LVIS OIB 2012 Antarctica Grid Mapping and Flights

Similar documents
CryoSat-2: A new perspective on Antarctica

Product Validation Report Polar Ocean

Swath Mode Altimetry. Noel Gourmelen

Grounding line mapping in Antarctica using 15 years of DInSAR data

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

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

Ice & Snow Session. Chairs: J. Mouginot & N. Gourmelen

ACTIVITY II: THE FATE OF THE LARSEN S, A FAMILY OF ANTARCTIC ICE SHELVES

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

Brita Horlings

LETTERS. Extensive dynamic thinning on the margins of the Greenland and Antarctic ice sheets

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

Remote Sensing 4 Global mass changes from remote sensing

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

Ice in a changing climate

Sea level contribution of Antarctica & Greenland Andrew Shepherd

Rates of southeast Greenland ice volume loss from combined ICESat and ASTER observations

Aircraft Altimetry and its Application to Glaciology by Anthony Arendt for the UAF Summer School in Glaciology, June 2010

Appendix A. Supplementary Material

Figure 3.1: Illustration showing the bathymetry s role for the tsunami propagation following the earth quake 26 December 2004 outside of Sumatra.

Geomorphologic Mapping by Airborne Laser Scanning in Southern Victoria Land

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

SENTINEL 1 Mission status and contribution to PSTG

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

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

SCIENTIFIC REPORT NERC GEF

Ice sheet mass balance from satellite altimetry. Kate Briggs (Mal McMillan)

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

Module 7, Lesson 1 Water world

S3-A Land and Sea Ice Cyclic Performance Report. Cycle No Start date: 30/09/2017. End date: 27/10/2017

Antarctic Ice Sheet cci. Anna Hogg

Interferometric Synthetic Aperture Radar (InSAR) and GGOS. Andrea Donnellan NASA/JPL February 21, 2007

Summary for the Greenland ice sheet

Ice shelf thickness over Larsen C, Antarctica, derived from satellite altimetry

A new 1 km digital elevation model of Antarctica derived from combined radar and laser data Part 2: Validation and error estimates

Module 7, Lesson 1 Water world

CryoSat: ESA s Ice Mission:

IEEE GEOSCIENCE AND REMOTE SENSING LETTERS, VOL. 2, NO. 4, OCTOBER

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

The Cryosphere. W. Colgan et al.

Glacier Elevation, Volume and Mass Change

Effect of Ocean Warming on West Antarctic Ice Streams and Ice Shelves. Bryan Riel December 4, 2008

DLR/TerraSAR-X: development of IPY portofolio since the SAR coordination workshop (CSA, March 2008) Dana Floricioiu

Ice sheets of West Antarctica are warming fast. West Antarctic Ice Sheet warming twice earlier estimate

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

Fri. Apr. 06, Map Projections Environmental Applications. Reading: Finish Chapter 9 ( Environmental Remote Sensing )

Observation of Surface Displacements on Glaciers, Sea Ice, and Ice Shelves Around Canisteo Peninsula, West Antarctica Using 4-Pass DInSAR

Satellite Constellations for Altimetry

ALOS-2 Basic Observation Scenario (First Edition) January 10, 2014 JAXA/ALOS-2 Project

Remote Sensing I: Basics

Figure 3.1: Illustration showing the bathymetry s role for the tsunami propagation following the earth quake 26 December 2004 outside of Sumatra.

Observations of sea ice and ice sheet interaction in Greenland and the Antarctic Peninsula

K&C Phase 4 Status report. Ice Sheet Monitoring using ALOS-2. University of California, Irvine 2 JPL

Active lakes of Recovery Ice Stream, East Antarctica: a bedrock-controlled subglacial hydrological system

"Ice Sheets and Sea Level Rise: How Should IPCC Handle Deep Uncertainty?" Michael Oppenheimer For Inside the IPCC Princeton University 1 April 2008

ERBE Geographic Scene and Monthly Snow Data

S3 Product Notice Altimetry

Velocity nteasurentents and changes in position of

ALOS-2 Basic Observation Scenario (First Edition) October 10, 2014 JAXA/ALOS-2 Project

