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LEARNING ABOUT SEEDS UNIT
Note that you can download this unit in PDF format for easy printing.
PDF files can be read with Adobe Acrobat Reader. Additional financial
support for these units was provided by the Champaign Urbana Community
Schools Foundation in 2001-02.

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Contents
- Overview
- Background Information
- Unit Activities Overview
- Assessment
- Extension Activities
- Resources
- The Parts of a Plant Activity
- The Parts of a Flower Activity
- The Parts of a Seed Activity
- Growing Seeds and Recording Observations
Activity
- Seed Cycle Illustrations
- Making a Seed Cycle Book
- Illinois Early Elementary Learning Standards
in Science, Math, and English/Language Arts
- Illinois Late Elementary Learning Standards
in Science, Math, and English/Language Arts
- National Science Education Standards
Overview
This unit contains hands-on science activities to help elementary school
students (grades 1 - 4) understand the life cycle of seed producing plants.
The learning standards covered during the unit depend on how the activities
of the unit are implemented.
Ellen Baranowski
Kenwood Elementary School: Third Grade
1001 South Stratford Drive, Champaign, IL 61821
(217) 351-3815
UIUC/Kenwood B.O.A.S.T. Academy (K-5)
1301 W. Green Street, Urbana, IL 61801
(217) 333-2726 or 244-1984
baranows@uiuc.edu
Background information
Plant Life Cycle Factoids:
- Some, but not all plants have a reproductive cycle that includes
seeds.
- Not all seeds need sunlight in order to start growing.
- Seeds come in a variety of sizes and shapes.
- The size and/or shape of a seed may or may not have any relationship
to
- the size and/or shape of the plant.
- The size and shape of a seed is usually related to the way in which
the seed is dispersed.
Unit Activities Overview:
- See The Parts of a Plant worksheet
- See The Parts of a Flower worksheet
- See The Parts of a Seed worksheet
- Growing seeds activity (See worksheet)
- Note: I usually use bean seeds that I keep in the freezer until I
do the activity because cold is supposed to help insure that the seeds
germinate.
- Making a seed book activity (See worksheet)
Assessment:
Since assessment can be done formally or informally either before, during
and/or after the unit, I have just included a list of questions related
to the activities.
- What is a plant?
- What does a plant need to grow?
- What is the life cycle of a plant?
- What are the parts of a plant?
- What is the function of each part of a plant?
- What is a flower?
- What are the parts of a flower?
- What is a seed?
- What are the parts of a seed?
- How is a seed produced?
- How does a seed grow?
- What does a seed need to germinate?
Extension Activities:
- Compare the roots, stems and leaves of a variety of plants
- Compare the flowers of a variety of plants
- Make a seed collection
- Try growing a variety of seeds
- Try growing seeds under different conditions
- After your seeds sprout, plant them.
Resources
| Title |
Reading Level |
Comments |
How a Plant Grows 1997 by Bobbie
Kalman, $5.95,
ISBN # 0865057281 |
Grade 3 and up |
Covers a lot of concepts with simple photographs, illustrations
and explanations. |
The Life and Times of the Peanut 1997
by Charles Micucci, $5.95,
ISBN # 0618033149 |
Grade 3 and up |
A simple yet fairly complete explanation of how a peanut grows,
is harvested, is used, the history of the peanut and George Washington
Carver. |
I am a Leaf 1998 by Jean Marzollo,
$3.99,
ISBN # 0590641204 |
Grade K and up |
Very simple explanation of the function of the leaves of maple
trees. |
The Magic School Bus Plants Seeds A
Book About How Living Things Grow 1995 by Scholastic,
ISBN # 0064451070 |
Grade 3 and up |
Focuses on pollination |
How a Seed Grows 1992 by Helene
J. Jordan, $4.95,
ISBN # 0064451070 |
Grade K and up |
Good illustrations and directions for simple activities which explain
concepts about seed growth. |
A Field of Sunflowers 1997 by
Neil Johnson, $3.25,
ISBN # 0590965492 |
Grade 2 and up |
Nice photographs and simple explanation of the life cycle of a
sunflower. |
Berries, Nuts and Seeds 1996
by Diane L. Burns, $6.95,
ISBN # 1559715731 |
Grade 3 and up |
Unique book contains illustrations of common midwestern plants,
where to find them, their seeds, what eats them and interesting facts
about them. |
