Pennsylvania State University, School of Engineering

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    I[Pennsylvania State University, School of Engineering]
    PI["Parent Institutions (1)"]
    CI["Child Institutions (0)"]
    AW["Affiliated Works (521)"]
    CA["Linked Collaborating Authors (0)"]
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    CI== skos:broader ==>I
    AW== affil ==>I
    AW== author ==>CA
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ADS ID [?]

A01361

Abbreviation [?]

Sch Eng

Parent Institutions [?]

• Pennsylvania State University

Child Institutions [?]

Affiliated Works

sorted by decreasing year, and then by display-name

• Comparison of New Mexico Tech VHF Interferometer and Arecibo radar data of lightning
• Global Ocean Circulation During Cretaceous Time
• Infrastructure and Components of a Long Term Hydrologic Observing System for the Susquehanna River Basin
• Infrastructure to Support Hydrologic Research: Information Systems
• Numerical Modeling of Surface Runoff
• Permeability Changes in Porous-fractured Media Controlled by Mechanical and Chemo-mechanical Effects
• Reactive Chemical Transport Under Multiphase System
• Simulation of North American Hydrology With a New Coupled Model
• ALTUS Cumulus Electrification Study (ACES): The application of a UAV for close over-flights of thunderstorms
• Antarctic Ice and Sediment Flux in the Oligocene Simulated by a Climate-Ice Sheet-Sediment Model
• Coupled Climate-Ice Sheet Simulations of the Early Cenozoic History of the Antarctic Ice Sheet
• Is the NAO a breaking wave?
• Quantitative Constrained Imaging of Dissolution and Precipitation in a Natural Fracture
• Reaction-based modeling of quinone-mediated bacterial iron(III) reduction
• Resonant Acoustic Measurement of Vapor Phase Transport Phenomenon
• Salinity Variation in the Eocene Australo-Antarctic Seaway: A Record of the Waxing and Waning of Antarctic Ice?
• Scaling Properties of Laboratory-Generated Stream Networks
• Sea surface conditions, ocean gateways, and global ocean conveyor
• Southern freshwater impacts and global ocean circulation
• Spontaneous Switching of Permeability Changes in a Limestone Fracture Under net Dissolution
• Analysis of Dissipation Response for the Piezoprobe and DVTP-P on ODP LEG 204
• Atmospheric and land surface measurements in a prototype hydrologic observatory
• CUAHSI Hydrologic Information System and its role in hydrologic observatories
• Constraining Fold-shape Models With Simultaneous Non-linear Regression to Characterize Fold Related Fractures
• Identifying Characteristic Responses of Hydrological and Geochemical Behavior at Hillslope and Catchment Scales
• Implementing a Network of Hydrologic Observatories
• Inter-basin Versus Meridional Ocean Freshwater Disparity and Global Ocean Conveyor
• Latitudinal and Longitudinal Basin-scale Surface Salinity Contrasts and Freshwater Transport by Ocean Thermohaline Circulation
• Modeling of the Early Cenozoic History of the Antarctic Ice Sheet
• Natural Organic Matter-Promoted Metal Inhibition of Hematite Bioreduction
• Observations of Thunderstorm Effects on Middle-Atmosphere Ionizable Constituents
• Ocean Response to Possible Southern Meltwater Pulses During Eocene-Oligocene Cooling Climate Trend: A Sensitivity Ocean Modeling Study
• Surface water, groundwater, and social science measurements in a prototype hydrologic observatory
• The Dynamics of Equatorial Atmospheric Angular Momentum
• The Hydroclimatic Response of the Whitewater River Basin: Influence of Groundwater Time Scales
• The Upward Directed Poynting Flux over a Thunderstorm
• A Conceptual Framework for SAHRA Integrated Multi-resolution Modeling in the Rio Grande Basin
• A Framework for the Development and Analysis of Parsimonious Watershed Models
• Alliance for Earth Sciences, Engineering and Development in Africa
• Design of a Dual-Pressure Port Penetration Probe for Pore Pressure Measurements in Ocean Drilling
• Dynamic Micro-CT Study of Fracture-Matrix Flow During Capillary Imbibition in Layered Berea Sandstone
• ETRS Arrays: Boundary layer-to-water table total flux measurement system
• Global Ocean Sensitivity to Local Geologically Short-Term Variability of Freshwater Fluxes
• Hydroxyl and Atomic Oxygen Airglow Response to Short-Period Gravity Waves Undergoing Vertical Reflection
• Integrated, Multi-Scale Modeling for Process, Parameter and Policy Research at the River Basin Scale
• Is there a bi-Polar Ocean Seesaw?
• Modeling Freshwater Impacts on Ocean Circulation During the Miocene at 20 and 14 Ma
• Optical Emissions of Sprite Streamers in Weak Electric Fields
• The University Scientist's Role in Promoting Collaborative K-12 Professional Development
• A Coupled Ice-sheet/Ice-shelf/Sediment Model Applied to Antarctica: Forced and Unforced Variations.
• Constrained Observations of Stress- and Chemistry-Mediated Changes in the Transport Properties of Fractured Rocks via Physical and Chemical Signals Supplemented by X-ray CT
• Effects of Photoionization on Similarity Properties of Streamers at Various Pressures in Air
• Ensemble modeling of flows in ungaged catchments
• Forecasting of Convectively Generated Gravity Waves in the Middle and Upper Atmosphere
• In-situ pressure measurements in the Ursa Basin, Northeast Gulf of Mexico
• Integrated Water Resources Planning and Management in Arid/Semi-arid Regions: Data, Modeling, and Assessment
• Long-Term Interactions of Streamflow Generation and River Basin Morphology
• Modeling shear flow and postsunset stability in the equatorial F region ionosphere
• Toward Improved Calibration of a Semi-arid Distributed Flash-Flood Model: A Hierarchical Sensitivity Scheme for Model Evaluation
• Turbulence and Mixing at the Equatorial Mesopause: Results From a Rocket/Radar Experiment
• Watershed Classification Based on Hydrologic Response Behavior
• A Coupled Ice-sheet/Ice-shelf/Sediment Model Applied to a Marine-margin Flowline: Patterns of Sediment Deposits
• A Microphysical Model for Strong Velocity-weakening in Phyllosilicate-bearing Fault Gouges
• A numerical study of convectively generated gravity waves over the maritime continent region using the weather research and forecasting (WRF) model
• Adapting RegCM3 to the South Polar region: Results from a 10-year nested simulation.
