Welcome to PolarConnect. With Kelly McCarthy and NASA s Operation IceBridge

Similar documents
TEACHER PAGE Trial Version

Product Validation Report Polar Ocean

Sinéad Louise Farrell1,2,3 Thomas Newman1,2,, Alek Petty 1,2, Jackie Richter-Menge4, Dave McAdoo1,2, Larry Connor2

Optimizing Observations of Sea Ice Thickness and Snow Depth in the Arctic

Optimizing Observations of Sea Ice Thickness and Snow Depth in the Arctic

Determining the Impact of Sea Ice Thickness on the

Evidence of Current Climate Change in the Polar Regions

Welcome to PolarConnect

Overview: Key Concepts: Time: 2, minute class periods. Materials:

Is Greenland Really That Big?

Observations of Arctic snow and sea ice thickness from satellite and airborne surveys. Nathan Kurtz NASA Goddard Space Flight Center

SEA LIFE Sydney Aquarium. Penguin Expedition Self-Guided Resource Kit. Secondary 7-10

Activity 4 It s a Cool Color

Sea Ice and Satellites

Global Climate Change

Geomorphologic Mapping by Airborne Laser Scanning in Southern Victoria Land

SEA ICE AND GLOBAL WARMING

C1: From Weather to Climate Looking at Air Temperature Data

CryoSat: ESA s Ice Mission:

TECH NOTE. New Mean Sea Surface for the CryoSat-2 L2 SAR Chain. Andy Ridout, CPOM, University College London

Create a Topographic Profile of Beacon Valley

Loan 867. Calibration and validation of the CryoSat radar altimeter: field studies on the Greenland Ice Sheet.

Image 1: Earth from space

90 N. exploring the arctic and the perspectives on climate change

World Meterological Organization Polar Space Task Group

Effects of Global Warming on Coastal Cities: A Katrina Case Study

NASA/UCAR: Effects of Climate Change: Oceans and Ice

Measuring Ice Like NASA Does!

LVIS OIB 2012 Antarctica Grid Mapping and Flights

CDR Phil Hall Office of Oceanic and Atmospheric Research

On Thin Ice. Takedown At the end of the day place the instruments and hula hoops away as directed by your steward.

1 What Is Climate? TAKE A LOOK 2. Explain Why do areas near the equator tend to have high temperatures?

How Will Melting Ice Sheets Affect Us?

Use of Geophysical Software for Interpretation of Ice-Penetrating Radar Data and Mapping of Polar Ice Sheets

Developing Cross-cultural Education Programs

Floating Ice: Progress in Addressing Science Goals

Activity 3 Arctic Heat Wave?

Activity 6 Ride the Arctic Climate Rollercoaster

GPS Measurement Protocol

Activity 2 Changes Close to Home

Where is Earth s Water?

POLAR I.C.E. (Interactive Climate Education) REMOTE SENSING: USING RADAR TO LOOK THROUGH ICE

POLAR WEEKEND SHRINKING ICE SHEETS AND RISING SEA LEVEL

St. James C of E Primary School

Spring 2012 IceBridge P-3 Flight Plans 26 January 2012 Draft

Exam II: Water, Winds, Deserts, Oceans

WEATHER ON WHEELS Middle School Program

Exploring The Polar Connection to Sea Level Rise NGSS Disciplinary Core Ideas Science & Engineering Crosscutting Concepts

4 Forecasting Weather

Write five things (key words only) onto the word wheel that you think of when you read the words space station. Space station

Mass balance of sea ice in both hemispheres Airborne validation and the AWI CryoSat-2 sea ice data product

Using Ice Thickness and Bed Topography to Pick Field Sites Near Swiss Camp, Greenland

Glaciology Exchange (Glacio-Ex) Norwegian/Canadian/US Partnership Program

Geodetics measurements within the scope of current and future perspectives of GNSS-Reflectometry and GNSS-Radio Occultation

Ian Turnbull, Ryan Crawford, and Erik Veitch

Spectral Albedos. a: dry snow. b: wet new snow. c: melting old snow. a: cold MY ice. b: melting MY ice. d: frozen pond. c: melting FY white ice

Prof. Dr. Anders Levermann Junior Professor for climate modelling on long timescales, Potsdam Institute for Climate Impact Research, Potsdam, Germany

, ε TAWS TAWS, TS TAWS TAWS TB/TAWS AWS TAWS TAWS TAWS

The Amazing Antarctic Trek

Ice on Land! Who: Dr. Waleed Abdalati University of Colorado. Where: Greenland Ice Sheet and glaciers around the world.

