Digital Commons Network^™

Turnover Actions And The "Floating Check" Controversy, David R. Hague

David R Hague

When a debtor files for Chapter 7 bankruptcy, a Chapter 7 trustee is appointed and is charged with collecting and reducing to money the property of the bankruptcy estate. One of the most basic collection methods a trustee possesses is its turnover power under section 542(a) of the Bankruptcy Code. Section 542(a) requires any entity that is in “possession, custody, or control,” during the bankruptcy case, of property that the trustee may use, sell or lease to turn it over to the trustee and account for such property or its value.

An interesting issue has arisen that is placing debtors …

Product Markets And Industry-Specific Training, Armin Schmutzler, Hans Gersbach

Armin Schmutzler

We develop a product market theory to explain why firms provide their workers with skills that are also useful to their competitors. Firms first decide whether to invest in industry-specific training, then make wage offers for each others’ trained employees and finally engage in imperfect product market competition. Equilibria with and without training can emerge. If competition is soft, firms invest in training if others do. Thereby, they avoid having to pay high wages for trained workers. Furthermore, we draw welfare conclusions from the analysis. Finally, we discuss how our ideas apply to supplier relationships and to general training.

Front Office Staff Turnover Issue At Physician Offices And Clinics In Arkansas, Vikas Singh

Vikas Singh

No abstract provided.

Evidence For A General Species-Time-Area Relationship, Peter B. Adler, Ethan P. White, William K. Lauenroth, Dawn M. Kaufman, Andrew Rassweiler, James A. Rusak

Ethan P White

The species–area relationship (SAR) plays a central role in biodiversity research, and recent work has increased awareness of its temporal analogue, the species– time relationship (STR). Here we provide evidence for a general species–time–area relationship (STAR), in which species number is a function of the area and time span of sampling, as well as their interaction. For eight assemblages, ranging from lake zooplankton to desert rodents, this model outperformed a sampling-based model and two simpler models in which area and time had independent effects. In every case, the interaction term was negative, meaning that rates of species accumulation in space …