Ecology of species living on dead wood : lessons for dead wood management

Abstract

1003-001 Williamson Pond Final Report

Williamson Pond is a 26-acre publicly owned lake located about 2 miles east of the town of Williamson, in Lucas County. It has a watershed area of 1,499 acres. It has been managed since 1976 by the Lucas County Conservation Board (while still under state ownership) for fishing, boating, hunting, picnicking and other passive uses. Designated uses are Class AI, primary contact, and Class B (LW) aquatic life. Williamson Pond is on the 2004 EPA 303(d) List of Impaired Waters. A Total Maximum Daily Load (TMDL) for turbidity and nutrients at Williamson Pond was prepared by IDNR in 2005 and approved by EPA in 2006. The TMDL set reduction targets for both suspended sediment and phosphorus. The Williamson Pond Watershed Management Plan has provided the local work group and partners with information to develop and implement strategies to improve and protect water quality. These strategies are based on a three phase approach that will ultimately lead the removal of Williamson Pond from the Impaired Waters List. The goals identified in this proposal (Phase I) will reduce sediment and phosphorus delivery by 453 tons and 589 pounds annually. The Lucas County SWCD has and will continue to provide leadership on the Williamson Pond Project and has secured the partnerships necessary to address water quality problems and hired a part-time project coordinator to manage, implement, and oversee all activities pertaining to this proposal.

The competitive position of the Nordic wood industry in Germany : intangible quality dimensions

Abstract

Sixteenth Report of the Iowa Library Commission Made to the Governor of Iowa for the Biennial Period July 1, 1930 to June 30, 1932

1930-1932 Iowa Library Commission Report made to the Governor of Iowa.

Seventeenth Report of the Iowa Library Commission Made to the Governor of Iowa for the Biennial Period July 1, 1932 to June 30, 1934

1932-1934 Iowa Library Commission Report made to the Governor of Iowa.

Général Laignelot, général [Robert Lee] Howze [pose de la première pierre du pont de la Victoire à Château-Thierry, le 9 août 1919] : [photographie de presse] / [Agence Rol]

Référence bibliographique : Rol, 55401

Général [Robert Lee] Howze [pose de la première pierre du pont de la Victoire, le 9 août 1919] : [photographie de presse] / [Agence Rol]

Référence bibliographique : Rol, 55402

Général [Robert Lee] Howze [pose de la première pierre du pont de la Victoire à Château-Thierry, le 9 août 1919] : [photographie de presse] / [Agence Rol]

Référence bibliographique : Rol, 55403

Growth rate and wood properties of Norway spruce cutting clones on different sites

[Abstract]

A study of the effects of PVAC on works of art on paper and wood: pH and colour change

This paper presents the preliminary findings of pH and colour measurements carried out on artworks on paperand on wood that had been treated with a poly(vinyl acetate) (PVAC) based adhesive in the 1980s. In both cases, areas treated with PVAC proved to be less acidic than untreated areas. Contrary to expectations, the conservation treatments have not, as yet, increased acidity levels in the objects under study. Colour measurements of the works on paper showed that those that had been backed with a cotton fabric using a mixture of methylcellulose and PVAC were less yellow than those from the same print run that had not been backed. This finding suggests that the backing somehow prevented the natural degradation of the support. In view of these preliminary results, further research is clearly needed. This study forms part of a broader ongoing project to assess the role of PVAC in the conservation of a range of cultural assets.

A study of the effects of PVAC on works of art on paper and wood: pH and colour change

This paper presents the preliminary findings of pH and colour measurements carried out on artworks on paperand on wood that had been treated with a poly(vinyl acetate) (PVAC) based adhesive in the 1980s. In both cases, areas treated with PVAC proved to be less acidic than untreated areas. Contrary to expectations, the conservation treatments have not, as yet, increased acidity levels in the objects under study. Colour measurements of the works on paper showed that those that had been backed with a cotton fabric using a mixture of methylcellulose and PVAC were less yellow than those from the same print run that had not been backed. This finding suggests that the backing somehow prevented the natural degradation of the support. In view of these preliminary results, further research is clearly needed. This study forms part of a broader ongoing project to assess the role of PVAC in the conservation of a range of cultural assets.