Real-time simulation of the iterative calculation of the satellite based surface energy fluxes
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This document discusses a real-time simulation methodology for calculating satellite-based surface energy fluxes, emphasizing the iterative process used for evapotranspiration (ET) models. It highlights the necessity of stability corrections in the computation of sensible heat flux and presents results from simulations demonstrating convergence at low wind speeds. Technical details of the simulation process, including system specifications and programming languages used, are provided alongside references for further reading.
Real-time simulation of the iterative calculation of the satellite based surface energy fluxes
- 1. 12/21/2015 Realtime simulation of the iterative calculation of the satellite based surface energy fluxes | Ramesh Dhungel | LinkedIn https://www.linkedin.com/pulse/realtimesimulationiterativecalculationsatellitebaseddhungel 1/27 Attn: Civil Engineers Get a Master's in Civil Engineering. No GRE. 100% Online. 4 Concentrations. Realtime simulation of the iterative calculation of the satellite based surface energy fluxes Dec 21, 2015 7 views 0 Likes 0 Comments This will be a continuing post which will be updated until most of the real time simulations are shown. White paper An iterative procedure is still used to converge fluxes in evapotranspiration (ET) calculation in many ET models like METRIC, SEBAL and SEBS. In this post, a realtime simulation is shown to expedite the satellite based surface energy balance fluxes in low wind speed condition. In the surface energy balance, stability correction of aerodynamic resistance is necessary as it affects the computation of sensible heat flux. The MoninObukhov stability length (L) can be calculated either from an iterative process using wind profiles, temperature and Ramesh Dhungel Water Resources, Remote Sensing and Land Surface Modeler (LSM) (Ph.D. Civil Engineering) Edit post View stats Realtime simulation of the iterative calculation of the satellite based surface energ… fluxesRamesh Dhungel Can Phil Schiller fix the Apple App Store? qz.com Naked Unicorns in Subprime Valley Vikram Mansharamani The World Wide Web Celebrates 25th Birthday, But What's Next? Neil Hughes The Fed Awakens: A New Hike Frank Holmes How Bad Design Wrecked Steve Harvey's "Universe" Eric Thomas From Oprah to Richard Pulse Publish a post Home Profile Connections Jobs Interests Business Services Try Premium for free Advanced 1 Search for people, jobs, companies, and more...
- 5. 12/21/2015 Realtime simulation of the iterative calculation of the satellite based surface energy fluxes | Ramesh Dhungel | LinkedIn https://www.linkedin.com/pulse/realtimesimulationiterativecalculationsatellitebaseddhungel 5/27 Real-time simulation of the surface en... (99.5 % convergence of pixels at 0.8 m/s wind speed at 30 m, process automatically stopped at about 13 minutes)
- 6. 12/21/2015 Realtime simulation of the iterative calculation of the satellite based surface energy fluxes | Ramesh Dhungel | LinkedIn https://www.linkedin.com/pulse/realtimesimulationiterativecalculationsatellitebaseddhungel 6/27 Written by Ramesh Dhungel 0 comments Real-time simulation of the surface en... For the further reading, references and to cite the work, please go to the following literature. Dhungel, Ramesh, Richard G. Allen, Ricardo Trezza, and Clarence W. Robison. "Comparison of Latent Heat Flux Using Aerodynamic Methods and Using the Penman–Monteith Method with SatelliteBased Surface Energy Balance." Remote Sensing 6, no. 9 (2014): 88448877. Dhungel, R.; Allen, R. Time Integration of Evapotranspiration Using a Two Source Surface Energy Balance Model Using NARR Reanalysis Weather and Satellite Based METRIC Data. Ph.D. Thesis, University of Idaho, Kimberly, ID, USA, 2014 http://digital.lib.uidaho.edu/cdm/ref/collection/etd/id/829 Dhungel et al., 2015. Improving iterative surface energy balance convergence for satellitebased flux calculation, 15804L. Journal of Applied Remote Sensing (Underreview). Like Comment