University of Wisconsin, Madison, Department of Atmospheric Oceanic Sciences

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    I[University of Wisconsin, Madison, Department of Atmospheric Oceanic Sciences]
    PI["Parent Institutions (1)"]
    CI["Child Institutions (0)"]
    AW["Affiliated Works (208)"]
    CA["Linked Collaborating Authors (1)"]
    I== skos:broader ==>PI
    CI== skos:broader ==>I
    AW== affil ==>I
    AW== author ==>CA
    click PI "#parent-institutions"
    click CI "#child-institutions"
    click AW "#affiliated-works"
    click CA "#collaborating-authors"

ADS ID [?]

A13035

Abbreviation [?]

Dep Atm Oc Sci

Parent Institutions [?]

• University of Wisconsin, Madison

Child Institutions [?]

Affiliated Works

sorted by decreasing year, and then by display-name

• A Model Study of New Sulfate Aerosol Formation and Transport in Deep Convective Storms
• Influence of Geoengineered Climate on the Biosphere
• Investigating the Effects of Land Cover Change on the Hydrology of the Mississippi River Basin
• A Model Study on Sulfate Transport for the TRACE-P Period Using RAQMS
• How Long is the Memory of Tropical Ocean Dynamics
• Modeling of Fire-Induced Supercell Convection and Transport of Biomass Burning Aerosol Into the Stratosphere: The Chisholm Fire of 28 May, 2001
• Present and Past ice Sheet Mass Balance Simulations for Greenland and the Tibetan Plateau
• A modeling study using the mineral ballasting tecnique for POC flux prediction in the ocean with a focus on comparison with sediment trap data and interactions with the sediments.
• Analysis of Seasonal Chlorophyll-a Using An Adjoint Three-Dimensional Ocean Carbon Cycle Model
• Cross-tropopause Transport by Deep Convection and Its Implications to Climate and Atmospheric Chemistry
• Modelling Climate-Vegetation Interactions With a Paleoclimate Earth System Model
• Testing Ocean Models with Argon and Nitrogen
• Testing ocean models using measurements of interannual variations in atmospheric O2 and CO2 concentrations
• Aerosol Modeling with the MODIS AOD assimilation during ICARTT
• Assessing Global Vegetation-Climate Feedbacks from Observations
• Hydrologic Alteration and Response of Ecosystem Functions to River Restoration
• Modelling the Terrestrial Biosphere Under Long Term Climate Change Scenarios With a Complex Earth System Model
• Observed Vegetation-Climate Feedbacks in the United States
• Transient Climate Simulations With a Complex 3D-Earthsystem Model for the Eemian and Holocene
• Assimilation of MSc cloud droplet effective radius and number concentration from satellite data, with applications in the South Asian Monsoon region.
• Mode and Intermediate Waters in Models
• Over Ocean Atmospheric Validation Of Airs Radiances
• Projected Distributions of Novel and Disappearing Climates by 2100AD
• Spatial and Temporal Distribution of Tropospheric Clouds and Aerosols Observed by MODIS Onboard the Terra and Aqua Satellites
• Stability and climate sensitivity of seasonal sea ice: a theoretical framework.
• The Evolution of Hurricane Beta (2005) from an Ensemble-Based Perspective
• Carbon Cycling in Lake Superior: Impact on Upper Midwest Regional Carbon Balance
• Comprehensive comparison of gap filling techniques for eddy covariance net carbon fluxes
• Impact of MODIS AOD Assimilation on Regional Aerosol Predictions
• Joint Statistical and Dynamical Assessment of Simulated Vegetation Feedbacks on Climate Over the Boreal Forests
• Nexrad-In-Space - A Geostationary Satellite Doppler Weather Radar for Hurricane Studies
• The Benefits of Peer-to-Peer Mentoring: Lessons from The Earth Science Women's Network (ESWN)
• The Utility of a Geostationary Doppler radar applied to the hurricane analysis and prediction problem: A Report on the 1st Nexrad in Space Workshop
• A series of stabilization runs in the 21st Century: Is there a tipping point?
• AMS Weather Studies and AMS Ocean Studies: Dynamic, College-Level Geoscience Courses Emphasizing Current Earth System Data
• Aerosol Processing in Stratiform Clouds in a Global Climate Model
• Constraining regional carbon fluxes in complex terrain: The Airborne Carbon in the Mountains Experiment 2007
• Does Terrestrial Carbon Explain Lake Superior Model-Data pCO2 Discrepancy?
• El Nino/Southern Oscillation: Mid-Holocene, Present and Future