• Catchment Classification and Hydrological Similarity
• Coupling Sediment Transport with the Integrated Hydrologic Model (PIHM)
• Coupling hydrologic processes across different spatio-temporal scales: The Juniata River Basin
• Diagnostic Evaluation of a Distributed Watershed Modeling Approach
• Hydraulic Diffusivity and Wellbore Storage from Pressure Monitoring in the Nankai Accretionary Prism
• Kinetics of Fe Release from Organic Ligand Complexes: Implications for Fe Isotopes?
• Micromodel Investigation of Capillary Pressures in a Rough CT-scanned Fracture
• Modeling the Semiannual Variation of Thermospheric Neutral Density
• Overpressure in shallow sediment at the Ursa Basin, Gulf of Mexico
• PIHMgis: A "Tightly Coupled" GIS Framework for Integrated Hydrologic Modeling
• Permeability Evolution in Compacting Aggregates: Effects of Grain Size Distribution
• Scenario Development for Water Resources Planning and Management
• Simulating Thermal-Hydrologic-Mechanical-Chemical Evolution Surrounding Fluid Injection in a Fractured Porous Geothermal Reservoir
• Taking the Pulse of Hydrology Education
• Testing Integrated Observation Strategies within a Pilot Watershed-scale Real-time Hydrologic Monitoring Network (RTH_Net)
• The Possibility of Generation of NO-gamma Emissions in Sprite Discharges
• The effect of dilatancy and compaction on the stability and permeability of a fluid infiltrated fault
• Three-Dimensional Fractal Modeling of Intracloud Lightning Discharge in a New Mexico Thunderstorm and Comparison With Lightning Mapping Observations
• Weathering Reactions in Soils on Peoria Loess Document Mineral Weathering Kinetics as a Function of Climate
• A Comparison of In-Channel Dead Zone and Hyporheic Zone Transient Storage Parameter Estimates Between a 1st and 5th Order Stream
• A Novel Approach to Parameter Identification for Distributed Hydrologic Modeling
• A new approach to the calibration of complex watershed models in ungauged basins using regionalized hydrologic indices
• A signature index approach to diagnostic evaluation and parameter estimation of watershed models
• Benchmark Experiments for Higher-Order and Full Stokes Ice Sheet Models
• Channel Reconfiguration Impacts on Solute Transient Storage Dynamics in the Provo River, Utah
• Channel-Streambed Interactions Over and Under Ice
• Characterization of Fracture Capillary Pressure from Geo-statistical Analysis of Rough Fracture Structures
• Characterization of Microbial Communities in Coal Mine Drainage Treatment Systems With Elevated Manganese
• Daytime Observations of Mid-latitude Sporadic-E and QP Radar Echoes
• Decision Making Under Uncertainty and Complexity: A Model-Based Scenario Approach to Supporting Integrated Water Resources Management
• Distributed Parameter Estimation Using a Regularization Approach
• Effects of Soil Warming and Drying on Methane Cycling in Northern Peatlands
• Elucidating the Holocene Relative Sea-Level History of the US Atlantic Coast
• Enhancing the Solution of Large Monitoring Network Design Problems Using a New Epsilon- Dominance Hierarchical Bayesian Optimization Algorithm
• Estimating 3D Variation in Active-Layer Thickness Beneath Arctic Streams Using Ground- Penetrating Radar
• Evaluation of a Bias Aware Ensemble Kalman Filter Using a Scaled Aquifer Transport Experiment
• Flow Data for Solute Transport Modeling from Tracer Experiments in a Stream Not Continuously Gaining Water
• Forecast uncertainty in semi-arid flash flood modeling using radar rain input
• Hydro-Mechanical Processes in Faulting: an Experimental Analysis of the Variability of Dilatancy in Simulated Fault Gouge
• Impact of Pore Size and Salt Precipitation on the Evaporation From Porous Media
• Increased Active Layer Development Associated with Thermokarst Activity in Continuous Permafrost Region in the Brook Range foothills, Alaska
• Influence of Morphology and Permafrost Dynamics on Surface Water - Groundwater Exchange in Arctic Headwater Streams under Present and Enhanced Thaw Conditions
• Introducing real-world hydrology case studies into an undergraduate engineering curriculum
• Mechanism of infrasound radiation from sprites
• Photoionization Models Based on Radiative Transfer and Helmholtz Equations for Sprite Streamer Modeling
• Relationships Between Stream - Ground Water Exchange and Topography of the Channel, Valley, and Watershed
• Scenario Planning for Water Resources: a Forward-looking Approach Combining Science, Demographic Trends and Policy
• Simulations of Late Paleozoic Continental Ice Sheets Under Orbital and CO2 Forcing
• Stoichiometry of Carbon, Nitrogen, and Phosphorus Regeneration Interactions in the Hyporheic Zones of Arctic Streams Draining Areas of Continuous Permafrost
• Synoptic Analysis of the Pacific-North American Teleconnection Pattern
• Synthesizing Earth's geochemical data for hydrogeochemical analysis
• Thermokarst Distribution in the Noatak Basin, Alaska: Increased Frequency and Correlations with Local and Regional Landscape Variables
• Time scale and feedback of zonal mean flow variability
• Topographic Controls on Hillslope-Riparian Water Table Continuity in a set of Nested Catchments, Northern Rocky Mountains, Montana
• Towards a Dynamic Digital Observatory: Synthesizing Community Data and Model Development in the Susquehanna River Basin and Chesapeake Bay
• Uncertainty Analysis in Environmental Modeling: Towards Improved Evaluation and Diagnostics of Hydrological and Environmental Models (2nd International IAHS-PUB Workshop 15th-18th July 2007 in Bertinoro, Italy)
• Upward Electrical Discharges From Thunderstorms
• A Lower Threshold for North Atlantic ice Rafting in the Late Pliocene Than the Late Pleistocene in Response to Low-slung Slippery ice Sheets?
