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Results for “Spatial resolution”
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Evaluating the Detection of Mesoscale Outflow Boundaries using Scatterometer Winds at Different Spatial Resolutions
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High spatial resolution mapping of greenhouse gases using imaging spectrometers
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High Spatial Resolution Imaging of the Surface of Venus Via a Sub-cloud Balloon-borne Camera System
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C3Or3C-02: In-situ, High-spatial Resolution Temperature Measurement of Liquid Oxygen Tank under Liquefaction via Fiber Optics Sensing System
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Maximizing Recovered Spatial Resolution for Glacial Mass Loss Through Hierarchically Defined Mixed-Resolution Regression Mascons
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Validation of the NISAR Multi-Scale Soil Moisture Retrieval Algorithm across Various Spatial Resolutions and Landcovers Using the ALOS-2 SAR Data
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Evaluating the Detection of Mesoscale Outflow Boundaries Using Scatterometer Winds at Different Spatial Resolutions
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Estimating the effective spatial resolution of the operational BRDF, albedo, and nadir reflectance products from MODIS and VIIRS
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Diffusion-dominated mix observed through high spatial resolution separated reactant mix experiments
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WORKSHOP ON URBAN SCALE PROCESSES AND THEIR REPRESENTATION IN HIGH SPATIAL RESOLUTION EARTH SYSTEM MODELS
It is essential that numerical models used to study physics, chemistry, and biology affecting the Earth system at regional and global scales represent the effects of urban areas on climate and the effects of changing the climate on urban areas. At the same time, it is essential to develop state of the art, simple and accurate urban models to better understand the relevant processes and also toaddress issues related to urban security against the spectra of chemical, biological and radiological (CBR) hazards. Towards bringing these communities together, a 2.5-day international workshop was held at Argonne National Laboratory (ANL) in the Chicago area on May 22-24, 2019. This workshop brought together national and international experts to develop a roadmap for a better understanding of the issues associated with urban areas and at enhancing the capabilities of regional and global Earth System models (ESMs) in representing the atmospheric dynamics and chemistry, unique aspects of the biosphere and land use, and human dimensions of the urban environment. This workshop was especially important to those developing very high-resolution versions of regional and global models. The workshop also discussed existing datasets, including in situ and satellite observations, and the emerging smart city sensing technologies and their possible use in model development (e.g., the NSF-funded Array of Things network currently operating in Chicago and expanding to other cities).
Robust Terrain Classification of High-Spatial Resolution Remote Sensing Data Employing Probabilistic Feature Fusion and Pixelwise Voting.
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Development of Capillary Optics Optimized for Confocal XRF Microscopy for 3D Imaging with 250nm Spatial Resolution and Potential Towards 100nm
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Effects of spatial resolution on WRF v3.8.1 simulated meteorology over the central Himalaya
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Cross-talk and Spatial Resolution in a CT scanner with a Flat Panel Detector
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