'Cladogram' presentation slideshows

Biology 3.5

1.08k views • 74 slides

Mechanisms of Evolution

Mechanisms of Evolution. Members of the same species : Can reproduce in a natural setting and produce fertile offspring. Background terms. A horse and donkey can mate in the barnyard to produce a mule. The mule is a very strong, hardworking animal (albeit stubborn!), but alas,

740 views • 50 slides

Ch 43 Mammals

Ch 43 Mammals. Six Major Characteristics. Endothermy =control body temp through metabolism, insulation, reguln of heat loss Hair = keratin, insulation Fully divided 4 chambered heart = efficient, no mixing of oxy and deoxy Milk = fat, protein, sugar mix from mammary glands

521 views • 43 slides

Chapter 2 GBBE Part III Cell Division by Meiosis : The Basis of Sex

Chapter 2 GBBE Part III Cell Division by Meiosis : The Basis of Sex. Objections of this Section: Meiosis vs. Mitosis Comparison Male and Female Reproductive Systems Role of Mitosis and Meiosis in Sexual Life Cycles Spermatogenesis and Oogenesis, the processes that form gametes.

669 views • 43 slides

Classification

596 views • 41 slides

Lecture V How to Determine Evolutionary Relationships: Concepts in Phylogeny and Systematics

Lecture V How to Determine Evolutionary Relationships: Concepts in Phylogeny and Systematics Textbook Reading: pp 425-433, 435-437 in chapter 23: Reconstructing and using Phylogenies.

512 views • 34 slides

The Theory of Evolution

475 views • 32 slides

Taxonomy and Species concepts

1.31k views • 30 slides

Comparing DNA Sequences to Understand Evolutionary Relationships with BLAST

Comparing DNA Sequences to Understand Evolutionary Relationships with BLAST. INVESTIGATION 3 BIG IDEA 1 By Cherylann Hollinger. Tutorials for BLAST at NCBI. The NCBI Handbook. BLAST Home Page. Student Investigation. Getting Started (pages S43 & S44)

653 views • 24 slides

1/15/2014

1/15/2014. Finish Cartoon Dichotomous key (back of #5) Classification Notes Coral Reef Fish Key Begin Quoze Dichotomous Key LAB Reminder- you need a 100+ page spiral notebook and color pencils by 1/22. Classification/Taxonomy. Chapter 18. Why Classify?. Taxonomy. Defined :

402 views • 23 slides

7 th Grade Assignments

324 views • 22 slides

Ch. 18, Classification

459 views • 20 slides

Bioinformatics CSM17 Week 7: Molecular Analysis

Bioinformatics CSM17 Week 7: Molecular Analysis. Sequence comparison Molecular characters Homoplasy and convergence Multiple Sequence Alignment Cladograms from Molecular Data. Molecular data. A T G C A T G C Sense Strand (Partner) | | | | | | | | A U G C A U G C Messenger RNA

283 views • 16 slides

Introduction

Introduction. Since Mammal Species of the World (1982), 760 new mammal species have been described, and 400 new mammal species since 1993 alone. These discoveries result from: recent explorations in remote parts of the world taxonomic revisions of problematic groups

263 views • 13 slides

FOSSIL HALLS Proganochelys: a Primitive Turtle

FOSSIL HALLS Proganochelys: a Primitive Turtle. Copy Picture from AMNH Web link on your selected Exhibit Specimen. Proganochelys: Interesting Facts. Include a photo that you took at the museum of your selected Exhibit Specimen.

252 views • 12 slides

Classification Review

349 views • 11 slides

Location of Hominid fossils worldwide

199 views • 9 slides

Adaptations for Survival

Adaptations for Survival.

145 views • 6 slides

06.01 Classification Project

06.01 Classification Project. The 6.01 lesson taught you about different systems used to classify living things: 1. Linnaean taxonomy 2. Cladistics You will practice with the 2 classification systems by classifying some birds: Blue jay, robin, cardinal, canary, pelican

1.46k views • 5 slides

06.01 Classification Project

06.01 Classification Project. The 6.01 lesson taught you about different systems used to classify living things: 1. Linnaean taxonomy 2. Cladistics You will practice with the 2 classification systems by classifying some birds: Blue jay, robin, cardinal, canary, pelican

110 views • 5 slides