80 research outputs found
Data supporting McClean et al (2022) Intercomparison of global reanalysis precipitation for flood risk modelling. Hydrology and Earth System Sciences.
All figures from McClean el al (2022) can be reproduced using the data provided here. The code used to create the figures is available as a separate item.</p
Code supporting McClean et al (2022) Intercomparison of global reanalysis precipitation for flood risk modelling. Hydrology and Earth System Sciences.
All figures from McClean el al (2022) can be reproduced using the code provided here. The data used to create the figures is available as a separate item. To run the scripts, extract data.zip into the same directory as the scripts then create a Python environment using environment.yml.</p
Fitzwilliam Museum McClean Bequest
Frank McClean (1837–1904) was not only an astronomer and pioneer of objective prism spectrography, but also an accomplished and systematic collector of art, books and manuscripts. McClean's collections, which were left to the Fitzwilliam Museum, Cambridge, on his death, were at that time the most notable bequest since the Museum's foundation. The fifteenth- and sixteenth-century printed books in his bequest, most of them produced in continental Europe, are described here in detail, with bibliographical descriptions and information on their provenance. Illustrated books are listed separately. The author of the catalogue, Charles Edward Sayle (1864–1924) was an erudite and popular librarian whose career was devoted to cataloguing and editing rare books in the University of Cambridge. His obituary praised him as 'a fine example of the type of man who likes to catalogue things in the right order'.</jats:p
Summary report of a virtual gathering of youth on November 10th, 2021
Alyssa McClean, MPH, Emily York, MPH.Title from PDF cover (viewed on July 5, 2022).This archived document is maintained by the State Library of Oregon as part of the Oregon Documents Depository Program. It is for informational purposes and may not be suitable for legal purposes.Event sponsors: Oregon Health Authority, Oregon Climate and Health Program, University of Oregon, Our Climate, Youth Era.Mode of access: Internet from the Oregon Government Publications Collection.Text in English
Communicating Chemical Congregation: A Molecular AND Logic Gate with Three Chemical Inputs as a �Lab-on-a-Molecule� Prototype
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SHEAR Weather Reporter
A Windows UI to create PDF reports from Davis WeatherLink export files
https://github.com/fmcclean/weather-reporte
Broad-scale flood modelling in the cloud : validation and sensitivities from hazard to impact
Broad-scale flood modelling is a growing research area with applications in insurance, adaption and
response. This has been fuelled by increasing availability of continental-global datasets providing
inputs to a mounting array of models. However, outputs vary greatly and validation is challenging.
This research developed a novel, consistent methodology for assigning performance scores to models
using a range of gridded datasets and an accurate numerical 2D hydrodynamic modelling system.
Validation using both extent and discharge was conducted for Storm Desmond in Northern England
and the global applicability of the methodology demonstrated across Europe and in Indonesia. To meet
computational demands, a cloud computing framework was implemented using a PostgreSQL
database. Visualisation of results was achieved using a newly designed web interface. Finally
OpenStreetMap data was overlaid to demonstrate the sensitivity of impacts to flood model inputs.
The main findings are that relative importance of precipitation and topographic data changes
depending on the metrics used for validation. More variability in peak discharge error was found
between models using different rainfall inputs (22-70%) than different DEMs (9-37%). Conversely,
flood extent critical success index (CSI) was more sensitive to the choice of topography (25-32%) than
rainfall (27-30%), though overall variability in CSI was low. This was echoed in the impacts analysis
with higher sensitivity of feature inundation to topography than rainfall. Importantly, there was far
more overall variability in discharge accuracy than extent which indicates that reproduction of peak
discharge is a more powerful measure for assessing model performance. Models driven by globalcontinental precipitation products underestimated peaks more than those using Met Office rain gauge
data, though better performance was demonstrated by replacing ERA-Interim with the updated ERA5
dataset.
The research highlights a growing need for more robust validation of broad scale flood simulations,
and the difficulties this presents. Strong influence of dataset choice on infrastructure inundation has
consequences for insurance premiums, development planning and adaptation to climate change risks
which should not be ignored.NERC for funding the research through
the Data, Risk and Environmental Analytical Methods (DREAM) training centre
Book review: Artist, Authorship & Legacy: A Reader
This is the author accepted manuscript. The final version is available from Edward Elgar Publishing via the DOI in this recordBook review of: Daniel McClean (ed), Artist, Authorship & Legacy: A Reader (Ridinghouse, London 2018
A Tale Of Leverage and Hubris
Author\u27s biography: Dr. John H. Brown is an associate professor in the School of Economic Development at Georgia Southern University. Dr. Brown can be reached at [email protected]. “All the Devils are Here: The Hidden History of the Financial Crisis,” by Bethany McClean and Joe Nocera. 2010, Penguin Books, New York
WOW Observations 2011 - 2020
Time series data from the Met Office WOW site from 2011 to the end of 2020. WOW_raw.zip includes data from stations located in GB with parameters including wind, rain, temperature and pressure. WOW_hourly.zip comprises rain data aggregated to hourly. Site details including location and the number of records for each parameter for each year are available via WOW_station_metadata.csv. </p
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