• Factors controlling cloud microphysics, precipitation rate, and brightness temperature of tropical convective and stratiform clouds
• Methane Emissions and Warming Potentials of Wetlands of the Great Lakes Region
• Parameterizing the Marine Silicon Cycle: Effects on Modern Ocean Biogeochemistry
• Reemergence of sea ice cover anomalies and the role of the sea ice-albedo feedback in CCSM simulations
• Relating Convective and Microphysical Properties to Large-scale Dynamical and Thermodynamical processes within Tropical Cyclones
• The Changing North Atlantic Carbon Sink: 1992-2006
• A Novel Approach to Simulating Land Use Impacts on Regional Climate and Ecosystem Services
• Dynamical processes atop penetrative tropical deep convective clouds
• Enhanced Evaporation and Surface Temperatures in a Northern Wisconsin Lake: A Combined Response to Global Warming and Local “Brightening”
• Evaluation of the RAQMS Regional Model During the Intercontinental Chemical Transport Experiment-North America
• Global changes in warm cloud morphological properties and feedback mechanisms as measured by the AVHRR satellite sensor
• Quantifying Complexity and Data Needs for Coupled Models of Hydrological and Carbon Flux Processes
• The impact of online applets on learning in an introductory meteorology lecture course
• Uncertainty of Regional Carbon Fluxes and Boundary Layer Heights in Complex Terrain: The Airborne Carbon in the Mountains Experiment 2007
• Validation of the Advanced Microphysics Prediction System (AMPS) using TRMM PR and TMI for KWAJEX simulations
• Arctic Observations Supporting Liquid-Dependent Ice Nucleation at Low-Altitudes and Moderate Temperatures
• Assessing the Paleo-Forcings of Southeastern Patagonia Deglaciation using General Circulation Model Simulations (Invited)
• Climatic controls on carbon exchange in the US mountain west at multiple scales
• Comparison of carbon dioxide uptake between inverse and bottom-up models over the Mountain West
• Insights on ENSO characteristics in IPCC/CMIP3 models and their relation to mean state biases using a linear intermediate model
• Investigations of cumulus entrainment rates through remotely-sensed observations
• Northern Hemisphere Meltwater Discharge and the Last Ice-Age Termination (Invited)
• Regional Assessment of Marine Boundary Layer Cloud Properties Using PATMOS-x
• Sensitivity of regional forest carbon budgets to continuous and stochastic climate change pressures
• The Potential of Carbonyl Sulfide as a Tracer for Gross Primary Productivity at Flux Tower Sites
• The sensitivity of MBL clouds to ENSO and global warming - A regional model study
• The sensitivity of combined passive microwave and dual-frequency radar signatures to frozen particle size distribution and ice model assumptions and implications for GPM-like snowfall retrievals
• Tropical Convective Influence: A 25-year Climatology of UTLS Anticyclones in the Southern Hemisphere
• 10-Years of Aqua and Terra MODIS and Regional Cloud Amounts
• Forest Canopy Temperature: a comparison between an isotopic measurement approach and photosynthesis-weighted air temperature
• High Impact Weather Events in the Transition Seasons: Linked to Global Change?
• High emissions of carbon gases from a boreal headwater stream network of Interior Alaska
• Impact of assimilating CO2 observations from a mountaintop site in the eastern United States on regional carbon fluxes during cold fronts and fair weather days
• Planetary-Scale Influences on the 1-2 May 2010 Tennessee Flooding Event
• Roles of the wind and buoyancy forcing in the Southern Ocean upwelling during the last deglacial
• Scaling of water vapor in the meso-gamma (2-20km) and lower meso-beta (20-50km) scales from tall tower time series
• Seasonal controls on regional methane and carbon dioxide exchange observed from a very tall eddy covariance tower in a wetland-rich landscape
• Sensitivity of the North American Monsoon to Antecedent Rocky Mountain Snowpack
• The Power of Visualization in Understanding Synoptic-Scale Weather Systems
• The collapse of the Laurentide Ice Sheet and its role in the 8.2 ka event: Evidence from CCSM3 simulations and paleo-proxy records
• Using 14C as a high-frequency tracer of forest CO<SUB>2</SUB> emissions sources: preliminary results from a Northern Wisconsin case study
