SlideShare a Scribd company logo
Do Now: Try to answer these
WITHOUT using your notes.
 Why won’t you ever find fossils in igneous rocks?
 What type of rocks will you find fossils in?
 What can scientists determine about an organism
from its fossil?
 Name one substance in which you could find an
entire organism preserved.
Do Now 3.13.17
1. What land use would be the best choice for watershed drainage?
A. mall
B. wetland
C. recreational area
2. Where is the majority of Earth’s freshwater located?
A. groundwater
B. oceans
C. lakes
D. Ice
3. What causes upwelling in the oceans?
A. coral reef construction
B. photosynthesis reactions
C. winds and ocean currents
Do Now 3.13.17
1. What land use would be the best choice for watershed drainage?
A. mall
B. wetland
C. recreational area
2. Where is the majority of Earth’s freshwater located?
A. groundwater
B. oceans
C. lakes
D. Ice
3. What causes upwelling in the oceans?
A. coral reef construction
B. photosynthesis reactions
C. winds and ocean currents
Do Now 3.13.17
1. What land use would be the best choice for watershed drainage?
A. mall
B. wetland
C. recreational area
2. Where is the majority of Earth’s freshwater located?
A. groundwater
B. oceans
C. lakes
D. Ice
3. What causes upwelling in the oceans?
A. coral reef construction
B. photosynthesis reactions
C. winds and ocean currents
Do Now 3.14.17
1. Which describes the hydrosphere?
A. all of Earth’s organisms and the environments in which they live
B. a layer of Earth’s atmosphere made up primarily of concentrated ozone
C. all of the water in Earth’s oceans, lakes, seas, rivers, and glaciers, plus
the water in the atmosphere
2. Which provide the best source of information about the quality of water
in aquifers?
A. wells
B. lakes
C. septic tanks
3. Which statement best compares the amount of water present on Earth
today with the amount present millions of years ago?
A. There is slightly more water on Earth today.
B. There is significantly less water on Earth today.
C. There is significantly more water on Earth today.
D. There is about the same amount of water on Earth today.
Pre & Post Test
 Google search ncedcloud
 Log into school net
 Use your lunch number for username
 Password: Chargers!15
 Post Test code: WY9XE5
 Pre Test code: LU8XY4NY8 (write words you
do not know)
 When you’re done go to study island and
READ only Adaptation
Do Now 3.21.16
1. Most fossils are found in _____ rock.
 A. igneous
 B. metamorphic
 C. sedimentary
 D. all of the above
2. What is the approximate
age of the oldest
ammonite fossil shown in
the diagram above?
 A. 65 million years
 B. 248 million years
 C. 480 million years
 D. 540 million years
3. Which point shows
where a fossil that is 500
million years old would
most likely be found?
 E
 F
 H
 G
How fossils are the first part of
telling a story.
Relative Dating
 The age of an event or object in relation to
other events or objects
Can you think of any examples?
Remember this is NOT an exact
age or date, but an important way
to put events or ages of objects in
order. It’s the first step to fitting
together the puzzle of Earth’s past
together.
How old are these bicycles? Can you
arrange these bikes in order of their
ages without knowing how old each
is?
A. B
.
C.
Index Fossils are an important
tool scientists use to find the
relative date of rocks
Index Fossils
 Fossils found in sedimentary rock can offer
clues about the age of the rock
 An organism that is fossilized in rock must
have lived during the same time span in which
that rock was formed
Index Fossils
 Therefore, if scientists knew how long ago
a fossilized organism lived, then they
could figure out the age of the rock in
which the fossil was found.
  HOWEVER, not all fossils can be used to
date rocks. Why is this?
Index fossils
 Were common organisms (there were lots of
them around)
 Lived in many areas (all over the world)
 Existed only during specific spans of time
Practice
 How can you use index fossils to determine
the age of rock layers?
How are index fossils like fashion
trends?
 Index fossils are used to date rocks
 Lets look at fashion trends to date when the
following pictures were taken…
About when do you think these
people are from?
About when do you think these
people are from?
Relative age and index fossils 1
About when do you think these
people are from?
Relative age and index fossils 1
Exit Ticket
1. Which best describes the relationship between rock layers and
index fossils?
A. Different rock layers contain only specific species of index fossils.
B. Different rock layers can be compared to determine the exact age
of index fossils.
C. Different rock layers can be determined to be the same exact age if
they contain the same index fossils.
D. Different rock layers can be determined to be the same relative age
if they contain the same index fossils.
2. Which best explains the significance of the trilobite(type of fossil) as
an index fossil?
A. They were the first fossils to be discovered.
B. They are fossils that represent many different life-forms.
C. They were the only fossils found outside the United States.
D. They are fossils that indicate a certain era in geologic time.

