples,
role
-
playing, computer simulations) (SI
-
H
-
A4)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in
Motion/Animations

Lesson: Ch. 1

Biology

Organism

Organization

Development

Growth

Reproduction

Response

Species

Stimulus

Homeostasis

Science

Law

Theory

Peer review

Ethics

21
st

CT

21
st

Century Tools

CR

LCC
-

LA Comprehensive Curriculum

NGSS
-
Next Generation Science Standards

STEM

Science Technology Engineering &

Mathematics

McGraw
-
Hill/ConnectED

Biology I

Monroe City School District

Revised Spring 2012

Page
2

TOPIC

Days

GLE

NGSS

Resources

Vocabulary

Scientific
Process

5

SI 8 Give an example of how new scientific
data can cause an existing scientific
explanation to be supported, revised, or
rejected (SI
-
H
-
A5)

SI 9 Write and defend a conclusion based on
logical analysis of experimental data
(SI
-
H
-
A6) (SI
-
H
-
A2)

SI 10 Given a description of an experiment,
identify appropriate safety measures
(SI
-
H
-
A7)

SI 11 Evaluate selected theories based on
supporting scientific evidence (SI
-
H
-
B1)

SI 12 Cite evidence that scientific
investigations are conducted for many
differen
t reasons (SI
-
H
-
B2)

SI 13 Identify scientific evidence that has
caused modifications in previously
accepted theories (SI
-
H
-
B2)

SI 14 Cite examples of scientific advances

and emerging technologies and how

they affect

society (e.g., MRI, DN
A in

forensics)

(SI
-
H
-
B3)

Bio Lab

Visualizing Scientific Methods

Mini Lab 2

Lesson: Ch. 1 cont.

Inference

Observation

Scientific method

Experiment

Hypothesis

Constant

Control group

Data

Dependent variable

Experimental group

Independent

variable

Metric system

Monroe City School District

Revised Spring 2012

Page
3

TOPIC

Days

GLE

NGSS

Resources

Vocabulary

Cellular
Structures &
Functions

4

LS 1 Compare prokaryotic and eukaryotic cells
(LS
-
H
-
A1)

LS 2 Identify and describe structural and
functional differences among organelles
(LS
-
H
-
A1)

LS 31 Compare the levels of organization in

the biosphere (LS
-
H
-
E3)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 7

185
-
200

Cell

Cell theory

Plasma membrane

Eukaryotic cell

Prokaryotic cell

Selective
permeability

Fluid mosaic model

Endoplasmic
reticulum

Golgi apparatus

Enzymes

5

LS 3 Investigate and describe the role of
enzymes in the function of a cell (LS
-
H
-
A1)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch.
6

159
-
160

Catalyst

Enzymes

Substrates

Active site

Cellular
Transports

5

LS 4 Compare active and passive cellular
transport (LS
-
H
-
A2)

LS 5 Analyze the movement of water across

a cell membrane in hypotonic, isotonic,

and hypertonic solutions (LS
-
H
-
A2)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Diffusion

Dynamic
equilibrium

Facilitated diffusion

Osmosis

Isotonic solution

Hypotonic solution

Hypertonic so
lution

Monroe City School District

Revised Spring 2012

Page
4

TOPIC

Days

GLE

NGSS

Resources

Vocabulary

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 7

201
-
207

Active transport

Endocytosis

exocytosis

Cell
Differentiation

5

LS 6 Analyze a diagram of a developing zygote

to determine when cell differentiation

occurs (LS
-
H
-
A3)

Heredity:
Structural &
Functional
Differences

4

LS 7 Identify the basic structure and function of
nucleic acids (e.g., DNA, RNA) (LS
-
H
-
B1)