• Adaptive Environmental Sensing Network in a Forested Watershed
• Addressing Model Bias and Uncertainty in Three Dimensional Groundwater Transport Forecasts for a Physical Aquifer Experiment
• Anomalous electrical signals associated with microbial activity: Results from Iron and Nitrate-Reducing Columns
• Assessing the role of different wetland methane emission pathways with a biogeochemistry model
• Catchment Classification and Services, Considering Societal Needs in Classification
• Characterization of Surface Transient Storage Zone Exchange and Flow Dynamics in a 3rd-Order Stream, Massachusetts
• Combining PUB and climate change scenarios for long-term water resource modeling in South Africa
• Comparison of Model Structure in Multiple-Transient Storage Modeling of Solute Transport in Streams: Nested Versus Competing Storage Zones
• Comparison of acceleration, expansion and brightness of sprite streamers obtained from modeling and high-speed video observations
• Controls on the Hydrologic Response to Climate and Land Cover Change of Headwater Streams
• Determining Surface Transient Storage Zone Residence Time Distributions from Whole Stream Solute Injections
• Hyporheic Restoration in Streams and Rivers
• Impact of Eddy Diffusivity on Seasonal Variations of the Thermosphere
• Influence of Geography and Carbon Dioxide on Oceanic Circulation and Seawater δ18O
• Influence of Thermokarst Failures on Hillslope and Stream Water Quality
• Investigating multi-decadal scale changes in ENSO variability using a coupled A/OGCM
• Landscape Structure as a 1st Order Control on Whole Catchment Hydrologic and Solute Response Characteristics Across Contrasting Climate Conditions
• Mechanism of Lightning Associated Infrasonic Pulses from Thunderclouds
• Mn Enrichment in Surface Soils: A Signal for Dust?
• Model Case Study of Convectively Generated Waves in the Maritime Continent and Northern Australia
• Modeling West Antarctic Ice Sheet Growth and Retreat Through the Last 5 Million Years
• Modeling the Effect of Quasi-Drained Fault Zone Dilatancy on Friction Constitutive Properties
• Modular Curriculum for Hydrologic Advancement (MOCHA)
• Numerical modeling of the formation of the screening charge near the thundercloud boundaries and its impact on the initiation and early stages of development of blue and gigantic jets
• Partitioning Surface and Hyporheic Transient Storage in Streams of Increasing Size
• Rainfall characteristics define the value of streamflow observations for the calibration of distributed watershed models
• Robust Dynamic Parameter Estimation for Hydrological Models
• Strong Velocity Weakening in Fault Gouges: Results from Rock Analogue Experiments
• The Miocene Climate at 20 and 14 Ma: A Model Study With the Focus on Freshwater
• The NJIT-UACNJ-PSU Collaborative: A spatially scanning middle atmospheric lidar system in northwest New Jersey
• Understanding how Geomorphology and Climate Define the Hydrologic Catchment Response
• Using Nanotechnology to Identify and Characterize Hydrological Flowpaths in Agricultural Landscapes
• Variability in stream flow and specific discharge along three headwater streams in central Montana, USA
• What Have We Done? The State of Hyporheic Characterization
• A Translation of Metrics from Single Transient Storage Zone to Multiple-Transient Storage Zone Models of Solute Transport in Streams
• Air Heating Associated with Transient Luminous Events
• Catchment Classification: An empirical analysis of hydrologic similarity and its controls (Invited)
• Challenges and Opportunities for Hydrology Education - The Blue Book, Now and the Future
• Complex Process Couplings Related to Deep Geologic Sequestration and Energy Recovery (Invited)
• DEPTH CONTINUOUS HYDRAULIC CONDUCTIVITY PROFILING USING AN ACTIVE SOURCE PENETROMETER
• Fabric Induced Weakness of Tectonic Faults
• Imaging Hyporheic Zone Solute Transport Using Electrical Resistivity
• Improving Flash Flood Prediction in Multiple Environments
• Is Simpler Better? A Visualization-based Exploration of How Parametric Screening Influences Problem Difficulty and Equifinality in Multiobjective Calibration
• Multiscale, Multiphysics Modeling in Terrestrial Watersheds: Atmosphere-Tidal Interactions (Invited)
• Quantification of immiscible fluid distribution of an oil-wet and water-wet bead pack imaged using x-ray computed microtomography
• Rainfall-runoff model calibration at an ungauged catchment using the map-correlation method
• Scientific Basis for a Coupled Thermal-Hydrological-Mechanical-Chemical-Biological Experimental Facility at DUSEL Homestake
• Sensitivity-Informed De Novo Programming for Many-Objective Water Portfolio Planning Under Uncertainty
• Signatures and time scales of the stable isotope network in the Shale Hills Critical Zone Observatory
• Solute load sensitivity to stream flow gains and losses in transport simulations in coupled stream-subsurface systems
• The Effect of Beaver Activity on the Ammonium Uptake and Water Residence Time Characteristics of a Third-Order Stream Reach
• The Recent Meteor Radar at Penn State: Design, Implementation, and Observations
• The Relation between Magnetospheric State Parameters and the Occurrence of Night-Time Mid-Latitude Plasma Depletions in the F-Region
• The influence of coarse woody debris in the development of hydromorphic complexity within recently deglaciated streams
• Toward an Online Community of Educators: The Modular Curriculum for Hydrologic Advancement (MOCHA)
• Understanding Hydrologic Catchment Similarities Through Detailed Modeling
• Understanding the Spatio-Temporal Variability of Stream Temperature Across Pennsylvania
• Virtual Laboratories to Achieve Higher-Order Learning in Fluid Mechanics
• A fast finite volume model for 2D shallow water flow
• Analyzing Catchment Hydrologic Function through Process-based Behavioral Modeling
• Arecibo's Thermospheric Gravity Waves and the Case for an Ocean Source (Invited)
• Biodegradation of Deep-Sea Oil Spill at the Gulf of Mexico: an Estimate of Half Life Time
• Boundary Layer Flow and Heat Transfer near Vertical Heated Boreholes in Water-Saturated Rock: An Approach to the THMCB Experiment at DUSEL Homestake
• Catchment Classification: Connecting Climate, Structure and Function
• Comparison of Stream-Groundwater Interactions in Two Restoration Approaches
• Context Conundrums: Observations and Conceptual Models are Primary Controls on Interpretations of Temporal and Spatial Scales of Stream-Groundwater Interactions (Invited)
• Does Electrical Resistivity Imaging mesh with solute transport data obtained from tracer studies in hyporheic zones?
• Evidence of mobile/immobile flow at the Susquehanna Shale Hills Critical Zone Observatory using the stable isotope network
• Experimental and Numerical Analysis of Capillary Imbibition in Fractured Sandstone under Controlled Fracture Flow Conditions
• Finite-Difference Time-Domain Modeling of Infrasonic Waves Generated by Supersonic Auroral Arcs
• Geophysical imaging to inform hyporheic flow and solute transport dynamics in 2- and 3-dimensions (Invited)
• How do relative magnitudes of down- and cross-valley hydraulic gradients vary with flow dynamics? Analysis over daily, storm, and seasonal baseflow recession timescales
• How do storm dynamics change solute transport and transient storage in headwater streams?