More Related Content

PDF
Metamorphism and metamorphic rocks ppt
DOCX
Types meteorites
PPT
palaeozoic
PPT
Index Fossil.ppt
PDF
Mantle plumes
PPTX
age of stratified rock-2.pptx
PDF
Stratigraphy
PPTX
Ichnology,classification & significance of trace fossil
Metamorphism and metamorphic rocks ppt
Types meteorites
palaeozoic
Index Fossil.ppt
Mantle plumes
age of stratified rock-2.pptx
Stratigraphy
Ichnology,classification & significance of trace fossil

What's hot (20)

PPTX
Metamorphism intro
PPT
Stratigraphy i
PPT
Mollusc
PPTX
Geological time scale
PPT
Solar System and its Origin)
PPTX
Stress in the earth’s crust
PPTX
Chapter 16.2: Relative-Age Dating
PPTX
Permian triassic boundary by priyansh dwivedi
PPTX
Eastern dharwar craton
PDF
Lawof superposition
PPTX
Radiometric dating
PPTX
SIGNIFICANCE OF CONODONTS IN MICROFOSSIL HISTORY
PPTX
Running water as an agent of Erosion
PPTX
Relative and absolute_dating
PPTX
Foraminifera and its Applications
PPT
Igneous Petrology
PPTX
TEXTURES OF SEDIMENTARY ROCKS
PPTX
Deccan traps in stratigraphy
PPTX
Micropaleontology and foraminifera
PDF
Organic Acritarch's & Dinoflagellates
Metamorphism intro
Stratigraphy i
Mollusc
Geological time scale
Solar System and its Origin)
Stress in the earth’s crust
Chapter 16.2: Relative-Age Dating
Permian triassic boundary by priyansh dwivedi
Eastern dharwar craton
Lawof superposition
Radiometric dating
SIGNIFICANCE OF CONODONTS IN MICROFOSSIL HISTORY
Running water as an agent of Erosion
Relative and absolute_dating
Foraminifera and its Applications
Igneous Petrology
TEXTURES OF SEDIMENTARY ROCKS
Deccan traps in stratigraphy
Micropaleontology and foraminifera
Organic Acritarch's & Dinoflagellates
Ad

Viewers also liked (19)

PPTX
Law of superposition ppt
PPTX
How disease spreads student version
PDF
How to Become a Thought Leader in Your Niche
PPTX
Fossils (teach)
PPTX
Teelie Turner, Posts of the Week, March 6-12, 2017
PDF
Innovation gefunden! Vertrieb fehlt?
PDF
Letter european investors – government of the Slovak republic
PDF
Future Trends - Recycling - Demolished Construction Materials
DOCX
16th March 2017 - Life restored through Jesus Christ
PDF
CArcMOOC 06.04 - Dynamic optimizations
PPTX
Evolución 2
PPTX
scop and function public relation
DOCX
Nutritional requirement of the living cells
PPTX
Conflicts Resolving
PPTX
Fossil Record - Paleontology Geo-science
PPTX
Paleontology course h
PPT
History of Earth: using Fossils and Rock Layers to tell the story
PPT
5.2 sedimentary rocks
PPT
Govinda presentation on acid rain
Law of superposition ppt
How disease spreads student version
How to Become a Thought Leader in Your Niche
Fossils (teach)
Teelie Turner, Posts of the Week, March 6-12, 2017
Innovation gefunden! Vertrieb fehlt?
Letter european investors – government of the Slovak republic
Future Trends - Recycling - Demolished Construction Materials
16th March 2017 - Life restored through Jesus Christ
CArcMOOC 06.04 - Dynamic optimizations
Evolución 2
scop and function public relation
Nutritional requirement of the living cells
Conflicts Resolving
Fossil Record - Paleontology Geo-science
Paleontology course h
History of Earth: using Fossils and Rock Layers to tell the story
5.2 sedimentary rocks
Govinda presentation on acid rain
Ad

Similar to Relative age and index fossils 1 (20)

