A main specialty

Farm design.
Productive landscapes.

A farm brings together land, water, production and daily operations. DELONIX plans these relationships from the outset, giving agricultural projects a clear spatial framework for development.

For new farms, existing holdings and phased expansion, we connect the master plan with irrigation, access, planting and supporting infrastructure.

Explore farm design

Services 01–03

Agriculture & productive land

Aerial view of green fields divided by hedgerows and lanes, with a farmstead among them
Fields, hedgerows and access lanes: the pattern a land-use framework organises.Illustrative image
01

Farm Design & Productive Landscapes

Scope & approach ↗

Agriculture is one of DELONIX’s main specialties. We organise cultivation areas, water systems, access and supporting facilities into a coherent plan for a working farm. The design responds to the land, the intended production system and the practical sequence of development.

Depending on the briefFarm master plan · Land-use and area schedules · Development phasing

02

Agricultural Landscape Planning

We consider productive land within its wider setting: catchments, neighbouring uses, settlement, vegetation and movement. The resulting framework identifies areas for cultivation, infrastructure, buffers and landscape protection, helping the client make informed decisions about land allocation.

Depending on the briefLand-use framework · Opportunities and constraints mapping · Access and buffer strategies

03

Agroforestry Planning

Trees can play several roles on a farm: production, shelter, shade and habitat. We plan their relationship with crops, routes and water infrastructure, considering spacing, establishment and long-term access. Species and production requirements are developed with the client and appropriate agronomic input.

Depending on the briefTree and crop arrangement · Shelterbelt layouts · Establishment priorities

Services 04–05

Water & irrigation

A pond with a timber jetty reflecting the clouds, with a silo and woodland on the far bank
A pond on the land: water held on site for the months without rain.Illustrative image
04

Irrigation Design & Water Storage Strategy

Scope & approach ↗

We plan irrigation around crop or planting requirements, available flow and pressure, terrain and operating conditions. Design can include system selection, hydraulic sizing, irrigation zones, filtration, controls and equipment schedules, with provision for maintenance and future expansion. Water storage strategy considers demand, supply reliability, indicative storage requirements and the location of tanks or reservoirs, with detailed structural and civil design coordinated with specialists.

Depending on the briefIrrigation layouts · Hydraulic calculations · Storage strategy and equipment schedules

05

Water-Sensitive Landscape Design

We consider where rainfall lands, how it moves and where it can be slowed, infiltrated or collected. Landscape strategies may include permeable surfaces, planted drainage features and water-storage concepts, developed alongside the civil drainage design and site investigations.

Depending on the briefSurface-water concepts · Bioswale and rain-garden layouts · Grading coordination

Services 06–09

Landscape & residential

A flame tree in flower shading a lawn, planted terraces and steps up to a house
A residential garden in Abuja, planted in layers under a flame tree.DELONIX design visualisation
06

Landscape Architecture

We bring landform, circulation, planting and built elements together to create purposeful outdoor places. From arrival spaces to larger shared landscapes, the design considers shade, comfort, material character and the relationship between architecture and its setting.

Depending on the briefLandscape concepts · Spatial layouts · Materials and planting direction

07

Residential Landscape Design

Gardens should suit both the place and the people who use them. We design entrances, courtyards, terraces and planted spaces around privacy, shade, movement and daily routines, with attention to water requirements and the level of care the garden will receive.

Depending on the briefGarden layouts · Planting and material palettes · Landscape details

08

Planting Design

Planting gives a landscape structure, shade and seasonal character. We select and arrange plants in response to climate, soil, available water, use and maintenance, considering mature size, local availability and the protection of suitable existing vegetation.

Depending on the briefPlanting plans · Species and quantity schedules · Establishment guidance

09

Landscape Master Planning

A master plan establishes how a site can develop over time. We organise open space, movement, landscape character and key uses into a clear framework, coordinating development ambitions with existing terrain, vegetation, water and infrastructure.

Depending on the briefLandscape framework · Circulation and open-space plans · Phasing diagrams

Services 10–11

Public realm

A paved park path with benches and lamp posts beside lawns and flower beds, under tall trees
Paths, seating, shade and planting, considered together.Illustrative image
10

Public Space and Park Design

We design parks and shared outdoor places around movement, shade, planting and everyday use. Paths, gathering areas, seating and landscape character are considered together, with attention to inclusive access, maintenance and the relationship between public space and its surroundings.

Depending on the briefPark concepts · Circulation and activity layouts · Planting and site-furniture strategies

11

Site Planning

We organise the relationship between buildings, access, open space and shared facilities. Site layouts establish movement routes, arrival areas and public-space connections, giving a development a coherent spatial structure while responding to terrain, drainage and existing landscape features.

Depending on the briefSite layouts · Access and circulation plans · Public-space frameworks

Services 12–15

Analysis, mapping & documentation

Aerial view of green fields at the edge of a town, with a map pin and a dashed plot boundary drawn over one field
Reading a plot in its setting: its boundary, its neighbours and its access.Illustrative image
12

Site Analysis

Before drawing a proposal, we build an understanding of the site. Available surveys, imagery, site observations and client information are reviewed to identify terrain, drainage, vegetation, access and contextual constraints, as well as the investigations needed to resolve important gaps.

Depending on the briefSite appraisal · Constraints and opportunities plans · Design brief

13

GIS / Mapping

We organise spatial information into useful drawings for design decisions. Boundaries, contours, land cover and access can be brought together to compare layouts, communicate site relationships and calculate indicative areas. The accuracy and limits of source information remain visible.

