ALX Resources Corp. Announces Hydra Lithium Project Exploration Update

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Vancouver, British Columbia--(Newsfile Corp. - April 30, 2024) - ALX Resources Corp. (TSXV: AL) (FSE: 6LLN) (OTC: ALXEF) ("ALX" or the "Company") is pleased to announce that planning is underway for 2024 summer exploration at the Hydra Lithium Project ("Hydra") located in the Eeyou Istchee-James Bay region of Quebec, Canada. Hydra is the subject of a joint venture between ALX and Forrestania Resources Limited of West Perth, Australia ("Forrestania", ASX: FRS) formed to explore for lithium-cesium-tantalum ("LCT") bearing pegmatites, with ALX as operator.

2024 Hydra Exploration Plans

ALX plans to commence the 2024 prospecting and geological mapping program (the "Program") on or about June 1, 2024, with a helicopter and a 4-person geological crew supplied by Dahrouge Geological Consulting of Montreal, Quebec. The Program is designed to locate pegmatite bodies in the field as follow-up to ALX's 2023 exploration activities at Hydra, which included:

  • Helicopter-assisted surface prospecting and geological mapping at seven of the eight properties comprising Hydra;

  • An Airborne Light Detection And Ranging ("LiDAR") and orthophoto survey at the Volta property covering approximately 47.5 square kilometres to aid in the identification of outcrops that may represent pegmatite bodies;

  • Remote sensing analysis performed on the Volta, Nike, Echo and Sprite properties utilizing synthetic aperture radar ("SAR") data, multispectral Sentinel satellite data and Advanced Spaceborne Thermal Emission and Reflection (or, "ASTER") data in order to interpret geological structures and to recognize subtle lithium anomalies in outcrop.

Figure 1: ALX - Forrestania lithium properties in the James Bay Region, April 2024

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In late 2023, ALX employed modern remote sensing techniques using multispectral imaging and SAR data to analyze vegetation, structure, alteration, and ground movement at the Volta, Nike, Sprite and Echo properties. This multivariate approach, combining existing geological, geochemical, and geophysical data with multiple satellite analyses, allows complex anomalies covering large areas to be quickly and effectively identified, thus recognizing new targets. Figure 2 depicts the first-priority targets at Echo generated by this process.

Figure 2: 2024 Exploration Target Areas at the Echo Property

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