Margaret Lake Diamonds Prepares for Upcoming Drill Program; Reports on Recent Regional NWT Developments

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VANCOUVER, BC / ACCESSWIRE / April 5, 2018 / Margaret Lake Diamonds Inc. (TSX-V: DIA; FSE: M85) ("Margaret Lake" or the "Company") is pleased to report preparations are now underway to commence a diamond drill program at its 100% owned Margaret Lake Property ("the Property") in the Northwest Territories located nine kilometers north of the Gahcho Kué diamond mine. The drill program has received regulatory approval to proceed. Drilling is scheduled to commence before spring breakup in April.

Spring 2018 Drill Program

The Company is finalizing plans to conduct a core drilling program that will test up to 6 kimberlite targets on the Property. Each of the targets displays a gravity low, bedrock conductor, or combination of both, and have been interpreted as having geophysical characteristics potentially representing kimberlite bodies.

The Company's exploration model is based on similar methods previously utilized by Kennady Diamonds Inc. (TSX.V:KDI) to delineate kimberlite targets. Kennady noted correlations between targeting non-magnetic pyroclastic kimberlite targets located next to a magnetic kimberlite dyke, with electromagnetic (EM) and gravity responses. This exploration model ultimately led to the delineation of the Kelvin-Faraday resource located contiguous to the south and east of the Company's Margaret Lake Property. The Company notes that some EM responses received from its targets exhibits a similar shape to Kennady's Faraday kimberlite. Investors are cautioned that mineral deposits on adjacent properties are not indicative of mineral deposits on Margaret Lake.

Target - Drop Lake DIA14-002

Airborne EM data suggests a moderately conductive lake response. Ground EM data confirms this conductor. HeliFalconTM airborne gravity gradiometer (AGG) data inversion results also show a coincident response. Indicator minerals have also been recovered down ice of this target on the western shore of the lake.

Figure 1. Two maps on the left represent resistivity data with the map, on the right representing airborne gravity

Target - ML006 and ML007

Airborne EM data suggests a moderately conductive lake response on both targets. Ground EM data confirms these conductors. HeliFalconTM AGG data also exhibits a well-defined response that mirrors the EM in shape and size.


Figure 2. Map on the left represents resistivity data, map in centre is MaxMin EM data and map on right is airborne gravity data

Target - ML041

This target displays semi-coincident ground EM and gravity signatures. This occurs on a NE-SW trend similar to the trend of the Kelvin-Faraday kimberlites. Modelling shows the EM signature is persistent at depth.