Launch La
b

Data Analysis Lab

Mini Lab

Virtual

Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 12

325
-
341

Double helix

Nucleosome

Semiconservative
replication

DNA polymerase

Okazaki fragment

Protein Synthesis

5

LS 8 Describe the relationships among DNA,
genes, chromosomes, and

proteins (LS
-
H
-
B1)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 12

325
-
341

RNA

Messenger RNA

Ribosomal RNA

Transfer RNA

Transcription

RNA polymerase

Intron

Exon

Codon

Translation

Gene regulation

Operon

Mutation

mutagen

Performance Based Assessment/Common Assessment

Monroe City School District

Revised Spring 2012

Page
5

Monroe City School District

Scope, Sequence, and Timeline/Curriculum Map

Second Nine Weeks

TOPIC

Day
s

GLE

NGSS

Resources

Vocabulary

Mitosis

4

LS 9 Compare mitosis and meiosis

(LS
-
H
-
B2)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 9

248
-
252

Cell cycle

Interphase

Mitosis

Cytokinesis

Chromosome

Chromatin

Prophase

Sister chromatid

Centromere

Spindle apparatus

Metaphase

Anaphase

telophase

Meiosis

5

LS 9 Compare mitosis and meiosis

(LS
-
H
-
B2)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community

Connection

Concepts in Motion/Animations

Lesson: Ch. 10

270
-
276

Gene

Homologous
chromosome

Gamete

Haploid

Fertilization

Diploid

Meiosis

Crossing over

21
st

CT

21
st

Century Tools

CR

LCC
-

LA Comprehensive Curriculum

NGSS
-
Next Generation Science Standards

STEM

Science Technology Engineering &

Mathematics

McGraw
-
Hill/ConnectED

Biology I

Monroe City School District

Revised Spring 2012

Page
6

TOPIC

Days

GLE

NGSS

Resources

Vocabulary

Mendelian
Genetics

4

LS 11 Calculate the
probability of genotypes and
phenotypes of offspring given the parental
genotypes (LS
-
H
-
B3)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 10

277
-
282

Genetics

Allele

Dominant

Recessi
ve

Homozygous

Heterozygous

Genotype

Law of segregation

Hybrid

Law of independent
assortment

Basic Patterns of
Human
Inheritance

5

LS 10 Analyze pedigrees to identify patterns of
inheritance for common genetic disorders
(LS
-
H
-
B3)

Launch Lab

Data
Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 11

296
-
301

Carrier

Pedigree

Complex
Patterns of
Human
Inheritance

5

LS 11 Calculate the probability of genotypes

and phenotypes of offspring given the

parental genotypes (LS
-
H
-
B3)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Incomplete
dominance

Codominance

Multiple alleles

Epistasis

Sex chromosome

Autosome

Sex
-

Monroe City School District

Revised Spring 2012

Page
7

TOPIC

Days

GLE

NGSS

Resources

Vocabulary

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 11

302
-
310

Polygenic trait

Analyzing
Pedigrees

5

LS 10 Analyze pedigrees to identify patterns of
inheritance for common genetic disorders
(LS
-
H
-
B3)

Launch

Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 11

296
-
310

Karyotype

Telomere

Nondisjunction

Biotechnology

5

LS 12 Describe the processes used in modern
biotechnology related to genetic
engineering (LS
-
H
-
B4) (LS
-
H
-
B1)

LS 13 Identify possible positive and negative

(LS
-
H
-
B4) (LS
-
H
-
B1)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in
Motion/Animations

Lesson: Ch. 13

363
-
371

Genetic engineering

Genome

Restriction enzyme

Gel electrophoresis

Recombinant DNA

Plasmid

DNA ligase

Transformation

Cloning

Polymerase chain
reaction

Transgenic
organism

Review/Semester Assessments

Monroe City School District

Revised Spring 2012

Page
8

Monroe City School District

Scope, Sequence, and Timeline/Curriculum Map

Third Nine Weeks

TOPIC

Days

GLE

NGSS

Resources

Vocabulary

Theories of
Evolution

5

LS 14 Analyze evidence on biological evolution,
utilizing descriptions of existing
investigations, computer models, and fossil
records (LS
-
H
-
C1)