PPTX
Unit 13a Fossil record and geologic time scale
PPTX
Science NAT Review.pptx
PDF
Life in the Universe 4th Edition Bennett Test Bank
PPTX
PRE-TEST BEFORE EMERGING PIECES OF NATURAL RESOURCES.pptx
PPTX
GRADE 10 Science QUARTER 1 module 5.pptx
PDF
INGLES BACH MODULO para hacer diagramas sistemales
PDF
INGLES BACH MODULO para hacer diagramas sistemales
PPT
Power point_Presentation _about_Fossils.ppt
DOCX
101520191Geologic TimeChapter 8Contents1. .docx
PDF
Life in the Universe 4th Edition Bennett Test Bank
PDF
Life in the Universe 4th Edition Bennett Test Bank
PDF
K-T Extinction Outline
PDF
Life in the Universe 4th Edition Bennett Test Bank
PPTX
9/29/11
PPTX
9/29/11
PPTX
9/29/11
PPT
P1 lesson part two
PDF
Science10_Q3_ver4_Mod6.pdf
PPTX
2/24/12
PPTX
ELS MODULE 3 PPT.pptx
Unit 13a Fossil record and geologic time scale
Science NAT Review.pptx
Life in the Universe 4th Edition Bennett Test Bank
PRE-TEST BEFORE EMERGING PIECES OF NATURAL RESOURCES.pptx
GRADE 10 Science QUARTER 1 module 5.pptx
INGLES BACH MODULO para hacer diagramas sistemales
INGLES BACH MODULO para hacer diagramas sistemales
Power point_Presentation _about_Fossils.ppt
101520191Geologic TimeChapter 8Contents1. .docx
Life in the Universe 4th Edition Bennett Test Bank
Life in the Universe 4th Edition Bennett Test Bank
K-T Extinction Outline
Life in the Universe 4th Edition Bennett Test Bank
9/29/11
9/29/11
9/29/11
P1 lesson part two
Science10_Q3_ver4_Mod6.pdf
2/24/12
ELS MODULE 3 PPT.pptx

Recently uploaded (20)

PDF
. Radiology Case Scenariosssssssssssssss
PDF
Unveiling a 36 billion solar mass black hole at the centre of the Cosmic Hors...
PDF
ELS_Q1_Module-11_Formation-of-Rock-Layers_v2.pdf
PDF
Biophysics 2.pdffffffffffffffffffffffffff
PDF
SEHH2274 Organic Chemistry Notes 1 Structure and Bonding.pdf
PPTX
GEN. BIO 1 - CELL TYPES & CELL MODIFICATIONS
PPTX
neck nodes and dissection types and lymph nodes levels
PDF
diccionario toefl examen de ingles para principiante
PPTX
2. Earth - The Living Planet Module 2ELS
PPTX
7. General Toxicologyfor clinical phrmacy.pptx
PPTX
ECG_Course_Presentation د.محمد صقران ppt
PDF
bbec55_b34400a7914c42429908233dbd381773.pdf
PPTX
Derivatives of integument scales, beaks, horns,.pptx
PPTX
Taita Taveta Laboratory Technician Workshop Presentation.pptx
PPTX
microscope-Lecturecjchchchchcuvuvhc.pptx
PPTX
cpcsea ppt.pptxssssssssssssssjjdjdndndddd
PPTX
Protein & Amino Acid Structures Levels of protein structure (primary, seconda...
PDF
Phytochemical Investigation of Miliusa longipes.pdf
PPTX
ognitive-behavioral therapy, mindfulness-based approaches, coping skills trai...
PPTX
EPIDURAL ANESTHESIA ANATOMY AND PHYSIOLOGY.pptx
. Radiology Case Scenariosssssssssssssss
Unveiling a 36 billion solar mass black hole at the centre of the Cosmic Hors...
ELS_Q1_Module-11_Formation-of-Rock-Layers_v2.pdf
Biophysics 2.pdffffffffffffffffffffffffff
SEHH2274 Organic Chemistry Notes 1 Structure and Bonding.pdf
GEN. BIO 1 - CELL TYPES & CELL MODIFICATIONS
neck nodes and dissection types and lymph nodes levels
diccionario toefl examen de ingles para principiante
2. Earth - The Living Planet Module 2ELS
7. General Toxicologyfor clinical phrmacy.pptx
ECG_Course_Presentation د.محمد صقران ppt
bbec55_b34400a7914c42429908233dbd381773.pdf
Derivatives of integument scales, beaks, horns,.pptx
Taita Taveta Laboratory Technician Workshop Presentation.pptx
microscope-Lecturecjchchchchcuvuvhc.pptx
cpcsea ppt.pptxssssssssssssssjjdjdndndddd
Protein & Amino Acid Structures Levels of protein structure (primary, seconda...
Phytochemical Investigation of Miliusa longipes.pdf
ognitive-behavioral therapy, mindfulness-based approaches, coping skills trai...
EPIDURAL ANESTHESIA ANATOMY AND PHYSIOLOGY.pptx

