Project feasibility includes soil, water and site assessment before investment, follo farm planning and a cycle of Discover → Design → Visit → Support → Follow-up.
Farm & Project Feasibility
Before You Invest, Assess
A practical guide to evaluating an agricultural enterprise before committing land, money and resources
Introduction
A farm project should not begin with a seedling order.
It should begin with a question:
«Is this farm, site and proposed enterprise actually suitable for what we intend to do?»
Agriculture involves biological, environmental and financial uncertainty. Land may look productive but have hidden soil constraints. Water may be available but unsuitable for irrigation. A crop may have an attractive market but be poorly suited to the site’s climate. A farmer may have enough land but insufficient infrastructure, labour or working capital to manage the enterprise effectively.
This is where farm and project feasibility assessment comes in.
At UkulimaModern, feasibility is part of the process of understanding the farm before recommending what should happen on it. Our extension model begins by learning the farm — including soil, crops, water and farmer goals — before designing an appropriate intervention.
The principle is simple:
«Don’t start by asking, “What can I plant here?”
Start by asking, “What does this site allow us to do sustainably and profitably?”»
- What Is Farm or Project Feasibility?
Farm feasibility is the process of assessing whether a proposed agricultural enterprise is technically, environmentally and economically viable under the conditions of a particular site.
A feasibility assessment can be undertaken for:
- a new farm;
- an existing farm introducing a new enterprise;
- an orchard establishment;
- a greenhouse project;
- a seedling nursery;
- an irrigation project;
- livestock integration;
- an agroforestry project;
- a commercial horticulture enterprise;
- a farm expansion;
- a community or institutional agricultural project.
The assessment helps answer five fundamental questions:
- Is the site suitable?
- Is the proposed enterprise technically achievable?
- What resources will be required?
- What risks could affect the project?
- Does the proposed investment make economic sense?
- Why Feasibility Should Come Before Investment
One of the most expensive mistakes in agriculture is starting before assessing.
Farmers can spend significant amounts on:
- land preparation;
- seedlings;
- fertilizer;
- irrigation;
- fencing;
- greenhouses;
- labour;
- machinery;
- chemicals;
- infrastructure;
only to discover later that a fundamental constraint was overlooked.
For example:
A farmer may establish an orchard only to discover that the soil has a major fertility constraint.
Another may install irrigation without adequately considering water quality or drainage.
Another may select a crop because of its market price without adequately evaluating whether the local climate, soil, water and management requirements are suitable.
Feasibility does not eliminate agricultural risk.
It helps identify and manage risk before more money is committed.
- The UkulimaModern Feasibility Approach
We can think of farm feasibility as six interconnected questions:
SITE
What is the land like?
SOIL
Can the soil support the proposed enterprise?
WATER
Is sufficient and suitable water available?
CROP / ENTERPRISE
Is the proposed enterprise appropriate for the site?
MARKET
Who will buy the output and under what conditions?
MONEY
Can the farmer finance establishment and manage the enterprise until returns begin?
These are not independent questions.
They interact.
A crop may have a strong market but require irrigation that the farm cannot sustainably provide.
A site may have excellent soil but poor market access.
An enterprise may have good technical potential but require more working capital than the farmer can sustain.
A good feasibility assessment therefore looks at the whole system.
- Step One: Understand the Farmer or Project Objective
Before assessing the land, understand what the project is trying to achieve.
Ask:
- What does the farmer want to produce?
- Is the objective household consumption, income generation or commercial production?
- What is the expected scale?
- What is the investment capacity?
- What is the expected production period?
- Is the farmer looking for short-term or long-term returns?
- What level of management can the farmer provide?
- Is labour available?
- Is the farmer willing to invest in irrigation?
- What markets are already accessible?
- What are the farmer’s existing skills and experience?
A technically suitable project can still fail if it does not fit the farmer’s objectives, capacity or resources.
- Step Two: Assess the Site
The physical site is the foundation of the project.
A basic site assessment should consider:
Location
Where is the farm?
Consider:
- accessibility;
- distance to markets;
- proximity to input suppliers;
- transport;
- security;
- availability of agricultural services.
Topography
Assess:
- slope;
- elevation;
- aspect;
- drainage;
- erosion risk;
- accessibility for farm operations.