LS 15 Compare the embryological

development of animals in different

phyla (LS
-
H
-
C1) (LS
-
H
-
A
3)

LS 16 Explain how DNA evidence and fossil
records support Darwin’s theory of
evolution (LS
-
H
-
C2)

LS 17 Explain how factors affect gene frequency
in a population over time (LS
-
H
-
C3)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community
Connection

Concepts in Motion/Animations

Lesson: Ch. 15

423
-
441

Derived trait

Ancestral trait

Homologous
structure

Vestigial structure

Analogous structure

Embryo

Biogeography

Fitness

Camouflage

Mimicry

Taxonomy,
Dichotomous

4

LS 18 Classify organisms from different

kingdoms at several taxonomic levels,

using a dichotomous key (LS
-
H
-
C4)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 17

484
-
498

Classification

Taxonomy

Binomial
nomenclature

Taxon

Phylogeny

Character

Molecular clock

C

21
st

CT

21
st

Century Tools

CR

LCC
-

LA Comprehensive Curriculum

NGSS
-
Next Generation Science Standards

STEM

Science Technology Engineering &

Mathematics

McGraw
-
Hill/ConnectED

Biology I

Monroe City School District

Revised Spring 2012

Page
9

TOPIC

Days

GLE

NGSS

Resources

Vocabulary

Kingdom’s and
Life Cycles

4

LS 19 Compare characteristics of the major

kingdoms (LS
-
H
-
C5)

LS 20 Analyze differences in life cycles of

selected organisms in each of the

kingdoms (LS
-
H
-
C6)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson:
Ch. 17

499
-
503

Archaea

Protest

Fungus

Viruses

5

LS 21 Compare the structures, functions, and
cycles of viruses to those of cells (LS
-
H
-
C7)

LS 22 Describe the role of viruses in causing
diseases and conditions (e.g., AIDS,
common colds, smallpox,
influenza, warts)
(LS
-
H
-
C7) (LS
-
H
-
G2)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 18

525
-
531

Virus

Capsid

Lytic C
ycle

Lysogenic C
ycle

Retrovirus

Prion

Cycles of Matter

5

LS 23
Illustrate the flow of carbon, nitrogen,

and water through an ecosystem

(LS
-
H
-
D1) (SE
-
H
-
A6)

ESS 2. Trace the flow of heat energy through the

processes in
the water cycle (ESS
-
H
-
A1)

ESS 13. Explain how stable elements and ato
ms

are recycled during natural geologic

processes (ESS
-
H
-
B1)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual La
b

Matter

Nutrient

Biogeochemical
C
ycle

Nitrogen f
ixation

Denitrification

Monroe City School District

Revised Spring 2012

Page
10

TOPIC

Days

GLE

NGSS

Resources

Vocabulary

ESS 15. Identify the sun
-
driven processes that

move substances at or near Earth’s

surface (ESS
-
H
-
B2)

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 2

45
-
49

Flow of Energy
in Ecosystem

5

LS 25
Evaluate the efficiency of the flow of
energy and matter through a food
chain/pyramid (LS
-
H
-
D2)

ESS 1. Describe what happens to the solar

energy received by Earth every day

(ESS
-
H
-
A1)

Launch La
b

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 2

41
-
44

Autotroph

Heterotroph

Herbivore

Carnivore

Omnivore

Detritivore

Trophic level

Food chain

Food web

Biomass

Populations &
Limiting Factors

5

LS 26 Analyze the dynamics of a population
with and without limiting factors

(LS
-
H
-
D3)

LS 27 Analyze positive and negative effects

of human actions on ecosystems

(LS
-
H
-
D4) (SE
-
H
-
A7)

ESS 3. Describe the effect of natural insulat
ion on

energy transfer in a closed system (ESS
-
H
-
A1)