Earth Science: Chapter 2 Assessment

Land Navigation Table of Contents

The Mystery of the Destroyed Weather Station

NASA: BACK TO THE MOON

Lesson 9 Overview. DRIVING QUESTION: What is the greenhouse effect and how does it affect Earth s surface temperature?

The ICESat 2 Mission Laser altimetry of ice, clouds and land elevation

History & Scope of Remote Sensing FOUNDATIONS

GSC 107 Lab # 3 Calculating sea level changes

APPLICATION OF AIRCRAFT LASER ALTIMETRY TO GLACIER AND ICE CAP MASS BALANCE STUDIES

Activity 2.2: Expert Group B Worksheet

CryoSat-2: A new perspective on Antarctica

An Introduction to Earth s Climate

Beginning the Search for Life on the Outer Planets

Arctic Impacts. Details. Materials. Learning Resources

Airborne Measurement of Snow Thickness Over Sea Ice

Name Per Date Earth Science Climate & Insolation Test

Using Remote-sensed Sea Ice Thickness, Extent and Speed Observations to Optimise a Sea Ice Model

Opening. Monster Guard. Grades 1-3. Teacher s Guide

Satellites, Weather and Climate Module 1: Introduction to the Electromagnetic Spectrum

ESC 3704 Spring 2012 In-Class Exercise #1 KEY

Remote Sensing I: Basics

The Importance of Cultural Contexts in Climate Education

S3-A Land and Sea Ice Cyclic Performance Report. Cycle No Start date: 21/04/2017. End date: 18/05/2017

Pan-Arctic Digital Elevation Map (Pan-Arctic DEM)

Climate Change: How it impacts Canadians and what we can do to slow it down.

Validation of the Antarctic Snow Accumulation and Ice Discharge Basal Stress Boundary of the Southeastern Region of the Ross Ice Shelf, Antarctica

Studying the Ocean Using Live Data

The Earth Explorer Missions - Current Status

ESS Glaciers and Global Change

Major NASA activities in the Arctic

The Cryosphere. Beyond the Book. FOCUS Book

SAMPLE PAGE. pulses. The Ice Age By: Sue Peterson

Remote Sensing/Reflectance Spectrometer

Observing Snow: Conventional Measurements, Satellite and Airborne Remote Sensing. Chris Derksen Climate Research Division, ECCC

Curiosity Overview Nasa

National Center for Atmospheric Research: Climate Discovery Teacher s Guide

Some NOAA Products that Address PSTG Satellite Observing Requirements. Jeff Key NOAA/NESDIS Madison, Wisconsin USA

1 What Is Climate? TAKE A LOOK 2. Explain Why do areas near the equator tend to have high temperatures?

Precipitation, snow accumulation and sea ice thickness over the Arctic Ocean

How we know the world has warmed

Transcription:

Welcome to PolarConnect With Kelly McCarthy and NASA s Operation IceBridge 5 May 2016

If you are joining by phone, please mute your phone. Press *6 to mute and *6 to unmute.

Participant Introductions In the chat box please introduce yourself by typing your: üname üschool / Institution üthe number of students and adults participating with you in the same location

What is PolarTREC? PolarTREC is a professional development experience in which K-12 teachers are paired with researchers for 2-6 week research experiences in the polar regions. From 2010-2013, nearly 50 teachers from around the United States will join scientists in the Arctic and Antarctica to learn about science, the polar regions, and to share what they have learned with their students and communities.

During the Presentation: Type your question in the text chat box At the End of the Presentation: Raise your hand with the hand button. Questions PolarTREC staff will call on you and activate your microphone. Speak loud and clear and directly into the microphone or phone to ask your question.

Welcome to our PolarCONNECT Event from Thule, Greenland! Ê PolarTREC Teacher Kelly McCarthy Our Lady of Lourdes Regional School in Coal Township, PA Ê Researcher: John Woods and NASA s Operation IceBridge (Arctic 2016 Campaign)

Operation IceBridge Mission Overview Ê Largest airborne survey of polar ice ever conducted! Ê 10 year campaign to measure ice over the Arctic and Antarctica Ê Uses remote sensing methods to collect data supporting a 3 dimensional model of polar sea and land ice surfaces as well as the bedrock beneath the ice sheets Ê Bridges gap in data between ICESat 1 which stopped collecting data in 2009 and ICESat 2 which is set for launch in 2017

Role of Airborne Science in the Polar Regions Ê Field research can provide localized measurements to understand what is happening to our Earth at different points of interest Ê Satellite imagery and data can provide a wide scale observation over a large region based on remote instruments orbiting our Earth Ê Airborne Science completes the profile. By mapping a large region of earth with instruments attached to a suborbital aircraft we gain key information about our dynamic planet that we don t get from ground studies or satellite data.

