Artificial selection (or selective breeding) describes intentional breeding for certain traits.

Slides:



Advertisements
Similar presentations
Unit 5 – Lecture 3. Types of Evolution Macroevolution change of one kind of organism into another macro = large this has not been observed, but is assumed.
Advertisements

Animal Breeding Systems
Propagating and Selling Fish!
Livestock Production Ms. Boyt
Environmental Science Chapter 4: The Organization of Life
An introduction to evolution
Essential Question: NONE
Hybrids and Purebreds in Agriculture Agriculture Biology.
Genetic Engineering : directly manipulating an organism’s DNA using technology.
Exploring the Beef Industry
Connect! What are some desired traits that breeders might want to select for in these food sources? What would breeders need to know about each trait to.
LO: SWBAT describe what selective breeding is, give examples of selective breeding and compare it to genetic engineering. DN: If you have a cloned flock.
habitat is an ecological or environmental area that is inhabited by a particular species of animal, plant, or other type of organism. [1][2] It is the.
BREEDING SUPERIOR SHEEP describe and explain how sheep breeders can achieve genetic progress in their flocks.
Bailey Olinger Ryan Butzke Polar Bear. Bibliography http;//en.org.wikipedia.org/wik/polar_bear.
Sexual Reproduction. My Goals Today I will learn how living organisms reproduce and pass traits to their offspring.
Journal Entry: 5/10 Write a sentence to describe each of the following terms: heredity, genotype, and phenotype. Is heredity necessarily a factor in both.
I can find equal ratios for sets of data.. Think about it…. What fraction of objects are squares? What is the ratio of triangles to squares?
3.11 Reproductive Technologies in Agriculture (sec 3.5 pg 93)
Extinction/solution  We cant really help animals from going extinct because of climate change.  If we lose coal, oil and gas we can stop the ice from.
GENETIC CONTINUITY. A METHOD OF REPRODUCTION IN WHICH ALL THE GENES ARE PASSED ON TO THE OFFSPRING COME FROM A SINGLE PARENT AND ARE GENETICALLY IDENTICAL.
Inclusive fitness Brian O’Meara EEB464 Fall 2015 "I will not here enter on these several cases, but will confine myself to one special difficulty, which.
Poultry Production in Nova Scotia. Terms to Know Breaking Stock: Shelled eggs designated for breaking to produce egg products. Broiler/Fryer Chickens:
Beef and Dairy Cattle. Objectives: 1.Label the parts of cattle 2.Define key terms associated with cattle 3.Detail the history of cattle 4.Explain the.
Reproductive Technologies in Agriculture BC Science Probe 9 Section 3.5 Pages
1 Unit E Segments of the Animal Industry Lesson 1 Exploring the Cattle Industry.
My Virtual Field Trip to the Zoo
Multiplication Reduction. The Rules Choose any 3 digit number Multiply the digits together to get a new number Multiply the digits of the new number together.
Fibonacci Your homework was to find out about this man, so lets fill in this together.
Vocabulary  Buck: An intact mature male goat  The _______ smelled terrible because it was breeding season.  Doe: A mature female goat  My _______ is.
Hybrids and Purebreds for Real Agriculture Biology.
Drosophila Basic Studying the Monohybrid Cross Cost: $87.95 Presented by Alvin Essenburg.
1 The trace remains of an organism that lived long ago and may be used as evidence to support the theory of evolution.
The Theory of Natural Selection Artificial Selection Humans selected (not naturally) traits thought to be advantageous Humans created diversity choosing.
Genetics – Trait Selection An S 426 Fall Genetics – Trait Selection Has led to development of Economically Relevant Traits (ERT) and Indicator Trait.
The Theory of Natural Selection
S ELECTIVE B REEDING ( ARTIFICIAL S ELECTION ). S ELECTIVE B REEDING : D ETAILS Selective breeding involves mating organisms with different “desirable”
Introduction to Beef Cattle Student Notes Objectives Describe terms commonly used with __________ __________. ___________ __________ _________of the.
SCIENCE 7 UNIT B Topic 3: Cones, Pollination, and Flowers.
Welcome Favorite Scientists! Today: Discuss Exit Ticket From Lesson 1: (If you didn’t answer this last time, do it now) How could what you learned about.
Date: April 4, 2016 Aim #69: How does genetic engineering compare and contrast to selective breeding? HW: 1)Unit 7c due Friday, April 8 th Do not forget.
How does genetic engineering compare and contrast to selective breeding?
Exploring the Beef Industry
Selection and Judging of Beef Cattle
ARTIFICIAL SELECTION.
The Physics of….
Exploring the Beef Industry
Date: January 26th, 2017 Aim #45: How does genetic engineering compare and contrast to selective breeding? HW: Daily Review of Class Notes Biotechnology.
Section 3: Multicellular Life Cycles
Camouflage, Morphology, Behavior, Biochemical
Mechanisms for the Diversity of Life
DO NOW Date: JAN 17th Tape into page 120
DO NOW Date: JAN 19th Tape into page 120
S1 Science Biological Sciences
Polar bears: Activity 3: Trouble
Artificial Selection Biology.
Activity #58 Creature Features.
Empirical Measurement of Sex Differences
Wild Mustard.
Animal, Plant & Soil Science
Evolutionary Mechanisms
Charles Darwin and Natural Selection
Biological Diversity Unit
Learning Intention: 8.LS4.5
Question 29.
Populations in Ecosystems
Learning Intention: 8.LS4.5
1. What animal 2. Male or Female ? 4. Male or Female? Why? Why?
How Do You Describe the Location of an Object?
(Artificial Selection)
Presentation transcript:

Artificial selection (or selective breeding) describes intentional breeding for certain traits

For Better Salads

For Spice

For more meat

For Companionship

Be a Breeder In your lab notebook… Choose a living organism and a trait and explain, step by step, how you would create your own special breed.

My Example Organism: Polar Bears Trait: Size Goal: I would like to breed very small polar bears. Procedure: 1. Call all the zoos in the world and ask them for the weight of their adult polar bears. 2. Take the 20 smallest bears, 10 male and 10 female and breed them together. 3. In the next generation, feed the bears all the same amount and, once the bears have reached maturity, again select the 20 smallest bears. 4. Do this for each generation until polar bears reach desired size.