ARTÍCULO
TITULO

Vegetation Canopy Anisotropy at 1.4 GHz

Hornbuckle    
B. K. England    
A. W. De Roo    
R. D. Fischman    
M. A. Boprie    
D. L.    

Resumen

No disponible

 Artículos similares

       
 
Changchun Li, Yilin Wang, Chunyan Ma, Weinan Chen, Yacong Li, Jingbo Li, Fan Ding and Zhen Xiao    
Crop growth and development is a dynamic and complex process, and the essence of yield formation is the continuous accumulation of photosynthetic products from multiple fertility stages. In this study, a new stacking method for integrating multiple growt... ver más
Revista: Applied Sciences

 
Elisabet Carpintero, Ana Andreu, Pedro J. Gómez-Giráldez, Ángel Blázquez and María P. González-Dugo    
Mediterranean oak savannas (known as dehesas in Spain) are exposed to numerous threats from natural and economic causes. A close monitoring of the use of water resources and the status of the vegetation in these ecosystems can be useful tools for maintai... ver más
Revista: Water

 
Lauren E. H. Mathews and Alicia M. Kinoshita    
The goal of this research was to characterize the impact of invasive riparian vegetation on burn severity patterns and fluvial topographic change in an urban Mediterranean riverine system (Med-sys) after fire in San Diego, California. We assessed standar... ver más
Revista: Geosciences

 
Philipp Held and Jens Schneider von Deimling    
A new method for multibeam echosounder (MBES) data analysis is presented with the aim of improving habitat mapping, especially when considering submerged aquatic vegetation (SAV). MBES data were acquired with 400 kHz in 1?8 m water depth with a spatial r... ver más
Revista: Geosciences

 
Jan Friesen and John T. Van Stan II    
The first contact between precipitation and the land surface is often a plant canopy. The resulting precipitation partitioning by vegetation returns water back to the atmosphere (evaporation of intercepted precipitation) and redistributes water to the su... ver más
Revista: Geosciences