A report of the trail of the cause of John Taylor vs. Edward C. Delavan : prosecuted for alleged libel ; tried at the Albany circuit, April, 1940 ; and Mr. Delavan's correspondence with the ex. committee of the Albany city temperance society, &c.

"This action ... is brought for two publications in the Evening journal, in the month of February, 1835 ... The declaration sets forth that the defendant meant to charge that impure, dirty and filthy water ... had, for years, been carted to the malt-house of the plaintill; ant that he had been guilty of using that water in preparing barley for malt."--p. 45.

The trail of the goldseekers : a record of travel in prose and verse /

Mode of access: Internet.

Songs of the trail,

Mode of access: Internet.

The trail of the hawk; a comedy of the seriousness of life,

Mode of access: Internet.

On the trail of the pioneers : a sketch of the missions of the United Free Church of Scotland /

Mode of access: Internet.

A Site Analysis for Programming Public Art on the University of Washington's Burke-Gilman Trail

Thesis (Master's)--University of Washington, 2016-06

Water Quality and Wet Season Diatom Assemblage Characteristics from the Tamiami Trail Pilot Swales Sites (Everglades National Park, Florida, USA)

A pivotal component of hydrological restoration of the Florida Everglades is the improvement of water conveyance to Everglades National Park by the degradation of the current network of canals, roadways and levees. The Tamiami Trail (L29) road/canal complex represents a major barrier to natural water flows into the park and a variety of modification options for flow improvement are currently being explored, including the installation of spreader swales immediately downstream of culverts conveying water under Tamiami Trail from the L29 canal into Everglades National Park. In this study, we evaluated water column chemistry and wet-season diatom community structure to provide baseline information for use in future monitoring activities related to the proposed Tamiami Trail modifications. Water chemistry showed pronounced fluctuations in response to precipitation and anthropogenically mediated hydrological events. Differences in water quality variables among sites were dampened during periods of inundation, and became more pronounced during periods of low canal stage, suggesting the importance of small-scale mechanisms related to isolation of habitat patches. Diatom assemblages were unexpectedly speciose (127 taxa in 40 samples) compared to typical Everglades assemblages, and spatially heterogeneous in sites associated with concentric areas of dense vegetation immediately downstream of culverts. We also observed significant compositional dissimilarities among transects, indicating that culvert pool and north transect assemblages were substantially influenced by propagule input from the canal and areas to the north, while south transect sites were compositionally similar to typical sawgrass prairie diatom communities. Central transect sites were compositionally intermediate to their north and south counterparts. We propose that the position and spatial extent of this “transitional assemblage” is a sensitive indicator of subtle environmental change related to Tamiami Trail modifications.

Student Independent Projects 2009: Embedding Sustainability: Hiking Trail Proposal to Steady Brook via Massey Drive

The construction and maintenance of a hiking trail to Steady Brook via Massey Drive would provide an opportunity for introducing proactive strategies toward sustainability. This will form a motive for further ecotourism development as Massey Drive becomes recognized as a tourist destination. For Massey Drive to embrace hiking trail development with the intention of developing further tourism initiatives, educating the community members about sustainability in tourism is essential to provide the community with the knowledge necessary to develop tourism through a long-term vision.

Enhancing Cloud Security and Privacy: The Power and the Weakness of the Audit Trail

Winner of best paper award.