Scotch Creek Ventures Inc. announces the strategic decision to reduce the size of their claims across three of its projects. The decision follows an extensive review of the exploration data and will enable the Company to concentrate their efforts on areas with the highest potential for success. Scotch Creek's Technical Director, Mr. Robert D [...]
Scotch Creek Ventures Inc. is pleased to announce the results of the soil sampling program has confirmed the presence of lithium on the 5,360-acre Miranda project. The work program conducted by the Scotch Creek team focused on the Southern portion of the property and consisted of 69 samples. The results indicate a lithium anomaly extending over 2 [...]
Scotch Creek Ventures Inc. is pleased to announce the completion of a soil sampling program on their 5,360-acre Miranda project located in Jackson Valley, Nevada. The program consisted of 69 sample points collected by Scotch Creeks Technical Director, Robert D. Marvin, P. Geo. Scotch Creek Ventures' exploration team executed the soil sampling [...]
Scotch Creek Ventures Inc. is pleased to announce the plan to commence a comprehensive soil sampling and geological mapping initiative on the 5,360-acre Miranda property situated in Jackson Valley, Nevada The soil sampling and geological mapping program aims to enhance the Company's comprehension of potential lithium deposits within this highly [...]
Scotch Creek Ventures Inc. is pleased to announce the identification of numerous high-priority drill targets on its Highlands West lithium project. These targets were identified through a comprehensive analysis of the recently completed gravity survey in combination with the data obtained from HSAMT and seismic surveys previously conducted on the [...]
Scotch Creek Ventures Inc. . is pleased to announce the successful completion of a property wide gravity grid survey on its Highlands West lithium project in Clayton Valley, Nevada. The mapped results of the survey have revealed a large-scale gravity low in the south-central portion of the property. This gravity low is interpreted to be a [...]
Scotch Creek Ventures Inc. is pleased to announce the initiation of additional gravity grid survey work of the Highlands West lithium exploration project in Clayton Valley, Nevada. The Company has extended the existing gravity survey coverage by undertaking a new survey to map the remainder of the property. The primary objective of this extended [...]
Scotch Creek Ventures Inc. , is pleased to announce that the Company has successfully secured the necessary drill permits required to commence additional drilling on its Macallan East project, located in Clayton Valley, Nevada. "Scotch Creek has finalized the compilation of the recently completed detailed gravity survey at our Macallan lithium [...]
Scotch Creek Ventures Inc. , is pleased to announce the completion of a detailed gravity survey in the Southeast portion of its Macallan property. The purpose of the survey was aimed at gaining a better understanding of the structural geology and faulting of the Esmeralda Formation underlying the property. The newly acquired gravity data has been [...]
Scotch Creek Ventures Inc. is pleased to announce the commencement of a detailed gravity survey on the Macallan East claim extensions . The additional claims were staked following a successful detailed gravity survey which exhibited a positive gravity-high building strength in the Southeast portion of the Macallan project. The detailed gravity [...]
Scotch Creek Ventures Inc. , is pleased to announce that it has completed the compilation of geologic and assay data from its second drill hole on its Macallan lithium property , located in the southeast portion of the Clayton Valley, Esmeralda County, Nevada. The core hole was drilled to 1115 feet and ended after passing through a well-developed [...]
Overview: Scotch Creek Ventures has completed two core holes on its Macallan East property in 2022 The completed holes were each drilled over 1000 feet below surface The objectives for the drill programs were to discover lacustrine, volcanic ash-rich sediments deposited within the Clayton Valley evaporative basin [...]
