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CATEGORIES:Polar Online Events
CREATED:20210121T200417
SUMMARY:mini-course: Teaching about Our Changing Climate: Data Behind Melting Ice and Changing Sea Level
LOCATION:Online
DESCRIPTION:GEodesy Tools for Societal Issues (GETSI) Project presents the mini-course:
 \nhttps://serc.carleton.edu/getsi/workshops/virtual_mini_shortcourse/course
 _4/index.html (https://serc.carleton.edu/getsi/workshops/virtual_mini_short
 course/course_4/index.html)"&gt;Teaching about Our Changing Climate: Data B
 ehind Melting Ice and Changing Sea Level [Majors-level module]Date: Thursda
 y January 28, 2021Time: 12-2 pm PT | 1-3 pm MT  |  2-4 pm CT  |  3-5 pm ET 
  |  8-10 pm UTCRegistration (https://serc.carleton.edu/getsi/workshops/virt
 ual_mini_shortcourse/course_4/registration.html) deadline: Tuesday January 
 26, 2021This mini-course will give instructors a chance to learn about the 
 https://serc.carleton.edu/getsi/teaching_materials/climate_change/index.htm
 l (https://serc.carleton.edu/getsi/teaching_materials/climate_change/index.
 html)"&gt;Our Changing Climate: Data Behind Melting Ice and Changing Sea Le
 vel module and ideas for teaching virtually and in-person. The mini-course 
 includes interactive opportunities for instructors to actually work through
  parts of student exercises, discuss ideas with peers, and work on implemen
 tation planning. A great opportunity to learn about cutting edge methods fo
 r monitoring climate, such as sea-level altimetry, gravity, InSAR, and GPS.
  $50 stipend* for completion of the course and short implementation plan.Cl
 imate change is a defining challenge of the current age, and sea-level rise
  is one of the greatest effects. This module helps students to learn about 
 primary stakeholders in sea-level change and explore a wide variety of clim
 ate-related data. The module opens with a stakeholder analysis for resident
 s of a small island nation (Maldives), a coastal developing nation (Banglad
 esh), and a major coastal urban area (southern California). Students then g
 ain considerable spreadsheet analysis skills through analyzing sea surface 
 temperature, sea-level altimetry, GRACE, InSAR, and GPS data to better unde
 rstand the factors influencing sea level, including thermal expansion, ice 
 mass loss, and changes in land water storage. Students also consider how mu
 ch more sea levels will rise this century. The final project is a report to
  a relevant stakeholder group that synthesizes the current knowledge.This i
 s part of a larger series with other upcoming opportunities.GETSI Virtual M
 ini Short Course Series (https://serc.carleton.edu/getsi/workshops/virtual_
 mini_shortcourse/index.html)The series is designed to support undergraduate
  instructors interested in using GETSI modules — teaching resources that  f
 eature data and quantitative skills applied to critical topics such as natu
 ral hazards, climate change, and water resources. Each mini-course is two h
 ours long and will focus on one of the published GETSI modules. Unlike a we
 binar, these mini-courses will include interactive opportunities for instru
 ctors to actually work through parts of student exercises, discuss ideas wi
 th peers, and work on implementation planning. $50 stipend available.*Upcom
 ing mini-courses with registrations opening soon:Teaching about Measuring t
 he Earth with GPS: Plate Motion and Changing Ice-Water [Introductory-level]
 Week of Feb 8 - exact time TBDTeaching about Monitoring Volcanoes and Commu
 nicating Risks  [Introductory-level]Date: Wednesday February 24, 2021Time: 
 8-10 am PT  |  9-11 am MT  |  10 am-12pm CT  |  11 am-1 pm ET |  4-6 pm UTC
 *Stipend for participants who complete the Implementation Planning Form by 
 the Sunday after the mini-course. Must be US citizen or permanent resident 
 to receive stipend; however, others are welcome to participate without comp
 ensation. You may attend multiple mini-courses. Stipends will be compiled a
 nd sent out after the end of the term during which the mini-course was held
 .GETSI is funded by the US National Science Foundation. All modules are fre
 e and distributed online via the GETSI website (http://serc.carleton.edu/ge
 tsi/index.html). 