• Hydrogeophysical Monitoring of Transport Processes: Are Chemically "Conservative" Tracers Electrically Conservative? (Invited)
• Identification and Classification of Wetlands using Physics based Distributed Hydrologic Model
• Many-objective Groundwater Monitoring Network Design Using Bias-Aware Ensemble Kalman Filtering, Evolutionary Optimization, and Visual Analytics
• Molecular analysis of benthic biofilms from acidic coal mine drainage, Pennsylvania, USA
• Multi-Year Periodicity of SOUFRIÈRE Hills Volcano, Montserrat, Replicated by Conduit Plug Formation and Flow Dynamics (Invited)
• On the inception of streamers from sprite halo events produced by lightning discharges with positive and negative polarity
• Permeability Evolution of Shale and Coal Under Differential Sorption of He, CH4 And CO2
• Real-Time Implementation of the Penn State Integrated Hydrologic Modeling System: The Shale Hills Critical Zone Observatory
• Saline Evaporation from Porous Media: Characteristics of Salt Precipitation and Its Effect on Evaporation
• Snow Dynamics in a Polar Desert, McMurdo Dry Valleys, Antarctica
• Soil responses to rapid warming events inside and outside of thermokarst features during the snow season in arctic Alaska
• Stopping and restarting eruptions - Controls on Periodicity Revealed through Geodetic Imaging (Invited)
• Strontium isotopes as an indicator of water-rock reaction for the Coupled Thermal-Hydrological-Mechanical-Chemical-Biological (THMCB) Experimental Facility at DUSEL
• The relation between the E-region gravity waves and the F-region plasma depletions observed with an all-sky imager at Arecibo
• Understanding and Prediction : An Evolving Paradigm for Modeling Hydrologic Process Feedbacks at Multiple Scales
• Understanding the Dynamic Interaction between Precipitation and Distributed Watershed Model Behavior (Invited)
• Use of DC Resistivity Tomography to Investigate Thermokarst Features, Toolik Lake area, Alaska, USA
• Variability in Headwater Stream Behavior Across the United States
• Vertical Profiles of NOx, O3, and Volatile Organic Compounds in a Deciduous Forest Canopy
• Watershed reanalysis: data assimilation from strip charts to embedded sensor networks (Invited)
• What is the Nondominated Formulation? A Demonstration of de Novo Water Supply Portfolio Planning Under Deep Uncertainty
• When is Small Scale Information Important in Determining Large Scale Mineral Dissolution Rates? (Invited)
• 'age' of water: a physics based, fully coupled, distributed model for watershed assessment
• Changing Seasonality in the Arctic and its Influences on Biogeochemical Processing in Tundra River Networks
• Charge transfer to the ionosphere and to the ground during thunderstorms
• Controls of mineralogy and hydrology on weathering fluxes in the Susquehanna Shale Hills Critical Zone Observatory
• Development of a global education environment to study the Equatorial Ionosphere with Cognitive Radars
• Environmental controls of Cadmium desorption during CO2 leakage
• Estimation of source altitudes of Terrestrial Gamma-ray Flashes produced during the stepping of lighting leaders
• Examining effects of changing seasonality on arctic stream nutrients using a model of in-stream and hyporheic zone biogeochemical cycling
• Exploring the worth of geophysical data for characterizing three dimensional transport and heterogeneity in laboratory aquifer experiment
• Field Scale Controls of Uranium Bioreduction Efficacy: the Role of Physico-chemical Heterogeneity
• How does transient storage change as a function of valley position and flow rate?
• How does valley-bottom hydrology control stream-aquifer interactions in a headwater mountain stream?
• Hydrological Analysis of Catchment Behavior through Process-based Modeling along a Climate Gradient
• Hyporheic Zone Study at Susquehanna/Shale Hills Critical Zone Observatory
• Identification of large scale billows-like structure in the neutral Na layer over Arecibo
• Impact of successive lightning strokes on the initiation and propagation of sprite streamers
• Influences of seasonality, geomorphology, and hydrology on primary production and respiration in Arctic stream ecosystems
• Multi-Period Many-Objective Groundwater Monitoring Design Given Systematic Model Errors and Uncertainty
• Observations of the Intra-seasonal oscillations in the tropical MLT and lower atmosphere
• Optimization of CO2-Enhanced Coalbed Methane Recovery Accommodating Swelling-Induced Permeability Evolution
• Outlet Glacier-Ice Shelf-Ocean Interactions: Pine Island Glacier in the Amundsen Sea Embayment
• Phosphorus Mobility in the Landscape: First Steps to Linking Hydrology and Microbiology
• Progress Toward a Thermal-Hydrological-Mechanical-Chemical-Biological (THMCB) Experiment in the Homestake Mine Deep Underground Science and Engineering Laboratory
• Reactive Transport Modeling of Microbe-mediated Fe (II) Oxidation for Enhanced Oil Recovery
• Regional Modeling of Jakobshavn Glacier: Contribution to SeaRISE Effort
• Regional Modeling of Thwaites Glacier: Dynamic Changes in the Amundsen Sea Embayment
• Seasonal Comparison of Snow Distribution and Aerial Ablation within the McMurdo Dry Valleys, Antarctica
• Sobol' Variance Decomposition of an Integrated Assessment Model's Global Sensitivities
• Solute, Discharge, and Nutrient Dynamics at Sub-daily Timescales in Glacial Meltwater Streams of the McMurdo Dry Valleys
• Spatio-temporal Variability of Controls on Water Balance Components in a Western Mountainous Headwater Basin
• Stability of the Grounding Zone of Thwaites Glacier, West Antarctica
• Terrestrial gamma-ray flashes produced by energetic electrons during the stepping of lightning leaders
• The Role of Mineral Spatial Distribution in Determining Dissolution Rates
• The Virtual Watershed Observatory: Cyberinfrastructure for Model-Data Integration and Access
• To Trust or Not to Trust: Assessing the consistency of controls across hydrologic models
• Top Down Modeling and Catchment Classification: Insight into hydrologic processes/function and hydrologic similarity
• Wetlands Response to Climate Change across Susquehanna River Basin
• A Many-Objective Analysis of Supply and Demand Management Options for the Thames Basin
• A Many-Objective Approach to Developing Adaptive Water Supply Portfolios in the 'Research Triangle' Region of North Carolina
• A Two-Scale Parameterization for Distributed Watershed Modeling Using National Data and Evolutionary Algorithm
• Analysis of Coherent Scatter Observations collected with the new Penn State VHF Meteor Radar
• Analysis of Groundwater-induced Hydrologic Patterns and Controls in a Great Lakes Watershed Using a Subsurface - Land Surface Processes Model
• Big trouble in a little box: Can we distinguish groundwater transport hypotheses given observational uncertainties?
