Thursday, May 29, 2014
Sunday, May 18, 2014
Week of May 19-22
|
Date
|
Learning Objective
|
classwork
|
Homework
|
Com
plete
|
Assessment criteria
|
|
May 19
|
9-11 LS2A Matter
cycles and energy flows through living
and nonliving
components in ecosystems. The
transfer of matter and energy
is important for
maintaining
the health and sustainability of an
ecosystem.
|
Explain: page 727-733, P/P 1-6
|
Pages 733, R/C 1-3
Honors P/R -Discuss your independent project with Ms. Sherwood
|
|
Explain how matter cycles
and energy
flows
in ecosystems
|
|
20
|
9-11 LS2C Population
growth is limited by the availability
of matter and energy
found in resources, the size
of the environment,
and the presence of
competing
and/or predatory organisms
|
Elaborate: Pages 737-743 P/P 1-5
|
R/C 1-2
P/R - Read Careers = discuss several careers available for the Environment
and the type of training necessary.
Select one career that seems interesting to you and list the level of
education needed.
|
|
Explain
factors, including
matter and
energy, in the environment
that limit the
growth of
plant and animal populations in
natural
ecosystems
|
|
21/22
|
9-12 INQB
Investigate
Scientific
progress requires the use of
various
methods appropriate for
answering
different kinds of research
questions, a thoughtful
plan for
gathering data
needed to answer the
question, and care in
collecting,
analyzing, and
displaying the data
|
Field Trip to KahTai Lagoon
|
Turn in Notebook
|
|
Plan and
conduct a scientific investigation,
choosing a
method appropriate to the question
being
asked
|
Parent/Guardian
Signature
Sunday, May 11, 2014
Week of May 11
|
Date
|
Learning Objective
|
Classwork
|
Homework
|
Complete
|
Assessment Criteria
|
|
May 11
|
9-11 LS2B
Living organisms have the capacity to produce
very large populations.
Population density is the
number of
individuals of a particular population
living
in a given amount of space
|
Population Study Results
|
Part II – Interactive Populations Pages 713-717. P/P 1-3
|
|
Evaluate the conditions
necessary for
rapid population
growth (e.g., given
adequate
living and nonliving resources
and no disease
or predators, populations
of
an organism increase at rapid rates
|
|
12
|
9-11 LS2C Population
growth is limited by the availability
of matter and energy
found in resources, the size
of the environment,
and the presence of
competing
and/or predatory organisms
|
Population Study Results
|
Pages 717-719 P/P 4-6, R/C 1-5
|
|
Explain
factors, including
matter and
energy, in the environment
that limit the
growth of
plant and animal populations in
natural
ecosystems
|
|
13/14
|
Population Study Results
Explain Part 1, p/p 1-6
|
Required P/R – See handout
|
|
||
|
15
|
9-11 LS2D
Scientists represent ecosystems in the natural
world
using
mathematical models.
|
Population Study Results – Finish Write up
S/T all page 712
|
S/T 1-4 Page 726
|
|
Draw a systems
diagram to illustrate and
explain why introduced
(nonnative)
species often do
poorly and have a
tendency to
die out, as well as why they
sometimes do
very well and force out
native
species.
|
Parent or Guardian Signature
Week of May 5
|
Date
|
Learning Objective
|
Classwork
|
Homework
|
Com-
plete
|
Assessment Criteria
|
|
5/5
|
9-11
LS2B Living organisms have the capacity to produce
very
large populations.
|
Engage: Chapter 14
What do you know? pages
706- 707
P/P 1-4,R/C 1-2
|
Prepare for Test on
Chapter 12
|
|
Evaluate
the
conditions necessary for
rapid
population growth (e.g., given
adequate
living and nonliving resources
and
no disease or predators,
|
|
6
|
|
Test on Chapter 12
|
none
|
|
|
|
7/8
|
Population
density is
the
number
of individuals of a particular population
living in a given amount of
space
|
Explore: Changing
Populations - pages 707- P/P 1-8
|
Turn in Notebook
|
|
Given
ecosystem data, calculate the
population
density of
an organism
|
|
9
|
Explore - Collect Data
+ Make Nitrogen Cycle Diagram
|
|
|
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