BIOLOGY WEEK 26. MUST DO Species are distinct natural entities, with a clear definition, that can be easily recognized by anyone. many bacteria reproduce.

Slides:



Advertisements
Similar presentations
How to Use This Presentation
Advertisements

Unit Title Understanding evolutionary relationships (for majors introductory biology) Learning goals 1) Understand how phylogenetic trees are constructed.
Classification and Taxonomy Heather M Hawkins Office Hours: 11-2 LS 464.
Chemistry Basics Part 6 Ray Tedder NBC Chemistry Teacher.
Mystery Photosynthesis and Cellular Respiration. Maryland Science Content Standard Based on data from readings and designed investigations, students will.
Lesson 3: Phylogeny & Modern Taxonomy
Chapter 18 Classification
Classification systems have changed over time as information has increased. Section 2: Modern Classification K What I Know W What I Want to Find Out L.
Chapter 26 – Phylogeny & the Tree of Life
Chapter 2 Opener How do we classify organisms?. Figure 2.1 Tracing the path of evolution to Homo sapiens from the universal ancestor of all life.
The Inquiry Method for Social Science Research
Biology and the Tree of Life Chapter One. Key Concepts Organisms obtain and use energy are made up of cells, process information, replicate, and as populations.
Phylogeny & The Tree of Life. Phylogeny  The evolutionary history of a species or group of species.
Phylogeny and the Tree of Life
Section 1 What Science is and is not. The goal of science is to investigate and understand nature, to explain events in nature and to use those explanations.
Mystery Photosynthesis and Cellular Respiration. Maryland Science Content Standard Based on data from readings and designed investigations, students will.
The Evolutionary History of Biodiversity
Chapter 17: Organizing Life’s Diversity
Classification and Taxonomy. THINK ABOUT IT –Scientists have been trying to identify, name, and find order in the diversity of life for a long time. The.
What is Science? Chapter 1. Definition: Science is a way of using evidence (data/observations) to understand the natural world Science that follows a.
The Scientific Method Honors Biology Laboratory Skills.
Classification and Taxonomy. THINK ABOUT IT –Scientists have been trying to identify, name, and find order in the diversity of life for a long time. The.
Chapter 1 “The Science of Biology” The goal of science is to investigate and understand, to explain events in nature, and to use those explanations to.
Chapter 24. Microevolution: change in allele frequencies in a population over time Macroevolution: broad pattern of evolution above the species level.
Warm-Up 1.Contrast adaptive radiation vs. convergent evolution? Give an example of each. 2.What is the correct sequence from the most comprehensive to.
Chapter 11 (Plant Taxonomy, pp ) Species Concepts.
Wheel of Wonder Chimpanzee Gorilla Active Compare 2 Animals Social Feedin g Inactive Measure 1Behavior Gibbon Orangutan Self- Grooming Not Visible Other.
UNIT 6 - Evolution SWBAT compare the relatedness of various species by applying taxonomic principles (cladistics, phylogeny, morphology and DNA.
17.2 Modern Classification
Comparing DNA Sequences to Understand Evolutionary Relationships with BLAST INVESTIGATION 3 BIG IDEA 1.
Lynn English High School Ms. Mezzetti
HONORS BIOLOGY LABORATORY SKILLS The Scientific Method.
AQA Biology AS Chapter 15 – Evidence for relationships between organisms.
How is every organism classified
Digging Deeper to Understand Implications of Standards Unpacking ELA Standards.
Chapter 26 Phylogeny and the Tree of Life
Phylogenetic Tree. Vestigial Structures oKC8 oKC8.
Visual Data, Day 1 Taxonomy, Characters and Classification.
Common Ground Protocols for Working with the K-12 Writing Samples in In Common Student writing samples that can be used with these protocols can be found.
Taxonomy, Classification... and some phylogeny too!
INVESTIGATION 3 BIG IDEA 1
Phylogeny and the Tree of Life
Phylogeny and the Tree of Life
Warm Up Who was Charles Darwin?
Binomial Nomenclature
Warm-Up Contrast adaptive radiation vs. convergent evolution? Give an example of each. What is the correct sequence from the most comprehensive to least.
Warm-Up Contrast adaptive radiation vs. convergent evolution? Give an example of each. What is the correct sequence from the most comprehensive to least.
Phylogeny and the Tree of Life
Warm-Up Contrast adaptive radiation vs. convergent evolution? Give an example of each. What is the correct sequence from the most comprehensive to least.
INVESTIGATION 3 BIG IDEA 1
INVESTIGATION 3 BIG IDEA 1
Copy Cat: Types of Reproduction
Warm-Up Contrast adaptive radiation vs. convergent evolution? Give an example of each. What is the correct sequence from the most comprehensive to least.
Cladistics Cladistics: classification based on common ancestry
Warm-Up Contrast adaptive radiation vs. convergent evolution? Give an example of each. What is the correct sequence from the most comprehensive to least.
Phylogeny and the Tree of Life
Phylogeny and the Tree of Life
Phylogeny and the Tree of Life
Phylogeny and the Tree of Life
Warm-Up Contrast adaptive radiation vs. convergent evolution? Give an example of each. What is the correct sequence from the most comprehensive to least.
INVESTIGATION 3 BIG IDEA 1
Fossil Record Evidence
Phylogeny and the Tree of Life
Warm-Up Contrast adaptive radiation vs. convergent evolution? Give an example of each. What is the correct sequence from the most comprehensive to least.
Phylogeny and the Tree of Life
Warm-Up Contrast adaptive radiation vs. convergent evolution? Give an example of each. What is the correct sequence from the most comprehensive to least.
World Literature Activator
Classification Notes B-5.7
Unit 2 Priority Standard: Writing 1 – Write arguments to support claims in an analysis of substantive topics or texts, using valid reasoning and relevant.
Classification EQ: How have new discoveries helped us to redefine the relationships among organisms?
Presentation transcript:

