MO3.L12 / MO4.L12: International Spaceborne Imaging Spectroscopy Missions: Updates and News
- R. Green (JPL, USA): MO3.L12.1:
GLOBAL COVERAGE IMAGING SPECTROSCOPY - L. Zhang (CAS, China): MO3.L12.3:
PERSPECTIVES ON CHINESE DEVELOPMENTS IN SPACEBORNE IMAGING SPECTROSCOPY: WHAT’S NEW IN 2016 - T. Scopa (ASI, Italy): MO3.L12.4:
OVERVIEW OF THE PRISMA SPACE AND GROUND SEGMENT AND ITS HYPERSPECTRAL PRODUCTS - J. Moreno (Uni Valencia, Spain): MO3.L12.5:
QUANTITATIVE GLOBAL MAPPING OF TERRESTRIAL VEGETATION PHOTOSYNTHESIS: THE FLUORESCENCE EXPLORER (FLEX) MISSION - U. Heiden (DLR, Germany): MO4.L12.1:
PREPARATORY ACTIVITIES FOR THE GERMAN SPACEBORNE IMAGING SPECTROMETER MISSION ENMAP - T. Matsunaga (NIES Uni Tokyo, Japan): MO4.L12.3:
CURRENT STATUS OF HYPERSPECTRAL IMAGER SUITE (HISUI) ONBOARD INTERNATIONAL SPACE STATION (ISS) - S. Qian (CSA, Canada): MO4.L12.4:
A SPACEBORNE COASTAL AND INLAND WATER COLOR HYPERSPECTRAL IMAGER - D. O’Connell (Northstar, Canada): MO4.L12.5:
THE NORTHSTAR SYSTEM – A NEW ERA IN EARTH OBSERVATION
WE3.L12 / WE4.L12: Global Scale Spectroscopy from Space for the Health of Planet Earth
- E. Middleton (NASA GSFC, USA): WE3.L12.1:
HYPERION: THE FIRST GLOBAL ORBITAL SPECTROMETER, EARTH OBSERVING-1 (EO-1) SATELLITE (2000-2017) - A. Chlus (University of Wisconsin, USA): WE3.L12.3:
REMOTE SENSING SPECTROSCOPY TO DISCRIMINATE PLANT FUNCTIONAL TYPES AND PHYSIOLOGICAL FUNCTION - R. Houborg (KAUST, Saudi Arabia): WE3.L12.4:
TIME SERIES FROM HYPERION TO TRACK PRODUCTIVITY IN PIVOT AGRICULTURE IN SAUDI ARABIA - K. Turpie (University of Maryland, USA): WE3.L12.5:
SPECTROSCOPY FOR GLOBAL OBSERVATION OF COASTAL AND INLAND AQUATIC HABITATS - K. Thome (NASA GSFC, USA): WE4.L12.1:
IMPORTANCE OF CALIBRATION/VALIDATION TRACEABILITY FOR MULTI-SENSOR IMAGING SPECTROMETRY APPLICATIONS - C. Ong (CSIRO, Australia): WE4.L12.2:
COMPOSITIONAL CHARACTERISATION OF THE PINNACLES VICARIOUS CALIBRATION SITE - D. Thompson (JPL, USA): WE4.L12.3:
ON OPTIMAL ESTIMATION THEORY FOR ATMOSPHERIC CORRECTION IN VSWIR IMAGING SPECTROSCOPY - R. Green (JPL, USA): WE4.L12.4:
NEW MEASUREMENTS OF THE EARTH’S SPECTROSCOPIC DIVERSITY ACQUIRED DURING THE AVIRIS-NG CAMPAIGN TO INDIA - T. Painter (JPL, USA): WE4.L12.5:
IMAGING SPECTROSCOPY TO UNDERSTAND THE CONTROLS ON CRYOSPHERIC MELTING IN A CHANGING WORLD
TH1.L12 / TH2.L12: Geoscience Remote Sensing in Support of the New GEO Energy and Minerals Societal Benefit Area
- S. Chevrel (MinPol, Austria): TH1.L12.1:
THE GEO COMMUNITY ACTIVITY “EARTH OBSERVATIONS FOR MANAGING MINERAL AND NON-RENEWABLE ENERGY RESOURCES”: HISTORY, PRESENT AND FUTURE ACTIVITIES - M. Abrams (JPL, USA): TH1.L12.3:
GLOBAL GEOSCIENCE MAPS FROM ASTER DATA - V. Morton (Telops, USA): TH1.L12.4:
DIRECT IMAGING OF SHALE GAS LEAKS USING PASSIVE THERMAL INFRARED HYPERSPECTRAL IMAGING - Lau (CSIRO, Australia): TH1.L12.5:
THE ACQUISITION AND PROCESSING OF VOLUMINOUS SPECTRAL REFLECTANCE MEASUREMENTS OF SOILS AND POWDERS FOR NATIONAL DATASETS - L. Capar (BRGM, France): TH2.L12.1:
DETERMINATION OF SPECTRA CHARACTERISTICS OF LATERITE DRILL-CORE FOR “ON LINE-ON SITE” REAL-TIME AUTOMATED MINERALOGY DETECTION - Papenfuß (BGR, Germany): TH2.L12.2:
HYPERSPECTRAL AND GEOPHYSICAL SURVEY FOR THE DEVELOPMENT OF NEW EXPLORATION APPROACHES IN THE IBERIAN PYRITE BELT/SPAIN - J. Mars (USGS, USA): TH2.L12.3:
NEW METHOD TO INTEGRATE REMOTELY SENSED HYDROTHERMAL ALTERATION MAPPING INTO QUANTITATIVE MINERAL RESOURCE ASSESSMENTS - D. Rogge (DLR, Germany): TH2.L12.4:
THE LANDSAT SOIL COMPOSITE MAPPING PROCESSOR (SCMAP): AN OPUS PRODUCT - P. Shi (RADI CAS, China): TH2.L12.5:
DESERTIFICATION MONITORING USING THE ASTER GLOBAL EMISSIVITY DATASET
