Tide tables, high and low water predictions, West Coast of North and South America, including the Hawaiian Islands.

Contains a table of the predicted times and heights of the high and low waters for each day of the year at a number of places, which are designated as reference stations.

Holy America.

Caption-title.

The Two Americas : Their complete history, from the earliest discoveries to the present day /

Earlier editions appeared under title: The People's history of America.

Suggestions for May day--National child health day 1932.

Cover title.

Laws of the commonwealth of Pennsylvania, : from the fourteenth day of October, one thousand seven hundred, to the sixth day of April, one thousand eight hundred and two. : Republished, under the authority of the legislature, by M. Carey and J. Bioren. : Vol. I[-VI].

"Index."--v. 6, 63 p., 4th count.

Chile of to-day ; its commerce, its production and its resources.

Detailed information about the commerce of Chile with all the countries in the world, and especially with the United States, Great Britain, Germany, France, Belgium, Spain, Italy, South and Central America, etc.

On the great American plateau; wanderings among canyons and buttes, in the land of the cliff-dweller, and the Indian of to-day.

Partly reprinted from Harper's magazine and the American Anthropologist.

Panama and the canal to-day; an historical account of the canal project from the earliest times with special reference to the enterprises of the French company and the United States, with a detailed description of the waterway as it will be ultimately constructed: together with a brief history of the country and the first comprehensive account of its physical features and natural resources.

Also published by the Page company in the See America first series.

"We, the people" : a series of papers on topics of to-day /

Reprinted from the New York American, Lend a hand, and the Christian register.

The redemption of the red man; an account of Presbyterian missions to the North American Indians of the present day,

Mode of access: Internet.

Bolivians of to-day,

Lettered on cover: Hispanic American series.

German ideals of to-day, and other essays on German culture,

I. German ideals of to-day.--II. Three anniversary addresses: 1. Goethe's message to America. 2. Schiller's message to modern life. 3. Emerson and German personality.--III. The evolutionary trend of German literary criticism.--IV. The inner life in German sculpture.--V. The study of national culture.--VI. Sketches of contemporary German letters: 1. Hauptmann's Fuhrmann Heuschel. 2. Sudermann's Die drei reiherfedern. 3. Paulsen's Philosophia militans. 4. Herman Grimm-an obituary. 5. Hauptmann's Michael Kramer. 6. Hauptmann's Der arme Heinrich. 7. The struggle for individuality on the German stage. 8. Widmann's Der heilige und die tiere.--VII. The future of German literature.

Charles Perry at Graduation Day

Charles Edward Perry (Chuck), 1937-1999, was the founding president of Florida International University in Miami, Florida. He grew up in Logan County, West Virginia and received his bachelor's and masters's degrees from Bowling Green State University. He married Betty Laird in 1960. In 1969, at the age of 32, Perry was the youngest president of any university in the nation. The name of the university reflects Perry’s desire for a title that would not limit the scope of the institution and would support his vision of having close ties to Latin America. Perry and a founding corps opened FIU to 5,667 students in 1972 with only one large building housing six different schools. Perry left the office of President of FIU in 1976 when the student body had grown to 10,000 students and the university had six buildings, offered 134 different degrees and was fully accredited. Charles Perry died on August 30, 1999 at his home in Rockwall, Texas. He is buried on the FIU campus in front of the Graham Center entrance.

Present-day Pattern Variations in the Central and Eastern Pacific El Nino

El Niño and the Southern Oscillation (ENSO) is a cycle that is initiated in the equatorial Pacific Ocean and is recognized on interannual timescales by oscillating patterns in tropical Pacific sea surface temperatures (SST) and atmospheric circulations. Using correlation and regression analysis of datasets that include SST’s and other interdependent variables including precipitation, surface winds, sea level pressure, this research seeks to quantify recent changes in ENSO behavior. Specifically, the amplitude, frequency of occurrence, and spatial characteristics (i.e. events with maximum amplitude in the Central Pacific versus the Eastern Pacific) are investigated. The research is based on the question; “Are the statistics of ENSO changing due to increasing greenhouse gas concentrations?” Our hypothesis is that the present-day changes in amplitude, frequency, and spatial characteristics of ENSO are determined by the natural variability of the ocean-atmosphere climate system, not the observed changes in the radiative forcing due to change in the concentrations of greenhouse gases. Statistical analysis, including correlation and regression analysis, is performed on observational ocean and atmospheric datasets available from the National Oceanographic and Atmospheric Administration (NOAA), National Center for Atmospheric Research (NCAR) and coupled model simulations from the Coupled Model Inter-comparison Project (phase 5, CMIP5). Datasets are analyzed with a particular focus on ENSO over the last thirty years. Understanding the observed changes in the ENSO phenomenon over recent decades has a worldwide significance. ENSO is the largest climate signal on timescales of 2 - 7 years and affects billions of people via atmospheric teleconnections that originate in the tropical Pacific. These teleconnections explain why changes in ENSO can lead to climate variations in areas including North and South America, Asia, and Australia. For the United States, El Niño events are linked to decreased number of hurricanes in the Atlantic basin, reduction in precipitation in the Pacific Northwest, and increased precipitation throughout the southern United Stated during winter months. Understanding variability in the amplitude, frequency, and spatial characteristics of ENSO is crucial for decision makers who must adapt where regional ecology and agriculture are affected by ENSO.

Present-day Pattern Variations in the Central and Eastern Pacific El Nino

El Niño and the Southern Oscillation (ENSO) is a cycle that is initiated in the equatorial Pacific Ocean and is recognized on interannual timescales by oscillating patterns in tropical Pacific sea surface temperatures (SST) and atmospheric circulations. Using correlation and regression analysis of datasets that include SST’s and other interdependent variables including precipitation, surface winds, sea level pressure, this research seeks to quantify recent changes in ENSO behavior. Specifically, the amplitude, frequency of occurrence, and spatial characteristics (i.e. events with maximum amplitude in the Central Pacific versus the Eastern Pacific) are investigated. The research is based on the question; “Are the statistics of ENSO changing due to increasing greenhouse gas concentrations?” Our hypothesis is that the present-day changes in amplitude, frequency, and spatial characteristics of ENSO are determined by the natural variability of the ocean-atmosphere climate system, not the observed changes in the radiative forcing due to change in the concentrations of greenhouse gases. Statistical analysis, including correlation and regression analysis, is performed on observational ocean and atmospheric datasets available from the National Oceanographic and Atmospheric Administration (NOAA), National Center for Atmospheric Research (NCAR) and coupled model simulations from the Coupled Model Inter-comparison Project (phase 5, CMIP5). Datasets are analyzed with a particular focus on ENSO over the last thirty years. Understanding the observed changes in the ENSO phenomenon over recent decades has a worldwide significance. ENSO is the largest climate signal on timescales of 2 - 7 years and affects billions of people via atmospheric teleconnections that originate in the tropical Pacific. These teleconnections explain why changes in ENSO can lead to climate variations in areas including North and South America, Asia, and Australia. For the United States, El Niño events are linked to decreased number of hurricanes in the Atlantic basin, reduction in precipitation in the Pacific Northwest, and increased precipitation throughout the southern United Stated during winter months. Understanding variability in the amplitude, frequency, and spatial characteristics of ENSO is crucial for decision makers who must adapt where regional ecology and agriculture are affected by ENSO.