Temagami Magnetic Anomaly

Conquest Resumes Drilling and Completes Mobile Airborne Magnetotelluric Survey

Retrieved on: 
Wednesday, August 18, 2021

A 155-line kilometer Airborne Mobile Magnetotelluric survey was completed in conjunction with Inventus Mining Corp. to assess ground resistivity on a 64 square kilometer block of claims which included Conquest's recent acquisition of DGC leases from Teck Resources (fig 2).

Key Points: 
  • A 155-line kilometer Airborne Mobile Magnetotelluric survey was completed in conjunction with Inventus Mining Corp. to assess ground resistivity on a 64 square kilometer block of claims which included Conquest's recent acquisition of DGC leases from Teck Resources (fig 2).
  • The color contoured image of the deep regional resistivity distribution from the Mobile MT survey reveals a large low resistivity region or "footprint" in the central part of Afton Township.
  • This location coincides with the gravity high and trend exhibited in the regional gravity station data as illustrated by the gravity contours (1-7 mgals).
  • Prior to the Mobile MT survey, this local gravity anomaly was targeted with a dense grid of ground gravity/mag stations.

Magnetic Survey Reveals Multiple Large Scale Marimaca Style Targets and New IOCG District Potential

Retrieved on: 
Wednesday, September 23, 2020

The Company flew a high resolution, drone mounted, magnetic survey at Marimaca, which highlighted a large magnetic anomaly (refer release on 14 July 2020), in the interpreted down dip extension of the Marimaca Oxide Deposit.

Key Points: 
  • The Company flew a high resolution, drone mounted, magnetic survey at Marimaca, which highlighted a large magnetic anomaly (refer release on 14 July 2020), in the interpreted down dip extension of the Marimaca Oxide Deposit.
  • The Company completed a broader magnetic survey, extending around the previous survey at Marimaca.
  • Four large scale magnetic anomalies, defining the new Cindy, Llanos, Mercedes and Emilia areas, were identified, which the Company believes are prospective copper exploration targets.
  • Given the similarities between the new magnetic anomalies and Marimaca, there is clearly potential for oxide deposits similar to Marimaca in these new exploration areas.

Inventus Identifies Sudbury Offset Dykes Above the Temagami Anomaly

Retrieved on: 
Thursday, November 14, 2019

Inventus has identified Sudbury offset dykes above the Temagami Magnetic Anomaly.

Key Points: 
  • Inventus has identified Sudbury offset dykes above the Temagami Magnetic Anomaly.
  • Inventus has now identified 3 Sudbury Offset Dykes and a large 14+ km Sudbury Breccia Belt created by the enormous energy released from the meteorite impact that formed the Sudbury Basin (see Figure 1).
  • These features are attractive exploration targets because comparable geological offset dykes and breccia around the Sudbury Basin host world-class Ni-Cu-PGE orebodies.
  • In 2014, Canadian Continental Exploration Corporation (CCEC)* drilled a Sudbury offset dyke when targeting the peak of the Temagami Magnetic Anomaly (see press release http://www.inventusmining.com/s/May-7-Sudbury-2.pdf ).

VR Discovers Large Gravity Anomaly at it’s Ranoke Copper-Gold Property in Ontario, Initiates IP Geophysics and Commences Drill Permitting

Retrieved on: 
Wednesday, August 21, 2019

See Figure 2 at the end of this News Release for a complete survey image, and Figure 3 for the co-spatial magnetic anomaly.

Key Points: 
  • See Figure 2 at the end of this News Release for a complete survey image, and Figure 3 for the co-spatial magnetic anomaly.
  • This survey confirms and advances the potential for a large IOCG mineral deposit at Ranoke, one which VR has
    the expertise, conviction and funding to advance.
  • The gravity anomaly at Ranoke is both large, at approximately 4 x 8 kilometres in size, and high amplitude at > 2.5 mGal contrast to country rock.
  • As a result of the strong gravity anomaly now evident at Ranoke, the Company has:
    Confirmed plans for a ground-based induced polarization geophysical survey (IP), to test for chargeable sulfide minerals associated with the gravity and magnetic anomaly at Ranoke.