The effect of temperature on the rate of movement in the marine Ameba, Mayorella conipes

Thesis (M.A.)--University of Kansas, Zoology, 1927

The distribution of the human blood groups among the Navajo and Pueblo Indians of the Southwest

Bibliography: p. 29https://digitalrepository.unm.edu/unm_bulletin/1023/thumbnail.jp

Program Assessment the Easy Way: Using Embedded Indicators to Assess Program Outcomes

The culminating design experience for civil engineering majors at the United States Military Academy (USMA) is CE492, Design of Structural Systems. CE492 serves as a “capstone” experience or one in which students are faced with a multi-disciplinary design project incorporating facets from all previous civil engineering courses. Previous capstone experiences have required students to design structures planned for construction or currently under construction at the Academy, thus providing an opportunity for site visitations and active participation with key players in the project development process. Since CE492 provides a multi-disciplinary experience, it also provides an ideal opportunity for the application of embedded assessment indicators. The purpose of this paper is to describe the use of an embedded assessment technique which has been used successfully for two semesters in CE450, Infrastructure Development and Construction Management, to assess accomplishment of the Academy’s Engineering and Technology Goal. By merging the student evaluation and assessment processes in CE492, instructor workload was reduced, student evaluation was tied more closely to the relevant academic program and the ASCE Body of Knowledge (BOK) outcomes, and a systematic method was created for identifying shortcomings and areas of excellence in the program

Panel Two: Information Policy Making

The second panel of From Conduit to Content: The Emergence of Information Policy and Law addresses the government\u27s response to the policy making challenges presented by information. Panelists from the government and academia explore the question: How has, and how should, the policy-making process respond to the diversity of issues, interests, and policymakers? Participants include Fred H. Cate, Allen S. Hammond, Bruce W. McConnell, Michael Nelson, Janice Obuchowski, and Marc Rotenbergaddresses the government\u27s response to the policy making challenges presented by information. Panelists from the government and academia explore the question: How has, and how should, the policy-making process respond to the diversity of issues, interests, and policymakers? Participants include Fred H. Cate, Allen S. Hammond, Bruce W. McConnell, Michael Nelson, Janice Obuchowski, and Marc Rotenberg. From Conduit to Content: The Emergence of Information Policy and Law. The Annenberg Washington Program. Friday, March 3 1995, Washington, D.C

Panel Two: Information Policy Making

The second panel of From Conduit to Content: The Emergence of Information Policy and Law addresses the government\u27s response to the policy making challenges presented by information. Panelists from the government and academia explore the question: How has, and how should, the policy-making process respond to the diversity of issues, interests, and policymakers? Participants include Fred H. Cate, Allen S. Hammond, Bruce W. McConnell, Michael Nelson, Janice Obuchowski, and Marc Rotenbergaddresses the government\u27s response to the policy making challenges presented by information. Panelists from the government and academia explore the question: How has, and how should, the policy-making process respond to the diversity of issues, interests, and policymakers? Participants include Fred H. Cate, Allen S. Hammond, Bruce W. McConnell, Michael Nelson, Janice Obuchowski, and Marc Rotenberg. From Conduit to Content: The Emergence of Information Policy and Law. The Annenberg Washington Program. Friday, March 3 1995, Washington, D.C

Planning ahead in Missouri's dairy industry

Text of caption on page 6 is cut off due to tight binding."Dairying originated as a way men could turn supplies of forage into profitable human food by applying their skill and labor to the management of herds of milking animals. This objective still applies-but how the means have changed! Methods of getting milk out of a cow, to and through the market, and into the kitchens of consumers have gone from hand style to "untouched by human hand" marvels of mechanization. Even the cow, the factory that does the conversion, has been modified into a manufacturing machine that grows more efficient and productive each year. Average production per cow has climbed from 4,218 to 8,513 pounds per year in the past 40 years. Missouri cows haven't produced as well, but have climbed from 3,300 to 7,400 pounds in the same period. That's one of the problems we need to correct in the next few years to stay in competition. Progress has been slow in increasing forage yields but that's coming in for attention now. This publication reviews where Missouri's dairy industry stands now, where we're headed if present trends continue., and what needs to be done to improve the position of dairying. Ten and 20 years from now we want to be in the forefront."--Page 1.Prepared by O.E. Allen, Edward J. Constien, J.E. Edmondson, Alfred Lane, W.J. Murphy, Leroy Peters, Alva L. Preston, Jr., Edward R. Wiggins, Fred H. Meinershagen (Chairman

1965: Abilene Christian College Bible Lectures - Full Text

LIFT UP YOUR EYES” Being the Abilene Christian College Annual Bible Lectures 1965 Price: $3.95 Published by ABILENE CHRISTIAN COLLEGE STUDENTS EXCHANGE ACC Station Abilene. Texa

The c2d Spitzer Spectroscopic Survey Of Ices Around Low-Mass Young Stellar Objects. I. H2O And The 5-8 Mu M Bands

To study the physical and chemical evolution of ices in solar-mass systems, a spectral survey is conducted of a sample of 41 low-luminosity YSOs (L similar to 0.1-10 L-circle dot) using 3-38 mu m Spitzer and ground-based spectra. The sample is complemented with previously published Spitzer spectra of background stars and with ISO spectra of well-studied massive YSOs (L similar to 10(5) L-circle dot). The long-known 6.0 and 6.85 mu m bands are detected toward all sources, with the Class 0-type YSOs showing the deepest bands ever observed. The 6.0 mu m band is often deeper than expected from the bending mode of pure solid H2O. The additional 5-7 mu m absorption consists of five independent components, which, by comparison to laboratory studies, must be from at least eight different carriers. Much of this absorption is due to simple species likely formed by grain surface chemistry, at abundances of 1%-30% for CH3OH, 3%-8% for NH3, 1%-5% for HCOOH, similar to 6% for H2CO, and similar to 0.3% for HCOO- relative to solid H2O. The 6.85 mu m band has one or two carriers, of which one may be less volatile than H2O. Its carrier(s) formed early in the molecular cloud evolution and do not survive in the diffuse ISM. If an NH4+- containing salt is the carrier, its abundance relative to solid H2O is similar to 7%, demonstrating the efficiency of low-temperature acid-base chemistry or cosmic-ray-induced reactions. Possible origins are discussed for enigmatic, very broad absorption between 5 and 8 mu m. Finally, the same ices are observed toward massive and low-mass YSOs, indicating that processing by internal UV radiation fields is a minor factor in their early chemical evolution.NWO SpinozaNOVAEuropean Research Training Network PLANETS HPRN-CT-2002-00308NASA Origins NAG5-13050NASA Hubble Fellowship 01201.01NASA NAS 5-26555Astronom