Supplementary Materials for

Moving Ice and Satellites: The Motion of Crevasses in Antarctica

Evidence from ice shelves for channelized meltwater flow beneath the Antarctic Ice Sheet

GRACE observes small-scale mass loss in Greenland

Waking Giants: Ice Sheets in a Warming World

POLAR WEEKEND SHRINKING ICE SHEETS AND RISING SEA LEVEL

Remote Sensing of Snow and Ice. Lecture 21 Nov. 9, 2005

Major NASA activities in the Arctic

ASSESSING FUTURE EXPOSURE: GLOBAL AND REGIONAL SEA LEVEL RISE SCENARIOS FOR THE UNITED STATES

ERDC Support for Hurricane Sandy

An inventory of active subglacial lakes in Antarctica detected by ICESat ( )

What we know about regional sea level rise and how we are affected by variations from the global mean

DLR s TerraSAR-X contributes to international fleet of radar satellites to map the Arctic and Antarctica

EVALUATION OF ANTARCTIC MESOSCALE PREDICTION SYSTEM (AMPS) FORECASTS FOR DIFFERENT SYNOPTIC WEATHER PATTERNS

Arctic Weather Every 10 Minutes: Design & Operation of ABI for PCW

PISM, a Parallel Ice Sheet Model: Current status of our Antarctic ice sheet simulation

Towards eenvironment Prague, March GMES Space Component. Josef Aschbacher Head, ESA GMES Space Office

Thirty years of elevation change on Antarctic Peninsula ice shelves from multimission satellite radar altimetry

Notes for Remote Sensing: Glacier Elevation, Volume and Mass Change

Changes in West Antarctic ice stream dynamics observed with ALOS PALSAR data

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

CNES activities post SPIRIT. Steven Hosford Strategy and Programs Directorate CNES

Canadian Space Agency Update. STG 3 ESRIN, Frascati May 5-6, 2008 Yves Crevier

Determining the spatio-temporal distribution of 20th Century Antarctic Peninsula glacier mass change

Crossover Analysis of Lambert-Amery Ice Shelf Drainage Basin for. Elevation Changes Using ICESat GLAS Data

Using Radar Sounder and Altimeter Data

UNSTOPPABLE COLLAPSE OF THE WEST ANTARCTIC ICE SHEET IS NOT HAPPENING

Gravimetry: Theory and Applications

Future SAR mission concepts

Aspects of a climate observing system: energy and water. Kevin E Trenberth NCAR

Interannual surface velocity variations of Pine Island Glacier, West Antarctica

Chapter 2. Changes in Sea Level Melting Cryosphere Atmospheric Changes Summary IPCC (2013)

CryoSat Monthly Quality Report #93

Science planning and operations for Mars Express

Watch for Week 8/9 Review Assessment

Today s Lecture: Land, biosphere, cryosphere (All that stuff we don t have equations for... )

The ICESat-2 Laser Altimetry Mission

Floating Ice: Progress in Addressing Science Goals

Radio occultation mission to Mars using cubesats

ECVs: What s operational and what still requires R&D?

ALOS-2 Basic Observation Scenario (3rd Edition Ver. A) August 15, 2018 JAXA/ALOS-2 Project

Transcription:

LVIS OIB 2012 Antarctica Grid Mapping and Flights The following document presents LVIS flight lines and sample plans to be considered for the Fall 2012 Antarctica G- V OIB deployment. LVIS Planning Team: Michelle Hofton, Matt Beckley, Helen Cornejo, Bryan Blair

