The advance of Hubbard Glacier, near Yakutat, Alaska, U.S.A., in spring 1986 blocked the entrance to Russell Fiord with an ice-and-sediment dam, behind which a lake formed. The water level in Russell Lake rose to 25.5 m a.s.l. The dam catastrophically failed in October 1986, releasing 5.4 km3 of water into Disenchantment Bay. High-resolution seismic-reflection profiles show a 7.5 km long channel system cut into and buried by glacimarine sediment, represented by continuous, parallel reflections. The chaotic seismic facies filling the channel is interpreted to be debris flow deposits. A gravity core from channel-overbank deposits contained sandy diamicton with mud clasts. Above the channel a 1–2 m thick sediment drape extends across the bay. Laminated mud, fining-upward sand beds and diamicton were recovered from this unit. The sediment-drape deposits were produced by suspension settling from turbid plumes and non-channelized turbidity currents generated by the outburst flood.

An 1894 biography of St. Francis of Assisi was a milestone in the lives of two young urban missionaries. They were “Sisters of the People” at the dynamic and progressive Wesleyan Methodist West London Mission in Soho, a poor and overcrowded central London district. Sister Mary Neal and Sister Emmeline Pethick would eventually distinguish themselves nationally, Emmeline as a militant suffragist in tandem with her husband Frederick Pethick-Lawrence, and later as a feminist and peace activist; Mary as a music educator and folklorist. French protestant clergyman Paul Sabatier's scholarly but lyrical biography of Francis enthralled the mission's leaders, including the superintendent, Hugh Price Hughes. Francis's rejection of his family's wealth, his insistence on absolute poverty for himself and his followers, and his devotion to the poor presented a compelling model of Christian service, one that the two young Sisters found especially exciting. They resigned the Sisterhood in 1895 to live cheaply in workers' housing just north of their old turf. This decision launched them into a national community of Franciscan-inspired settlers, philanthropists, “simple livers,” and collective farmers—offering us a new perspective on fin de siècle social activism.

Fibroblast growth factor (FGF)-2 (basic) is a potent angiogenic molecule involved in tumor progression, and is one of several growth factors with a central role in ovarian carcinogenesis. We hypothesized that common single nucleotide polymorphisms (SNPs) in the FGF2 gene may alter angiogenic potential and thereby susceptibility to ovarian cancer. We analyzed 25 FGF2 tgSNPs using five independent study populations from the United States and Australia. Analysis was restricted to non-Hispanic White women with serous ovarian carcinoma (1269 cases and 2829 controls). There were no statistically significant associations between any FGF2 SNPs and ovarian cancer risk. There were two nominally statistically significant associations between heterozygosity for two FGF2 SNPs (rs308379 and rs308447; p < .05) and serous ovarian cancer risk in the combined dataset, but rare homozygous estimates did not achieve statistical significance, nor were they consistent with the log additive model of inheritance. Overall genetic variation in FGF2 does not appear to play a role in susceptibility to ovarian cancer.