• Characterizing spatiotemporal dynamics of wetted soils across a polar desert landscape, McMurdo Dry Valleys Antarctica
• Comparison of Stable Isotope Composition in Precipitation between Atmospheric General Circulation Models and Shale Hills Critical Zone Observations
• Continuous Monitoring of CH4 Emissions from Marcellus Shale Gas Extraction in South West Pennsylvania Using Top Down Methodology
• Critical Zone Observatories (CZOs): Integrating measurements and models of Earth surface processes to improve prediction of landscape structure, function and evolution
• Dependence of Positive and Negative Sprite Morphology on Lightning Characteristics and Upper Atmospheric Ambient Conditions
• Emerging Dependencies and Controls for Carbon Dioxide Stabilization Policies
• Evolution of Permeability and Induced Seismicity during Reservoir Stimulation; Role of Fluid Pressure and Thermal Transients on Reactivated Fractured Networks
• Evolutionary Agent-based Models to design distributed water management strategies
• Examining scaling issues of hydrologic and carbon processes using PAWS-CLM
• Exploring controls on saline tracer movement within the hyporheic zone using finite-element modeling and electrical resistivity
• Extreme Values Analysis of McMurdo Dry Valleys Long Term Ecological Research (LTER)
• Fracture Patterns within the Shale Hills Critical Zone Observatory
• Impacts of Marcellus Shale Natural Gas Production on Regional Air Quality
• Implications of changes in hydrologic behavior for catchment classification through time
• Investigation of the structure and stability of SnO<SUB>2</SUB> nanocrystal and its surface-bound water
• Many Objective Robust Decision Making for Complex Environmental Systems Undergoing Change
• Network representation of pore scale imagery for percolation models
• ONEMercury: Towards Automatic Annotation of Earth Science Metadata
• Parameter Estimation of a Physically-Based Land Surface Hydrologic Model Using the Ensemble Kalman Filter
• Physics of Streamer-to-Leader Transition at Reduced Air Density and Its Implications for the Vertical Structuring of Gigantic Jets
• Predicting glacier evolution: Why additional data is critical
• Property Evolution of Fractured Wellbore Cement under Dynamic Flow Conditions Relevant to Geological Carbon Sequestration
• Quantitative predictions of streamflow variability in the Susquehanna River Basin
• Reactive Transport Modeling and Geophysical Monitoring of Bioclogging at Reservoir Scale
• Saturation-history-dependent wettability and its impact on macroscale two-phase flow: As determined by lattice Boltzmann modeling
• Scalar Dispersion Inside Plant Canopies: The Role of Turbulence Intermittency
• Spatial and temporal patterns of hydrologic connectivity between upland landscapes and stream networks
• Stream characteristics determine the importance of transient storage processes
• The Essential Terrestrial Variables (ETV's) in Support of a National Framework for Numerical Watershed Prediction
• The Role of Spatial Distributions of Reactive Minerals and Flow Velocity in Determining Overall Dissolution Rates
• Time series analysis of geophysical images to quantify subsurface transport of solute plumes
• Using Time-Varying Sensitivity Analysis to Understand the Effects of Model Formulation on Model Behavior
• A New Hydrologic-Morphodynamic Model for Regolith Formation and Landscape Evolution
• Assessing the performance of linear and non-linear soil carbon dynamics models using the Multi-Objective Evolutionary Algorithm Borg-MOEA
• Battling Arrow's Paradox to Discover Robust Water Management Alternatives
• Characteristics of Mesospheric Na Distribution over Arecibo, Puerto Rico
• Considering uncertainty in climate change projections through a new decision-centric approach to global change impact assessment on water resources tested in a Pennsylvania watershed
• Dependence of the Number of Counts in Terrestrial Gamma-ray Flashes on the Source-to-satellite Radial Distance
• Developing approaches to hindcast and earthcast climate controls on solute fluxes during shale weathering in the Critical Zone
• Development of a New and Fast Linear Solver for Multi-component Reactive Transport Simulation
• Effect and relevance of the artificial drainage system when assessing the hydrologic impact of the imperviousness distribution within the watershed
• End of the trend: Cold desert ecosystem responses to climate variability
• Evolution of Stiffness and Permeability in Fractures Subject to - and Mechanically-Activated Dissolution
• Influence of hydro-climatic conditions, soil type, and application matrix on potential vadose zone export of PPCPs
• Interpreting isotopic analyses of microbial sulfate reduction in oil reservoirs
• Key variables influencing patterns of lava dome growth and collapse
• Land, Water and Society in the Maya Lowlands
• Low Frequency Radio Signals from Sprite Streamers
• Mechanism of Column and Carrot Sprites Derived from Optical and Radio Observations (Invited)
• Mineral Spatial Distribution in Determining Rates: When does it matter?
• On the Vertical Structuring of Gigantic Jets
• Pore-Scale Investigation on Stress-Dependent Characteristics of Granular Packs and Their Impact on Multiphase Fluid Distribution
• Pore-scale lattice Boltzmann modeling and 4D x-ray computed microtomography imaging of fracture-matrix fluid transfer
• Porosity and Permeability Evolution in Cemented Rock Cores under Reactive Flowing Conditions: Comparative Analysis between Limestone and Sandstone Host Rocks
• Quantifying Storage in Regional Great Lakes Watersheds Using GRACE,MODIS Products and Coupled Subsurface - Land Surface Process Models
• Resolving Key Uncertainties in Subsurface Energy Recovery: One Role of In Situ Experimentation and URLs (Invited)
• Resolving the High Resolution Soil Moisture Pattern at the Shale Hills Watershed Using a Land Surface Hydrologic Model
• Stochastic streamflow dynamics in urbanizing basins
• Tethered Satellites as an Enabling Platform for Operational Space Weather Monitoring Systems
• Understanding hydrologic budgets, dynamics in an arid basin and explore spatial scaling properties using Process-based Adaptive Watershed Simulator (PAWS)
• Understanding the Hydrological Controls on the Water Chemistry at the Watershed Scale Using an Integrated Hydro-Thermo-Geochemical Model PIHM-RT
• Uranium Bioreduction Rates Across Scales During a Biostimulation Field Experiments at Rifle, Colorado
• Urbanization-driven hydrological process change in Conestoga River watershed in Lancaster of Pennsylvania
• Argus: An Io observer mission concept study from the 2014 NASA/JPL Planetary Science Summer School
• Biogeochemical and Hydrological Heterogeneity and Emergent Archetypical Catchment Response Patterns
• Evolving Spatial Heterogeneity Induced by Preferential Carbonate Dissolution in Fractured Media
• Exploring the Influence of Topography on Belowground C Processes Using a Coupled Hydrologic-Biogeochemical Model
• How do changes in dissolved oxygen concentration influence microbially-controlled phosphorus cycling in stream biofilms?
