Large parcel of open ground within favourable graphite bearing paragneiss and regional structures with two graphite showings.

Location: 55 km north of Mont-Laurier. Main logging road 7km east with a network of trails and roads through the proposed project

# of claims: 69

The 372-line-km survey flown over the 69-claim Dieppe project located 55 km north of Mont-Laurier identified 320 TDEM point anomalies with 24 having an intermediate to strong conductive response. Three linear TDEM trends show strong correlation with magnetic trends and are considered prospective targets for graphite-sulphide mineralization. One of these targets correspond with the known Lac Dieppe occurrence where visible flake graphite has previously returned up to 11.6% graphite (refer to reference no.1). Three other TDEM trends are associated with MAG lows or do not show any clear correlation to magnetic data. Graphite hosted within non-magnetic marble rocks may be the source of TDEM responses of this sort.

Lomiko - Lac Dieppe Property

Lac Dieppe

Year discovered: 2000

Discovery: The mineralized zone was discovered in 2000 during geological mapping work. History of work: In 2000, Ministry of Natural Resources of Quebec – Geological cartography.

Lithology: The host rock is a graphite-bearing paragneiss that forms a single bed 10 cm thick in the middle of a sequence of centimetric to decimetric beds of biotite, gray or rusty quartzofeldspathic paragneiss and rusty diopside calcsilicate gneiss . This sequence is in contact with a decametric bed of quartzite (RG 2001-16).

Content: 11.6% Cg. The mineralization consists of graphite flakes 2 mm in diameter.

Lac Dieppe 1

Year discovered: 2000

Discovery: Mineralized zone discovered in 2000 during geological mapping work. History of work: In 2000, MRNQ – Geological cartography.

Lithology: The host rock is a calcosilicate gneiss composed of diopside, biotite, pyrite and graphite. It alternates with diopside marbles, diopside quartzites and diopsides (RG 2001-16).

Mineralization: Grade: 11.4% Cg. The mineralization consists of graphitic carbon.