Landscape Design

Permaculture & Agroforestry Landscape Design

Our permaculture and agroforestry design services treat soil biology as the foundation of landscape resilience, using the soil food web as a primary design driver rather than an afterthought. Designs are built to support long-term productivity, ecological stability, and low external inputs across perennial and working landscapes. Every project begins with farmer-centered goal setting and whole-site assessment. We start by listening—clarifying the land steward’s short-term needs and long-term vision, identifying constraints (labor, equipment, cash flow, time, markets), and mapping priorities so the plan is both ecologically sound and economically viable. The goal is a system that can be implemented step-by-step without having to “redo the farm” in five years. Alongside observation and site analysis, we incorporate soil and compost biology evaluation where appropriate. Pre-design soil analysis and microscopy allow us to directly observe microbial and fungal communities—bacteria, fungi, protozoa, and overall biological balance—establishing a biological baseline that informs system layout, species selection, fertility strategy, and implementation sequencing. Designs integrate food production, ecological restoration, water management, and fertility cycling into cohesive systems that actively support a complete and functional soil food web. This approach is especially well-suited to agroforestry systems, where trees, understory crops, livestock, and soil biology function as an interconnected whole.

Design elements may include:

A practical, stepwise implementation plan tied to the farm’s timeline, labor reality, and profitability targets—so improvements compound over time instead of creating future rework.

Zones, sectors, soils, slope, hydrology, disturbance history, compaction, access, and edge effects—interpreted through both landscape patterns and biological conditions.

Including food forests, forest farming systems, alley cropping, and silvopasture, designed to enhance perennial productivity while building soil carbon, fungal dominance, and structural diversity over time.

Pre- and post-intervention soil analysis, with optional microscopy before and after earthworks, planting, grazing integration, or major system changes to ensure soil biology is recovering rather than stalling.

Wood-based fungal installations, mulch and residue management, compost ecology, and perennial root systems designed to increase aggregation, improve nutrient cycling, and support long-term carbon storage.

Water harvesting, infiltration strategies, and riparian buffer zones designed to protect waterways, stabilize soils, and support microbial and root-zone function.

Vegetated buffers to reduce runoff, airborne pollutants, road impacts, and cross-pollination pressure from neighboring land uses, while creating habitat corridors and microclimate stability.

Rooted in natural and Indigenous land stewardship practices, using on-site biomass, compost systems, IMO-based biology, and fermented inputs to cycle nutrients locally and reduce dependency on off-farm inputs.

Annuals, perennials, and understory species selected to feed soil biology year-round through root exudates, litter fall, and managed disturbance. Where implementation support is included, we provide follow-up monitoring and adaptive management, using field observations and optional soil biology assessments to keep the system on track as it matures. Services are available as design-only packages or as phased implementation projects with ongoing technical support and biological monitoring.

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