• Integrated Microbial Trait Based-Reactive Transport Modeling Approach Towards Understanding Microbial Reservoir Souring and Desouring
• Monitoring and Modeling Microbial Sulfate Reduction and Inhibition in a Mesoscale Tank Experiment
• Naturally Ocurring Polyphosphate-accumulating Bacteria in Benthic Biofilms
• Rapid Water Uptake and Limited Storage Capacity at Height of Growing Season in Four Temperate Tree Species in a Central Pennsylvania Catchment
• Reconstructing the role of landuse change on water yield at the Maya urban center Tikal, Guatemala [700-800 AD]
• Strontium Isotopes as Tracers for Contamination from Potential Marcellus Shale Waters
• The Interplay of Regolith Evolution and Watershed Hydrodynamics on Shale Weathering Fluxes
• Towards Improved High-Resolution Land Surface Hydrologic Reanalysis Using a Physically-Based Hydrologic Model and Data Assimilation
• Understanding Cr(VI) sorption in heterogeneous porous media using column experiments and reactive transport modeling
• Assimilating the Cosmic-Ray Soil Moisture Observing System Measurements for Land Surface Hydrologic Model Parameter Estimation Using the Ensemble Kalman Filter
• Catchment hydrological change from soil degradation: A model study for assessing urbanization on the terrestrial water cycle
• Comparison of Two Conceptually Different Physically-based Hydrological Models - Looking Beyond Streamflows
• Factors Influencing Phosphorous Cycling in Biogeochemical 'Hot Spots'
• Field measurements of fault slow slip and associated seismicity
• Fracture permeability evolution during shearing: The role of shear-induced dilation
• History matching and parameter estimation of surface deformation data for a CO<SUB>2</SUB> sequestration field project using ensemble-based algorithm
• Model Selection Coupled with a Particle Tracking Proxy Using Surface Deformation Data for Monitoring CO<SUB>2</SUB> Plume Migration
• Quantifying the Temporal Inequality of Nutrient Loads with a Novel Metric
• Slow Dynamics in Berea Sandstone: a Non-logarithmic Relaxation at Early Times Revealed by Dynamic Acousto-Elasticity.
• The Computable Catchment: An executable document for model-data software sharing, reproducibility and interactive visualization
• Understanding the Concentration-Discharge Relationship of Chloride and Magnesium in Shale Hills Using RT-Flux-PIHM
• Using CO to NO<SUB>X</SUB> Ratios to Understand the Impact of Photoactive Roadways on Urban Atmospheric Chemistry and their Efficiency in Mitigating Air Pollution
• Using WITCH to determine the factors that govern shale weathering and solute fluxes in the Critical Zone
• Water-regolith-energy Interaction in Landscape Evolution and Its Influence on Forming Asymmetric Landscape: An Example from the Shale Hills Critical Zone Observatory of Central Pennsylvania
• A Rate Law of Magnesite Dissolution in Heterogeneous Porous Media: the Role of Residence Time and Effective Surface Area
• Assimilating the cosmic-ray soil moisture observing system measurements for understanding watershed hydrodynamics
• Characterizing reach-scale flow resistance in mountain streams using structure-from-motion surveys and computational fluid dynamics simulation
• Determination of coefficient of restitution for sediment saltation using high-speed 3D particle tracking
• Effect of Polyphosphate-accumulating Organisms on Phosphorus Mobility in Variably Saturated Sand Columns
• Factors Influencing Divergent Patterns of Phosphorus Availability in NY and PA Biogeochemical `Hotspots'
• Flow Through Cement Fracture Under Geological Carbon Sequestration Conditions: Critical Residence Time as a Unifying Parameter for Fracture Opening or Self-Sealing Behavior
• Heterogeneous alternation of fractured rock driven by preferential carbonate dissolution
• History Matching for Fractured Reservoirs using Mimetic Finite Differences and Ensemble Kalman Filter
• Nitrogen Cycling Considerations for Low-Disturbance, High-Carbon Soil Management in Climate-Adaptive Agriculture
• On the Relation Between Transient Elastic Softening and Permeability Increase in fractured shale and granite
• Quantifying Uncertainty in Flood Inundation Mapping Using Streamflow Ensembles and Multiple Hydraulic Modeling Techniques
• Surface Features Parameterization and Equivalent Roughness Height Estimation of a Real Subglacial Conduit in the Arctic
• Temporal clustering of flow events: Application of a stochastic framework applied to hormone transport and preferential flow
• Transient Permeability Enhancement via Dynamic Stressing: The Role of Shear Displacement
• Understanding Hydrogeochemical Processes at the Watershed Scale Using RT-Flux-PIHM
• Understanding controls of hydrologic processes across two monolithological catchments using model-data integration
• Using Isotopic Age of Water as a Constraint on Model Identification at a Critical Zone Observatory
• &lt;p&gt;Hydraulic Roughness and Flow Resistance in a Subglacial Conduit
• 3D Numerical simulation of bed morphological responses to complex in-streamstructures
• Baseline Geochemistry of Natural Occurring Methane and Saline Groundwater in an Area of Unconventional Shale Gas Development Through Time
• CO<SUB>2</SUB> convective dissolution controlled by temporal changes in free-phase CO<SUB>2</SUB> properties
• Chemical Degradation of Polyacrylamide during Hydraulic Fracturing
• Computational Modeling of Hydrodynamics and Scour around Underwater Munitions
• Computational Modeling of Sinkage of Objects into Porous Bed under Cyclic Loading
• Coupling Cellular Automata Land Use Change with Distributed Hydrologic Models
• Magnesite Dissolution Rates Across Scales: Role of Spatial Heterogeneity, Equilibrium Lengths, and Reactive Time Scales
• Prolongation of SMAP to Spatio-temporally Seamless Coverage of Continental US Using a Deep Learning Neural Network
• Qualitatively Modeling solute fate and transport across scales in an agricultural catchment with diverse lithology
• Reactive Transport of Marcellus Shale Waters in Natural Aquifers: the Role of Mineralogical Compositions and Spatial Distribution Patterns
• Temporal trends and spatial patterns in nutrient export along the Mississippi River and its Tributaries
• The East River, Colorado Community Watershed: Hydrobiogeochemical Studies Spanning Scales and Disciplines
• The importance of temporal inequality in quantifying vegetated filter strip removal efficiencies
• Two-phase flow simulation of scour around a cylindrical pile
• Understanding controls of hydrologic processes across two headwater monolithological catchments using model-data synthesis
• Understanding the hydrologic and geochemical control of regolith formation on shale in a hilly landscape
• Accumulation of Oil and Gas Wastewater Contaminants in Freshwater Bivalves
• Air Light: Understanding its Make-up
• Application of machine-learning tools to extract patterns in long-term DOC monitoring data: an integrated, multi-scale approach
• Co-precipitation of calcite and sulfur at depth signifies biotic activity at the onset of weathering in crystalline rocks from temperate climates
• Combining long-term observations with experiments to test hypotheses on stream water dissolved organic carbon dynamics at the Sleepers River Research Watershed
• Comparing preferential flow between two catchments with contrasting lithologies
• Consolidation behavior, permeability, and compressional wavespeeds of sediment entering the eastern Aleutian subduction zone: Implications for the evolution of subducted sediments
• Coupled Assessment of Elastic and Hydraulic Properties of Fractured Rock
• Critical measurements of hydrologic response in a first-order, forested catchment at the Susquehanna Shale Hills Critical Zone Observatory (SSHCZO)
• Dependence of Fracture (Fault) Permeability Evolution on Surface Roughness
• Discovery of a 3.46 Ga-old Asteroid Impact Crater in the East Pilbara District, Western Australia
• Efficacy and Impacts of Using Produced Water for Dust Suppression on Rural Roads
• Forecasting effects of climate and land use on terrestrial water dynamics, soil development, and biogeochemical cycling
• Hydrologic Control of Catchment-Scale Dissolved Organic Carbon (DOC) Dynamics
• HyporheicFoam: An Open Source Solver for Coupled Simulation of Surface Water and Groundwater Interactions
• Integrating Models Through Knowledge-Powered Data and Process Composition
• Introducing a new storm surge risk mitigation modeling framework of intermediate complexity designed to assist policymakers in identifying and optimizing combinations of risk mitigation strategies considering the multiple objectives of divergent stakeholders.
