Superior Lake Resources Limited announced exploration at its Superior Lake Zinc Project in Ontario, Canada has identified seven high-priority, near-mine targets that have the potential to enhance the Project's long-term economics. Superior Lake's integrated exploration program is focused on an area with an Exploration Target of between 2.1 to 5.2 million tonnes at a grade ranging between 13.3% to 15.4% Zn. Litho-geochemical and Structural Program Results Superior Lake has completed a geological structural and litho-geochemistry review of the Company's brownfield exploration area of interest, which confirmed two distinct mineralised stratigraphic intervals that host the Pick and Winston Deposits. Superior Lake used airborne electromagnetic ("AEM") anomalies as a lead indicator to the possible location of alteration. Inspection in the field of these AEM anomalies and observation of mineralogy followed by litho-geochemical assays of rock samples, confirmed the alteration as VMS style. This work identified the significant alteration footprint of Winston (600m on strike 300m across strike), with an important observation that the plunge of known mineralisation relative to surface alteration shows distinctive patterns with long plunge direction. The alteration footprint is much larger than mineralisation. Confirmation of the two trends of anomalies along the same stratigraphy, and that anomalies are uniformly distributed, a key criteria of VMS deposits, provides the Company with significant confidence to complete a major ground-based moving loop electromagnetic ("MLEM") program during February 2019. Surface Geophysics During February 2019, Superior Lake will commence a major surface geophysics program. High powered FLEM, using both magnetic field and coil sensors, will be completed over a 3km x 3km area, adjacent to the Winston and Pick deposits, and will test all high priority targets identified to a depth of 1,000m. These targets are designed, if proven, to further assist the Company to prioritise drill targets that are be drilled later this year. Superior Lake's exploration program has four distinct phases: PHASE 1 Surface mapping to identify alteration by mineralogy (MT) and rock chip sampling followed by litho-geochemistry (WR) to confirm the field observation. Airborne EM anomalies were used as a guide to the likely location of alteration zones. Targets are ranked by alteration intensity and mineralisation showing. This work was completed in December 2018. PHASE 2 Drilling of the mid-Pick area targeting additional resources that have the potential to further enhance the project economics. This drilling program will be completed at the end of January 2019 with results expected in February 2019. PHASE 3 - A surface geophysics (high powered ground Transient Electromagnetic (TEM) Surveying) program is planned for February 2019 over a 3km x 3km area, adjacent to the Winston and Pick deposits to test all high priority targets from Phase 2 to a depth of 1,000m. Following completion of the surface geophysics, modelling of anomalous responses will be completed to define drill targets. This is expected to be completed by the end of February 2019. PHASE 4 - With success from Phase 3, the Company will drill test the identified targets, followed by down- hole Transient Electromagnetic ("DHTEM") logging to determine if the hole intersected the likely conductive source plate in an optimal location and if not then drill test the offset location determined by modelling of the DHTEM and surface data.