Trees, Leaves and Bark 1995 by
Diane L. Burns, 6.95,
ISBN # 1559716282 |
Grade 3 and up |
Unique book contains illustrations of common trees , where to find
them, their seeds, what eats them and interesting facts about them. |
It Could Still Be a Leaf 1993
by Allan Fowler, $4.95,
ISBN # 051646017X |
Grade K and up |
Simple discussion and nice photographs of the wide variety of leaves
in the plant world. |
From Seed to Dandelion 2000 by
Jan Kottle, $4.95,
ISBN # 0516235109 |
Grade K and up |
A very simple series of photographs showing the life cycle of a
dandelion plant. |
From Acorn to Oak 2000 by Jan
Koottle, $4.95,
ISBN # 0516235060 |
Grade K and up |
A wonderful yet simple series of photographs showing the life cycle
of an oak tree. |
I am a Seed 1996 by Jean Marzollo,
$3.99,
ISBN # 0590265865 |
Grade 1 and up |
Simple story with illustrations about the growth of a marigold
and a pumpkin plant. |
Jack's Garden 1995 by Henry Cole,
$15.95,
ISBN # 0688135013 |
Grade 1 and up |
Simple story about growing a wildflower garden. |
| National Wildlife Federation www.nwf.org |
Reference |
This site contains information on plants, ecology, habitats... |
The Parts of a Plant Activity
For this activity, you will need a plant a ruler, and some markers,
crayons or colored pencils magnifying glass (optional) Directions:
- Carefully observe the roots, stem and leaves of the plant.
- What color are the leaves and stem?
- What color are the roots?
- Why are the leaves and stem a different color than the roots?
- Use the ruler to carefully measure the length of the stem.
- Use the ruler to carefully measure the length of the roots.
- Use the ruler to carefully measure the average length of the leaves.
- Draw the plant and color and label the roots, stem and leaves.
The Parts of a Flower Activity
For this activity, you will need a flower some markers, crayons or colored
pencils magnifying glass (optional)
Directions:
- Carefully observe the flower.
- What color is the flower?
- What color are the stem and leaves?
- Why are the leaves and stem a different color than the flower?
- Draw the flower and color and label the stem, leaves, flower petals,
pistil, stigma, stamen.
The Parts of a Seed Activity
For this activity, you will need a seed some markers, crayons or colored
pencils magnifying glass (optional)
Directions:
- Carefully observe the seed.
- What color is the seed?
- Carefully remove the seed coat. What color is the seed leaf?
- Carefully open the seed leaf. Can you see the shoot or roots starting
to grow?
- Draw the seed leaf and color and label its parts.
Growing Seeds and Recording Observations
Activity
Tools needed to grow seeds:
- eyedropper
- permanent marker (optional)
- tape
- water
Materials needed to grow seeds:
- small ziploc bag
- 4 or 5 seeds
- 1 paper towel
Step-by-step Instructions for Growing seeds and recording observations:
- Use a permanent marker to print your name on the outside of the ziploc
bag.(Optional)
- Fold the paper towel so that it fits in the bottom of the ziploc
bag.
- Put the seeds in the ziploc bag so that you can see them.
- Put several drops of water in the bag. Zip the bag closed.
- Tape the ziploc bag up in a place that allows you to watch the seeds
grow.
- On a piece of paper, record the observations you make of the seeds
in the ziploc bag by Writing the date on which you made the observation,
Describing what you observed, and Drawing a picture of what you observe.
Seed Cycle Illustrations
Making a Seed Cycle Book
Tools needed to make the book:
- Markers, crayons or colored pencils
- Pencil
- Scissors
- Glue
- Stapler
Materials needed to make the book:
- Page of Seed Cycle illustrations
- 3 half sheets of plain white paper
Directions for making a Seed Cycle Book:
- Carefully look at the Seed Cycle illustrations. They are not
in the correct sequence. Write a number in the bottom right or
left hand corner of each illustration showing the correct sequence.
- Color the illustrations in.
- Cut the illustrations out.
- Fold each half sheet of paper in half.
- Staple the half sheets together to make a book.
- Print your name and the title of the book on the front cover.
- Print your name and the title of the book on the title page
of the book.
- In the outside corner of each page, write the page number.
- On each page of the book, glue the illustration, label the
parts of the seed and describe what is happening to the seed.
