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Ashburton Announces Field Radiation Results for Radioactive Boulders from Sienna West Uranium Project

ASHBURTON VENTURES INC. is pleased to announce the field radiation results for radioactive boulders from its 100%-owned Sienna West claims, located roughly 40 kilometers southwest of the Alpha Minerals Inc. and Fission Uranium Corp. Patterson Lake South discovery.

Twelve boulders encountered during the program measured over 300 counts per second (cps) with some measuring 1,500 to 1,800 cps as measured on a hand-held radiation detector (RS-125 Super-Spec, Radiation Solutions Inc.). Scintillometer readings are not directly or uniformly related to the uranium content of the rock sample measured, and should be used only as a preliminary indication of the presence of radioactive materials. The boulders are subrounded, range from 25-120 cm in diameter, and include argillite, feldspathic gneiss, and granite. The boulder lithologies are similar to those reported by Alpha Minerals Inc. (TSX-V: AMW) and Fission Uranium Corp. (TSX-V: FIS) in the early stages of the Patterson Lake South uranium discovery (see Alpha Minerals news release, December 14, 2011). The boulders have been submitted for assay with results expected in the coming weeks. The Sienna West program also included the placement of 40 radon detector cups distributed across the property, which will be retrieved for radon analysis in thirty days.

The Sienna West claims cover 1,090 hectares and are part of the Sienna Uranium Project that also includes a 147 hectare claim contiguous with the northern boundary of the Patterson Lake South Project that is presently under advanced exploration by Alpha Minerals Inc. and Fission Uranium Corp. (see news release, March 14, 2013). Historic Geological Survey of Canada lake sediment samples collected from two lakes at Sienna West range from 3.9-7.69 ppm uranium, ranking these samples in the top 98th percentile of 909 samples collected over roughly 16,000 km2 of northwestern Saskatchewan (Geological Survey of Canada Open File Report 1642, 1988, 100p.). The lakes are separated by two kilometers and suggest that the elevated uranium values are not an isolated occurrence.

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