Great time with @cfcastro_NCSU and @Mah_shehata demonstrating the fiber-optic scour monitoring technology during the NCSU Emerging Research Showcase @NC_PSI@NCStateCALS@NCState_BAE
https://t.co/Yzx5ZKf0TM Characterizing soil water content variability across spatial scales from optimized high-resolution distributed temperature sensing technique
Publication date: September 2022
Source: Journal of Hydrology, Volume 612, Part B
Author(s): Mahmoud Shehata, โฆ
Our latest study has been published in the Journal of Water Resources Research. This study is the first of its kind that test the Dual-Probe Heat-pulse DTS technique under field conditions to obtain high-resolution soil moisture profiles.
https://t.co/KA9LycrIi7
BAE Fountain Wars team - Emory New, Joseph Ishak, Joseph Hanks, Kevin Essig, Sissy Clay and Mahmoud Shehata - kicked off today's #ASABE21 events as the first competition! @ASABEorg#BAEpack
Our recent publication has just been published in the Journal of Water Resources Research. In this paper, we investigated a novel technique to measure soil thermal properties and moisture content using Distributed Temperature Sensing.
https://t.co/W8hCJUDTLe
Congratulations to Mike Boyette, @drDaniJones, @ChadiSayde and @NatalieGNelson! All are part of NC State research teams selected as recipients of the next phase of the Game-Changing Research Incentive Program (GRIP).
Please help us spreading this message about the importance of Bio. and Ag. Engineering in our life. It was created by me and @LiseMontefiore#asaBE_INSPIRED#ASABE
All who are attending #AGU2019 and are interested on knowing more about the new advances in using Distributed Temperature Sensing to measure soil moisture content over different spatial scales are invited to my talk tomorrow at 9:15 am in session H51E. See you there :-)