Karaya Retreat Center designing a regenerative retreat from the logic of the land.
A whole-site regenerative concept design for a roughly 50-hectare arts, healing, and ecology retreat on the Samaná Peninsula, Dominican Republic.
Karaya’s founding team came with an ambitious vision: a sanctuary for nature and people at the intersection of arts, healing, ecology, food, and community. Regenerates helped translate that vision into an integrated spatial and ecological concept for a complex coastal landscape. The work moved from collaborative goal-setting and team capacity building through a full reading of the site, then into a whole-property design organizing areas of use, permaculture zones, water systems, plant systems, access, production, and ecological restoration as one connected system.
A powerful vision on a demanding coastal landscape.
Karaya occupies roughly 50 hectares where the Sierra de Samaná drops toward the Caribbean Sea: hilly ridges, steep forested slopes, cliffs and caves, panoramic sea views, natural clearings, and sharply varied microclimates. The aesthetic and ecological opportunity was exceptional. So was the difficulty.
Steep and variable terrain complicated access and the placement of structures. The geology shifted across the site, with poor drainage in the main design area and karst limestone on the eastern flank. There was one borehole, no permanent streams, high rainfall intensity, and a new public road cutting through the western flank, raising questions of noise, privacy, and access.
The deeper challenge was reconciliation. The founding team wanted a great deal from the land at once: guest accommodation, communal and hospitality spaces, private healing and movement facilities, food production, community infrastructure, ecological restoration, and a genuine visitor experience. The work was to hold all of that, and the landscape itself, in one coherent design.
Build design fluency, read the site, then co-design the system.
The engagement put the founding team at the center. Before moving into design, Regenerates helped build shared fluency around permaculture and whole-systems design, so the team could participate meaningfully in the design process and better steward the result over time.
Capacity building and collaborative goal-setting
Helped the team build fluency in permaculture and whole-systems design through primers and working sessions, then surfaced priorities across accommodation, communal space, healing, food, community, and restoration.
Whole-site survey and assessment
Combined site visits with GIS terrain analysis, geological survey data, and detailed observation across the property, documenting key points of interest, microclimates, clearings, caves, cliffs, and drainage features.
Technical land analysis
Analyzed topography and landform, hydrology and stream networks, soils and geology, vegetation, and the full sector picture of sun, wind, rain, fire, views, access, and privacy exposure.
Integrated concept design
Organized the property into seven areas of use and six permaculture zones, placing structures and systems by the logic of slope, aspect, microclimate, access, and energy efficiency.
Water systems design
Designed a water strategy for a site with one borehole and no permanent streams, combining roof catchment and cistern storage, landscape-scale swales and ponds, and greywater reuse.
Plant and production systems design
Developed ten integrated plant and production systems with a full plant selection guide, alongside management strategies for sanitation, nutrient cycling, soil fertility, and long-term stewardship.
The site read, and the retreat design it produced.
Selected material from the assessment and concept design, including slope and elevation analysis, sector mapping, stream-network and water systems design, the integrated site plan, areas of use, permaculture zones, and plant systems layout.
A complete concept design, and the framework to carry it forward.
A concept design report covering whole-site analysis, integrated design, systems, and management strategy, giving the team a full foundation for development.
Whole-site assessment
A detailed reading of roughly 50 hectares, covering climate, sectors, topography, hydrology, microclimates, geology and soils, vegetation, existing infrastructure, access, points of interest, and potential areas of use.
Integrated concept design
A resolved site plan organizing the property into seven areas of use and six permaculture zones, with structures, water features, plant systems, and access placed for ecological function and energy efficiency.
Water management design
A water-retention strategy combining roof catchment and cistern storage, landscape-scale swales and ponds, and greywater reuse, with swale-sizing analysis demonstrating the catchment potential of the silvopasture zone.
Plant and production systems design
Ten integrated plant system types, from bio-intensive kitchen gardens and silvopasture to managed forest for timber and endemic-species conservation, with a full plant selection guide.
Management and strategy framework
Strategies for plant-system management, species selection, sanitation, nutrient cycling, and soil fertility, so the team can manage the site as a living system.
Aligned vision and shared design brief
A coherent, spatially organized brief that turned a broad and ambitious vision into a single development framework the team and its partners could act on.
From retreat vision to whole-site development framework.
A buildable foundation for the next phase.
The concept design gave the team a complete basis for project development, investor engagement, and implementation planning, where before there was vision but no spatial plan.
A shared brief across a diverse team.
The collaborative process aligned a founding team with wide-ranging priorities around one design brief, integrating accommodation, community, healing, production, and restoration into a single framework.
A site organized by ecological logic.
Communal functions, accommodation, healing spaces, food production, restoration zones, and access were placed according to slope, view, privacy, microclimate, and management logic.
Core design tensions resolved.
The plan worked through the real tensions in the brief: privacy and community, remoteness and access, ecological integrity and development ambition.
A water strategy for a difficult site.
With one borehole and no permanent streams, the design gave the project a realistic path to water resilience through catchment, storage, retention, and reuse.
A team able to steward what it builds.
The capacity-building woven through the engagement left the founding team better able to evaluate, manage, and evolve the design as the project grows.
A retreat is only as good as the landscape it sits inside, and the team that stewards it.
It is tempting to design a place like this from the wish list: put the pool here, the cabins there, the gardens somewhere convenient. On complex terrain, that creates projects that fight their own land: structures in the wrong microclimate, water that will not stay, access that erodes, and ecological value treated as scenery rather than system.
The value here was the opposite discipline: building the team’s own design fluency, reading the whole site first, and synthesizing climate, slope, water, soil, vegetation, views, access, and program into one coherent concept. Designing with the people who know the land, rather than for them, is what turns an ambitious vision into a place that can be built, managed, and evolved.
Karaya was not only a retreat design. It was a process of helping a founding team understand what their land could responsibly hold.
By combining facilitation, capacity building, site assessment, technical analysis, and whole-site concept design, the work helped translate a broad regenerative vision into a spatial framework: where people gather, where they retreat, where food is grown, where water is slowed and stored, and where the landscape is left to recover.
Start with the place you want to build.
Start with one site and one vision for it. We read the whole landscape, climate, slope, water, soil, access, ecology, and program, then turn it into a design where the place and the project work as one system.