Land history
Understand what has previously happened on the land.
Ask:
- What crops were previously grown?
- Were chemicals regularly used?
- Was the land cultivated continuously?
- Has it been fallow?
- Has livestock occupied the site?
- Has flooding occurred?
- Have there been previous crop failures?
Land history can reveal risks that are not immediately visible.
- Step Three: Assess Water
Water is often treated simply as:
«“There is a river.”»
That is not enough.
A proper assessment should consider:
Availability
Is water available throughout the production cycle?
Quantity
Is there enough water for the proposed enterprise?
Reliability
Will the source remain available during dry periods?
Quality
Is the water suitable for the intended crop and irrigation system?
Infrastructure
What will be required to:
- pump;
- store;
- filter;
- distribute;
- irrigate?
UkulimaModern’s agronomy services include water testing to assess irrigation water quality, pH, salinity and potential risks to irrigation infrastructure.
- Step Four: Soil Assessment
This is where feasibility moves from visual observation to evidence.
A basic soil assessment should eventually answer questions about:
- soil type;
- pH;
- EC;
- organic matter;
- nutrient status;
- drainage;
- soil structure;
- rooting conditions;
- potential fertility constraints.
This is why soil sampling, testing and analysis comes immediately after the feasibility/site assessment stage in our knowledge series.
A soil test can help determine what the soil currently contains and identify potential constraints, but the result still needs to be interpreted against the proposed crop and production objective.
UkulimaModern’s current agronomy service includes laboratory soil analysis covering pH, EC, organic matter and macro- and micronutrient profiles.
- Step Five: Climate and Agroecological Suitability
A crop does not grow in isolation from its environment.
Consider:
- rainfall;
- temperature;
- altitude;
- humidity;
- wind;
- drought exposure;
- frost risk;
- heat stress;
- seasonal patterns;
- disease pressure.
The question should not simply be:
«“Can this crop grow here?”»
It should be:
«“Can this crop perform consistently here under the resources and management available?”»
This distinction is particularly important for commercial projects.
- Step Six: Crop or Enterprise Selection
Only after understanding the site should crop or enterprise selection become a serious discussion.
The assessment should consider:
Site suitability + farmer objectives + available resources + management capacity + market opportunity + financial requirements.
For example, two farmers may have similar acreage but completely different enterprise opportunities because their:
- water availability;
- capital;
- soil;
- climate;
- labour;
- market access;
are different.
There is therefore no universally “best crop.”
There is a more appropriate enterprise for a particular situation.
- Step Seven: Market Feasibility
Production without a market is a major business risk.
Before establishing a commercial enterprise, investigate:
- who buys the product;
- where buyers are located;
- expected quality;
- volumes demanded;
- seasonality;
- prevailing prices;
- transport costs;
- aggregation opportunities;
- value addition;
- competition;
- potential market changes.
Market feasibility should not mean simply asking:
«“How much does this crop sell for?”»
The more useful question is:
«“Can this farm consistently produce a marketable product at a cost that allows the enterprise to remain viable?”»
- Step Eight: Infrastructure Requirements
The project may require:
- fencing;
- water storage;
- irrigation;
- electricity or solar;
- roads;
- drainage;
- stores;
- nursery structures;
- shade structures;
- greenhouses;
- packhouses;
- farm tools;
- spraying equipment;
- harvesting equipment.
Each requirement should be identified before establishment.
UkulimaModern’s farm-planning service includes layout, field design, irrigation infrastructure design and cost budgeting.
- Step Nine: Labour and Management Capacity
Agriculture is not simply about land.
It is also about management.
Ask:
- Who will manage the farm?
- Who will supervise workers?
- Is skilled labour available?
- Who will monitor pests and diseases?
- Who will maintain irrigation?
- Who will keep farm records?
- Who will purchase inputs?
- Who will coordinate harvesting and marketing?
A farm can have excellent soil and good seedlings and still underperform because management is inadequate.
- Step Ten: Financial Feasibility
This is where the project moves from:
“Can we grow it?”
to:
“Can we afford to grow it?”
Estimate:
Establishment costs
- land preparation;
- planting material;
- irrigation;
- fencing;
- infrastructure;
- planting labour;
- soil amendments.