LVIS 2012 Antarctica Mapping Lines 7/13/12 2 Introduction These flight lines continue the grid sampling approach using the LVIS high altitude laser altimeter system begun in Antarctica in 2011 as well as specific target lines requested by the Science team including high- priority ICESat tracks and OIB repeat observations. The grid sampling approach is intended to address the OIB science requirements, while maximizing spatial coverage in constructing a datum to link ICESat- 1, ICESat- 2 and GRACE. The priority areas for the grid sampling approach have been chosen based on coverage obtained in 2011, persistent weather problem areas, and the latest results from GRACE global- ice mascons. As with previous LVIS high- altitude deployments, it is expected that the final flight planning of grid lines will be made in the field and be based on science team priorities and weather. Direct connection to OIB Baseline Science Requirements: IS1: Measure surface elevation with a vertical accuracy of 0.5m or better. IS2: Measure annual changes in ice sheet surface elevation sufficiently accurate to detect 0.15m changes in uncrevassed and 1.0m changes in crevassed regions along sampled profiles over distances of 500m. We are repeating existing altimetry lines flown by LVIS in 2009 and 2011, as well as crossing lines laid down by ATM and LVIS 2009-2011. IS7: Collect elevation data so that the combined ICESAT- 1- OIB sampling provides an elevation measurement within 10km for 90% of the area within 100km of the edge of the ice sheet. Each area has a densification of flight lines within 100- km of the edge of the continuous ice sheet. IS6: Remeasure surface elevation along established airborne altimeter and ICESat lines that extend from near the glacier margin to near the ice divide. Several candidate ICESat- 1 tracks selected based on their temporal and along- track sampling between the glacier margin and divide. In addition, the LVIS swath mapping provides an abundance of ICESat- 1 and future mission (ICESat- 2) underflight data. IS9: Measure once surface elevation across flow transects at 3km and 8km upstream of the terminus. Flight lines provide the opportunity to acquire the across flow transects. IS11: Measure elevation over 15 Antarctic glaciers that are rapidly changing or likely to change in next 10 years. The Peninsula area has a densification of flight lines to provide the basis of 5- km grid sampling with 10km or 20km grids elsewhere on the WAIS. Note: In the following images, the full suite of LVIS grid lines is shown in black with those flown in 2011 in yellow. Lines selected for the currently- depicted 2012 plans are shown in red. The background image for many of the plans is the 1- km InSAR- based ice velocity map by Rignot et al.

LVIS 2012 Antarctica Mapping Lines 7/13/12 3 Overview of Priority Box Locations

LVIS 2012 Antarctica Mapping Lines 7/13/12 4 Peninsula: Priority 1 Flight: Pen Tip 5km spaced lines Repeat of Icesat- 1 track: 0367 and 1342

LVIS 2012 Antarctica Mapping Lines 7/13/12 5 Peninsula: Priority 1 Flight: Crane Repeat Within P1 Area: Highest 100% mapping of 250x 30km area. Repeats 2009 LVIS flight. Captures numerous 2009-2011 low- altitude flight tracks. Captures numerous Icesat- 1 lines

LVIS 2012 Antarctica Mapping Lines 7/13/12 6 Peninsula: Priority 1 Flight: Crane Sandwich 5km line spacing to E and W of Crane mapping flight Repeat of Icesat- 1 track: 0010

LVIS 2012 Antarctica Mapping Lines 7/13/12 7 Peninsula: Priority 1 Flight: North Larsen 5km line spacing Repeat of Icesat- 1 track: none Shown including possible transit over Upper Peninsula (little impact on flight time).

LVIS 2012 Antarctica Mapping Lines 7/13/12 8 Peninsula: Priority 1 Flight: Larsen Base 5km line spacing Repeat of Icesat- 1 track: 0263.

LVIS 2012 Antarctica Mapping Lines 7/13/12 9 Dyer: Priority 4 Flight: W Dyer Within P4 Area: High? 10km line spacing at coast, 20km inland Repeat of Icesat- 1 track: none Shown including transit over Peninsula (little impact on flight time).

LVIS 2012 Antarctica Mapping Lines 7/13/12 10 Dyer: Priority 4 Flight: E Dyer Within P4 Area: Lower? 10km line spacing Repeat of Icesat- 1 track: none Shown including transit over Peninsula (little impact on flight time).

