of crops
/IELOGORSKA (2)
addow,
lamesfield House,
443
vegetated surfaces
°asadena, USA.
uirk.
ISA 451
; using
l Engineering
457
/e radiometer
iE (NASA GSFC
>f Massachussets,
(1) University of Bern, Institute of Applied Physics, Bern, Switzerland
(2) University of Bern, Department of Geography, Bern, Switzerland 519
Physical modeling of microwave emission from bare soils. Intercomparison of models
and ground data
L. LAGUERRE (I), S. RAJU (2), A. CHANZY (2), Y.-H. KERR (I), J.-C. CALVET (3),
J.-P. WIGNERON (4). (I) LERTS Unité mixte CNES-CNRS, Toulouse, France. (2) INRA-
Science du Sol, Montfavet, France. (3) INRA-Bioclimatologie, Montfavet, France.
(4) CNRM, Toulouse, France 527
Microwave emissivity of plant constituents at 37 GHZ
G. MARCELLONI, S. PALOSCIA, P. PAMPALONI, R. RUISI and C. SUSINI
(Istituto di Ricerca sulle Onde Elettromagnetiche - CNR, Firenze, Italy) 535
Estimation of total atmospheric water vapour content over oceans from ERS1/ATSR data
C. OTTLE, S. LE MAGUER, C. FRANÇOIS, L. EYMARD and L. TABARY
(CETP, Centre Universitaire, Vélizy, France) 541
Microwave radiometer observations in HAPEX-Sahel
T.-J. SCHMUGGE (USDA Hydrology Lab., Beltsville MD, USA), Y. KERR
(LERTS, CNES, Toulouse, France) 549
Evolution diurne de l’émission micro-onde d’une culture de soja simulée
à partir d’un modèle couplé
J.-P. WIGNERON (I), A. OLIOSO (2), A. CHANZY (3), B. SEGUIN (I)
(I) INRA, Bioclimatologie, Montfavet, France. (2) INRA, Bioclimatologie,
Thivernal-Grignon, France. (3) INRA, Science du Sol, Montfavet, France 551
467 THEME V : Domaine optique : effets directionnels et polarimétriques
475
Optical domain : polarimetrie and directional effects
ive microwave measurements
R (1)
477
licrowave radiometry
:A (3), M. ALBERTONE (3)
gia, Italy. (2) Dipartimento
\quila, Italy.
i » of Roma, Roma, Italy 489
3E
497
ence de l’humidité du sol
-C. CALVET (4),
l) CARTEL, Université
ivet, France. (4) CNRM,
505
ction de mesures
ulouse, France) 513
Directional radiance measurements : challenges in the sampling of landscapes
D.-W. DEERING (Biospheric Sciences Branch, Code 923, NASA/Goddard
Space Flight Center, Greenbelt, USA) 561
Observations in the solar spectrum interest for remote sensing purposes
M. HERMAN (1) and V. VANDERBILT (2). (1) Laboratoire d’Optique Atmosphérique.
URA 713, Université de Lille, Villeneuve-dAscq, France.
(2) NASA Ames Research Center, Moff'et Field, California, USA) 569
Application of AI techniques to infer vegetation characteristics from directional reflectance (s)
D.-S. KIMES and J.-A. SMITH (NASA/Goddard Space Flight Center,
Greenbelt, Maryland, USA), P.-A. HARRISON (JJM Systems Inc., Arlington,
Virginia USA), P.-R. HARRISON (US Naval Academy, Annapolis, Maryland, USA) 581
Vegetation canopy reflectance modeling, recent developments and remote sensing perspectives
A.-H. STRAHLER (Center for Remote Sensing, Boston University, Boston, USA) 593
Détection des variations du taux de matière organique de parcelles sous cultures
intensives pour une cartographie des risques de dégradation des sols.
Evaluation de l’apport spécifique de la bande MIR
D. ARROUAYS (1), C. KING (2) et I. VION (3)
(1) INRA SESCPF, Bordeaux, Pont-de-la-Maye, France. (2) BRGM, Orléans, France.
(3) Univ. Bordeaux I, Sc. de la Terre, Talence, France 601
Shortwave radiative budget of sahelian vegetation during HAPEX-Sahel experiment. Results of
measurement and modeling
A. BEGUE (1), J.-L. ROUJEAN (2), N.-P. HANAN (I), S.-D. PRINCE (I),