- On the back cover of the book draw an illustration and write
an interesting summary of the book inviting others to read the
book
Illinois Early Elementary Learning
Standards in Science, Math, and English/Language Arts
Illinois
Learning Standards in Science, Math, English/Language Arts
that apply to this unit:
Early Elementary:
|
Subject |
Learning Goals |
Learning Standards
and Benchmarks |
Application to this
Lesson |
|
Science |
State Goal 11: Understand
the processes of scientific inquiry and technological design
to investigate questions, conduct experiments and solve
problems |
A. Know and apply the concepts,
principles and processes of scientific inquiry.
• 11.A.1a. Describe
an observed event.
• 11.A.1c.
Collect data for investigations using measuring instruments
and technologies.
• 11.A.
1d. Record and store data using available technologies.
• 11.A.1e.
Arrange data into logical patterns and describe the patterns.
• 11.A.1f.
Compare observations of individual and group results
B. Know and apply the concepts,
principles, and processes of technological design.
• 11.B.1c. Build
the device using the tools and materials provided.
• 11.B.1d. Test
the device and record the results using given instruments,
techniques, and measurement tools.
•11.B
1e. Report the design of the device, the test process and
the results in solving a given problem. |
• As part of the basic unit,
each participant will use the processes of scientific inquiry
to learn:
1.
how seeds grow and
2.
what is necessary for seeds to grow
• As part of the basic unit,
each participant will observe, collect data about and report
on the seed cycle.
• As part of the extension
activities each participant will apply the concepts they
have learned about seeds to design, test, and measure seed
growth under a variety of conditions. |
|
Science |
State Goal 12: Understand
the fundamental concepts, principles and interconnections
of the life, physical, and earth/space sciences. |
A Know and apply concepts
that explain how living things function, adapt and change.
• 12.A.1a.
Identify and describe the component parts of living things
and their major functions.
B. Know and apply concepts
that describe how living things interact with each other
and with their environment.
• 12.B.1a.
Describe and compare characteristics of living things in
relationship to their environments.
• 12.B.1b.
Describe how living things depend on one another for survival. |
• As part of the basic unit,
each participant will identify, and describe the parts
of seed producing plants, flowers and seeds and explain
their functions.
• As part of the basic unit
and extension activities, each participant will list some
similarities and differences
in plants, flowers and seeds.
• As part of the basic unit
and extension activities , each participant will list the
ways in which plants interact with each other, and other
living and non-living things in their environment. |
|
Science |
State Goal 13: Understand
the relationships among science, technology, and society
in historical and contemporary contexts. |
A. Know and apply the accepted
practices of science.
• 13.A.1a.
Use basic safety practices.
• 13.A.1b.
Explain why similar results are expected when procedures
are done the same way.
• 13.A.1c.
Explain how knowledge can be gained be careful observation.
B. Know and apply concepts
that describe the interaction between science, technology
and society.
• 13.B.1d
Identify and describe ways that science and technology
affect people's everyday lives (e.g. agriculture, sanitation,
communication, occupations.)
• 13.B.1e.
Demonstrate ways to reduce, reuse and recycle materials. |
• As part of the basic unit,
each participant
will practice established
safety procedures for scientific activities.
• As part of the basic unit,
each participant will describe how the seed cycle activity
s/he did relates to the seed cycle of plants in general.
• As part of the basic unit,
each participant will list what s/he learned from careful
observation.
• As part of the basic unit,
each participant will list the ways science and technology
have affected seed producing plants and the natural environment.
• As part of the basic unit
and extension activities, each participant will reduce,
reuse and recycle materials needed to perform the activities
of the unit. |
|
Math |
State Goal 7: Estimate,
make and use measurements of objects, quantities and relationships
and determine acceptable levels of accuracy. |
A. Measure and compare quantities
using appropriate units, instruments and methods.
7.A.1a.
Measure length, volume, and weight/mass using rulers, scales
and other appropriate measuring instruments in the customary
and metric systems.
B. Estimate measurements
and determine acceptable levels of accuracy.
• 7.B.1b.
Compare estimated measures to actual measures taken with
appropriate measuring instruments. |
• As part of the basic unit,
each participant will estimate, measure and compare the
length of the parts of plants. |
|
Math |
State Goal 10: Collect,
organize and analyze data using statistical methods; predict
results; and interpret uncertainty using concepts of probability. |
B. Formulate questions, design
data collection methods, gather and analyze data and communicate
findings.