X-ALT-DESC;FMTTYPE=text/html:<p><em class="">GEodesy Tools for Societal Issues (GETSI) Project presents 
 the mini-course:<br class="" /></em></p><div class=""><div class=""><strong
  class=""><a href="https://serc.carleton.edu/getsi/workshops/virtual_mini_s
 hortcourse/course_4/index.html" class="" title="&lt;a href="https://www.ape
 cs.is/>https://serc.carleton.edu/getsi/workshops/virtual_mini_shortcourse/c
 ourse_4/index.html</a>"&gt;Teaching about&nbsp;<em class="">Our Changing Cl
 imate: Data Behind Melting Ice and Changing Sea Level</em><em class="">&nbs
 p;</em></strong>[Majors-level module]</div><div class=""><div class=""><ul 
 class="MailOutline"><li class=""><strong>Date:</strong> Thursday January 28
 , 2021</li><li class=""><strong>Time:</strong> 12-2 pm PT | 1-3 pm MT &nbsp
 ;| &nbsp;2-4 pm CT &nbsp;| &nbsp;3-5&nbsp;pm ET &nbsp;| &nbsp;8-10 pm UTC</
 li><li class=""><strong class=""><a href="https://serc.carleton.edu/getsi/w
 orkshops/virtual_mini_shortcourse/course_4/registration.html" class="">Regi
 stration</a>&nbsp;deadline: Tuesday January 26, 2021</strong></li></ul></di
 v></div><div class=""><br class="" /></div></div><div class=""><div class="
 "><div class="">This mini-course will give instructors a chance to learn&nb
 sp;about the&nbsp;<a href="https://serc.carleton.edu/getsi/teaching_materia
 ls/climate_change/index.html" class="" title="&lt;a href="https://www.apecs
 .is/>https://serc.carleton.edu/getsi/teaching_materials/climate_change/inde
 x.html</a>"&gt;Our Changing Climate: Data Behind Melting Ice and&nbsp;Chang
 ing Sea Level&nbsp;module and ideas for teaching virtually and in-person. T
 he mini-course includes interactive&nbsp;opportunities for instructors to a
 ctually work through parts&nbsp;of student exercises, discuss ideas with pe
 ers, and work on&nbsp;implementation planning. A great opportunity to learn
  about cutting edge methods for monitoring climate, such as sea-level altim
 etry, gravity, InSAR, and GPS.&nbsp;<strong class="">$50 stipend</strong>*&
 nbsp;for completion of&nbsp;the course and short implementation plan.</div>
 <div class=""><br class="" /></div><div class="">Climate change is a defini
 ng challenge of the current&nbsp;age, and sea-level rise is one of the grea
 test effects. This&nbsp;module helps students to learn about primary&nbsp;s
 takeholders in sea-level change and explore a wide&nbsp;variety of climate-
 related data. The module opens with a&nbsp;stakeholder analysis for residen
 ts of a small island nation&nbsp;(Maldives), a coastal developing nation (B
 angladesh),&nbsp;and a major coastal urban area (southern California).&nbsp
 ;Students then gain considerable spreadsheet analysis&nbsp;skills through a
 nalyzing sea surface temperature, sea-level altimetry, GRACE, InSAR, and GP
 S data to better&nbsp;understand the factors influencing sea level, includi
 ng&nbsp;thermal expansion, ice mass loss, and changes in land&nbsp;water st
 orage. Students also consider how much more&nbsp;sea levels will rise this 
 century. The final project is a&nbsp;report to a relevant stakeholder group
  that synthesizes&nbsp;the current knowledge.</div><div class=""><br class=
 "" /></div></div><div class=""><br class="" /></div><div class=""><em class
 ="">This is part of a larger series with other upcoming opportunities.</em>
 </div><div class=""><div class=""><a href="https://serc.carleton.edu/getsi/
 workshops/virtual_mini_shortcourse/index.html" class=""><strong class="">GE
 TSI Virtual Mini Short Course Series</strong></a></div><div class="">The se
 ries is designed to support&nbsp;undergraduate instructors interested in us
 ing GETSI modules&nbsp;— teaching resources that &nbsp;feature data and qua
 ntitative skills applied to critical topics&nbsp;such as natural hazards, c
 limate change, and water resources.&nbsp;</div><div class=""><br class="" /
 ></div><div class="">Each&nbsp;mini-course is two hours long and will focus
  on one of the&nbsp;published GETSI modules. Unlike a webinar, these mini-c
 ourses will&nbsp;include interactive opportunities for instructors to actua
 lly work&nbsp;through parts of student exercises, discuss ideas with peers,
  and&nbsp;work on implementation planning.&nbsp;<span style="text-decoratio
 n: underline;"><strong class="">$50 stipend</strong>&nbsp;</span>available.
 *</div><div class="">Upcoming mini-courses with registrations opening soon:
 <br class="" /><div class=""><ul class="MailOutline"><li class="">Teaching 
 about&nbsp;<em class="">Measuring the Earth with GPS:&nbsp;Plate Motion and
  Changing Ice-Water</em>&nbsp;[Introductory-level]<ul class=""><li class=""
 >Week of Feb 8 - exact time TBD</li></ul></li><li class="">Teaching about&n
 bsp;<em class="">Monitoring Volcanoes and&nbsp;Communicating Risks&nbsp;</e
 m>&nbsp;[Introductory-level]<ul class=""><li class="">Date: Wednesday Febru
 ary 24, 2021</li><li class="">Time: 8-10 am PT &nbsp;| &nbsp;9-11 am MT &nb
 sp;| &nbsp;10 am-12pm CT &nbsp;| &nbsp;11 am-1 pm ET | &nbsp;4-6 pm UTC</li
 ></ul></li></ul></div></div></div><div class=""><div class=""><br class="" 
 /></div><div class=""><div class=""><div class="">*Stipend for participants
  who complete the&nbsp;Implementation Planning Form by the Sunday after the
  mini-course. Must&nbsp;be US citizen or permanent resident to receive&nbsp
 ;stipend; however, others are welcome to participate&nbsp;without compensat
 ion. You may attend multiple mini-courses. Stipends will be&nbsp;compiled a
 nd sent out after the end of the term during&nbsp;which the mini-course was
  held.</div></div><div class=""><br class="" /></div></div><div class="">GE
 TSI is funded by the US National Science Foundation. All modules are free a
 nd distributed online via the&nbsp;<a href="http://serc.carleton.edu/getsi/
 index.html" class="">GETSI website</a>.</div></div></div><div class=""><div
  class="" dir="auto">&nbsp;</div></div>
DTSTAMP:20261013T052244
DTSTART;TZID=UTC;VALUE=DATE:20210128
DTEND;TZID=UTC;VALUE=DATE:20210129
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