Glaciers and Sea Level Rise Through GPS Monitoring

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I
NTRODUCTORY
 I
NFORMATION
 A
BOUT
G
LACIERS
 & S
EA
 L
EVEL
 C
HANGE
 
Module: Measuring the Earth with GPS
Unit 3: Glaciers, GPS, and Sea Level Rise
By Karen M. Kortz and Jessica J. Smay
 
 
Version: 9 January, 2019
 
D
IAGRAM
 
OF
 
A
 G
LACIER
 
Author: Kelvinsong
Diagram from https://commons.wikimedia.org/wiki/File:Glacier_diagram.svg
 
Ice added to glacier through snowfall
 
Ice flows through glacier
 
Ice removed from
glacier through
melting
 
G
LACIAL
 M
ASS
 
The amount of
ice in a glacier
depends on the
additions (snow)
vs. subtractions
(melting)
 
Margerie Glacier, Alaska
NPS Photo; From https://www.nps.gov/articles/howglaciersmove.htm
 
C
HANGING
 G
LACIAL
 M
ASS
 
Describe how the
size of a glacier
would change if
the additions
(snowfall) and
subtractions
(melting) were
not equal
 
Athabasca Glacier, Alberta Canada
Photo by David Stanley. From
https://www.flickr.com/photos/davidstanleytravel/27443088699
 
A
S
 
GLACIERS
 
MELT
, 
SEA
 
LEVEL
 
RISES
 
What are some possible effects of sea level
rise?
 
E
XAMPLE
 
SEA
 
LEVEL
 
RISE
 
IMPACTS
 
Increased coastal flooding & storm surges
 
Changing food resources
 
Vulnerable infrastructure
 
M
EASURING
 G
LACIAL
 M
ASS
 
Brainstorm how scientists can measure
whether the amount of ice in a glacier is
changing
 
M
EASURING
 G
LACIAL
 M
ASS
 
Laube Glacier, Greenland. Photo by Michael
Willis, Cornell University.
 
In the following activities,
you will learn how GPS
stations like this one
continuously measure the
changing size of glaciers
 
A
NIMATION
 
FOR
 A
CTIVITY
 3.2
 
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Delve into the intricacies of glaciers and their impact on sea level rise by exploring how GPS technology aids in tracking glacier mass changes. Learn about the effects of melting glaciers on sea levels, possible consequences, and methods for measuring glacier mass variations using GPS stations.

  • Glaciers
  • Sea level rise
  • GPS monitoring
  • Climate change
  • Environmental science

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  1. INTRODUCTORY INFORMATION ABOUT GLACIERS & SEA LEVEL CHANGE Module: Measuring the Earth with GPS Unit 3: Glaciers, GPS, and Sea Level Rise By Karen M. Kortz and Jessica J. Smay This work is supported by the National Science Foundation s Directorate for Education and Human Resources (TUES-1245025, IUSE- 1612248, IUSE-1725347). Version: 9 January, 2019 Questions, contact education-AT-unavco.org

  2. DIAGRAMOFA GLACIER Ice added to glacier through snowfall Ice flows through glacier Ice removed from glacier through melting Author: Kelvinsong Diagram from https://commons.wikimedia.org/wiki/File:Glacier_diagram.svg

  3. GLACIAL MASS The amount of ice in a glacier depends on the additions (snow) vs. subtractions (melting) Margerie Glacier, Alaska NPS Photo; From https://www.nps.gov/articles/howglaciersmove.htm

  4. CHANGING GLACIAL MASS Describe how the size of a glacier would change if the additions (snowfall) and subtractions (melting) were not equal Athabasca Glacier, Alberta Canada Photo by David Stanley. From https://www.flickr.com/photos/davidstanleytravel/27443088699

  5. ASGLACIERSMELT, SEALEVELRISES What are some possible effects of sea level rise?

  6. EXAMPLESEALEVELRISEIMPACTS Increased coastal flooding & storm surges Vulnerable infrastructure Changing food resources

  7. MEASURING GLACIAL MASS Brainstorm how scientists can measure whether the amount of ice in a glacier is changing

  8. MEASURING GLACIAL MASS In the following activities, you will learn how GPS stations like this one continuously measure the changing size of glaciers Laube Glacier, Greenland. Photo by Michael Willis, Cornell University.

  9. ANIMATIONFOR ACTIVITY 3.2

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