Synergy of SMOS microwave radiometer, thermal data and vegetation index for monitoring the water status of forest and natural vegetation | Zendy

Cristián Mattar | Zendy; José A. Sobrino | Zendy; JeanPierre Wigneron | Zendy; Yann H. Kerr | Zendy; Ahmad Al Bitar | Zendy; Nathalie Novello | Zendy; yves Julien | Zendy; Juan C. JiménezMuñoz | Zendy; G. Sòria | Zendy; María Victoria Hidalgo García | Zendy; B. Franch | Zendy; R. Oltra-Carrio | Zendy; Juan Cuenca | Zendy

Open Access

Synergy of SMOS microwave radiometer, thermal data and vegetation index for monitoring the water status of forest and natural vegetation

Author(s) -

Cristián Mattar,

José A. Sobrino,

JeanPierre Wigneron,

Yann H. Kerr,

Ahmad Al Bitar,

Nathalie Novello,

yves Julien,

Juan C. JiménezMuñoz,

G. Sòria,

María Victoria Hidalgo García,

B. Franch,

R. Oltra-Carrio,

Juan Cuenca

Publication year - 2010

Publication title -

hal (le centre pour la communication scientifique directe)

Language(s) - English

Resource type - Conference proceedings

Subject(s) - vegetation index , remote sensing , environmental science , vegetation (pathology) , radiometer , microwave radiometer , microwave , enhanced vegetation index , index (typography) , radiometry , meteorology , leaf area index , normalized difference vegetation index , geography , computer science , telecommunications , ecology , world wide web , medicine , pathology , biology

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