• 10.B.1b.
Collect, organize and describe data using pictures, tallies,
tables, charts or bar graphs.
• 10.B.
1c. Analyze data, draw conclusions and communicate the
results. |
• As part of the basic unit,
each participant will collect, organize, report, and draw
conclusions based on observations of seed growth. |
|
English/ Language Arts |
State Goal 1: Read
with understanding and fluency. |
A. Apply word analysis and
vocabulary skills to comprehend selections.
• 1.A.1a.
Apply word analysis skills to recognize new words.
• 1.A.1b.
Comprehend unfamiliar words using context clues and prior
knowledge; verify meanings with resource materials.
B. Apply reading strategies
to improve understanding and fluency.
• 1.B.1a.
Establish purposes for reading, make predictions, connect
important ideas, and link text to previous experiences
and knowledge.
•1.B.1b.
Identify genres of fiction, nonfiction, poetry and electronic
literary forms.
• 1.B.1c.
Continuously check and clarify for understanding
•1.B.1d.
Read age-appropriate material aloud with fluency and accuracy.
C. Comprehend a broad range
of reading materials.
• 1.C.1a. Use
information to form questions and verify predictions.
• 1.C.1b.
Identify important themes and topics.
• 1.C.1d.
Summarize content of reading material using text organization. |
• As part of the basic unit,
each participant will demonstrate the use of appropriate
word analysis and vocabulary skills while reading one or
more books on plants, seeds and flowers.
• As part of the basic unit,
each participant will apply reading strategies while reading
one or more books on plants, seeds and flowers.
• As part of the basic unit,
each participant will demonstrate comprehension strategies
while reading one or more books on plants, seeds and flowers. |
|
English/
Language Arts |
State Goal 3: Write
to communicate for a variety of ideas. |
A. Use correct grammar, spelling,
punctuation, capitalization and structure.
• 3.A.1
Construct complete sentences which demonstrate subject/verb
agreement, appropriate capitalization and punctuation;
correct spelling appropriate, high-frequency words;
and appropriate use of the eight parts of speech.
B. Compose well-organized
and coherent writing for specific purposes and audiences.
• 3.B.
1b. Demonstrate focus, organization, elaboration and integration
in written composition (e.g. short stories, letters, essays,
reports)
C. Communicate ideas
in writing to accomplish a variety of purposes.
•3.C.1a. Write
for a variety of purposes including description, information,
explanation, persuasion, and narration.
•3.C.1b.
Create media compositions or productions which convey meaning
visually for a variety of purposes. |
• As part of the basic
unit, each participant will use correct grammar, spelling,
punctuation, capitalization and structure to complete
worksheets, make written observations and create a short
book on the seed cycle |
|
English/
Language Arts |
State Goal 4: Listen
and speak effectively in a variety of situations. |
A. Listen effectively
in formal and informal situations.
• 4.A.1a.
Listen attentively by facing the speaker, making eye contact
and paraphrasing what is said.
•4.A.1b.
Ask questions and respond to questions from the teacher
and from group members to improve comprehension.
• 4.
A. 1c. Follow oral instructions accurately.
B. Speak effectively using
language appropriate to the situation and audience.
• 4.
B. 1b. Participate in discussions around a common
topic. |
• As part of the basic unit,
each participant will respond to questions and paraphrase
information presented in informal and formal settings.
• As part of the basic unit,
each participant will participate in informal and
formal discussions. |
Illinois Late Elementary Learning
Standards in Science, Math, and English/Language Arts
Illinois
Learning Standards in Science, Math, English/Language Arts
that apply to this unit:
Late Elementary:
|
Subject |
Learning Goals |
Learning Standards
and Benchmarks |
Application to this
Lesson |
|
Science |
State Goal 11: Understand
the processes of scientific inquiry and technological design
to investigate questions, conduct experiments and solve
problems |
A. Know and apply the concepts,
principles and processes of scientific inquiry.
• 11.
A. 2b. Collect data for investigations using scientific
process skills including observing, estimating and measuring.
• Construct
charts and visualizations to display data.
