The Extent of Job Search during Layoff

macroeconomics,job search, layoff

From the Civil Law Doctrine to the reasonable use theory and from the frontier thesis to community action: Flood control in Las Vegas, Nevada, 1905-1976

Flood control has long been a major problem for southwestern boom towns, and Las Vegas was no exception. From its birth in 1905 until the mid 1970s, the Civil Law Doctrine was the legal concept used by courts and residents to settle disputes over drainage problems; This paper will argue that the court\u27s decision to change the guiding legal principle from the Civil Law Doctrine to the Reasonable Use Rule in Nevada ended the frontier viewpoint of individualism and replaced it with a new spirit of communal action. The legal revolution, along with a series of events tied to the valley\u27s mushrooming urbanization energized the long dormant Las Vegas Valley Flood Control District which quickly won support in 1986 for implementing the flood control agenda. While emphasizing the legal dimension the paper will place the court ruling within the context of the city\u27s urban sprawl and the growing political sentiment favoring flood control. (Abstract shortened by UMI.)

Scientific Knowledge of the Human Side of Information Security as a Basis for Sustainable Trainings in Organizational Practices

Comprehensive digitization leads to new chal-lenges because of cybercrime and related security countermeasures. There is no doubt that this will fundamentally affect our lives and is leading to an increase in the importance of information security (IS). However, technology solutions alone are not sufficient to ensure IS countermeasures. The human side of security is important to protect organizational assets like user information and systems. The paper illustrates these relationships in terms of information security awareness (ISA), examining its goals and the factors influencing it through the systematic analysis and review of scientific literature and the transfer of scientific knowledge for practical purposes. We reviewed the publications of leading academic journals in the field of IS over the past decade

The relationship between church effectiveness and pastoral management behavior

https://place.asburyseminary.edu/ecommonsatsdissertations/1350/thumbnail.jp

Fabrication and test of lightweight honeycomb sandwich structures Final report

Fabrication and testing of lightweight honeycomb sandwich structure

Investigation of slosh anomaly in Apollo lunar module propellant gage

Analysis of propellant sloshing in lunar module during Apollo 14 flight and resultant erroneous indication of low level of propellan

Polarized Line Formation in Multi-Dimensional Media.III. Hanle Effect with Partial Frequency Redistribution

In the previous two papers, namely, \citet{anuknn11} and \citet{anuetal11} we solved the polarized radiative transfer (RT) equation in multi-dimensional (multi-D) geometries, with partial frequency redistribution (PRD) as the scattering mechanism. We assumed Rayleigh scattering as the only source of linear polarization ($Q/I, U/I$) in both these papers. In this paper we extend these previous works to include the effect of weak oriented magnetic fields (Hanle effect) on line scattering. We generalize the technique of Stokes vector decomposition in terms of the irreducible spherical tensors $\mathcal{T}^K_Q$, developed in \citet{anuknn11}, to the case of RT with Hanle effect. A fast iterative method of solution (based on the Stabilized Preconditioned Bi-Conjugate-Gradient technique), developed in \citet{anuetal11}, is now generalized to the case of RT in magnetized three-dimensional media. We use the efficient short-characteristics formal solution method for multi-D media, generalized appropriately to the present context. The main results of this paper are the following: (1) A comparison of emergent $(I, Q/I, U/I)$ profiles formed in one-dimensional (1D) media, with the corresponding emergent, spatially averaged profiles formed in multi-D media, shows that in the spatially resolved structures, the assumption of 1D may lead to large errors in linear polarization, especially in the line wings. (2) The multi-D RT in semi-infinite non-magnetic media causes a strong spatial variation of the emergent $(Q/I, U/I)$ profiles, which is more pronounced in the line wings. (3) The presence of a weak magnetic field modifies the spatial variation of the emergent $(Q/I, U/I)$ profiles in the line core, by producing significant changes in their magnitudes.Comment: 31 pages, 14 figures, Submitted to ApJ, Under revie