Launch La
b

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch.
4

92
-
105

Population density

Dispersion

Density
-
independent
factor

Density
-
dependent
factor

Population growth
rate

Emigration

Immigration

Carrying capacity

Demography

Demographic
transition

Zero population
growth

Age structure

Monroe City School District

Revised Spring 2012

Page
11

TOPIC

Days

GLE

NGSS

Resources

Vocabulary

Cellular Energy

5

LS 28 Explain why ecosystems require a

continuous input of energy from the

Sun (LS
-
H
-
E1)

LS 29 Use balanced equations to analyze the
relationship between photosynthesis and
cellular respiration (LS
-
H
-
E1)

LS 30 Explain the role of aden
osine

triphosphate (ATP) in a cell (LS
-
H
-
E2)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 8

221,222, 228

triphosphate (ATP)

Anaerobic process

Aerobic
respiration

Aerobic process

Human Body

Personal and
Community
Health

10

LS 32 Analyze the interrelationships of organs in
major systems (LS
-
H
-
F1) (LS
-
H
-
E3)

LS 33 Compare structure to function of organs in
a variety of organisms

(LS
-
H
-
F1)

LS 34
Explain how body systems maintain
homeostasis (LS
-
H
-
F2)

LS 39 Compare the functions of the basic
components of the human immune system
(LS
-
H
-
G3)

LS 37 Explain how fitness and health
maintenance can result in a longer human
life span (LS
-
H
-
G1)

LS 38 Discus
s mechanisms of disease
transmission and processes of infection
(LS
-
H
-
G2) (LS
-
H
-
G4)

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Unit 9

Integumentary
system

Skeletal system

Muscular system

Nervous system

Circulatory system

Respiratory system

Excretory system

Digestive system

Endocrine system

Reproductive
systems

Immune system

Monroe City School District

Revised Spring 2012

Page
12

Monroe City School District

Scope, Sequence, and

Timeline/Curriculum Map

Fourth Nine Weeks

TOPIC

Days

GLE

NGSS

Resources

Vocabulary

Animal Behavior

5

LS 35 Explain how selected organisms respond
to a variety of stimuli (LS
-
H
-
F3)

LS 36 Explain how behavior affects the survival

of
species (LS
-
H
-
F4)

Launch La
b

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 31

906
-
915

Behavior

Innate behavior

Fixed action pattern

Learned behavior

Habituation

Classical
conditioning

Operant
conditioning

Imprinting

Cognitive behavior

Absolute and
Relative Dating
of Fossils

5

LS 17 Explain how factors affect gene frequency
in a population over time (LS
-
H
-
C3)

LS 18 Classify organisms from different

kingdoms at several taxonomic levels,

using a dichotomous key (LS
-
H
-
C4)

LS 22 Describe the role of viruses in causing
diseases and conditions (e.g., AIDS,
common colds, smallpox, influenza, warts)
(LS
-
H
-
C7) (LS
-
H
-
G2)

Launch La
b

Data Analysis
Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 14

392
-
400

Fossil

Paleontologist

Relative dating

Law of
superposition

Half
-
life

Geologic time scale

Epoch

Period

Era

Eon

Cambrian explosion

K
-
T

boundary

Plate tectonics

21
st

CT

21
st

Century Tools

CR

LCC
-

LA Comprehensive
Curriculum

NGSS
-
Next Generation Science Standards

STEM

Science Technology Engineering &

Mathematics

McGraw
-
Hill/ConnectED

Biology I

Monroe City School District

Revised Spring 2012

Page
13

TOPIC

Days

GLE

NGSS

Resources

Vocabulary

EOC Prep

10

Biochemistry

10

Launch Lab

Data Analysis Lab

Mini Lab

Virtual Lab

Community Connection

Concepts in Motion/Animations

Lesson: Ch. 6

147
-
171

Atom

Element

Compound

Covalent bond

Ionic bond

Vander Waals force

Chemical re
a
ction

Catalyst

Hydrogen bond

Solution

Solvent

Solute

pH

B
uffer

M
acromolecule

P
olymer

L
ipid

A
mino acid

N
ucleic acid

N
ucleotide

Review /Finals