LVIS 2012 Antarctica Mapping Lines 7/13/12 11 Palmer: Priority 5 Flight: E Palmer Within P5 Area: Lower? 20km line spacing Repeat of Icesat- 1 track: none

LVIS 2012 Antarctica Mapping Lines 7/13/12 12 Palmer: Priority 5 Flight: W Palmer Within P5 Area: High? 10km line spacing, 20km spacing inland Repeat of Icesat- 1 track: none

LVIS 2012 Antarctica Mapping Lines 7/13/12 13 Ellsworth: Priority 3 Flight: N Ellsworth Within P3 Area: High 20km line spacing Repeat of Icesat- 1 track: still to be selected at lower end (on transit in)

LVIS 2012 Antarctica Mapping Lines 7/13/12 14 Ellsworth: Priority 3 Flight: S Ellsworth Within P3 Area: Medium 20km line spacing Repeat of Icesat- 1 track: 1320

LVIS 2012 Antarctica Mapping Lines 7/13/12 15 Evans: Priority 3 Flight: Evans Fill Within P3 Area: Lowest 20km line spacing. With 2011 data, completes establishment of 10km grid in the region Repeat of Icesat- 1 track: still to be selected at upper end (on transit in)

LVIS 2012 Antarctica Mapping Lines 7/13/12 16 Institute Moller Flight: Priority 2 High? Moved from DC8 plans. Issues remaining: need clarification on which of lines are data (ie flown exactly) vs which can be approximated during transit.

LVIS 2012 Antarctica Mapping Lines 7/13/12 17 PIG Area: Priority 2 Flight: Abbot Coast Within P2 Area: Medium 10km line spacing at coast, 20km inland Repeat of Icesat- 1 track: still to be selected at upper end (on transit in)

LVIS 2012 Antarctica Mapping Lines 7/13/12 18 PIG Area: Priority 2 Flight: PIG 20 Within P2 Area: Low? 20km line spacing Repeat of Icesat- 1 track: still to be selected at upper end (on transit in)

LVIS 2012 Antarctica Mapping Lines 7/13/12 19 PIG Area: Priority 2 Flight: PIG Offset Repeat Within P2 Area: High? Repeats 2009, 2011 flights but has each pass offset by 900m to the (image) right (tracks still spaced by 1.8km track). Expected location of 2012 data swaths shown in orange, 2011 elevation data shown colored. Flight canrepeat 900m of 9 out of total 11 of the 2011, 2009 data swaths. Repeat of Icesat- 1 track: still to be selected at upper end (on transit in)

LVIS 2012 Antarctica Mapping Lines 7/13/12 20 PIG Area: Priority 2 Flight: PIG Fill Within P2 Area: Low? 20km spacing inland + completes 10km grid closer to PIG begun in 2011 Repeat of Icesat- 1 track: still to be selected at upper end (on transit in)

LVIS 2012 Antarctica Mapping Lines 7/13/12 21 Thwaites- Pope Area: Priority 2 Flight: Pope Coast Within P2 Area: High? Completes coastal grid started in 2011 Repeats line on Crosson Ice Shelf and Smith Glacier Repeat of Icesat- 1 track: 0056

LVIS 2012 Antarctica Mapping Lines 7/13/12 22 Thwaites- Pope Area: Priority 2 Flight: Pope Icesat Within P2 Area: High? Repeat of Icesat- 1 track: 0288, 0220, 0190, 1291

LVIS 2012 Antarctica Mapping Lines 7/13/12 23 Thwaites- Pope Area: Priority 2 Flight: Inland Thwaites Within P2 Area: Low? Completes 20km grid started in 2011 Repeat of Icesat- 1 track: 0056

LVIS 2012 Antarctica Mapping Lines 7/13/12 24 Getz Area: Priority 6 Flight: Upper Getz Enhances 10km coastal grid over Marie Byrd land begun in 2011 Repeat of Icesat- 1 track: TBD

LVIS 2012 Antarctica Mapping Lines 7/13/12 25 PoleHole: Priority 2 High? ~90deg arcs around 86S or 88S. TBD.

LVIS 2012 Antarctica Mapping Lines 7/13/12 26 Sea Ice: LVIS Endurance Repeats portion of DC8 2009, 2010 flight tracks