Farm Design: What to Consider Before Developing Agricultural Land

Developing agricultural land should not begin with the question “What should we plant?”

It should begin with understanding the land, its resources, its limitations and the objectives of the owner.

A crop may be profitable in one location and completely unsuitable only a few kilometers away because of differences in altitude, temperature, soil, water availability, access or market conditions.

At The Green Van, farm design starts by understanding these factors before deciding how the land should be developed.

1. Understand the Land First

The first stage is a complete assessment of the property.

This includes the size and shape of the land, slopes, terraces, orientation, existing vegetation, buildings, roads, water sources, irrigation infrastructure and surrounding environment.

For larger or more complex properties, a topographical survey and professional base map are extremely valuable.

The property can then be divided into zones according to its characteristics and intended uses rather than treating the entire land as one uniform area.

2. Soil Can Change the Entire Project

Soil should be investigated before making major decisions about crops or infrastructure.

Important factors include:

• Soil texture and structure

• pH

• Organic matter

• Salinity

• Drainage

• Compaction

• Nutrient availability

• Effective soil depth

Different areas of the same property can have very different soil conditions.

For this reason, larger farms may require separate soil samples for different zones, rather than relying on one sample to represent the entire property.

Poor soil does not necessarily mean the land cannot be developed, but correcting it may significantly affect the investment required.

3. Water Must Be Evaluated Before Production Is Planned

A farm can have excellent soil and climate but still fail if its water supply cannot support the planned production.

Before designing the farm, we need to understand:

Where does the water come from? How much is available? Is it available throughout the year? What is its quality? How will it be stored and distributed?

Water testing is also important. Salinity, bicarbonates, pH and other characteristics can influence crop selection, irrigation design and fertilizer management.

The production area should ultimately be designed around realistic water availability, not simply the total area of land available.

4. Study the Climate and Microclimate

Regional climate data is useful, but the conditions of the specific property matter more.

Altitude, slope orientation, surrounding mountains, wind exposure and low areas where cold air accumulates can create very different microclimates within relatively short distances.

Important considerations include:

Minimum and maximum temperatures • Frost • Rainfall • Humidity • Wind • Solar exposure • Heat accumulation

These factors influence crop selection, planting dates, greenhouse requirements, windbreaks and even where particular crops should be positioned within the property.

5. Select Crops After the Assessment

Only after understanding the soil, water, climate and land characteristics should crop selection become a serious discussion.

Crop choice should consider both agricultural suitability and commercial potential.

A technically suitable crop is not necessarily a good investment if there is no reliable market for it.

We therefore consider:

Expected production • Market demand • Selling price • Harvest period • Labor requirements • Storage • Transport • Competition • Time before commercial production

For orchards especially, this decision is critical because the trees may occupy the land for decades.

6. Design the Farm as One Complete System

A farm is more than the area where crops are planted.

A professional master plan should consider how all parts of the operation interact.

Depending on the project, this can include:

Production zones • Orchards • Greenhouses • Nurseries • Livestock • Water reservoirs • Irrigation networks • Roads • Machinery access • Storage • Packing areas • Composting • Biogas • Staff facilities • Renewable energy • Waste management

The objective is to make movement of people, machinery, water, materials and harvested products as efficient as possible.

Poor infrastructure planning can create operational problems that continue for years after the farm is built.

7. Think About Machinery and Labor From the Beginning

Plant spacing, road width, turning areas and access between production zones should reflect the machinery that will eventually operate there.

The same applies to labor.

A design that looks efficient on a drawing may become expensive to operate if workers have to repeatedly move long distances between fields, storage areas, water points and packing facilities.

Good agricultural design considers how the farm will actually operate every day.

8. Understand the Investment Before Building

Technical design should be connected to financial feasibility.

Before committing to a large agricultural development, the owner should understand the expected:

Capital investment (CAPEX) • Operating costs (OPEX) • Production • Revenue • Labor requirements • Development timeline • Break-even period • Return on investment

Different development scenarios can then be compared.

For example, the same property might support an orchard, greenhouse production or a combination of several agricultural activities—but each option may have completely different investment requirements, risks and timelines.

9. Consider Phased Development

Large farms do not always need to be developed at once.

In many cases, developing the property in phases can reduce financial risk and allow the operation to learn from the first production areas before expanding.

Infrastructure such as roads, irrigation, reservoirs and utilities can still be designed according to the final master plan, while productive areas are implemented progressively.

This prevents short-term decisions from interfering with the long-term development of the property.

10. Create the Master Plan Before Implementation

Once the technical and financial decisions have been made, they should be translated into a clear agricultural master plan.

A professional farm plan can define:

Zones and subzones • Crop locations • Planting layouts • Tree spacing • Greenhouses • Irrigation networks • Water storage • Roads • Buildings • Production infrastructure • Waste systems • Future expansion

This becomes the reference used by the engineers, contractors, farm managers and workers during implementation.

Design Before You Invest

One of the most expensive mistakes in agriculture is investing heavily before properly understanding the land.

Trees are planted, irrigation systems installed, roads constructed and greenhouses positioned—and only later are problems with water, soil, climate, access or commercial viability discovered.

Correcting these decisions afterwards can be considerably more expensive than designing the farm properly from the beginning.

Good farm design is therefore not simply about creating a layout.

It is the process of bringing together agriculture, engineering, infrastructure, operations and financial feasibility to determine how a property can be developed into a productive and commercially viable agricultural operation.

Planning an Agricultural Project?

The Green Van provides land assessment, agricultural feasibility studies, farm master planning, AutoCAD design and complete agricultural project development, from initial concept through implementation and management.

Frequently Asked Questions

Should soil be tested before designing a farm?
Yes. Soil testing helps identify pH, salinity, fertility and other conditions that can influence crop selection, soil preparation and investment requirements.

Why is water assessment important?
Water quantity, seasonal availability and quality determine how much land can realistically be cultivated and which crops and irrigation systems are suitable.

When should crops be selected?
Crop selection should come after evaluating the land, soil, water and climate, and should also consider market demand, production costs and expected returns.

Can a farm be developed in phases?
Yes. Phased development can reduce initial investment and risk while allowing infrastructure to be designed from the beginning for the farm's eventual full development.

What does an agricultural feasibility study determine?
A feasibility study evaluates the technical and financial potential of a project, including investment costs, operating expenses, expected production, revenue, development timeline and potential return on investment.