• Using Esa's MERIS as a Simulator to Study Oxygen-A Cloud-Top Pressure Retrievals from Dscovr-Epic
• A Random Subgrouping Scheme for Ensemble Based Filters
• Adapting to Climate Change in the Great Lakes Region: The Wisconsin Initiative on Climate Change Impacts
• Are long-term trends in lake carbon dioxide flux responsive to climaticvariability and change?
• Carbon gas emissions from small streams in a lake-rich landscape: the importance of groundwater and methane
• Combining satellite, radiometric, and station data to study atmospheric dust over Saudi Arabia
• Effects of ice particle surface roughness on ice cloud radiative forcing simulations
• Fifteen years of observations from a very tall tower on the responses of landscape-scale productivity to climate anomalies and extremes
• How Do the Laurentian Great Lakes Water Levels Respond to Climate Change? A Regional Climate Model Study
• How old is the carbon that forests respire? Seasonal patterns in soil and ecosystem 14CO2 from a hardwood forest in Northern Wisconsin
• Influence of the background state on Rossby wave propagation into the Great Lakes region based on reanalysis data and model simulations
• Leveraging currently available spaceborne microwave observational datasets for GPM-related algorithm development purposes
• Local Balance of Heat Budget in the Atmosphere over the Oceans
• Mesoscale and Submesoscale Signatures of Chlorophyll and Phytoplankton Size Structure Along Multi-satellite Identified Eddy Footprint
• Microphysical Contributions to the Latent Heating Structures of Midlatitude and Tropical Storms and Feedbacks to Storm Organization
• Modelling Contrasting Responses of Wetland Productivity to Changes in Water Table Depth
• Nonlinear climate sensitivity caused by the ocean dynamics: implications for the Early Anthropogenic Hypothesis
• On Precipitation in the Southeastern Pacific Marine Subsidence Region
• Performance of Idealized Snow Particle Models for Simulating W-band Reflectivity
• Satellite Observations of Biomass Burning Aerosol Interactions with Marine Stratocumulus Clouds in the South Atlantic Ocean
• Simulating impacts of Woody Biomass Harvesting on North Temperate Forest Carbon and Nitrogen Cycling and Storage
• The Hydrological Cycle Response to Rapid vs. Slow Global Warming
• The value of place-based and in-field education for climate literacy in the Great Lakes: What role for climate and ecological researchers?
• An Objective Approach to Resolving Imbalances in Observational Assessments of the Global Energy Budget
• Atmospheric Water-Cycle Regimes and Cloud Regimes
• Convective Lifecycles and Convective Self-amplification via Below-threshhold Gross Moist Stability
• Glacial inception during the late Holocene without carbon emissions from early agriculture: lessons from the stage-19 glacial inception
• Improving the spatial representativeness and temporal consistency of tower-based eddy-covariance flux measurements using environmental response functions
• Model-data assimilation of multiple phenological observations to constrain and forecast leaf area
• Passive microwave retrieval of rain rate with explicit posterior distributions
• Projecting Future Water Levels of the Laurentian Great Lakes
• Satellite Observations of Biomass Burning Aerosol Interactions with Marine Stratocumulus Clouds in the South Atlantic Ocean
• Stratospheric Temperature Monitoring Using A Collocated IR/GPS Dataset
• Transient simulation of global changes of the hydrological cycle during the last deglaciation (Invited)
• Carbon Cycle Variability Due to the Atlantic Meridional Overturning Circulation
• Precipitation Extremes: Considerations for Anthropogenically-forced Future Changes
• The observed response of ozone production to the policy-driven decrease of NOx and CO emissions in the Baltimore/Washington area
• Equatorial Wave Activity during NOAA's 2016 El Niño Rapid Response Field Campaign
• Understanding the Control of Extratropical Atmospheric Variability on ENSO Using Regional Coupled Data Assimilation
• A Spatial-Temporal Comparison of Lake Mendota CO<SUB>2</SUB> Fluxes and Collection Methods
• A Summary of Rainfall and Stratocumulus Cloud Properties During the 2016 ORACLES Deployment
• Advances in Understanding the Role of Frozen Precipitation in High Latitude Hydrology
