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MoistureMap: Australian Arid Zone and Murrumbidgee Airborne Experiments Christoph Rüdiger, Jeffrey Walker Mahdi Allahmoradi, Damian Barrett, Yann Kerr, Robert Gurney, John Le Marshall, Sandy Peischl, Ye Nan

Purpose and Objectives

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MoistureMap: Australian Arid Zone and Murrumbidgee Airborne Experiments Christoph Rüdiger, Jeffrey Walker Mahdi Allahmoradi, Damian Barrett, Yann Kerr, Robert Gurney, John Le Marshall, Sandy Peischl, Ye Nan. Purpose and Objectives. Cal/Val SMOS Preliminary Identification of Reference Sites - PowerPoint PPT Presentation

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Page 1: Purpose and Objectives

MoistureMap: Australian Arid Zone and Murrumbidgee Airborne Experiments

Christoph Rüdiger, Jeffrey Walker Mahdi Allahmoradi, Damian Barrett, Yann Kerr, Robert Gurney, John Le Marshall, Sandy Peischl, Ye Nan

Page 2: Purpose and Objectives

Purpose and Objectives

• Cal/Val SMOS• Preliminary Identification of Reference Sites• Actual Cal/Val Experiments

• Model Validation • Effective Temperature• Radiative Transfer Model• Land Surface Model

Page 3: Purpose and Objectives

Field Sites

Arid Zone

Murrumbidgee

Page 4: Purpose and Objectives

Field Sites

Australian Arid Zone (10-14 November 2008)

Page 5: Purpose and Objectives

Arid Zone – Wirrangula Hills

• Flight Lines and Surface Conditions

Page 6: Purpose and Objectives

Arid Zone – Wirrangula Hills

• Airborne and Ground-based Observations• Airborne

• High Resolution (50m)• Low Resolution (1000m)• Thermal Infrared• Optical

• Ground-based• Surface and Profile Soil Moisture• Surface and Profile Temperature• Gravimetric Samples• Core Soil Samples• Surface Roughness

Page 7: Purpose and Objectives

Field Sites

Australian Arid Zone

Page 8: Purpose and Objectives

Arid Zone – Simpson Desert

• Flight Lines and Surface Conditions

Page 9: Purpose and Objectives

Arid Zone – Simpson Desert

• Airborne and Ground-based Observations• Airborne

• High Resolution (50m)• Low Resolution (1000m)• Thermal Infrared• Optical

• Ground-based• Surface and Profile Soil Moisture• Surface and Profile Temperature• Gravimetric Samples• Core Soil Samples• Surface Roughness

Page 10: Purpose and Objectives

Field Sites

Australian Arid Zone

Page 11: Purpose and Objectives

Arid Zone – Lake Eyre

Page 12: Purpose and Objectives

Arid Zone – Lake Eyre

• Airborne and Ground-based Observations• Airborne

• High Resolution (50m)• Low Resolution (1000m)• Thermal Infrared• Optical

• Ground-based• Surface and Profile Soil Moisture• Surface and Profile Temperature• Gravimetric Samples• Surface Roughness• Shallow Core Samples

Page 13: Purpose and Objectives

Ground Sampling Approach

• High-resolution Ground Sampling (50m)

Page 14: Purpose and Objectives

Ground Sampling Approach

• Soil Moisture and Temperature Profiling

Page 15: Purpose and Objectives

Ground Sampling Approach

• Soil Coring

50cm

Page 16: Purpose and Objectives

Ground-based Measurements

• Soil Moisture• Roaming Soil Moisture (0-5cm; Hydraprobes)• Stationary Soil Moisture (0-6 and 25cm; ThetaProbes)• Gravimetric Samples

• Soil Temperature• Stationary Soil Temperature Profile• Stationary Skin Surface Temperature

• Core Samples (up to 2-3m)• Deep Temperature• Deep Soil Moisture • Soil Salinity• Particle Size Distribution

• Surface Roughness

Page 17: Purpose and Objectives

Field Sites

Arid Zone

Murrumbidgee

Page 18: Purpose and Objectives

Murrumbidgee River Catchment

• Size• 80,000km2

• Location• S-E Australia

• Elevation• 200-1800m

• Vegetation• Irrigated Pastures and Cultivated Fields• Dry-land Agriculture• Forests• Alpine Regions

Page 19: Purpose and Objectives

SMOS Cal/Val