B. Know and apply the concepts,
principles, and processes of technological design. |
• As part of the basic unit,
each participant will use the processes of scientific inquiry
to learn:
1.
how seeds grow and
2.
what is necessary for seeds to grow
• As part of the basic unit,
each participant will observe, collect and chart data about,
and report on the seed development.
• As part of the extension
activities each participant will apply the concepts they
have learned about seeds and seed growth to design,
test, and measure seed growth under a variety of
conditions. |
|
Science |
State Goal 12: Understand
the fundamental concepts, principles and interconnections
of the life, physical, and earth/space sciences. |
A Know and apply concepts
that explain how living things function, adapt and change.
• 12.A.2a.
Describe simple life cycles of plants and animals and the
similarities and differences in their offspring.
B. Know and apply concepts
that describe how living things interact with each other
and with their environment.
• 12.B.2a.
Describe relationships among various organisms in their
environments.
• 12.B.2b.
Identify physical features of plants and animals that help
them live in different environments. |
• As part of the basic unit,
each participant will describe the life cycle of seed producing
plants.
• As part of the basic unit
and extension activities, each participant will list some
similarities and differences
in seed producing plants.
• As part of the basic unit
and extension activities , each participant will list the
ways in which plants interact with each other, and other
living and non-living things in their environment. |
|
Science |
State Goal 13: Understand
the relationships among science, technology, and society
in historical and contemporary contexts. |
A. Know and apply the accepted
practices of science.
• 13.A.2a
Demonstrate ways to avoid injury when conducting science
activities.
• 13.A.2b.
Explain why similar investigations may not produce similar
results.
• 13.
A. 2c. Explain why keeping accurate and detailed records
is important.
B. Know and apply concepts
that describe the interaction between science, technology
and society.
• 13.B.2a. Explain
how technology is used in science for a variety of purposes
(e.g. sample collection, storage and treatment, measurement,
data collection, storage and retrieval, communication of
information.)
• 13.
B. 2c Identify and explain ways that science and
technology influence the
lives and careers of people.
• 13.
B2d. Compare the relative effectiveness of reducing, reusing
and recycling in actual situations.
• 13.
B. 2e. Identify and explain ways that technology changes
ecosystems.
• 13.B.2f.
Analyze how specific personal and societal choices that
humans make affect local ,regional and global ecosystems. |
• As part of the basic unit,
each participant
will practice established
safety procedures for scientific activities.
• As part of the basic unit,
each participant will list and discuss the variables involved
in seed germination.
• As part of the basic unit,
each participant will keep accurate and detailed observation
records.
• As part of the basic unit,
each participant will list the ways science and technology
have affected seed producing plants and the natural environment.
• As part of the basic unit
and extension activities, each participant will discuss
and compare ways to reduce, reuse and recycle materials
needed to perform the activities of the unit.
• As part of the basic unit
participants will discuss the ways their personal choices
affect the local, regional and global environment. |
|
Math |
State Goal 7: Estimate,
make and use measurements of objects, quantities and relationships
and determine acceptable levels of accuracy. |
C. Select and use appropriate
technology, instruments and formulas to solve problems,
interpret results and communicate findings.
• 7.C.2a.
Describe relationships in a simple scale drawing. |
• As part of the basic unit,
each participant will estimate, measure and compare the
length of the parts of plants.
• As part of the basic unit,
each participant will create scale drawings of plants,
flowers and the seed cycle. |
|
Math |
State Goal 10: Collect,
organize and analyze data using statistical methods; predict
results; and interpret uncertainty using concepts of probability. |
B. Formulate questions, design
data collection methods, gather and analyze data and communicate
findings.
• 10.B.2b.
Collect, organize and display data using tables, charts,
bar graphs, line graphs, circle graphs, line plots and
stem-and-leaf graphs.
• 10.A.2c.
Make predictions and decisions based on data and communicate
their reasoning. |
• As part of the basic
unit, each participant will collect, organize, report,
draw conclusions and make predictions based on observations
of seed growth. |
|
English/ Language Arts |
State Goal 1: Read
with understanding and fluency. |
A. Apply word analysis and
vocabulary skills to comprehend selections.
• 1.A.2a.
Read and comprehend unfamiliar words using root words,
synonyms, antonyms, word origins and derivations.
• 1.A.2b.
Clarify word meaning using context clues and a variety
of resources including glossaries, dictionaries and thesauruses.
B. Apply reading strategies
to improve understanding and fluency.