• Advancing approaches for multi-year high-frequency monitoring of temporal and spatial variability in carbon cycle fluxes and drivers in freshwater lakes
• Aircraft Observation of Gravity Wave Breaking at the Storm Top and Comparison with High Resolution Cloud Model Simulations and Satellite Images
• An Observation-based Assessment of Instrument Requirements for a Future Precipitation Process Observing System
• Assessing Extratropical Impact on the Tropical Bias in Coupled Climate Model with Regional Coupled Data Assimilation
• Designing and Implementing a Computational Methods Course for Upper-level Undergraduates and Postgraduates in Atmospheric and Oceanic Sciences
• Ground based remote sensing retrievals and observations of snowfall in the Telemark region of Norway
• NEON's Eddy-Covariance Storage Exchange: from Tower to Data Portal
• Quantifying Arctic Cloud Biases in Global Models Using Active Satellite Observations
• Re-evaluating the Cloud Lifetime Effect: Does Precipitation Suppression Always Lead to an Increased Cloud Extent in Warm Clouds?
• Relating Radiative Fluxes on Arctic Sea Ice Area Using Arctic Observation and Reanalysis Integrated System (ArORIS)
• Spatial and Temporal Variation of PATMOS-x AVHRR Lake Surface Temperatures in the Laurentian Great Lakes
• The Q Continuum: Encounter with the Cloud Mask
• Are future forests driven by climate or management?
• Assessing the impact of assimilating atmospheric data on the ocean state estimation and climate forecast in an ensemble coupled data assimilation system
• Comparison of the cloud products from TROPOMI/Sentinel-5 Precursor and VIIRS/S-NPP
• Correcting Eddy-Covariance Gas Analyzer Drift: the NEON Field Validation System and Software Application
• Efficacy of Machine Learning Algorithms for Identifying Hotspots of Groundwater Depletion in Intensively Irrigated Agricultural Regions
• Examining the impact of free tropospheric saturation deficit on convective intensity using equilibrium and field campaign simulations.
• FLUXNET methanesynthesis activity: Objectives, Observations, and Future Directions
• Forecasting forest responses in real-time: How close are we and how do we get there?
• From NEON Field Sites to Information Discovery: Year One into a Multi-Decadal Biogeosciences Resource
• How can hierarchical Bayesian calibration of a dynamic vegetation model help with ecological forecasts?
• How important is storage flux in eddy-covariance? A case study using NEON sites and algorithms
• Maximum entropy production reveals differences in resilience to drought from variations in energy use efficiency across sites in a longleaf pine savanna
• PEcAn: Ecosystem Modeling at your fingertips
• Pine to Potato Conversion Impacts to Groundwater Recharge in the Northern Great Lakes Region
• Responses of Atmospheric and Oceanic Heat Transports to Climate Forcing: Compensation versus Collaboration
• Satellite Observations of Arctic Snowfall Regimes
• Solar-induced chlorophyll fluorescence exhibits a nearly universal relationship with terrestrial photosynthesis across a wide variety of biomes
• Spatial coherence of carbon flux towers in Midwest ecosystems
• Surface Snowfall Microphysical Properties and Mode-Dependent Correlations with Properties Aloft
• The Future of US Forest Function Under Changing Climate, Disturbance, and Forest Management
• The infinite flux tower project: Contribution of land surface energy-balance heterogeneity to mesoscale circulations and flux tower biases
• A Recipe for Greenland snow events: Atmospheric Blocking and Moisture
• Aerosol Invigoration of Precipitation in Warm Clouds and the Implications to Cloud Lifetime
• An Interactive Online Course in Climate and Climate Change: 21st Century Applications for Non-Atmospheric Science Majors
• Assessing Management Impacts and Representation of Ecosystem Heterogeneity in Northern Wisconsin Forests: Modeling for Better Stewardship
• Assessment of Land Management and Environmental Factors on Soil Respiration
• Can satellite greenhouse gas remote sensing capture regional spatial variability in fluxes, drivers, and atmospheric response?
• Daily Stream Carbon Concentration as a Proxy for Whole Wetland Carbon Exchange in Fens
• Development of NASA VIIRS-Like Cloud Property Algorithms for Next Generation Geostationary Imagers and Examples from CAMP2Ex
