(Table 3) Relative depth and age, CaCO3, d18O, d13C and Sr/Ca analysis from ODP Leg 130, 154 and 138

Interpretations of calcite strontium/calcium records in terms of ocean history and calcite diagenesis require distinguishing the effects on deep-sea calcite sediments of changes in ocean chemistry, of different mixes of calcite-depositing organisms as sediment contributors through time and space, and of the loss of Sr during diagenetic calcite recrystallization. In this paper Sr/Ca and d18O values of bulk calcium carbonate sediments are used to estimate the relative extent of calcite recrystallization in samples from four time points (core tops, 5.6, 9.4, and 37.1 Ma) at eight Ocean Drilling Program sites in the equatorial Atlantic (Ceara Rise) and equatorial Pacific (Ontong Java Plateau and two eastern equatorial Pacific sites). The possibility that site-to-site differences in calcite Sr/Ca at a given time point originated from temporal variations in ocean chemistry was eliminated by careful age control of samples for each time point, with sample ages differing by less than the oceanic residence times of Sr and Ca. The Sr/Ca and d18O values of 5.6- and 9.4-Ma samples from the less-carbonate-rich eastern equatorial Pacific sites and Ceara Rise Site 929 appear to be less diagenetically altered than the Sr/Ca and d18O values of contemporaneous samples from the more carbonate-rich sites. It is evident from these data that both Sr/Ca and d18O in bulk calcite have been diagenetically altered in some samples 5.6 Ma and older. These data indicate that noncarbonate sedimentary components, like clay and biogenic silica, have partially suppressed recrystallization at the lower carbonate sites. Sr/Ca data from the less altered, carbonate-poor sites indicate higher oceanic Sr/Ca relative to today at 5.6 and 9.4 Ma.

Biological treatment of wastes from corn wet milling industry /

Grant no. 12060 DPE.

Concerto in D [i.e. B minor] : for four solo violins, with accompaniment of string instruments (violas, cello and bass) and piano (cembalo) [op. 3, no. 10] /

Mode of access: Internet.

Home economics without a laboratory,

Bibliography: p. [31]-32.

Over the plum-pudding,

--"Over the plum-pudding."--Bills, M. D.--The flunking of Watkin's ghost.--The unmailed letter.--The amalgamated brotherhood of spooks.--A glance ahead.--Hans Pumpernickel's vigil.--The affliction of Baron Humpfelhimmel.--A great composer.--How Fritz became a wizard.--Rise and fall of the poet Gregory.--The loss of the "Gretchen B."

Trackless regions; poems,

Reprinted in part from the "Atlantic monthly," "Poet-lore," and "Poetry" (Chicago) cf. Note on verso of 3d prelim. leaf.

Strategic plan for the ecological resources of Illinois.

"Gretchen Bonfert, Green Strategies, Springfield, Illinois, compiled this strategic plan and convened the public meetings whereby participants contributed to the plan."-- p. ii.

The dove of peace. [music] : comic opera in three acts /

Mode of access: Internet.

Aufsätze über Goethe,

A collection of articles published in various magazines from 1874 to 1885, edited with "Vorwort" and notes by Erich Schmidt.

School of Nursing Class of 1981

Top Row: Mary Jo Ambrozy, Carolyn, Ashley, Gail Marie Barbaza, Jeanne Barr, Susan Bauer, Lynn Eva Becker, Christine Bibilikow, Kathy Biehl, Lisa Bloomfield, Bail M. Borowiak, Susan, M. Browning, Diane Louise Burgoon, Camille Carlson, Cindy marie Chaltry, Kathleen Anne Clegg, Ann cline

Row 2: Wendy Cogan, Annette Robin Cole, Barbara Compton, Elizabeth Connors, Norma K. Marshall, Michele Betts, Donna Jean Holihan, Pamela S. Harden, Kathleen McLaughlin, Mary M. Walker, Mary Lohr, Julia Cooney, Carol Crapo, Deborah D. Davis, Mary Dreisig

Row 3: Athena Eary, Eleanor Eckrich, Patti M. Eidenberger, Catherine Elmlinger, Annette Englund, Cynthis Fellencer, Karen Fischer, Carolyn B. Forbes, Nancy Ellen Freedman, Susan P. George, Annette Gervaix, Beverly Glogowski

Row 4: Jayne Goodrich, June A. R. Grimm, Marie Guerrini, Douglas Leon Hankins, Yvonne M. Harwoor, Linda Hecimovich, Catherine M. Herbel, Kelly Hocker, Brenda Lee Horness, Theresa A. Hosey, Karin E. Hunt, Beth Jackson

Row 5: Karen Sue Jaffe, Roland Jemerson, Tamera Johnson, Susan Kaczmarek, Laura S. Keverian, Julie A. Kimbrough, Eva Marie Kline, Nancy L. Kuehn, Margaret J. Labadie, Lori K. Lane, Elizabeth Lang, Linda Lawton, Judy Linden, Peggy Little, Sharon Lois Longe, Claire Lonstein

Row 6: Deloris Macon, Karen Marie Macsay, Susan E. Mapley, Maria Y. Maquera, Ann McCullough, Michael Meade, Barbara Messink, Mary Elizabeth Mick, Susie E. Mikolajewski, Marilyn Millman, Debra A. Mills, Lu Ann Minore, Jean M. Mischel, Terri Ann Mitchell, Catherine Jean Moore, Michelle A. Mourad

Row 7: Mary Lynn Musial, Kathleen Myles, Denise Oliphint, Patrice M. Orlowski, Susan Orne, Carolyn Pernell, Holly Perry, Paula L. Petkoff, Arlene Ann Popovich, Barbara A. Quinn, Carol Reid, Sandra J. Remington, Gisselle Rodriguez, Susan Roelant, Laura S. Rogers, Nancy Rudd

