Lessons Learned from Migrating to an Online Electronic Business Management Course

This article describes the lessons learned while migrating an Electronic Business Management course from traditional face-toface delivery to online delivery across a six and a half year time frame. The course under review teaches students how to develop and construct a working information-based online business using free versions of online resources. Over 220 students completed this course as a traditional face-to-face class and over 300 students have completed this course as an online class. Student performance and satisfaction remained mostly consistent across delivery methods. Reflections include lessons learned and suggestions to aid in developing a course for online delivery. Course evaluations remained stable during the migration of the course to an online environment. The Electronic Business Management course migration was considered successful

Alfalfa Leaf-Cutter Bee: Management for Alfalfa Pollination in South Dakota

The alfalfa leaf-cutter bee, Megachile rotundata (Fabricius), was introduced into South D a k o t a from Utah in 1962 for alfalfa pollination testing. This leaf-cutting bee, because of its pollen collecting activmes, has shown considerable promise as a means of increasing yields of alfalfa seed. A native of Eurasia, it was introduced into eastern United States in the mid-thirties and by 1958 had moved across the country into Oregon. There is some indication that the alfalfa leaf-cutter bee may have become established in isolated locations in South Dakota during this initial cross-country movement

Alfalfa Seed Production

This publication discusses alfalfa production practices to obtain high seed yields. The information presented is based on research in Idaho and the experience of professional alfalfa seed producers in Idaho and South Dakota. It includes information on production requirements and systems, crop and soil management, choice of variety, pollination, weeds and weed control, insects and insect control, and harvesting

Alfalfa Seed Production

Alfalfa seed has high market value: producing certified adapted seed can become a more important enterprise for some South Dakota farmers. Around 100,000 acres are harvested for seed each year, but tho yield per acre is relatively low. Most producers harvest seed on a hit-and-miss basis. Only a few treat alfalfa seed as a major crop. Much of the alfalfa seed planted in South Dakota is raised in southern Idaho, eastern Oregon, southeastern Washington, and the San Joaquin Valley of California. But the acreage of certified seed of varieties recommended for South Dakota is gradually shrinking in western states. These seed growers are switching to non-dormant varieties adapted to the Southwest and to proprietary varieties because they produce more pounds of seed per acre and/or bring a higher price per pound

Why Are Students Not Majoring in Information Systems?

The purpose of this study was to examine some of the factors that influence and impact business students when they select their major and, more particularly, to examine why students are not majoring in information systems. Students in an entry level business class responded that they were more knowledgeable about careers in management, marketing, accounting, and finance than they were about careers in information systems. These business students indicated that they are looking for majors that will be interesting, provide them with job security initially and over their careers, and pay them well. The most important information sources used by these students in their major selection decision were information on college/department websites, brochures about the major, and information on the Internet. When asked why they were not majoring in information systems, the top two reasons given were not what I wanted to do and subject not of interest

A proposed measurement of the ß asymmetry in neutron decay with the Los Alamos Ultra-Cold Neutron Source

This article reviews the status of an experiment to study the neutron spin-electron angular correlation with the Los Alamos Ultra-Cold Neutron (UCN) source. The experiment will generate UCNs from a novel solid deuterium, spallation source, and polarize them in a solenoid magnetic field. The experiment spectrometer will consist of a neutron decay region in a solenoid magnetic field combined with several different detector possibilities. An electron beam and a magnetic spectrometer will provide a precise, absolute calibration for these detectors. An A-correlation measurement with a relative precision of 0.2% is expected by the end of 2002

Measurement of the neutron lifetime using an asymmetric magneto- gravitational trap and in situ detection

The precise value of the mean neutron lifetime, $\tau_n$, plays an important role in nuclear and particle physics and cosmology. It is a key input for predicting the ratio of protons to helium atoms in the primordial universe and is used to search for new physics beyond the Standard Model of particle physics. There is a 3.9 standard deviation discrepancy between $\tau_n$ measured by counting the decay rate of free neutrons in a beam (887.7 $\pm$ 2.2 s) and by counting surviving ultracold neutrons stored for different storage times in a material trap (878.5$\pm$0.8 s). The experiment described here eliminates loss mechanisms present in previous trap experiments by levitating polarized ultracold neutrons above the surface of an asymmetric storage trap using a repulsive magnetic field gradient so that the stored neutrons do not interact with material trap walls and neutrons in quasi-stable orbits rapidly exit the trap. As a result of this approach and the use of a new in situ neutron detector, the lifetime reported here (877.7 $\pm$ 0.7 (stat) +0.4/-0.2 (sys) s) is the first modern measurement of $\tau_n$ that does not require corrections larger than the quoted uncertainties.Comment: 9 pages, 3 figures, 2 table