Haranga Resources Limited announced results for the first part of its permit-wide regional termite mound sampling programme, covering mostly the northern portion of its Saraya permit in eastern Senegal. XRF analysis was performed on 5,054 termite mound samples covering 520 km2 or 32% of the total permit area (1,650 km2). These results were integrated with the results of a historical termite moundsampling programme conducted during 2012 by Prospectiunii and comprising 5,843 samples.

The resulting sampling density was either 500m x 100m where historical results were available or 1,000m x 100m where such results were not available. The lower limit of detection was 7 ppm uranium, with 4,866 samples (96.3%) reporting below the detection limit and 188 samples (3.7%) reporting above the detection limit. All samples reporting above the detection limit of 7 ppm were considered anomalous.

The programme yielded seven large uranium anomalies comprising 140 samples with uranium concentrations ranging between 7 ppm and 17 ppm. In addition, the programme returned numerous smaller anomalies containing up to 15 ppm uranium. The sampled portion of the permit area also contained the previously known Saraya uranium prospect where the Company recently defined a JORC compliant exploration target1 of 5 to 20 million tonnes (4-35 Mlb contained eU3O8) at a grade range of 350 to 750 ppm eU3O8, and where drill results are presently pending.

Highlights: First results of a regional permit-wide termite mound sampling programme reveal numerous uranium anomalies extending over 25km in the northern portion of the Saraya permit. Termite mound sampling technique was initially verified by testing the process over the Saraya uranium prospect, where in excess of 65,000m of historical drilling was completed. Anomalous uranium values range between 7 ppm and 17 ppm in 188 samples, defining large areas for infill sampling and potential drilling.

Discovered uranium anomalies are of the same tenor as the anomaly across the known Saraya uranium prospect, where the company recently defined an exploration target 1 of 5 to 20 million tonnes (4-35 Mlb contained eU3O8) at a grade range of 350 to 750 ppm eU3O8, and where drill results for a recently completed 22 holes diamond drilling programme are pending. The potential quantity and grade of the Exploration Target is conceptual in nature and there has been insufficient exploration to estimate a Mineral Resource. It is uncertain if further exploration will result in the estimation of a Mineral Resource - Historical drilling by Areva at the Diobi prospect in 2010, located 5km NNE of the Saraya prospect, intersected uranium mineralisation further validating the uranium anomalies: 11.1m at 610 ppm eU3O8, 7.6m at 1,002 ppm eU3O8 and 6.4m at 427 ppm eU3O8.

Further results from the regional permit-wide termite mound sampling program expected, with additional infill termite mound sampling and potential drilling planned over new identified uranium anomalies. The nine termite mound samples that were taken across the Saraya uranium prospect returned between 9 ppm and 17 ppm uranium. The size and tenor of the uranium anomaly across the Saraya prospect compares favourably to the recently discovered regional anomalies and further substantiates their prospectivity.

Haranga's technical team also assessed the results of holes drilled by Cogema and Areva between the mid1970's and 2009 in the northern portion of the Saraya permit. Historical drilling was aimed at testing various soil-sampled and trenched regional uranium anomalies. Best drill holes and intersects and locate mainly in the Diobi area, located 5km NNE of the Saraya prospect.

Drilling in this area intersected up to 11.1m at 610 ppm eU3O8, 7.6m at 1,002 ppm eU3O8 and 6.4m at 427 ppm eU3O8. This area is an additional priority target for infill termite mound sampling. The Company expects further results from the regional termite mound sampling programme in the current quarter.

In addition, in-fill termite mound sampling of the anomalous areas on a 250 metre by 50 metre grid will commence in the near term.