Low-impact development (LID) solutions like rain gardens and permeable surfaces can make a huge difference for homeowners managing stormwater. Our 2025 projects show how small interventions solve big problems, improve landscapes, and support sustainable water management.
Transforming Spaces with Rain Ready Hamilton: Before & After 2025 Projects
Transforming Spaces with Rain Ready Hamilton: Before & After 2025 Projects
Case Study 1: Rain Garden Project
Rain gardens are a practical, proven solution for managing stormwater at the residential scale. The 2025 Rain Ready rain garden projects show how these features can resolve common issues such as pooling water and poor drainage while transforming underused spaces into attractive, functional landscapes. Beyond managing runoff, rain gardens support pollinators, improve soil health, and contribute to healthier local waterways.
Homeowner Issues:
The backyard contained a low-lying area with compacted soil and poor drainage. During and after rain events, stormwater pooled on the surface, creating soggy conditions, unhealthy turf, and an underused outdoor space. Persistent standing water also increased maintenance challenges and limited planting options.
Before Rain Garden Installation
Intervention and Solution:
A rain garden was installed to capture and manage stormwater on-site. The area was excavated and regraded to direct runoff into the garden basin. Amended soil was added to improve infiltration, and native plants were installed to enhance water uptake, resilience, and ecological function.
During Installation of Rain Garden
Stormwater now drains efficiently through the rain garden, eliminating surface ponding and improving soil conditions. The space has been transformed into a functional, low-maintenance landscape feature that supports pollinators, improves aesthetics, and contributes to healthier local waterways.
After Rain Garden Installation
Case Study 2: Permeable Driveway
Homeowner Issues:
The driveway generated significant runoff during rain events, pooling at the street and near the foundation. Traditional asphalt created slick surfaces, contributed to ice buildup in winter, and limited infiltration to the soil below. Homeowners wanted a durable, low-maintenance solution that would manage stormwater naturally.
Before: Driveway runoff creating pooling and drainage issues
Intervention and Solution:
The conventional driveway was replaced with permeable pavers over a gravel reservoir. This engineered base allows water to temporarily store and infiltrate into the soil. The installation included Proper grading to ensure water moves into the permeable surface, selection of permeable paver material suited for residential vehicle load and integration with surrounding landscaping for seamless flow and aesthetics
During: Installation of the permeable base
After: Completed permeable driveway allowing on-site infiltration
Stormwater now infiltrates on-site, reducing runoff and pooling. The driveway is durable, slip-resistant, and visually appealing. Additional benefits include improved groundwater recharge and reduced stress on local stormwater infrastructure.
Case Study 3: Rainwater Harvesting and Storage system
Homeowner Issues:
The property lacked an efficient way to capture and reuse rainfall, resulting in wasted stormwater. During heavy rain, runoff would flow uncontrolled across the yard, causing minor erosion and missing the opportunity to irrigate gardens and landscaping sustainably.
Before: Rainwater Harvesting and Storage system Installation
Intervention and Solution:
Gutters and downspouts were connected to a properly sized rain barrel to capture and store seasonal rainfall. Overflow from the system is safely directed into landscaped areas to prevent erosion during heavy storms. The collected water is then pumped to irrigate lawns, gardens, and planters, reducing reliance on municipal water while supporting a sustainable, self-sufficient landscape.
During: Installation of rain water harvesting and storage system
After: Rainwater harvesting system supporting irrigation
These case studies highlight a consistent takeaway: effective stormwater management does not require large properties or complex infrastructure. With the right tools, guidance, and design approach, homeowners can implement proven LID features that work with natural systems rather than against them
Ready to Transform Your Own Space?
The projects highlighted above show how targeted, low-impact development (LID) solutions can turn everyday stormwater problems into long-term, resilient landscape improvements.
If you’re dealing with pooling water, drainage challenges, or underperforming green space: Explore the Rain Ready program Page to see how rain gardens, permeable surfaces, and other LID features can be implemented on residential properties.
These projects were funded by the City of Hamilton as part of its commitment to sustainable stormwater management and climate-resilient communities.
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Great Low Impact Development (LID) projects are built on strong design. Before a shovel hits the ground, successful rain gardens, permeable surfaces, and rainwater collection systems require thoughtful sizing, careful siting, and the right plant communities to thrive over time.
Ready to make your yard work smarter when it rains? Webinar 1: Introduction & Site Analysis kicks off Green Venture’s Rain Ready webinar series, guiding homeowners through the first and most critical step in adding a Low Impact Development (LID) feature to their property.
This introductory webinar explains the basics of Low Impact Development (LID), including features like rain gardens, permeable pavement, rain barrels, and green roofs, and how they manage stormwater while improving water quality, reducing flooding, and enhancing resilient, healthy landscapes.