Till The Sands Of The Desert Grow Cold

https://digitalcommons.library.umaine.edu/mmb-vp/6284/thumbnail.jp

Annual Survey of Virginia Law: Criminal Law

This article summarizes all published criminal law decisions of the Supreme Court of Virginia and the major criminal law decisions of the Virginia Court of Appeals sitting en banc, issued between July 1, 1997, and July 1, 1998. Due to space limitations, however, the article includes only a few selected published panel opinions of the Virginia Court of Appeals. Also, this article includes a summary df the criminal law opinion from the Supreme Court of the United States which arose from a Virginia case during the period stated above. And finally, this article summarizes the most significant enactments from the 1998 session of the Virginia General Assembly in the field of criminal law

To the End of the World with You

VERSE 1A wonderful power has entered my life,It came when your eyes reached my heart.I live in a glorious dreamland with you,A kingdom of love set apart,And all of my joys are because I love you,For love is my life and my all,And ages to be, only mean you to me,To love until Heaven’s roll call. REFRAINTho’Stars of hope are burning low, dear,And all the world is filled with woe, dear,My heart will bid me go, dearTo the end of the world with you!end of the world with you! VERSE 2I dreamed of your coming and longed for you so,I built you a shrine in my love,And all that my fancy had dreamed, love, of youYou brought when you came from above.Without you I’d be as a lost mountain stream,That never has reached to the sea;Eternity’s all seems as ages too small, To live out my longing for thee. REFRAI

Till The Sands of the Desert Grow Cold / music by Ernest R. Ball; words by Geo Graff Jr.

Cover: n. illus.; Publisher: M. Witmark and Sons (New York)https://egrove.olemiss.edu/sharris_c/1037/thumbnail.jp

Evaluating Optical Proxies of Particulate Organic Carbon across the Surface Atlantic Ocean

Empirical relationships between particulate organic carbon (POC) and inherent optical properties (IOPs) are required for estimating POC from ocean-colour remote sensing and autonomous platforms. The main relationships studied are those between POC and particulate attenuation (cp) and backscattering (bbp) coefficients. The parameters of these relationships can however differ considerably due to differences in the methodologies applied for measuring IOPs and POC as well as variations in particle characteristics. Therefore it is important to assess existing relationships and explore new optical proxies of POC. In this study, we evaluated empirical relationships between surface POC and IOPs (cp, bbp and the particulate absorption coefficient, ap) using an extensive dataset collected during two Atlantic Meridional Transect (AMT 19 and 22) cruises spanning a wide range of oceanographic regimes. IOPs and POC were measured during the two cruises using consistent methodologies. To independently assess the accuracy of the POC-IOPs relationships, we predicted surface POC for AMT-22 using relationships developed based on independent data from AMT-19. We found typical biases in predicting POC ranging between 2-3%, 4-9%, and 6-13% for cp, bbp and ap, respectively, and typical random uncertainties of 20-30%. We conclude that 1) accurate POC-cp and POC-bbp relationships were obtained due to the consistent methodologies used to estimate POC and IOPs and 2) ap could be considered as an alternative optical proxy for POC in open-ocean waters, only if all physiological variability in the POC:chl ratio could be modeled and used to correct ap