Accurately quantifying the vegetation rainfall interception at a high resolution is critical for rainfall-runoff modeling and flood forecasting, and is also essential for understanding its further impact on local, regional, and even global water cycle dynamics. In this study, the Remote Sensing-based Gash model (RS-Gash model) is developed based on a modified Gash model for interception loss es...

Scanning tunneling microscopy and spectroscopy is used to characterize InAs/GaSb superlattices, grown by molecular-beam epitaxy. Roughness at the interfaces between lnAs and GaSh layers is directly observed in the images, and a quantitative spectrum of this roughness is obtained. Electron subbands in the InAs layers are resolved in spectroscopy. Asymmetry between the interfaces of InAs grown on...

In the fall of 1994, Applied Research Laboratories, The University of Texas at Austin (ARL:UT) presented a paper [1] at LISA VIII, describing work that we had performed designing and implementing a management framework for NIS and DNS, called GASH. In the years since that paper was presented, it has become clear that the design of GASH was insufficient to meet the complex, idiosyncratic, and ra...

Managing large scale UNIX networks so that users can use resources on multiple systems is traditionally performed using NIS, NFS, and DNS. Proper use of these tools requires exacting maintenance of multiple databases under a single point of control. This is acceptable for a few dozen machines, but with hundreds of machines spread across several administrative groups, some mechanism is needed to...

Déjà vu is an infrequent and nebulous mental experience—a mismatch between subjective perceptions of memory and retrieval itself. Relative to other memory errors and illusions, it has not received much attention in scientific works. However, one area where déjá vu has been studied consistently is temporal lobe epilepsy (TLE) and in the spirit of Hughlings Jackson, Warren-Gash and Zeman make an ...

Rainfall interception loss of forest is an important component of water balance in a forested ecosystem. The Gash analytical model has been widely used to estimate the forest interception loss at field scale. In this study, we proposed a simple model to estimate rainfall interception loss of heterogeneous forest at regional scale with several reasonable assumptions using remote sensing observat...