Depending on the briefBase maps · Thematic site maps · Indicative area schedules

14

Landscape Visualisation

Plans, sections and three-dimensional views help clients understand a proposal before implementation. We choose the type of representation to suit the decision at hand, explaining scale, spatial relationships, planting character and how the landscape connects to its surroundings.

Depending on the briefPresentation plans · Sections and diagrams · 3D views

15

Construction Documentation

We translate the agreed design into coordinated landscape drawings, details and schedules for pricing and implementation. The package can cover paving, planting, irrigation and landscape elements, with quantities and estimates of probable cost appropriate to the design stage.

Depending on the briefDrawing and detail packages · Specifications and schedules · Bills of quantities

Services 16–17

Ecology & restoration

Tree canopy, grasses and a laterite path through open woodland
Canopy, groundcover and open woodland: the vegetation restoration works towards.Illustrative image
16

Ecological & Restorative Design

We restore land left damaged by mining and other heavy disturbance, including mined sites in Côte d’Ivoire, so that it recovers its ecological function and can be used productively again. Landform, water, soil and planting are treated as one system: slopes and small catchments are reshaped to hold soil and slow runoff, soil amendments and pioneer species are tested to rebuild fertility, and native seed trees are established whose seed can supply further restoration. Where water and sediment tests allow, restored ponds are assessed as aquatic habitat and for small-scale fish production. Restoration can advance alongside mining rather than wait for closure, and trial plots are monitored over time so that each method is judged by its results. Soil, water and engineering questions are resolved with the appropriate specialists.

Depending on the briefMined-land restoration frameworks · Landform and water plans · Soil and planting trials · Native seed-tree plantings · Phased rehabilitation plans

17

Long-Term Landscape Stewardship

We plan landscapes with their ongoing care and improvement in mind. Soil cover, planting diversity, water retention and productive uses are considered together, allowing establishment and management to develop in stages and respond to observations from the site.

Depending on the briefIntegrated landscape strategies · Establishment sequencing · Stewardship priorities

Reading a mined site from the air

Restoration starts with a clear record of what is changing and where. These pictures come from repeated drone surveys of a mined site in Côte d’Ivoire. They help show where to reshape slopes, hold soil, slow water and begin planting trials.

The same ground, ten months apart

Aerial view of mostly green bush and grassland, with worked ground only at the eastern edge
December 2025
The same area with a large worked area and pale basins spreading across the centre and east
April 2026
The same area with pale basins and dark spoil across most of the ground
August 2026
The same area with basins and spoil across most of the ground and new worked ground along the south
October 2026

Same area in each picture, about 620 m across. North is up.Drone survey

Where the surface changed

Two surveys fifteen days apart, aligned and compared.

Grey aerial map with outlines marking what reads as water, newly bare ground, and where the surface was lowered or raised
  • Reads as open water8.4 haFrom colour; wet clay can look the same
  • Newly bare ground0.9 haCould also be seasonal
  • Surface lowered1.9 haDigging, or trees and bush removed
  • Surface raised0.4 haSpoil, fill, stockpile or growth

Automatic detections, not yet checked on the ground. They show surface change, not its cause.

Reading the landform

The drone’s surface model, one metre to the pixel: pits, spoil heaps, tree canopy and small catchments.

Shaded relief map in green and sand tones with contour lines, showing pits, spoil heaps, tree canopy and blue areas that read as water
Lower, 170 mHigher, 188 m

Heights as recorded by the survey, not tied to ground control. Contours every 2 m. Blue reads as water, where a surface model is not reliable.

What the restoration work will be

  1. 01
    Establish the baseline

    Keep surveying from the air and add the field investigations the record still needs, so that each decision rests on evidence.

  2. 02
    Reshape the landform

    Reshape slopes and small catchments to hold soil and slow runoff.

  3. 03
    Rebuild the soil

    Test soil amendments and pioneer species on trial plots to rebuild fertility.

  4. 04
    Establish native seed trees

    Plant native trees whose seed can supply further restoration.

  5. 05
    Assess the ponds

    Where water and sediment tests allow, assess restored ponds as aquatic habitat and for small-scale fish production.

  6. 06
    Phase and monitor

    Advance alongside mining rather than wait for closure, and monitor trial plots over time so that each method is judged by its results.

These are proposed steps, not completed results. Mining on this site is still under way. Soil, water and engineering questions are resolved with the appropriate specialists.

How the work develops

Clear stages.
A considered progression.

01

Brief & site understanding

Define objectives, intended uses, operating requirements and budget priorities. Review site information and agree the investigations needed.

02

Concept & master plan

Compare layout options and establish the preferred organisation of land, movement, water and landscape systems.

03

Detailed design & documentation

Resolve the appointed design scope, coordinate specialist input and prepare drawings, schedules and quantities for pricing and implementation.

04

Implementation support

Where appointed, respond to design queries and undertake agreed site observations, with attention to establishment and the next development phase.

A scope matched
to the project.

You may need an initial site appraisal, a whole-site master plan or a detailed landscape and irrigation package. We agree the level of detail, deliverables and specialist coordination before work begins.

Surveys, agronomy, civil and structural engineering, building design and other specialist studies are coordinated through the relevant appointments. Implementation support and ongoing advice are defined separately in the proposal.

Start with your site.

Share its location, approximate area, intended use and current stage. If you have a boundary plan, KMZ file, survey, photographs or water-source information, let us know what is available.

Discuss your project
Begin a conversation
Have a landscape
in mind?

Let’s discuss your site, project or collaboration.