Saint John Airport Inc. commissioned WSP to develop a Climate Change Risk Assessment and Environmental Management Resiliency Strategy. The assessment is a risk-management approach to understand the likelihood and consequences of how future climate change events may affect infrastructure components and operations. The Saint John Airport serves the City of Saint John, New Brunswick, and accommodates about 280,000 passengers annually, with annual revenues of over $7 million. The airport consists of two runways, five taxiways, and the associated infrastructure (i.e., … Lire la suite
Tag Airport Infrastructure
CLIMATE CHANGE RESILIENCE STRATEGY SAINT JOHN AIRPORT, NEW BRUNSWICK
Posted onTag Airport Infrastructure
Penticton Airport Climate Change Risk Assessment Report
Posted onThe objective of this project is to review and analyse the design and construction of the existing mechanical, electrical and transportation infrastructure against anticipated changes in climate parameters as a result of climate change specific to the Penticton Airport and surrounding regions. Based on this analysis, the Prism team assessed the engineering vulnerability of the identified infrastructure and provide recommendations that will support Transport Canada in their future planning and project implementation for the Penticton Airport. Attachments 2020_03_13 Penticton Airport … Lire la suite
PortsToronto Climate Change and Extreme Weather Vulnerability Assessment of PortsToronto Assets FINAL REPORT
Posted onAttachments AECOM – Ports Toronto – May 2019 (13 MB)
Tag Airport Infrastructure
INUVIK AIRPORT CLIMATE CHANGE VULNERABILITY ASSESSMENT
Posted onBGC Engineering Inc. (BGC) was retained by Transport Canada (TC) to carry out an assessment of northern airports and their vulnerability to climate change. As part of this work a climate change vulnerability assessment was carried out for Inuvik’s Mike Zubko Airport located in the continuous permafrost zone of the Northwest Territories in Canada. The assessment looked at a 30-year projected trends for the Inuvik region, which are based on historic climate data and climate projections using climate models. Attachments … Lire la suite
Tag Airport Infrastructure
CHURCHILL AIRPORT CLIMATE CHANGE VULNERABILITY ASSESSMENT
Posted onBGC Engineering Inc. (BGC) was retained by Transport Canada (TC) to carry out an assessment of northern airports and their vulnerability to climate change. The climate change vulnerability assessment was carried out for the Churchill Airport located in the continuous permafrost zone of northern Manitoba, Canada. The assessment looked at a 30 year projected trends for the Churchill region, which are based on information from historic climate data and climate models. Attachments churchill_climate_vulnerability_assessment_web (6 MB)
Tag Airport Infrastructure
CAMBRIDGE BAY AIRPORT CLIMATE CHANGE VULNERABILITY ASSESSMENT
Posted onBGC Engineering Inc. (BGC) was commissioned by Transport Canada (TC) in partnership with the Government of Nunavut Territories and with Engineers Canada to apply the vulnerability assessment protocol to the Cambridge Bay Airport. The airport is located on Victoria Island, Nunavut, approximately 2.6 km west of the hamlet of Cambridge Bay, and is owned by the Government of Nunavut. It was constructed in the 1950s and is the only airport in Canada where jet aircraft land on a gravel runway. … Lire la suite
Tag Airport Infrastructure
ASSESSMENT OF TORONTO PEARSON AIRPORT INFRASTRUCTURE
Posted onThe GTAA decided to undertake an engineering vulnerability assessment of infrastructure in the context of both the existing climate and future climate change using the PIEVC Protocol. The Protocol is a step-by-step process to conduct an engineering vulnerability assessment on infrastructure due to climate change. Potential issues and concerns arising from changing climate: Airport infrastructure is considered vulnerable to the types of weather related stresses that will be exacerbated by climate change; Climate change could threaten airport infrastructure; Potential flooding … Lire la suite