Northern Superior Resources, Inc. provided a further update to the release dated December 20, 2012 regarding the status of its 100% owned Ti-paa-haa-ka-ing (TPK) gold property in Northwestern Ontario. Exploration advances on the TPK project in 2012 were many and positive. Targeting on this gold project has been refined and new opportunities discovered.

Six of the eight diamond drill targets defined by the reverse circulation program completed in 2010 have yet to be tested further including the two primary targets. Drilling by Northern Superior's former option partner was focused on two targets (25.9 g/t Au over 13.5 meters), as well as the far western portion of Target area 2. The potential for significant gold mineralization has been enhanced by the exploration efforts of Northern Superior on its adjoining New Growth property. The six km long gold-bearing shear zone and associated gold grain-in-till dispersal apron as defined on TPK that typically indicates a large scale gold system rather than a single anomaly, was extended to 24 kilometers onto the New Growth property.

At least five new diamond drill ready gold targets were identified on the New Growth property. In addition, a robust gold grain-in-till corridor (3.5km wide) was defined on the New Growth Annex property. Mineralized boulders recovered from within this corridor assayed up to 727 g/t gold, 53.7 g/t silver and 1.92% copper.

A geophysical survey and limited diamond drilling completed by Northern Superior at the head of this corridor on the New Growth Annex property led to the discovery of a new mineralized structure with a minimum length of 1km. The company reported an assay of 4.62 g/t gold over 5.5m (including 20.8 g/t gold over 1.0m). Northern Superior continues to have, and continues to foster, a strong and positive relationship with Neskantaga First Nation.

Neskantaga and Northern Superior remain committed to working together to advance exploration on Neskantaga's traditional lands upon which the TPK, New Growth and New Growth Annex properties occur.