REGENERATIVE LANDSCAPING
Regenerative landscaping goes beyond sustainability by creating landscapes that actively support ecological health, resilience, and long-term environmental function. Through climate-adapted planting, water-wise irrigation, resilient site systems, habitat creation, and thoughtful stewardship, regenerative landscapes become more resilient, beautiful, and self-sustaining over time.
Some of the regenerative practices we integrate include:
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Compost-rich soils and deep wood mulch that support soil biology, permeability, and water retention
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Smart irrigation controllers and water-wise drip systems
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Hydrozoning based on plant water needs, root depth, and site conditions
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Earthworks and subsurface infiltration systems that slow, capture, and retain stormwater
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Water features and planting strategies that support habitat creation and passive cooling
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Biodiverse plantings of California native and Mediterranean species
THE BENEFITS ...
Living Soil
Rebuilding soil structure to support deep roots, natural nutrient cycling, and underground carbon storage.
Water Management & Smart Irrigation
Slowing stormwater with permeable surfaces while applying precise, water-wise irrigation to eliminate waste.
Plant Health
Pairing climate-adapted flora with living soil to build strong, resilient plant systems without synthetic chemicals.
Biodiversity & Habitat
Growing native and Mediterranean communities that bring birds, pollinators, and beneficial insects back home.
Low-Maintenance Resilience
Designing self-sustaining, comfortable outdoor spaces that perform better and require less upkeep over time.
LIVING SOIL
Healthy soil is the foundation of regenerative landscaping. In our established Bay Area neighborhoods, the ground has sat compacted and unmanaged for decades. Streets are rarely flat and neighboring yards often sit at different grades. The heavy clay soil and grade changes can create problems. When heavy rain hits, water cannot sink into the hard ground. Instead, it sheets across the surface, causing slope erosion, pooling and leaving plant roots suffocated.
Regenerative landscaping actively works to rebuild these historic, tired soils from the bottom up. We introduce high-quality organic compost, specialized amendments, and deep mulch to kickstart the soil food web. These natural elements feed beneficial fungi, microbes, and earthworms. As this biology thrives, it naturally loosens decades of clay compaction, transforming the dense ground into a porous, spongy matrix. This restored soil sponge drastically mitigates surface erosion and works beautifully alongside structural retaining elements, allowing water to absorb deeply rather than pooling at property lines.
WATER MANAGEMENT + IRRIGATION
Regenerative landscapes aim to slow, capture, and retain water within the site. Through precise grading strategies, infiltration basins, permeable patio and path surfaces, living soil with a deep top mulch layer, and deep-rooted planting, we allow rainwater to slowly infiltrate back into the soil sponge. By slowing this water, we restore mitigate drainage problems and slope erosion, store deep moisture for future dry periods and support healthier long-term ecological function.
To complement this natural sponge, an optimally designed water-wise irrigation system is essential for long-term landscape resilience. We design low-volume drip systems rather than overhead spray to completely eliminate evaporation, overspray, and runoff on hillsides. Through effective hydrozoning, we group plants according to root depth, sun exposure, and water needs. These systems are managed by WiFi-enabled smart controllers that respond to real-time local weather, automatically adjusting schedules throughout the year to maximize water conservation with carefully calibrated deliver.
100+ YEARS OF EROSION ...
The property below slopes approximately 30% from the street to the rear property line, with drainage continuing downslope across three neighboring properties. These Cragmont, Berkeley lots were developed in the late 1800s, and over time the hillside experienced significant erosion, failed retaining attempts, and ongoing stormwater runoff issues. By 2023, the homeowners were living atop a severely washed hillside while still needing the space to remain open, accessible to all ages, and usable for their dogs rather than divided into a series of steep terraces.
We regraded the hillside into a dominant stabilized slope, added a retaining wall along the side perimeter, and created a wide curving pathway descending through the landscape. At the upper patio — level with the highest roof downspout from the cottage above — we installed the first subsurface stormwater infiltration basin.
A series of seven infiltration basins were then stepped beneath the pathway and connected to stormwater flow from six roof downspouts. As water fills each basin (approximately 8' × 4' × 2' deep), it slowly infiltrates back into the soil. If one basin reaches capacity, overflow moves gradually into the basin below, preventing concentrated surface runoff.
Together, these systems hold a substantial volume of stormwater — protecting the hillside from further erosion while significantly reducing runoff impacts on neighboring downhill properties. After 1 year, the garden has increased soil moisture retention, reducing irrigation demand during the dry season.
DID I MENTION ALL OF THIS IS HIDDEN UNDERGROUND?
FLAT LAND APPLICATION
Similar concepts and techniques can be applied on flat land. Creating a dry creek bed, fed by downspots, moves stormwater away from the home, slowing it down to allow for recharing the groundwater.
This first example shows the dry creek ending at a self-contained pond.
PLANT HEALTH
With a living soil sponge and calibrated irrigation in place, plants can truly thrive. Traditional landscaping often relies on delicate, non-native species that struggle in our diverse Bay Area microclimates—where sun, wind, and fog shift drastically from block to block. This mismatch creates stressed, high-maintenance gardens that depend on constant synthetic inputs just to survive.
Regenerative landscaping shifts the focus to climate-adapted, native, and Mediterranean species perfectly matched to your site's specific microclimate. Because these plants form a natural partnership with the restored soil biology, they develop deep root systems and robust natural immunity. The result is a vibrant, self-sustaining landscape that draws its own nutrients and naturally resists pests, diseases, and climate stress.
BIODIVERSITY + HABITAT
Many urban yards rely on sterile lawns, uniform hedges, or paved surfaces that offer no ecological value. Without diverse plant life, these conventional choices turn our neighborhoods into fragmented deserts where native birds, beneficial insects, and vital pollinators cannot find food or shelter.We bring these spaces back to life by designing layered, diverse planting communities.
At Earthly Sites, we intentionally select native and climate-appropriate species that provide continuous blooms, seeds, and cover throughout the seasons. This active habitat restoration weaves your property back into the local ecosystem, inviting songbirds, butterflies, and beneficial insects back home to create a balanced, naturally pest-resistant backyard habitat.
LOW-MAINTENANCE RESILIENCE
Many local yards end up as a stressful patchwork—a mix of native, Mediterranean, and traditional plants all struggling to survive because they are trapped in poor soil and supported by outdated, inefficient irrigation. Instead of a peaceful retreat, the yard becomes an ongoing headache of constant weeding, troubleshooting broken sprinkler lines, and watching expensive plants fail to thrive.
Regenerative landscapes are intentionally engineered to break this cycle and become more self-sustaining every year. By correcting the foundation—building a living soil sponge, harvesting water on site and optimizing a water-wise smart irrigation system—we allow your plants to fully mature and stabilize. Over time, dense, thriving plant layers cover the ground to outcompete weeds naturally, the soil holds its own moisture, and the ecosystem balances itself. This dramatically cuts down your ongoing maintenance costs and manual labor, transforming a frustrating yard into a high-performing, resilient outdoor space built for living.
Photography: Earthly Sites, Jacob Giddens