Bison Movement Feasibility Study Wood Buffalo National Park
Status Awarded
Contract number 5P420-21-0167
Solicitation number 5P420-21-0167/B
Publication date
Contract award date
Contract value
Status Awarded
Contract number 5P420-21-0167
Solicitation number 5P420-21-0167/B
Publication date
Contract award date
Contract value
This bid solicitation cancels and supersedes previous bid solicitation number 5P420-21-0167/A, dated January 20, 2022 with a closing of February 8, 2022 at 14:00 MST. A debriefing or feedback session will be provided upon request to bidders/offerors/suppliers who bid on the previous solicitation.
Feasibility study of physical barriers as a method to prevent bison movement while allowing passage of other large mammals, thereby preventing interaction between Wood Buffalo National Park’s Peace-Athabasca Delta bison herd and the Ronald Lake herd
The period of the Contract is from date of Contract to March 31, 2023 inclusive.
National Parks Regulations require that all work is to be performed in accordance with the ordinances, laws, rules and regulations set out in the National Park Act.
Bidders that consider themselves qualified to provide this Work and intend to submit bids on this project should obtain documents from the Government Electronic Tendering Service through the Government of Canada tendering service at www.buyandsell.gc.ca/tenders. Addenda, when issued, will be available from the Government of Canada tendering service. Bidders that elect to base their bids on documents obtained from other sources do so at their own risk. Late submissions will not be considered.
The Crown retains the right to negotiate with suppliers on any procurement.
Documents may be submitted in either official language of Canada. Parks Canada has made every effort to provide equivalent documents in both official languages, however, if you find any discrepancies between the English and French documents, please notify the contract officer listed in this opportunity as soon as possible so that we can rectify the situation.
Refer to the description above for full details.