Relative age and index fossils 1

  • 1. Do Now: Try to answer these WITHOUT using your notes.  Why won’t you ever find fossils in igneous rocks?  What type of rocks will you find fossils in?  What can scientists determine about an organism from its fossil?  Name one substance in which you could find an entire organism preserved.
  • 2. Do Now 3.13.17 1. What land use would be the best choice for watershed drainage? A. mall B. wetland C. recreational area 2. Where is the majority of Earth’s freshwater located? A. groundwater B. oceans C. lakes D. Ice 3. What causes upwelling in the oceans? A. coral reef construction B. photosynthesis reactions C. winds and ocean currents
  • 3. Do Now 3.13.17 1. What land use would be the best choice for watershed drainage? A. mall B. wetland C. recreational area 2. Where is the majority of Earth’s freshwater located? A. groundwater B. oceans C. lakes D. Ice 3. What causes upwelling in the oceans? A. coral reef construction B. photosynthesis reactions C. winds and ocean currents
  • 4. Do Now 3.13.17 1. What land use would be the best choice for watershed drainage? A. mall B. wetland C. recreational area 2. Where is the majority of Earth’s freshwater located? A. groundwater B. oceans C. lakes D. Ice 3. What causes upwelling in the oceans? A. coral reef construction B. photosynthesis reactions C. winds and ocean currents
  • 5. Do Now 3.14.17 1. Which describes the hydrosphere? A. all of Earth’s organisms and the environments in which they live B. a layer of Earth’s atmosphere made up primarily of concentrated ozone C. all of the water in Earth’s oceans, lakes, seas, rivers, and glaciers, plus the water in the atmosphere 2. Which provide the best source of information about the quality of water in aquifers? A. wells B. lakes C. septic tanks 3. Which statement best compares the amount of water present on Earth today with the amount present millions of years ago? A. There is slightly more water on Earth today. B. There is significantly less water on Earth today. C. There is significantly more water on Earth today. D. There is about the same amount of water on Earth today.
  • 6. Pre & Post Test  Google search ncedcloud  Log into school net  Use your lunch number for username  Password: Chargers!15  Post Test code: WY9XE5  Pre Test code: LU8XY4NY8 (write words you do not know)  When you’re done go to study island and READ only Adaptation
  • 7. Do Now 3.21.16 1. Most fossils are found in _____ rock.  A. igneous  B. metamorphic  C. sedimentary  D. all of the above
  • 8. 2. What is the approximate age of the oldest ammonite fossil shown in the diagram above?  A. 65 million years  B. 248 million years  C. 480 million years  D. 540 million years 3. Which point shows where a fossil that is 500 million years old would most likely be found?  E  F  H  G
  • 9. How fossils are the first part of telling a story.
  • 10. Relative Dating  The age of an event or object in relation to other events or objects
  • 11. Can you think of any examples?
  • 12. Remember this is NOT an exact age or date, but an important way to put events or ages of objects in order. It’s the first step to fitting together the puzzle of Earth’s past together.
  • 13. How old are these bicycles? Can you arrange these bikes in order of their ages without knowing how old each is? A. B . C.
  • 14. Index Fossils are an important tool scientists use to find the relative date of rocks
  • 15. Index Fossils  Fossils found in sedimentary rock can offer clues about the age of the rock  An organism that is fossilized in rock must have lived during the same time span in which that rock was formed
  • 16. Index Fossils  Therefore, if scientists knew how long ago a fossilized organism lived, then they could figure out the age of the rock in which the fossil was found.   HOWEVER, not all fossils can be used to date rocks. Why is this?
  • 17. Index fossils  Were common organisms (there were lots of them around)  Lived in many areas (all over the world)  Existed only during specific spans of time
  • 18. Practice  How can you use index fossils to determine the age of rock layers?
  • 19. How are index fossils like fashion trends?  Index fossils are used to date rocks  Lets look at fashion trends to date when the following pictures were taken…
  • 20. About when do you think these people are from?
  • 21. About when do you think these people are from?
  • 23. About when do you think these people are from?
  • 25. Exit Ticket 1. Which best describes the relationship between rock layers and index fossils? A. Different rock layers contain only specific species of index fossils. B. Different rock layers can be compared to determine the exact age of index fossils. C. Different rock layers can be determined to be the same exact age if they contain the same index fossils. D. Different rock layers can be determined to be the same relative age if they contain the same index fossils. 2. Which best explains the significance of the trilobite(type of fossil) as an index fossil? A. They were the first fossils to be discovered. B. They are fossils that represent many different life-forms. C. They were the only fossils found outside the United States. D. They are fossils that indicate a certain era in geologic time.

Editor's Notes