• Field-scale mapping and forecasting of water budgets in intensively irrigated agricultural regions through an advanced ensemble modeling framework
• First evapotranspiration results from NASA's ECOSTRESS mission
• Forest canopy structure characterization using high-density UAV LiDAR
• Geospatial Coherence and Modelling of Land-Surface Fluxes
• Impact of the Spatial Distribution of Surface Fluxes on Energy Balance Closure over a Heterogeneous Ecosystem
• Inland water bodies as surface energy hotspots
• Integrating Imaging Spectroscopy, Eddy Flux and Ground-based Vegetation Measurements to Assess Relationships Between Gross and Net Primary Productivity in Northern Forests
• Land-Atmosphere Interactions of Intermediate Wheatgrass Grown in Wisconsin
• Mesoscale Flux Contributions to Surface-Atmosphere Interactions Across a Heterogeneous Mid-latitude Landscape.
• Methane observations across US eco-climates using existing NEON infrastructure
• Model assessment of the NO<SUB>2</SUB> diurnal cycle over the United States
• Monitoring Regional and Global Change with Environmental Satellites
• Numerical experiment design doubles scientific return of surface-atmosphere synthesis
• Observations of pole-to-pole, stratosphere-to-ionosphere connection
• Peatland-dominated boreal ecoregions at risk of drying in a warmer climate
• Seasonal Cycles of Air-Sea CO<SUB>2</SUB> Exchange in an Arctic Coastal System
• Summertime Observations of Ozone Deposition to a Mixed Temperate Forest
• TROPOMI/Sentinel-5 Precursor cloud products version 2 and comparison with VIIRS/S-NPP
• Time Series Evaluation of the Current Collection of the MODIS Science Team Terra Cloud Products
• Using an unmanned aerial system to characterize low altitude ozone gradient measurements in a northern Wisconsin forest
• Using remotely piloted aircrafts to evaluate potato water stress in Central Wisconsin
• 2-Day Westward-Propagating Inertio-Gravity Waves during GOAmazon
• Applying Satellite Retrievals to Study Processes: How Tropical Convection Influences the Saharan Dust Layer
• Assessing Extratropical Impact on Observed Tropical Climate Variability
• Cloud Top Observations of the Droplet Size Distribution in Drizzling Stratiform Clouds
• Concept for a Far-infrared Outgoing Radiation Closure Experiment - Antarctica (FORCE-A)
• Development of NASA VIIRS-Like Cloud Property Algorithms for Next Generation Geostationary Imagers
• Environmental Buoyancy and Rainfall Variability Linkages to Adiabatic Vertical Motions over the Indo-Pacific Warm Pool
• Examining North Slope of Alaska snow events through the "blind zone" lens
• Influence of Mesoscale Eddies on Energy Balance Closure over a Heterogeneous Ecosystem
• Initiative to explore uncertainty in Earth's Energy Imbalance calculations
• Intercomparison of VIIRS Neural Network Cloud Detection and Current Operational Methods
• Modeling and Observation of Processes that Impact the Far-Infrared in Mid-Latitude, High-Altitude Complex Terrain
• Monitoring Ecosystem Disturbance and Carbon Flux Using Observations from the Advanced Baseline Imager on the Geostationary Operational Environmental Satellite
• On the way to realistic large eddy simulations - A comparison of virtual measurements with CHEESEHEAD19 field measurements
• Orographic modification of ice-phase precipitation processes during the Olympic Mountains Experiment (OLYMPEX)
• Processes Coupling Tropical Deep Convection to the Large-Scale Environment in a Plume Buoyancy-Based Framework
• Recent Changes in the Global Near-surface Energy Balance: the Critical Role of Specific Humidity in Addition to Temperature for Interpreting Global Trends
• Representativeness of surface heterogeneity induced secondary atmospheric circulations in Large Eddy Simulations
• Satellite Observations of Greenland Ice Sheet Snowfall: Connecting Cloud Phase, Snowfall Rates, and Regional Atmospheric Circulation
• Seasonal Skillful Prediction of Western North America Atmospheric Rivers
• The Devil is in the Details: Application of Emulation-Based Data Assimilation Techniques to Constrain a Dynamic Ecosystem Model
• The Observed Behavior of Global Convection from an A-Train Perspective
• The Polar Radiant Energy in the Far InfraRed Experiment (PREFIRE): Characterizing Far InfraRed Emission from Earth's Polar Regions
• What Has CloudSat Taught Us About Earth's Energy Balance?

Linked Collaborating Authors [?]

• A. J. Coster