Living Things: Animals of Our World
Introduction: This
three week science and research unit requires 1st students to investigate
and analyze (1) traits; (2) needs; and (3) life cycles of living things;
(4) similarities and differences between varied organisms; (5) Students will
choose and read informational science texts in order to identify and answer
questions about the resources on the life cycle of plants and (6) create
a product that demonstrates their learning.
Students enter 1st grade with some assumptions about living things. They
often have a strong affinity for animals but their level of prior knowledge
varies widely. This unit enables students to investigate the animal kingdom
in an organized format and asks them to identify basic needs of all living
things and determine predictable life stages that all living things experience.
They learn to ask questions about life cycles and use those question to
gather information about the life cycle of an animal of their choice.
The unit includes 11 lessons to be done daily or as students complete
the tasks. The research component takes an additional 5 days and the project
presentation preparation may require another 5 days, excluding actual presentation
time.
Science Standards Addressed: Maine Learning Results - Grades Pre-K-2
A. Classifying Life Forms - Students will understand there are similarities
within the diversity of all living things. Students will be able to:
|
Lesson |
Whole Class Components |
Differentiated Components |
|
Lesson
1 |
10 pre-assessment questions
|
Independent or partner work - write or draw ideas, regroup as whole class. |
|
Lesson
2 |
|
Work with partners, individually or
in teams to sort images and then make a presentation to whole class with
a (1) list of reasons reasons for sorting cards as they did; (2) summarize
reasons for identifying different habitats; (3) predict types of animals
that will live in the different habitats Whole class determines best way to present collected information (graph, poster, charts, etc.) - divide responsibilities, implement. |
|
Lesson
3 |
|
Shared reading, buddy reading, audio
tapes of text. Jigsaw - teams of students review and then present information
to whole class. (1) Chart the different habitats; (2) Compare the different habitats in terms of temperature, flora, and water; (3) Is there a habitat that is not included? Describe it and what animals live there. Students document findings through choice of labeled sketches, journal entries (alphasmarts, written, audio recording, dictation) |
|
Lesson |
Whole Class Components |
Differentiated Components |
|
Lesson
7 |
|
Work with partners, individually or
in teams to sort images and then make a presentation to whole class to defend
reasons for sorting cards as they did. Conduct research - books, Internet with mentors, interview “expert,” audio tapes, etc. Questions: (1) How would you identify the homes that each of the 5 groups of animals live in?; (2) Compare and explain the different purposes of the “homes” of animals (how do they use their house?); (3) Summaries traits of the five animal groups for each habitat. Whole class determines best way to present collected information (graph, poster, charts, etc.) - divide responsibilities, implement. Whole class discussion - teacher records ideas, reasons on chart paper. |
|
Lesson
8 |
|
Shared reading, buddy reading, audio
tapes of text. Jigsaw - teams of students review and then present information
to whole class (1) Identify the life stages of a butterfly, grasshopper, mammal, frog, snake, robin; (2) Compare/contrast the life cycles of each animal group and timeline of each; (3) Summarize the phases of the life cycle of animals. What do they all have in common? What are the reasons for the differences? Students document findings through sketches, journal entries (alphasmarts, written, audio recording, dictation). |
|
Lesson |
Whole Class Components |
Differentiated Components |
|
Lesson
9 |
|
Whole class discussion - teacher records
ideas, reasons on chart paper. Individuals, teams, partners jigsaw, read to gather information and answer: (1) list the different stages of three different animal’s life cycle - insect, snake, human; (2) explain the benefits/problems of each life cycle; (3) explain why different animals benefit from different life cycles in the same habitat. |
|
Lesson
10 |
|
Work with partners, individually or
in teams to sort images and then make a presentation to whole class to defend
reasons for sorting cards as they did (1) Describe the ways animals protect themselves; (2) Do different groups of animals use the same sort of protection? e.g. - Why would the same sort of protection be effective for an insect and a mammal? (3) How did animals learn the different ways to protect themselves? How does an animal learn about camouflage or or other methods? Class determines method to present collected information (graph, poster, charts, etc.), implement. |
|
Lesson |
Whole Class Components |
Differentiated Components |
|
Lesson
11 |
|
Shared reading, buddy reading, audio
tapes of text, images. Jigsaw - teams of students review and then present information to whole class. (1) organize a list of 10 animals from largest to smallest; (2) classify a groups of 10 different animals according to their body covering; (3) Do some animals have different types of covering on different parts of their body? Why would that be? Does it mean that certain animal groups are related or something else? What? Students document findings through sketches, journal entries (alphasmarts, written, audio recording, dictation) |
Pre and post assessment questions:
|
||
Student
Interest Survey
|
Draw three of your favorite animals. Draw and label one in each box. Explain why you would like to know more about each animal. |
||
|
x |
| x |
| x |
|
Animal Research |
||
|
product |
points |
process |
|
title page |
5 |
name of animal, students name, date and school, mentor |
|
text |
30 |
answer research questions about the life cycle of animal including: life cycle, habitat, food sources, physical characteristics |
|
resources |
5 |
bibliography - classroom format |
|
animal
and habitat |
30 |
observational, careful, detailed and colorful |
|
text format |
15 |
FCAs: complete sentences, capitals and ending punctuation, corrected spelling |
|
presentation |
15 |
Present project to class
and one other group (parents, another class, visitors, video, etc.) |
From the earliest grades, students should experience science in a form that engages them in the active construction of ideas and explanations that enhance their opportunities to develop the abilities of doing science. Teaching science as inquiry provides teachers with the opportunity to develop student abilities and to enrich student understanding of science. Students should do science in ways that are within their developmental capabilities....
In the early years of school, students can investigate organisms. Although children develop concepts and vocabulary from such experiences, they also should develop inquiry skills. As students focus on the processes of doing investigations, they develop the ability to ask scientific questions, investigate aspects of the world around them, and use their observations to construct reasonable explanations for the questions posed. Guided by teachers, students continually develop their science knowledge. Students should also learn through the inquiry process how to communicate about their own and their peers' investigations and explanations.
...In practice,
student questions might arise from previous investigations, planned classroom
activities, or questions students ask each other. For instance, if children
ask each other how animals are similar and different, an investigation might
arise into characteristics of organisms they can observe...
Life Science -
Content Standard C: As a result of activities...students should develop understanding
of