Climate Risk Assessment: Forest Lake, QLD

Forest Lake, Queensland
Medium Risk
Updated Mar 2026

Forest Lake faces moderate climate risks, primarily from flooding and heatwaves. Bushfire risk is present but lower. Coastal risks are minimal due to its inland location.

Overall Risk Score

52/100
Medium

Confidence: Medium

Hazard Breakdown

Flood
6.5
Bushfire
3.0
Heat
6.0
Coastal
1.0

Climate Hazard Breakdown for Forest Lake

increasing

Flood

65/100

Forest Lake is susceptible to flooding due to its proximity to waterways and low-lying areas. Heavy rainfall events can lead to riverine and flash flooding.

Key drivers:

  • ·Increased rainfall intensity
  • ·Urban development
stable

Bushfire

30/100

While not immediately adjacent to dense bushland, Forest Lake faces a moderate bushfire risk due to surrounding vegetation and dry conditions during the fire season.

Key drivers:

  • ·Dry vegetation
  • ·Increased temperatures
increasing

Heat

60/100

Forest Lake experiences high temperatures during summer, with potential for heatwaves. Climate change is expected to exacerbate heat-related risks.

Key drivers:

  • ·Rising average temperatures
  • ·Increased frequency of heatwaves
stable

Coastal

10/100

Forest Lake is located inland and does not face direct coastal risks such as sea level rise or coastal erosion.

Key drivers:

  • ·Distance from the coast
increasing

Wind

35/100

Notable wind risk — tropical cyclone wind fields

increasing

Storm

39/100

Notable storm risk — cyclones and thunderstorms

stable

Social

24/100

Moderate social stability — growth regions

increasing

Energy

42/100

Elevated energy costs — high cooling demand

In-Depth Climate Risk Guides for Forest Lake

Detailed Hazard Analysis

heat Risk

60/100

Forest Lake experiences high temperatures during summer, with potential for heatwaves. Climate change is expected to exacerbate heat-related risks.

Primary Drivers

  • ·Rising average temperatures
  • ·Increased frequency of heatwaves
  • ·Urban heat island effect

Projections (RCP8.5)

2030

6.5

2050

7.0

Data source

flood Risk

65/100

Forest Lake is susceptible to flooding due to its proximity to waterways and low-lying areas. Heavy rainfall events can lead to riverine and flash flooding.

Primary Drivers

  • ·Increased rainfall intensity
  • ·Urban development
  • ·Climate change

Projections (RCP8.5)

2030

7.0

2050

7.5

Data source

coastal Risk

10/100

Forest Lake is located inland and does not face direct coastal risks such as sea level rise or coastal erosion.

Primary Drivers

  • ·Distance from the coast

Projections (RCP8.5)

2030

1.0

2050

1.0

Data source

bushfire Risk

30/100

While not immediately adjacent to dense bushland, Forest Lake faces a moderate bushfire risk due to surrounding vegetation and dry conditions during the fire season.

Primary Drivers

  • ·Dry vegetation
  • ·Increased temperatures
  • ·Wind patterns

Projections (RCP8.5)

2030

3.5

2050

4.0

Data source

What This Means for Property Owners

Insurance Outlook

Insurance premiums may increase due to flood and heat risks.

Price Impact

Properties in flood-prone areas may experience price stagnation or decline.

Buyer Checklist

  • 1.Check flood maps and historical flood data.
  • 2.Assess property's vulnerability to heatwaves.
  • 3.Inquire about bushfire risk mitigation measures.
  • 4.Review insurance options and premiums.

Local Climate Evidence

Flood Evidence

Nearest Waterway
Oxley Creek
Elevation Range
20-40 meters
Flood Zone
Areas near Oxley Creek are prone to flooding.

Local residents report instances of property damage due to flooding during heavy rainfall events.

View council flood map

Bushfire Evidence

Distance to Bushland
5-10 km to significant bushland areas
Planning Overlay
Check QFES website for current bushfire overlays.
Bushfire Prone Area
Yes

The area experiences dry conditions during the fire season, increasing the risk of bushfires.