• Land use and lithology controls on export of nitrate and other solutes from headwaters to HUC10 watersheds
• Modeling Hydrochemical Dynamics in a Glacierized Watershed Using an Integrated Reactive-Transport Watershed Model
• Modeling coupled natural and human systems in lake catchments reveals feedbacks among land-management decisions, water quality degradation, and altered property values
• Modeling of Hydrodynamics and Sediment Transport around Porous In-stream Structures
• Moving Towards Sustainable Land Management in the Chesapeake Bay Through Novel Engagement Strategies
• Precursory changes in p- and s- phase amplitudes and velocities linked to accelerated fault creep during laboratory slip instabilities
• Probing changes in frictional state due to normal stress perturbations using controlled-source ultrasonics
• Radium Removal from Marcellus Shale Produced Water Using a Synthetic Clay
• Recovery from Acid Deposition in the Mississippi River
• Salinization Assessment and Radium Co-precipitation Characterization in Western U.S. Produced Water Streams: Implications for Beneficial Use as Disposal Management
• Separating Aleatoric and Epistemic Uncertainties of Time Series Deep Learning Models for Soil Moisture Predictions
• Temporal Trends and Spatial Patterns of Nutrient Export along the Mississippi River and its Tributaries
• The East River, Colorado Community Watershed: Hydrobiogeochemical Studies Spanning Scales and Disciplines
• The Effect of Roughness on the Elasticity and Permeability of Fractured Media
• The Food-Energy-Water nexus of US Biofuels
• The Impact of Fabric Evolution on Elastic Properties in Natural and Synthetic Clay-Rich Gouge
• Ultrasonic Monitoring of Fracture Propagation and Complexity in Laboratory-Scale Hydraulic Fracturing Experiments
• Understanding Contrasting Concentration-discharge (CQ) Behaviors in a Seasonally Snow-covered Watershed
• Understanding Hydrobiogeochemical Controls of Nutrient Export Using Process-based Watershed Modeling
• Understanding emerging contaminants in the environment: Moving from fear to empowerment
• Understanding the importance of soil aggregate destabilization as mechanism of stream DOC increase in two Northeastern headwater catchments.
• Upscaling Hydrological Dynamics at the Watershed Scale
• Urbanization in desert watersheds challenges the traditional 'urban stream syndrome'
• Validating machine learning hypothesis about soil thickness impacts on hydrologic fluxes using a process-based surface-subsurface model
• a New Numerical Solver for Simulating Porous Media Flow Based on Immersed Boundary Method
• A Flexible Deep Learning Data Integration Framework to Improve Streamflow Forecast and Provide Hydrologic Insights over the Continental US
• A fast/automated watershed modeling workflow with the Penn State Integrated Hydrologic Model (PIHM): Essential data, simulation, applications and visualization
• Alteration of shale anisotropic pores under uniaxial compression condition: An investigation using small-angle neutron scattering
• An emerging international network focused on permafrost coastal systems in transition
• Applying deep learning in estimating parameters for hydrologic model
• Coal mine methane in China: potential uses and benefits for both climate and air quality
• Consolidation behavior, permeability, and compressional wavespeeds of sediment entering the eastern Aleutian subduction zone: Implications for the evolution of subducted sediments
• Coordinating air pollution and clean power strategies in India for health and climate objectives
• Critical Zone Measurements: Development of Novel Experimental Deployments to Further Our Understanding of Hydrological Processes
• Data synergy effects of time-series deep learning models in soil moisture projection and near-real-time forecast
• Designing a critical zone research coordination network to promote diversity, equity, and inclusion
• Deviations in point of zero charge with nanoscale pore geometries of synthesized silica-based materials
• Do we need to account for dynamic changes in subsurface plumbing to project blue water stocks and fluxes?
• Ecohydrological and biogeochemical dynamics of urban stormwater in arid central Arizona
• Frequency content of lab earthquakes for the spectrum of failure modes, from slow slip to elastodynamic rupture
• Hydrogeomorphic Nature of Road-Stream Crossings in Forested Headwater Catchments: A Case from Pennsylvania's Stone Valley Experimental Forest
• Hydrologic time series deep learning: projection, forecast, uncertainties and data integration
• Importance of cross-border team science in permafrost research for risk mitigation
• Influence of Fracture Roughness on the Elastodynamic and Hydraulic Properties of Fractured Rock
• Investigating the Nonlinear Elastic Behavior of Unconsolidated Granular Media with Dynamic Acousto-Elastic Testing
• Linear flow model with piecewise constant coefficients for infinite-acting reservoirs with pressure-dependent properties
• MINT: An intelligent interface for understanding the impacts of climate change on hydrological, agricultural and economic systems
• Modelling the effects of climate-responsive soil parameters on continental-scale hydrologic stores and fluxes in the Community Land Model (CLM) 5.0
• Near-real-time forecast of satellite-based soil moisture using time series deep learning models
• Properties of hydrologic deep learning and its value for catchment science
• Seismic Ambient Noise and Electrical Resistivity Imaging of Subsurface Water Changes in the Susquehanna Shale Hills CZO, Pennsylvania
• Spatiotemporal variability of hydrochemistry in a tropical glacierized watershed in the Andes
• Stream chemistry responses to anomalous warming in a high-elevation mountain watershed: Coal Creek and the upper East River, Colorado
• The Influence of Fracture Aperture on Permeability and Elastic Nonlinearity: An Integrated Analytical and Empirical Investigation
• The Physics of Elastic Precursors to Laboratory Earthquakes
• The Surprisingly Inexpensive Cost of Decentralized Emission Control Strategies
• Using apparent respiratory quotient and fixed potential electrodes to quantify iron redox in upland soils of the Susquehanna Shale Hills Critical Zone Observatory
• What are Key Drivers of Projected Riverine Flood Risk?