Row 8: Karen Beth Salem, Barbara Santavy, Linda Schairer, Marie B. Schneider, Julie Schoettley, Julie Rose Schuster, Mary V. Seibert, Tracy Shafer, Claire E. Sharda, Susan D. Shortino, Judith Simon, Phillis Simpson, Donna Sledz, Cynthia Smith, Diane L. Smith, Mary Kay Smith

Row 9: Susan R. Smith, Sharon stansberry, Linda Suchocki, Susan Swoiskin, Leslie Ann Urban, Mary B. Van Wingen, Gretchen M. Vermeulen, Verland Z. Walker, Jayne Walworth, Elaine Devorah Webber, Julie Ann Webster, Sora Weller, Julie L. Weyburne, Malorie Whitefield, Frances Wiecha, Anne C. Wise

School of Nursing Class of 2001

Top Row: Cher Alaniz-Dowling, Katie Anibal, Tasneem Ba, Ethel Balaoing, Melissa Balok, Kristen Begin, Hillary bertke, Bess Bertolis, Lauren Blitz, roberta Bolio, Mariana Bordei, Christa Brock, Brianna Burg

Row 2: Kara Calhoun, Erin champieux, Sarah Marshall, Trevor Finton, Leovigildo Olivarez, Dena Fernandez, Daniel J. Tounsel, Emily Schmitt, Bridget Lufkin, Jessica Witt, Ryan VanLoocke, Quanda Chen, Vivian Cheng, Kelly Chiles

Row 3: Alicia Classens, Kristin coil, Michelle Crist, Jeremy Curtis, Shannon Dabao, Melanie Datu, Amanda Dean, Pina Desai, Theresa De Sitter, Kathryn DeWitt

Row 4: Elizabeth Dorda, Laura Dow, Jennifer Feighner, Elizabeth Findley, Katherine Fix, Lindsy Gasparovich, Michelle Gastman, Silvia Gonzafez, Cari Gray, Elizabeth Handzlik

Row 5: Lauren Hisey, Karen Hofmeister, Patricia M. Holda, Jennifer Hoskins, Emily Jacobson, Rita Jiddou, Elisabeth Jilek, Patrielle R. Johnson, Susanna Johnston, Kelly Kandt, Kelly Kazup, Sara Kile

Row 6: Lisa Kuzma, karen Kwapis, Tracey Lee, Patricia Coleman-Burns, Nola Pender, Carol Loveland-Cherry, Ada Sue Hinshaw, Beverly Jones, judith Lynch-Sauer, Jan L.Lee, Kimberly Little, Amber Manchester, Tracie Martinez

Row 7: Brenda K. Maynard, Molly McCormick, Christopher McWatters, Kirsten Meister, Dorota Meller, Kevin Michel, Emily Mulla, Geine Nolan, kelly Noyes, Brandi Otto, Alice Palmer, Tricia Pasaoa, Erika Pete, Rebekah Peterson, Menusa Petrovski

Row 8: Jacqueline pinson, Gretchen Pletz, Rachelle Ramos, Rochelle E. Ramos, Rebecca Roberts, Darice Rosario, Andrea Ryan, Clare Ryan, Jason schwartz, Andrea Sears, Sarah Skavnak, Elizabeth Slager, Sara Smith, Dana Sullivan

Row 9: Allison Sweet, Irie Thom, Charly R. Thomas, Michelle Thurman, Shamin Ullah, Kellie Vaidya, Cynthia Valerio, Erin Verkerke, Kristen Verska, Winderence Webb, Marisa Wheatley, Kristine Wiersma, Monique D. Williams, Katherine Willis, Jennifer Zelle

Surprises and Insights from Long-Term Aquatic Data Sets and Experiments

long-term research on freshwater ecosystems provides insights that can be difficult to obtain from other approaches. Widespread monitoring of ecologically relevant water-quality parameters spanning decades can facilitate important tests of ecological principles. Unique long-term data sets and analytical tools are increasingly available, allowing for powerful and synthetic analyses across sites. long-term measurements or experiments in aquatic systems can catch rare events, changes in highly variable systems, time-lagged responses, cumulative effects of stressors, and biotic responses that encompass multiple generations. Data are available from formal networks, local to international agencies, private organizations, various institutions, and paleontological and historic records; brief literature surveys suggest much existing data are not synthesized. Ecological sciences will benefit from careful maintenance and analyses of existing long-term programs, and subsequent insights can aid in the design of effective future long-term experimental and observational efforts. long-term research on freshwaters is particularly important because of their value to humanity.

Gimme' A Break: Offering Sabbaticals as an Optional Leave Benefit in the Lodging Industry

ABSTRACT The purpose of this study is to investigate the extended leave programs offered by lodging companies in the United States and to suggest a model that could be used in the lodging industry. This model mirrors successful sabbatical leave programs offered by leading companies featured in the annual report, 100 Best Companies to Work For (from this point forward, referred to as 100 Best), published on-line by Fortune Magazine, 2013 (CNN, 2013). While extended leave programs are not entirely lacking in the industry, our research discovered that such leave systems are rare. According to the companies investigated that offer a sabbatical leave program, this benefit offers highly sought after time away from work for top performing employees at the management and higher levels. The benefits reported include happier employees who have increased feelings of company loyalty, job satisfaction, and overall better attitudes. The sponsoring companies stated that those who take part in such leave contribute at a higher level upon their return, bringing fresh ideas and a renewed commitment to the company’s success.