Parkside Resources Corporation is a Canadian based mineral exploration company dedicated to building shareholder value through focused exploration, discovery and development of high quality precious and base metal projects. The Company has entered into an Option and Joint Venture Agreement with Benton Resources Inc. to explore the Forester Lake Gold Property, and has earned a 60% interest in the Property, which is located approximately 100km north of Pickle Lake, Ontario and roughly 35km southeast of Goldcorp's Musselwhite Gold Mine.
DirectorsOur vision is to maximize long term community benefits and shareholder value in the sustainable development of mineral resources wherever we operate. To accomplish this vision, the Company endorses and promotes the values statement below:Safety - We adhere to high safety standards and procedures and protocol for our employees, contractors, subcontractors, communities and partners. We continually seek better ways to enhance safety culture and continually strive towards a zero target for accidents and incidents.Respect - We believe in treating everyone equally and with dignity. We support inclusiveness and diversity of opinions in the decision-making process.Integrity - We believe that maintaining our social license is entirely dependent on our ability to cultivate mutual ongoing respect through honesty and accountability in our interactions with our diverse stakeholders in the communities in which we operate.
Unigold Inc. is a Canadian-based junior natural resource company focused on exploring and developing its gold project in the Dominican Republic- a country highly prospective for gold and polymetallic mineralization. The 21,031 hectare Neita concession is the largest single project within the 75km-wide Cretaceous-age Tireo-formation volcano sedimentary rocks, known for hosting major gold-copper-silver deposits. Unigold has over 20 prospective targets within the concession, and is concentrating its activities on the Candelones deposits – a series of early VMS and disseminated deposits overprinted by epithermal feeders in acid volcaniclastic rocks.