• A new carbonate reservoir prediction method and its application in the South Atlantic Ocean
• A physics-informed deep learning method for prediction of CO2 storage site response
• An efficient deep learning mechanism for cross-region generalization of landslide events
• Are the mass transfer parameters in an in-stream transient storage model physically meaningful?
• Automated deep-learning-based soil moisture planning and forecast system for planning against natural disasters
• Best Management Practices for Diffuse Nutrient Pollution: Wicked Problems Across Urban and Agricultural Watersheds
• Biogeochemical response of the coupled river-hyporheic zone system to organic matter inputs and unexpected sensitivity to temperature
• Capturing continental-scale dissolved oxygen patterns using deep learning and big data
• Cloud-based interactive database management suite integrated with deep learning-based annotation tool for landslide mapping
• Consolidation behavior, permeability, and compressional wavespeeds of sediment entering the eastern Aleutian subduction zone: Implications for rock properties along the plate interface
• Coupled hyporheicFoam solver for flow and reactive transport in streams and hyporheic zones: strengths, weaknesses, and future development
• Critical Risk Indicators (CRIs) for the electric power grid: A survey and discussion of interconnected effects
• Critical Zone network cluster research: Using Big Data approaches to assess ecohydrological resilience across scales
• Deep learning of the precursory signatures in active source seismic data for improved prediction of laboratory earthquake
• Developing a Deep Learning Framework to Build Temporally Continuous Daily Nitrate Time-series Data for Agricultural Watersheds
• Developing and Testing a Long Short-Term Memory Stream Temperature Model in Daily and Continental Scale
• Does woody encroachment accelerate carbonate weathering?
• Economic Complexity of Virtual Water Flows
• Electrochemical monitoring of shallow soils in the Susquehanna Shale Hills Critical Zone Observatory for real-time measurement of metal redox reaction dynamics
• Evaluation of a sample handling protocol for reliable laboratory space weathering simulations via ion irradiation and in situ characterization of olivine powders
• Field and Laboratory Identification of Lithium-Enriched Clay from the Mercer Formation in Central and Western Pennsylvania
• From parameter calibration to parameter learning: Revolutionizing large-scale geoscientific modeling with big data
• From soil to stream: reading subsurface structure from stream chemistry
• Globally Mapped Adaptations across Water, Food, and Energy Systems: Interlinkages, Synergies, and Consequences
• Identifying Controlling Factors of Calcium Concentration in US Streams Using a Machine Learning Approach
• Identifying Controls of Climate and Watershed Characteristics on Concentrations of Dissolved Silica (DSi)
• Improving multi-month streamflow forecast in CONUS using Long-Short Term Memory (LSTM) networks
• Improving pedotransfer functions: A new framework to predict soil saturated hydraulic conductivity
• Investigating Explicit and Implicit Decisions of Modelers Across Three Watershed Models
• Investigating the Impacts of Disruption on Interdependent Critical Infrastructure across the Food, Energy, Water, Nexus
• Investigating the role of thermo-poro-elastic stresses and deformation on induced seismicit
• Leveraging Flow Duration Information to Improve Streamflow Prediction in Data-sparse Regions with Deep Learning Models
• Mapping the challenges of deep-learning-powered flood forecasting: from data-rich region to data-scarce regions
• Modeling reactions of ozone with human skin and clothing to quantify formation of semivolatile organic compounds
• Nitrogen Pollution Embedded in Commodity Supply Chains and Trade; Linking Systems and Scales across Water, Energy, and Land
• On the Pre-, Co-, and Post-seismic Evolution of Elastic Wave Properties for Slow and Fast Laboratory Earthquakes
• Physics Guided Deep Learning Models for Hydrology
• Quantifying Streambed Hydrological Exchange Flows Using Structure-From-Motion Photogrammetry and Computational Fluid Dynamics Modeling
• Quantifying Virtual Nitrogen Transfers in the US Food Trade and Mapping Associated Uncertainties
• Relating the Elastodynamic Stiffness of Fractured Rock to Fracture Aperture Distribution and Geometry
• Responses of Critical Zone Soil Processes to Climate: A Meta Analysis
• Rock Physics-Based Joint Assimilation of Seismic and Pressure Data for Monitoring and Predicting CO2 Plume Migration: a Cranfield Case Study
• Routing flood waves through the river network utilizing physics-guided machine learning and the Muskingum-Cunge Method
• Subsurface Flow Path and Stream Chemistry Response to Warming in a High Elevation Mountain Watershed in Colorado
• Subsurface structure controls water transit time, carbon transformation, and carbonate weathering at the hillslope scale
• The Relation Between Fracture Aperture and Hydro-mechanical Properties: An Experimental and Analytical Approach
• The fragility of the United States food supply chain multilayer network
• The impact of volatile organic compounds on ozone formation in the suburban area of Shanghai
• The influence of fault slip rate on temporal variations in frequency-magnitude statistics of acoustic emissions throughout the laboratory seismic cycle
• The silver lining of COVID-19: estimation of short-term health impacts due to lockdown in the Yangtze River Delta region, China
• Transcending the uniqueness of places with large-sample multi-physics catchment modeling based on machine learning
• Transferring hydrologic data across the continent-how do data from US catchments benefit flood prediction in other countries?
• Typology of Food-Energy-Water Systems in the United States
• Understanding bicarbonate concentrations across the continental US using machine learning models
• Watery Research Boundaries: Studying Language, Collaboration, and Content Overlap Between Research on Transboundary Water Resources and Water Security
• rSHUD: An R Package Facilitating Quick and Reproducible Hydrologic Deployment Worldwide.

Linked Collaborating Authors [?]