Make a concept map involving the structure and thinking about biology (characteristics of living things)

Biology: The Unity and Diversity of Life (MindTap Course List)
15th Edition
ISBN:9781337408332
Author:Cecie Starr, Ralph Taggart, Christine Evers, Lisa Starr
Publisher:Cecie Starr, Ralph Taggart, Christine Evers, Lisa Starr
Chapter16: Evidence Of Evolution
Section: Chapter Questions
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Make a concept map involving the structure and thinking about biology (characteristics of living things)
1
This vervet monkey
baby is exploring
its new world and
learning how to find
food and stay alive. It
represents one of the
key characteristics of
life introduced in this
chapter-replication.
BIG
PICTURE
000
This chapter is part of the
Big Picture. See how on
pages 16-17.
Biology and the Tree of Life
In this chapter you will learn about
Sey themes to structure your thinking about biology
AARON On
starting with
What does it mean
to say that something
is alive?
1.1
first
Life is cellular 1.2
including
Three of the greatest
unifying ideas in biology
second
bo
Life evolves 1.3
including
The process of
doing biology 1.6
and third tat
Life processes
information
both predict
The tree of life 1.5
U
Stop
1.4
the Ro
bobula sequoia trees.
The goals of this chapter are to introduce the nature of life and explore how biologists go about study-
ing it. The chapter also introduces themes that will resonate throughout this book:
• Analyzing how organisms work at the molecular level.
• Understanding organisms in terms of their evolutionary history.
• Helping you learn to think like a biologist.
Let's begin with what may be the most fundamental question of all: What is life?
broq
n essence, biological science is the study of life. It searches for ideas and observations that unify our
understanding of the diversity of life-from bacteria living in hot springs to humans and majestic
1
Transcribed Image Text:1 This vervet monkey baby is exploring its new world and learning how to find food and stay alive. It represents one of the key characteristics of life introduced in this chapter-replication. BIG PICTURE 000 This chapter is part of the Big Picture. See how on pages 16-17. Biology and the Tree of Life In this chapter you will learn about Sey themes to structure your thinking about biology AARON On starting with What does it mean to say that something is alive? 1.1 first Life is cellular 1.2 including Three of the greatest unifying ideas in biology second bo Life evolves 1.3 including The process of doing biology 1.6 and third tat Life processes information both predict The tree of life 1.5 U Stop 1.4 the Ro bobula sequoia trees. The goals of this chapter are to introduce the nature of life and explore how biologists go about study- ing it. The chapter also introduces themes that will resonate throughout this book: • Analyzing how organisms work at the molecular level. • Understanding organisms in terms of their evolutionary history. • Helping you learn to think like a biologist. Let's begin with what may be the most fundamental question of all: What is life? broq n essence, biological science is the study of life. It searches for ideas and observations that unify our understanding of the diversity of life-from bacteria living in hot springs to humans and majestic 1
ngBiology
Levels of biological organization
MB
Observations
(planned or
chance)
may involve one or many
may involve one or many
Characteristics
of good
experimental
design
• Controls
• Consistent
experimental
conditions
lead to
• Large sample
sizes
1.6
usually
involves
DOING BIOLOGY
involves the
Evidence-based study of life
Exploring
the literature
BioSkills 16
leads to
Defining a problem
and
forming a question
leads to
Stating a hypothesis
and a null hypothesis,
and making predictions
leads to
Designing a study
(either observational
or experimental)
to test predictions
leads to
Gathering data
leads to
Analyzing and
interpreting data
Skills 1-3, 6-11, 13
begins with
evaluated
by asking
Do the data support
the hypothesis?
life 1.1
Sharing ideas
with other
scientists
leads to
enables
reject
hypothesis;
propose
alternative
bol hypothesis
revisit
assumptions
of study
if NO
reveals
Inspiration
then
Scientific community
• Discussions with
colleagues
The Tree of Life
Describes the
evolutionary
relationships
among species
1.5, Ch 25, Unit 5
Scientific meetings
• Peer-reviewed
publications
to
BioSkills 16
Communicate
findings
provides
then
Society
relate to
larger
if YES
to
+
U
Ston
Theory
Explains fundamental
aspects of nature
.
.
• Consistently shown
to be correct after
extensive testing
Serves as a framework.
for developing new
hypotheses
Cell theory
1.2
such as
and
Theory of evolution
1.2
1.3, Ch 22
and
Chromosome theory of
inheritance 1.4, Ch 14
Transcribed Image Text:ngBiology Levels of biological organization MB Observations (planned or chance) may involve one or many may involve one or many Characteristics of good experimental design • Controls • Consistent experimental conditions lead to • Large sample sizes 1.6 usually involves DOING BIOLOGY involves the Evidence-based study of life Exploring the literature BioSkills 16 leads to Defining a problem and forming a question leads to Stating a hypothesis and a null hypothesis, and making predictions leads to Designing a study (either observational or experimental) to test predictions leads to Gathering data leads to Analyzing and interpreting data Skills 1-3, 6-11, 13 begins with evaluated by asking Do the data support the hypothesis? life 1.1 Sharing ideas with other scientists leads to enables reject hypothesis; propose alternative bol hypothesis revisit assumptions of study if NO reveals Inspiration then Scientific community • Discussions with colleagues The Tree of Life Describes the evolutionary relationships among species 1.5, Ch 25, Unit 5 Scientific meetings • Peer-reviewed publications to BioSkills 16 Communicate findings provides then Society relate to larger if YES to + U Ston Theory Explains fundamental aspects of nature . . • Consistently shown to be correct after extensive testing Serves as a framework. for developing new hypotheses Cell theory 1.2 such as and Theory of evolution 1.2 1.3, Ch 22 and Chromosome theory of inheritance 1.4, Ch 14
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