Silver Threads Among The Gold

Title Onlyhttps://scholarsjunction.msstate.edu/cht-sheet-music/11314/thumbnail.jp

Meditation : Not Ashamed of Christ

https://digitalcommons.library.umaine.edu/mmb-ps/2239/thumbnail.jp

Silver Threads Among the Gold

VERSE 1Darling, I am growing old,Silver threads among the gold,Shine upon my brow today;Life is fading fast away;But, my darling, you will beAlways young and fair to me,Yes! my darling, you will beAlways young and fair to me. CHORUSDarling, I am growing old.Silver threads among the gold,Shine upon my brow today;Life is fading fast away. VERSE 2When your hair is silver white,And your cheeks no longer bright,With the roses of the May,I will kiss your lips, and sayOh! My darling, mine aloneYou have never older grown,Yes! my darling, mine alone,You have never older grown! CHORUS VERSE 3Love can never more grow old,Locks may lose their brown and gold;Cheeks may fade and hollow grow,But the hearts that love will know,Never, never winter’s frost and chill;Summer warmth is in them stillNever winter’s frost and chill,Summer warmth is in them still. CHORUS VERSE 4Love is always young and fair,What to us is silver hair;Faded cheeks, or steps grown slow,To the heart that beats below?Since I kissed you mine alone, alone.You have never older grownSince I kissed you mine alone,Your have never older grown. CHORU

My Little Lost Irene

https://digitalcommons.library.umaine.edu/mmb-vp/2201/thumbnail.jp

Silvery Stars Are Softly Gleaming : \b Serenade

https://digitalcommons.library.umaine.edu/mmb-vp/2448/thumbnail.jp

Silvery Stars Are Softly Gleaming : \b Serenade

https://digitalcommons.library.umaine.edu/mmb-vp/2448/thumbnail.jp

Reanalysis of Copernicus Measurements on Interstellar Carbon Monoxide

We used archival data acquired with the Copernicus satellite to reexamine CO column densities because self-consistent oscillator strengths are now available. Our focus is on lines of sight containing modest amounts of molecular species. Our resulting column densities are small enough that self-shielding from photodissociation is not occurring in the clouds probed by the observations. While our sample shows that the column densities of CO and H2 are related, no correspondence with the CH column density is evident. The case for the CH+ column density is less clear. Recent chemical models for these sight lines suggest that CH is mainly a by-product of CH+ synthesis in low density gas. The models are most successful in reproducing the amounts of CO in the densest sight lines. Thus, much of the CO absorption must arise from denser clumps along the line of sight to account for the trend with H2.Comment: 19 pages, 6 figures. Accepted for publication in Ap

My Ole Home in Alabama \u27fo\u27 de War / words by H. P. Danks

Cover: drawing of a poor African American dreaming of an earlier, better life; Publisher: G. D. Russell and Co. (Boston)https://egrove.olemiss.edu/sharris_a/1011/thumbnail.jp

Thermal tolerance, climatic variability and latitude

The greater latitudinal extents of occurrence of species towards higher latitudes has been attributed to the broadening of physiological tolerances with latitude as a result of increases in climatic variation. While there is some support for such patterns in climate, the physiological tolerances of species across large latitudinal gradients have seldom been assessed. Here we report findings for insects based on published upper and lower lethal temperature data. The upper thermal limits show little geographical variation. In contrast, the lower bounds of supercooling points and lower lethal temperatures do indeed decline with latitude. However, this is not the case for the upper bounds, leading to an increase in the variation in lower lethal limits with latitude. These results provide some support for the physiological tolerance assumption associated with Rapoport's rule, but highlight the need for coupled data on species tolerances and range size