Salt pans are highly dynamic environments that are difficult to study by in situ methods because of their harsh climatic conditions and large spatial areas.Remote sensing can help to elucidate their environmental dynamics and provide important constraints regarding their Tapered sedimentological, mineralogical, and hydrological evolution.This study
The present article relates in general to digital demodulation of Binary Frequency Shift Keying (BFSK).The objective of the present research is to obtain a new processing Butter Knives method for demodulating BFSK-signals in order to reduce hardware complexity in comparison with other methods reported.The solution proposed here makes use of the mat
Plants experiencing salt stress often exhibit an ionic homeostasis disorder as a primary symptom.Transcription factor OsMYBc positively regulates OsHKT1;1 to control Na+ accumulation in rice shoots.In this study, root tissues from a T-DNA insert mutant of osmybcc-1 (also known as OsMYBc) and its wild type were analyzed using proteomic methods after
Determination of geochemical and microbiological properties of the cryoconite, related types of sediments and periglacial soils is essential to investigate impact of glaciers on terrains development at the Central Caucasus region.The studied sediments were sampled at the Garabashi and Skhelda glaciers as well as in vertical sections of local soils
To make best use of the various radio resources in the heterogeneous network enabled by the software defined network or cognitive radio (CR) technology, a resource allocation framework with flexibility and quick reconfigurability in the network control layer is an important issue.In this paper, the authors propose a channel allocation framework wit