The Ursinus Weekly, October 17, 1938

Fall drama cast tryouts tonight • Glatfelter picks Ellenbogen, Gross • Miss Howard denounces Munich pact as victory of force without justice • Dr. White speaks on Europe topic • French Club meeting to be featured by Wilcox\u27 speech • Thirty answer call to try out for Weekly staff posts • Peck named editor of new publication • Important meeting of embryo physicians to be held Tuesday • Fircroft girls win cash award for best parade poster • Cadets march in 26-0 bear upset • Weekly to be represented at Gettysburg convention • Y activities sees Sheeder speak at vespers, Luther Tucker coming tomorrow afternoon, Big and Little Brother banquet Wednesday, Hallowe\u27en frolic Friday, October 28 • The Skipped diploma • The Lantern staff writes an open letter to the student body • Do you believe in signs? News editor discovers meaning of dorm desk decorations • University women hear Sheeder at local meeting • Norristown Times Herald comments on Weekly headline • Bakermen lose first game in two years to flashy West Chester crew Tuesday 3-1 • Jayvees hold Farm School in 0-0 score • Sticksters score in second to win from Chestnut Hill, 2-0 • Soccer J.V.\u27s lose to Perkiomen prep 2-1 • Touch football performers ready for schedule this weekhttps://digitalcommons.ursinus.edu/weekly/1848/thumbnail.jp

Explaining cross-supplies

cross-supplies, subcontracting, Stackelberg, L13, L22,

The measurement of climate change using data from the Advanced Very High Resolution and Along Track Scanning Radiometers

Global sea-surface temperature is an important indicator of climate change, with the ability to reflect warming/cooling climate trends. The detection of such trends requires rigorous measurements that are global, accurate, and consistent. Space instruments can provide the means to achieve these required attributes in sea-surface temperature data. Analyses of two independent data sets from the Advanced Very High Resolution and Along Track Scanning Radiometers series of space sensors during the period 1985 to 2000 reveal trends of increasing global temperature with magnitudes of 0.09°C and 0.13°C per decade, respectively, closely matching that expected due to current levels of greenhouse gas exchange. In addition, an analysis based upon singular value decomposition, allowing the removal of El Niño in order to examine areas of change other than the tropical Pacific region, indicates that the 1997 El Niño event affected sea-surface temperature globally. The methodology demonstrated here can be applied to other data sets, which cover long time series observations of geophysical observations in order to characterize long-term change. The conclusion is that satellite sea-surface temperature provides an important means to quantify and explore the processes of climate change