BIOLOGY WEEK 26

MUST DO Species are distinct natural entities, with a clear definition, that can be easily recognized by anyone. many bacteria reproduce mainly asexually Many plants and some animals form hybrids in nature, even if they largely mate within their own groups. Should groups that occasionally hybridize in selected areas be considered the same species or separate species? It is difficult to apply because the term species reflects our attempts to give discrete names to different parts of the tree of life — which is not discrete at all, but a continuous web of life, connected from its roots to its leaves.

DEEP SEA MYSTERY Johnson, et al. used molecular data to generate phylogenetic trees to test how closely related different specimens from the different fish groups were to one another. complete “An Exercise in Tree Interpretation” on page 9 Show me your answers when you are done.

DEEP SEA MYSTERY look at the Phylogenetic Tree on page 10 of the Student Research Notes. This tree is generated from DNA samples taken from individual species of fish including those that have been classified in the three groups. Select a color for each group of fish (Tapetails, Whalefish, and Bignose fish) to create their own color-coded key, and then use the Deep Sea Fish Specimen Key to color-code the Whalefish, Tapetails, and Bignose fish species depicted on the tree.

DEEP SEA MYSTERY review and discuss the process you went through to test the Three Clade and Single Clade Hypotheses. Summarize your findings in terms of how the different lines of evidence were used to test a hypothesis about the evolutionary relationships of deep sea fish. Answer the following questions on page 11. What kinds of evidence can scientists use to study relationships? How are these different lines of evidence useful If you were on the Johnson science team, what would you want to investigate about these fish next? What have you learned about how these fish are adapted to the environment where they live? What did you learn about how scientists investigate questions?

DEEP SEA MYSTERY read and discuss

SUMMATIVE LT: Write arguments to support claims in an analysis of substantive topics or texts, using valid reasoning and relevant and sufficient evidence. Create an argument for either the single clade hypothesis or the three clade hypothesis using evidence from class.