Global financial crises and potential sovereign defaults provide an opportunity for financial regulators and analysts to revise assumptions in their risk models. These conditions are also an opportunity for regulators and analysts to distinguish the ‘hyper-real’ economy, represented by derivatives, from the real economy, which requires assessment through an analysis of human as well as financial capital. Regulators are required to demonstrate that they are skilled in conducting the most thorough analysis of all elements of the finance system in order to help the investing public to manage risk as much as possible. The contribution of this article is to overview the limitations inherent in regulators’ traditional focus on financial analysis, as well as in financial analysts’ failure to consider the relevance of people management data when evaluating the potential performance of knowledge-intensive, service-based organisations. The article argues for a stronger focus on analysis of non-financial capital, including human capital, to provide a more effective ‘early warning’ of potential financial distress.

Developing an enquiries tracking database can provide library services managers with data about how their services are being used and by whom. The software should to be configured to the requirements of the individual team in order to provide actionable data to help predict future needs and connect users with the right services. This article, written by Jas Breslin, follows one firm's journey to identify and roll-out a new research tracking system, Quest, under tight time constraints.

Treerow vegetation abundance and biodiversity were measured in response to six orchard floor management strategies in organic peach in northern Utah for three growing seasons. A total of 32 weed species were observed in the treerow; the most common were field bindweed, dandelion, perennial grasses (e.g., red fescue and ryegrass), clovers, and prickly lettuce. Weed biomass was two to five times greater in unmanaged (living mulch) than in manipulated treatments. Tillage greatly reduced weeds for approximately one month; however, vegetation rebounded midseason. Tillage selected for species adapted to disturbance, such as common purslane and field bindweed. Straw mulch provided equivalent weed suppression to tillage in the early season. Straw required annual reapplication with material costs, labor, and weed-seed contamination (e.g., volunteer grains and quackgrass) as disadvantages. Plastic fabric mulch reduced weeds the most, but had high initial costs and required seasonal maintenance. Weed biomass declined within seasons and across the three years of the study, likely due to tree canopy shading. Neither birdsfoot trefoil nor a perennial grass mixture planted in the alleyways influenced treerow weeds. Our results demonstrate several viable alternatives to tillage for weed management in treerows of organic peach orchards in the Intermountain West.

Research was conducted from 1979 through 1982 in east-central Alabama to determine the effect of various cropping and sicklepod (Cassia obtusifolia L. # CASOB) management systems on yields and total net returns to land and management. Intense weed management inputs resulted in higher levels of sicklepod control than did standard inputs with spring tillage, but sicklepod control was good regardless of management intensity with no spring tillage. Sicklepod control in soybean [Glycine max (L.) Merr.] – corn (Zea mays L.) rotations was similar to that in continuous soybeans regardless of planting method. Even though intense management inputs often resulted in increased sicklepod control, total net returns from these systems were often less due to increased herbicide and application costs. Total net returns from summer-fallow systems were generally low since only a winter wheat crop was produced each year.

The effects of crop rotation and management system on annual variability in weed communities and crop yields were assessed in a 4-yr study in Michigan. Variability of the weed community and corn yields were assessed using the coefficient of variation (CV) and a multivariate dissimilarity index (Bray-Curtis) that accounted for changes in both weed species abundance and composition. The treatments included two rotations: continuous corn and a corn–corn–soybean–wheat rotation, and two management systems: conventional (CONV) and organic-based (ORG). Weed biomass was significantly higher in the ORG system; however, there was no effect of crop rotation on weed biomass or number of weed species in a treatment (species richness). Annual variability in weed community composition and structure was affected by both crop rotation and management system and was highest in the ORG rotation. In contrast to the weed community, variability in corn yield was highest in the least-diverse cropping system (CONV monoculture), despite that system having a more constant weed community. Corn yield in the ORG rotation was not significantly different from that in the CONV monoculture. Results of this study suggest that management aimed at increasing cropping system diversity may have additional effects on weed communities and crop yields beyond those commonly reported, and these may have important implications for the development of more efficient and sustainable weed and crop management practices.