Science Goals of Operation IceBridge Ê Maintain continuous data flow of land and sea ice surface topography, thickness, and underlying bedrock Ê Focus on priority sea and land ice paths chosen by a panel of scientists called the Operation IceBridge Science Team. Ê Ê Ê Satellite underflights Paths covering a broad scope of sea and land ice Critically changing land glaciers or ice shelves Ê Improve current models of land and sea ice at the poles.

NASA OIB s 2016 Arctic Campaign Ê Aircraft: NOAA P-3 (Miss Piggy) Ê Hurricane Hunter Ê Based out of Tampa, FL Ê Instruments: Ê Airborne Topographic Mapper (ATM) Ê FLIR Infrared Camera Ê Digital Mapping System (DMS) Ê CReSIS Snow Radar Ê MCoRDS Ê Locations: Ê Thule Air Base, Greenland Ê Kangerlussuaq, Greenland Photo credit: NASA/ATM

LIFE IN THE FIELD Working from the ground and in the air, living on the edge of an ice sheet, experiencing the culture of the north.

Life in the Field: GPS Ground Station Fixed GPS Antenna A GPS ground station is used to support data collected during an OIB airborne campaign: Antenna fixed at precise, known location receives position data from satellites starting one hour pre-flight to one hour post-flight Receivers located inside the ground station collect position data, which is downloaded at the end of each day GPS Receiver The data collected at the ground station is compared to the airborne GPS data collected in a method called differential GPS correction

Life in the field: Culture of the North

A Special Guest: Dr. Piers Sellers Ê Director of NASA s Earth Sciences Division at NASA Goddard Space Flight Center, Astronaut Dr. Piers Sellers spent a week in Thule to see first hand the region out of which the largest airborne polar science campaign is based. Ê Visit NASA.gov to view a video short about his stay.

First Flight: The North Pole Transect! Black line: Selected North Pole Transect flight plan Red lines: Satellite tracks from CryoSat 2, a European Space Agency satellite also used to measure polar ice that align to our time in flight. Successful, clear flight with >90% useful data!

THE NORTH POLE TRANSECT PRELIMINARY DATA Ê DMS Mosaic of images captured over the North Pole Ê ATM plot of latitude, longitude, and height with respect to the ellipsoid of the earth over the pole. Ê FLIR Infrared camera image captured near the pole showing a warmer line of open water called a lead

The North Pole Transect From the P-3 Land Ice (Ridges along Northern coast of Greenland And Peterman s Glacier in Northern Greenland) Sea Ice: Open water Leads (linear fracture in sea ice revealing open water) Pressure Ridges Ridges created by moving ice masses over arctic ocean

Life On the NOAA P-3 SAFETY DRILLS ARE KEY IN A SMOOTH SCIENCE FLIGHT, ESPECIALLY OVER COLD OPEN WATER OIB TEAMS RUN DATA THROUGHOUT THE FLIGHT, MONITORING DATA COLLECTION USING RADAR, LIDAR, AND IMAGING INSTRUMENTS

LOOKING FORWARD (ARCTIC 2016) Ê Ê Ê COMPLETE PRIORITY SEA AND LAND ICE MISSIONS IN THULE, GREENLAND TRANSIT TO KANGERLUSSUAQ, GREENLAND TO COMPLETE LAND ICE MISSIONS BASED THROUGHOUT THE GREENLAND INTERIOR STAY CONNECTED TO US THROUGHOUT THE REST OF THE EXPEDITION!WWW.POLARTREC.COM/EXPEDITIONS/OPERATION-ICEBRIDGE- ARCTIC

Questions At the End of the Presentation: Raise your hand with the hand button. PolarTREC staff will call on you and activate your microphone. Speak loud and clear and directly into the microphone or phone to ask your question.

Teachers: Join PolarTREC! www.polartrec.com/about/join Every teacher can participate in different ways: Following Expeditions Participate in PolarConnect Events Join the Polar Education Email List Take Online Professional Development Courses Become a PolarTREC Teacher!

Upcoming Events Date: 9 May 2016 Time: 10:00 am Alaska Daylight Time (AKST) Duration: 1 hour Topic: Event with teacher Alex Eilers and the research team studying Weddell Seals in Antarctica. Age Group: Open to all ages.

Thank You! An archive of the event will be available shortly. http://www.polartrec.com/polar-connect/archive