Browsing Dissertations and Theses by Title
Now showing items 13-32 of 53
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A deep learning model for nowcasting midlatitude convective storms
(University of Wisconsin-Madison, 2021) -
Development and application of adjoint sensitivity to potential vorticity and unbalanced flows in a numerical weather prediction model
(University of Wisconsin-Madison, 2023)The adjoint of a numerical model provides a tool to measure the sensitivity of a chosen forecast aspect to small model state perturbations in the earlier time. For the response function describing the growth or behavior ... -
Development of a clear-sky atmospheric retrieval algorithm using far infrared spectral measurements for PREFIRE
(University of Wisconsin-Madison, 2022) -
The devil is in the details: Application of emulation-based data assimilation techniques to constrain a dynamic ecosystem model
(University of Wisconsin-Madison, 2020) -
A Diagnostic Scheme for Separating Curvature and Along-Flow Speed Change Contributions to Middle Latitude, Synoptic-Scale Vertical Motions
(University of Wisconsin-Madison, 2020) -
The effects of aerosol-cloud interactions on warm cloud properties
(University of Wisconsin-Madison, 2020) -
Environmental Conditions Impacting Late-Summer Sea Ice Concentration Predictability in the Northwest Passage
(University of Wisconsin-Madison, 2024)The Northwest Passage, located in the Canadian Archipelago, is a conglomerate of sea routes that connect the eastern and western sides of the North American continent. Historically, sea ice in the region has made it difficult ... -
Environmental controls of vertical motion over the maritime tropics
(University of Wisconsin-Madison, 2023)Understanding what controls vertical motion profile shape is fundamental to understanding tropical precipitation patterns. There is not a comprehensive understanding of what controls the top-heaviness of vertical motion ... -
Examining the links between the Quasi-Biennial Oscillation, the Madden-Julian Oscillation, and the El Niño-Southern Oscillation using linear inverse modeling
(University of Wisconsin-Madison, 2023) -
Impact of tropical and boreal biomass burning on atmospheric composition
(University of Wisconsin-Madison, 2024)Atmospheric trace gases and aerosols emitted from biomass burning significantly influence atmospheric composition globally and locally on short-term and climatological time scales. Global chemical transport models (CTMs) ... -
The Impacts of Climate Change on Building Design Conditions
(University of Wisconsin-Madison, 2020) -
Impacts of summer cyclones on Arctic sea ice
(University of Wisconsin-Madison, 2022) -
The influence of climate change on Arctic atmospheric rivers and the impacts on sea ice
(University of Wisconsin-Madison, 2023) -
The influence of interannual carbon variability on long-term sequestration in proximate northern forests and wetlands
(University of Wisconsin-Madison, 2022) -
The influence of thermodynamic versus dynamic processes on sea ice thickness in observations and models
(University of Wisconsin-Madison, 2022) -
Investigating formaldehyde to nitrogen dioxide ratios using satellite, in situ, and air quality modeling data
(University of Wisconsin-Madison, 2021) -
Investigating the diurnal cycle in 9 km ECMWF potential vorticity variability in the upper troposphere and lower stratosphere over Gulf Coast tropical cyclones
(University of Wisconsin-Madison, 2024-04-30) -
Land-atmosphere interactions over the Indonesian Maritime Continent
(University of Wisconsin-Madison, 2023)The “Maritime Continent” (MC) is the largest archipelago in the tropical region, consisting of over 22,000 islands and inhabited by more than 400 million people. This region has a significant impact on global atmospheric ... -
Low Earth orbit sounder retrieval products at geostationary Earth orbit spatial and temporal scales
(University of Wisconsin-Madison, 2020) -
A macrosystems approach towards improved understanding of interactions between forest management, structure, function and climate change, and implications for the terrestrial carbon cycle
(University of Wisconsin-Madison, 2023)Forests constitute a significant global carbon sink that continues to expand in size, in addition to supporting a range of environmental, economic, and social co-benefits. Forests interact with the overlying atmosphere ...