• 1.B.2a.
Establish purposes for reading; survey materials; ask questions;
make predictions; connect, clarify and extend ideas.
• 13.B.2b.
Identify structure of nonfiction texts to improve comprehension.
• 13.B.2c.
Continuously check and clarify for understanding.
• 13.B.2d.
Read age-appropriate material aloud with fluency and accuracy.
C. Comprehend a broad range
of reading materials.
• 1.C.2a. Use
information to form and refine questions and predictions.
• 1.C.2d.
Summarize and make generalizations from content and relate
to purpose of material. |
• As part of the basic unit,
each participant will demonstrate the use of appropriate
word analysis and vocabulary skills to comprehend one or
more books on plants, seeds and flowers.
• As part of the basic unit,
each participant will apply reading strategies to comprehend
one or more books on plants, seeds and flowers.
• As part of the basic unit,
each participant will demonstrate comprehension strategies
while reading one or more books on plants, seeds and flowers. |
|
English/
Language Arts |
State Goal 2: Read
and understand literature representative of various societies,
eras and ideas. |
B. Read and interpret a variety
of literary works.
• 2.B.2a.
Respond to literary material by making inferences, drawing
conclusions and comparing it to their own experience, prior
knowledge and other texts. |
• As part of the basic unit
each participant will make text to self connections between
the nonfiction books s/he is reading and the science activities
s/he is doing as well as his/her own life experience with
plants and the natural environment. |
|
English/
Language Arts |
State Goal 3: Write
to communicate for a variety of ideas. |
A. Use correct grammar, spelling,
punctuation, capitalization and structure.
• 3.A.2
Write paragraphs that include a variety of sentence
types; appropriate use of the eight parts of speech; and
accurate spelling, capitalization and punctuation.
B. Compose well-organized
and coherent writing for specific purposes and audiences.
C. Communicate ideas
in writing to accomplish a variety of purposes.
•3.C.1a. Write
for a variety of purposes and for specified audiences in
a variety of forms including narrative, expository and
persuasive writings. |
• As part of the basic unit,
each participant will use correct grammar, spelling, punctuation,
capitalization and structure to complete worksheets,
make written observations, write summaries and create a
book on the seed cycle |
|
English/
Language Arts |
State Goal 4: Listen
and speak effectively in a variety of situations. |
A. Listen effectively
in formal and informal situations.
• 4.A.2a. Demonstrate
understanding of the listening process by summarizing and
paraphrasing spoken messages orally and in writing in formal
and informal situations.
• 4.
A. 2b. Ask and respond to questions related to oral
presentations and messages in small and large group settings.
• .
A. 2c. Restate and carry out a variety of oral instructions.
B. Speak effectively using
language appropriate to the situation and audience.
• 4.
B. 2b. Use speaking skills and procedures to participate
in group discussions. |
• As part of the basic unit,
each participant will respond to questions and paraphrase and
summarizes information presented in informal and formal
settings both orally and in writing.
• As part of the basic unit,
each participant will participate in informal and
formal discussions. |
National Science Education Standards
National
Science Education Standards that apply to the activities
in this unit.
|
Standard |
Level |
Application to this Lesson |
|
6.1 Science as Inquiry |
Abilities necessary to do scientific inquiry
Understandingabout scientific inquiry |
As part of the basic unit, each participant will use scientific
reasoning and critical thinking to observe plants, flowers
and seed germination.
As part of the basic unit, each participant will ask questions,
conduct investigations, and gather information to help them
understand plants, flowers and seed germination. |
|
6.3 LifeScience |
K-4
Characteristicsof organisms.
Life cycle of organisms.
Organisms and environment |
As part of the basic unit, each participant will discuss
and observe the life cycle of seed producing plants.
As part of the basic unit, each participant will discuss
the role of seed producing plants innatural and man-made
settings.
As part of the basic unit, each participant will discuss
the interdependence of living and non-living things in the
environment. |
| 6.5 Science and Technology
|
K-4, 5-8,9-12
Abilities to distinguish between natural objects and objects
made by humans
Abilities of technological design
Understanding about science and technology. |
As part of the basic unit, each participant will be involved
in observations and discussions concerning seed producing
plants and the natural environment.
As part of the basic unit, each participant will be involved
in discussions and observations concerning the impact of
man on seed producing plants and the natural environment. |
|
|