Is Cambridge Gardens, TAS Climate Safe? 2026 Assessment
Climate Safety Score
5.8/10Moderate climate risk — address-specific
Key Facts
- Climate Safety
- Medium
- Flood
- Cambridge Gardens faces a moderate risk of flooding due to its proximity to waterways and relatively flat terrain. Intense rainfall events can lead to localized flooding.
- Bushfire
- The suburb has a moderate bushfire risk due to surrounding bushland. Hot, dry conditions and strong winds can increase the likelihood of bushfires.
- Heat
- Cambridge Gardens is susceptible to heatwaves, with increasing average temperatures posing a risk to vulnerable populations. Urban heat island effect exacerbates the problem.
- Storm
- Moderate storm risk — westerly wind storms and occasional severe weather
- Postcode
- 7170
- Highest high-risk exposure
- 10.1% of land (surface flood)
Climate Safety Analysis
Cambridge Gardens in Tasmania has an overall climate safety rating of Medium. This multi-hazard assessment combines flood, bushfire, heat, coastal, and storm risk data with climate projections to 2050 from CSIRO and the Bureau of Meteorology.
Key factors affecting Cambridge Gardens's climate safety include heat, flood. Each hazard is assessed independently and combined for an overall picture. Australia has warmed by approximately 1.5 °C since 1910, with flow-on effects to fire weather, extreme rainfall, and heatwave frequency.
Climate safety for property in Cambridge Gardens is not uniform — it varies by address. Factors such as elevation, distance to waterways, proximity to bushland, and local drainage all influence actual risk at a specific property. Two nearby properties can have materially different risk profiles.
For a complete property-specific climate safety report for Cambridge Gardens including address-level hazard mapping, insurance outlook, and adaptation recommendations, use the ClimateNest full analysis tool.
Cambridge Gardens (postcode 7170) is tracked in ClimateNest's suburb hazard model, which maps the share of the suburb's land exposed to each hazard at high and moderate levels. The suburb's highest high-risk exposures are surface flood (10.1% of land in high-risk zones), riverine flood (7.6% of land in high-risk zones), extreme wind (7% of land in high-risk zones). Exposure is not uniform across Cambridge Gardens — individual properties can sit well above or below these averages, so an address-level check is recommended before buying, selling or insuring.
Local Hazard Evidence
Historical Events
Heavy rainfall caused flash flooding in parts of Cambridge Gardens, affecting local businesses and residences.
Prolonged heatwave conditions led to increased hospital admissions and strain on infrastructure in Western Sydney, including Cambridge Gardens.
A bushfire near Cambridge Gardens caused smoke haze and required firefighting efforts to contain the blaze.
Significant flooding occurred in the Penrith region, impacting Cambridge Gardens with road closures and property damage.
Adaptation & Mitigation Actions
Improve Drainage Infrastructure
Near-termUpgrade local drainage systems to handle increased rainfall intensity and reduce the risk of flash flooding.
Est. cost: Medium
Implement Heatwave Early Warning System
ImmediateDevelop a system to alert residents of impending heatwaves and provide guidance on staying safe.
Est. cost: Low
Community Bushfire Preparedness Programs
Near-termConduct workshops and training sessions to educate residents on bushfire safety and preparedness.
Est. cost: Low
Promote Water Conservation
Long-termEncourage residents to conserve water through rebates and educational campaigns to reduce strain on water resources during droughts.
Est. cost: Low
Council & Emergency Services
Explore Cambridge Gardens Risk Reports
View other climate risk assessments for Cambridge Gardens:
Frequently Asked Questions
Is Cambridge Gardens safe from climate change?
No location in Australia is entirely immune to climate change impacts. Cambridge Gardens has an overall Medium climate risk rating. Understanding the specific hazards at your property address — not just the suburb average — provides the most reliable risk picture.
Which climate hazard poses the biggest risk in Cambridge Gardens?
The dominant hazard for Cambridge Gardens depends on geography and local environment. Proximity to waterways elevates flood risk, while proximity to bushland increases bushfire risk. ClimateNest's multi-hazard analysis identifies the highest-risk hazards for any specific address.
How does Cambridge Gardens compare to nearby suburbs for climate safety?
Nearby suburbs may have different climate risk profiles depending on elevation, vegetation cover, drainage patterns, and land use. ClimateNest allows comparison of climate safety scores across Tasmania suburbs.
Should I be concerned about buying property in Cambridge Gardens?
Climate risk should be one factor in your decision, alongside price, location, and amenity. An informed buyer understands the specific risks at a property address and factors insurance costs and climate projections into their assessment of long-term value.
What climate projections should I know for Cambridge Gardens?
Key projections for Tasmania from CSIRO include increased average temperatures, more frequent hot days, changes in rainfall seasonality, longer fire seasons, and potential increases in extreme rainfall intensity. These trends inform the long-term outlook for Cambridge Gardens.
What share of Cambridge Gardens is exposed to high surface flood risk?
ClimateNest's hazard overlay maps 10.1% of Cambridge Gardens in high-risk zones for surface flood, with a further 80.3% in moderate-risk zones. Suburb-level exposure is not uniform — individual properties can differ from these averages, so an address-level check is recommended.
Is Cambridge Gardens Safe from Climate Risk?
Enter your address below for an instant climate risk assessment for Cambridge Gardens, Tasmania, covering flood, bushfire, sea level rise and more.
What A$69 could save you from
*Industry sources: ICA, APRA, RBA
Full report from A$69 · Australian addresses only · 8 hazard scores · Insurance trajectory · 2030 & 2050 projections