Heat Evidence

Avg January Max Temp
31.5°C
Heat Stress Days/Year
5 days

Elderly residents and those with pre-existing health conditions are particularly vulnerable during heatwaves.

Coastal Evidence

Distance to Coast
25 km
Sea Level Rise Exposure
Not applicable
Erosion Risk
Not applicable

Historical Climate Events

2011
floodMajor

The 2011 Brisbane floods affected Forest Lake, causing significant property damage and disruption.

Source
2013
heatwaveModerate

Sustained high temperatures led to heat stress and health concerns in the community.

Source
2020
stormModerate

Severe thunderstorms caused localized flooding and property damage.

Source

Climate Outlook to 2050

Projections based on CSIRO and BOM climate modelling. Scenario: RCP8.5

HazardToday20302050
flood657.0(+0.5)7.5(+1.0)
bushfire303.2(+0.2)3.5(+0.5)
heat606.8(+0.8)7.5(+1.5)
coastal101.01.0

By 2030, Forest Lake is projected to experience increased flooding and more frequent heatwaves under a high emissions scenario.

CSIRO Climate Projections

Adaptation Recommendations

Improve stormwater drainage

Near-term

Upgrade stormwater infrastructure to handle increased rainfall intensity and reduce flood risk.

Est. cost: Medium

Learn more

Implement heatwave early warning system

Immediate

Develop a system to alert residents of impending heatwaves and provide guidance on staying safe.

Est. cost: Low

Learn more

Bushfire hazard reduction

Near-term

Undertake controlled burns and vegetation management to reduce bushfire fuel loads.

Est. cost: Medium

Learn more

Community education programs

Long-term

Educate residents about climate risks and adaptation measures they can take at home.

Est. cost: Low

Learn more

About Forest Lake's Climate Risk Profile

Forest Lake, Queensland, is a suburb that experiences a range of climate-related risks. The most significant threat is flooding, driven by increased rainfall intensity and urban development that can exacerbate runoff. The suburb's proximity to waterways makes it vulnerable to both riverine and flash flooding events.

Bushfire risk is moderate, with dry vegetation and increasing temperatures contributing to the potential for fires, particularly during the dry season. While not directly adjacent to large bushland areas, the surrounding landscape poses a risk.

Heatwaves are another concern, with rising average temperatures and the urban heat island effect increasing the risk of heat stress for residents. This is expected to worsen with climate change.

Coastal risks are minimal due to Forest Lake's inland location, providing a buffer against sea level rise and coastal erosion. However, the broader region may still be indirectly affected by coastal changes.

Data sources: BOM · CSIRO · QFES · Brisbane City Council

Local Government Resources

Frequently Asked Questions

What are the main climate change risks for Forest Lake?

The main risks are increased flooding due to heavier rainfall, more frequent and intense heatwaves, and a moderate risk of bushfires.

How will climate change affect property values in Forest Lake?

Properties in flood-prone areas may experience price stagnation or decline. Increased insurance premiums due to climate risks may also affect property values.

What is the council doing to address climate change in Forest Lake?

Brisbane City Council is implementing strategies to improve stormwater drainage, manage bushfire risks, and promote community awareness of climate change.

What can I do to protect my home from flooding in Forest Lake?

Consider installing flood barriers, elevating appliances, and ensuring proper drainage around your property. Check the council's flood maps for your property's risk level.

How can I prepare for heatwaves in Forest Lake?

Stay hydrated, seek air-conditioned environments, and check on vulnerable neighbors. Follow the advice of Queensland Health during heatwave events.

Get your property's risk report

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What A$69 could save you from

$7.2B
2022 insured disaster losses*
$300B+
climate risk to property by 2050*
30-120%
insurance premium increases in high-risk areas*

*Industry sources: ICA, APRA, RBA

Full report from A$69 · Australian addresses only · 8 hazard scores · Insurance trajectory · 2030 & 2050 projections