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• National Science Foundation Postdoctoral Fellowship (01/01/2019-12/31/2019)

• Ph D in Geography, Arizona State University (2015)
• MA in Geography, Arizona State University (2010)
• B.Eng. in Civil Engineering, National University of Colombia (2007)

• Triple Collocation of Ground-, Satellite- and Land Surface Model-Based Surface Soil Moisture Products in Oklahoma—Part I: Individual Product Assessment Remote Sensing 14 22 (2022), Zhen Hong, Hernan A. Moreno Ramirez, Zhi Li, Shuo Li, John S. Greene, Yang Hong, Laura V. Alvarez Rueda.
• An Eddy‐Resolving Numerical Model to Study Turbulent Flow, Sediment, and Bed Evolution Using Detached Eddy Simulation in a Lateral Separation Zone at the Field‐Scale JGR - Earth Surface 126 10 (2021), Laura V. Alvarez, Paul E. Grams.
• Repeat measurements of bathymetry, streamflow velocity and sediment concentration made during a high flow experiment on the Colorado River in Grand Canyon, March 2008. U.S. Geological Survey Data. Release (2021), Paul E. Grams, Laura V. Alvarez, Mathew Kaplinski, Scott Wright.
• Merging Unmanned Aerial Systems (UAS) Imagery and Echo Soundings with an Adaptive Sampling Technique for Bathymetric Surveys Remote Sensing 10 9 (2018), Laura V. Alvarez Rueda, Hernan A. Moreno, Antonio R. Segales, Tri G. Pham, Elizabeth A. Pillar-Little, Phillip B. Chilson.

• Grid Independence Studies of Eddy-Resolving Models at The Scale of a River Reach Along a Transect in Marble Canyon of The Colorado River, Arizona (2022), Volume Chicago, Illinois, Rosa E. Espana, Laura V. Alvarez Rueda.
• Integrated Multi Physics-Based Modeling Framework to Quantify River Geomorphologic Changes in Field-Scale Rivers Based on Eddy Resolving Models Combined with Autonomous Systems (2022), Volume Chicago, Illinois, Laura V. Alvarez Rueda, Paul E. Grams, Fernando Sotelo Torres.
• Understanding Plunging Flows Mechanisms in The Fraser River Using a Large Eddy Simulation Model (2022), Volume Chicago, Illinois, Jayanga Samarasinghe, Laura V. Alvarez Rueda, Jeremy Venditti.
• Physically-Based Numerical Modeling aided by Machine Learning and Autonomous Systems to Study Fluvial and Water Environments (2022), Laura V. Alvarez Rueda.
• Development Of Small Unmanned Aerial Systems For Subpixel Vegetation Activity Monitoring. (2022), Volume Forth Collins, CO, Ryan Cruz, Laura V. Alvarez Rueda, Hernan A. Moreno.
• Development Of Small Unmanned Aerial Systm For Subpixel Vegetation Activity Monitoring (2022), Volume Tallahassee, FL, Ryan Cruz, Laura V. Alvarez Rueda, Hernan A. Moreno.
• Development of small unmanned aerial systm for subpixel vegetation activity monitoring (2022), Volume Tallahassee, FL, Ryan Cruz, Laura V. Alvarez Rueda, Hernan A. Moreno Ramirez.
• Merging Physically-Based Numerical Modeling, and Autonomous Systems to Study Fluvial and Water Environments (2021), Laura V. Alvarez Rueda.

• Model-based Reinforced Learning for Accurate and Efficient Process Representation of Advection-Diffusion and Turbulent Processes Using Adaptive Domain Redefinition
• Collaborative Research: Cohesive Particle Flow Research
• NOAA EPP/MSI Cooperative Science Center for Earth System Sciences and Remote Sensing Technologies
• NOAA Experiential Research and Training Opportunities (NERTO)
• EAR-Postdoctoral Fellowship: The Mechanics of Turbulence and Sediment Transport: Physically-Based Numerical Modeling of Flow, Sediment and Bed Evolution in the Bedrock Canyons