24 Papers
103 Citations
R. Ruisi is an academic researcher from International Federation of Accountants. The author has contributed to research in topics: Scattering & Water content. The author has an hindex of 6, co-authored 24 publications.
Chat about Author
Papers
Airborne multifrequency L- to Ka-band radiometric measurements over forests
TL;DR: The analysis of the collected data indicated that the use of microwave emission at the highest frequencies makes it possible to identify some forest types, whereas L-band emission is more closely related to tree biomass.
61
Modelling radar backscatter from crops during the growth cycle
Giovanni Macelloni,Simonetta Paloscia,Paolo Pampaloni,R. Ruisi,Monique Dechambre,René Valentin,Andre Chanzy,Laurent Prévot,Nadine Bruguier +8 more
TL;DR: In this paper, a papier decrit l'implementation d'un modele, base on la theorie du transport radiatif, for l'interpretation des donnees de retrodiffusion radar de la vegetation agricole (tournesol et ble) pendant le cycle de pousse.
Airborne multi-frequency L- to Ka-band radiometric measurements over forests
Simonetta Paloscia,Giovanni Macelloni,Paolo Pampaloni,R. Ruisi,C. Susini +4 more
- 24 Jul 2000
TL;DR: In this article, a multifrequency microwave radiometric measurements with airborne instruments were carried out over six forest stands in Tuscany, Italy, and the collected data pointed out the sensitivity of microwave emission to forest type and biomass.
18
Active and passive microwave measurements for the characterization of soils and crops
Giovanni Macelloni,Simonetta Paloscia,Paolo Pampaloni,R. Ruisi,Monique Dechambre,René Valentin,Andre Chanzy,Jean-Pierre Wigneron +7 more
TL;DR: In this paper, les mesures radiometriques and scattermetriques effectuees dans les bandes C and X confirment les potentialites des capteurs a micro-ondes for the detection des caracteristiques du sol and de la vegetation.
17
Microwave emission features of crops with vertical stems
TL;DR: Microwave emission from crops characterized by long vertical structures has been investigated by using experimental data at 10 and 37 GHz and a model based on radiative transfer theory and the results are discussed in terms of emission and scattering properties of the crop.
10