Operating costs
- fertilizer;
- crop protection;
- irrigation;
- labour;
- transport;
- maintenance;
- harvesting;
- marketing.
Working capital
How much money is required before the enterprise begins generating meaningful revenue?
This is particularly important for perennial crops.
An orchard may require substantial investment long before the farmer receives significant commercial returns.
- Risk Assessment
Every agricultural project carries risks.
A feasibility assessment should identify them before establishment.
Production risks
- drought;
- excessive rainfall;
- pests;
- diseases;
- poor planting material;
- nutrient deficiencies.
Market risks
- price fluctuations;
- changing consumer preferences;
- buyer concentration;
- oversupply.
Financial risks
- insufficient working capital;
- rising input costs;
- unexpected infrastructure expenses.
Management risks
- inadequate skills;
- poor record keeping;
- weak supervision;
- delayed interventions.
Climate risks
- changing rainfall patterns;
- prolonged dry periods;
- extreme temperatures;
- flooding;
- new pest and disease pressures.
The goal is not to find a project with zero risk.
The goal is to understand the risks and determine whether they can be managed.
- The Feasibility Decision
At the end of the assessment, the project should fall into one of several practical pathways:
Proceed
The site and enterprise appear suitable, subject to appropriate planning and risk management.
Proceed with modifications
The project may be viable, but specific constraints need to be addressed first.
For example:
- improve water infrastructure;
- correct soil constraints;
- modify spacing;
- select a more suitable variety;
- phase the investment.
Reassess
More information is required before making a major investment decision.
This may include:
- soil testing;
- water testing;
- market research;
- financial modelling;
- additional site observations.
Consider an alternative enterprise
The proposed enterprise may not be the most appropriate use of the site under the current conditions.
This is not failure.
Good feasibility work can prevent expensive failure later.
- What Happens After Feasibility?
This is where the UkulimaModern farm-development pathway continues.
Stage 1
Farm / Project Feasibility
↓
Stage 2
Detailed Site Assessment
↓
Stage 3
Soil Sampling, Testing & Analysis
↓
Stage 4
Water Assessment
↓
Stage 5
Soil Fertility & Crop Nutrition Planning
↓
Stage 6
Crop / Enterprise Selection
↓
Stage 7
Farm Layout & Establishment Plan
↓
Stage 8
Quality Planting Material
↓
Stage 9
Crop Establishment
↓
Stage 10
Crop Management & IPM
↓
Stage 11
Monitoring & Extension
↓
Stage 12
Agribusiness & Market Management
↓
Stage 13
Follow-up, Evaluation & Adjustment
This reflects the broader UkulimaModern model of combining seedlings, extension and agronomy rather than treating seedling supply as the end of the farmer relationship.
- A Simple Farmer Feasibility Checklist
Before investing heavily in a new agricultural enterprise, ask:
FARMER
☐ What is my objective?
☐ What is my investment capacity?
☐ Do I have the required management skills?
LAND
☐ Where is the farm?
☐ What is the topography?
☐ What is the land-use history?
SOIL
☐ Has the soil been sampled?
☐ Has it been laboratory tested?
☐ Have the results been professionally interpreted?
WATER
☐ Is sufficient water available?
☐ Is the source reliable?
☐ Has water quality been assessed where necessary?
CROP
☐ Is the crop suited to the site?
☐ Is the variety appropriate?
☐ What are its management requirements?
MARKET
☐ Who will buy the product?
☐ What quality is required?
☐ What are the likely marketing costs?
FINANCE
☐ What will establishment cost?
☐ What will annual operating costs be?
☐ How much working capital is required?
☐ How long before meaningful returns?
RISK
☐ What could go wrong?
☐ How can each major risk be reduced?
- The UkulimaModern Principle
We believe agricultural investment should be informed by evidence before expenditure.
That means:
Don’t start with the seedling.
Start with the question.
Understand the farmer.
Understand the land.
Understand the soil.
Understand the water.
Understand the climate.
Understand the market.
Understand the investment.
Then design the enterprise.
This is the foundation of responsible farm development.
What Comes Next?
Once feasibility has established that a project deserves further consideration, the next question becomes:
«“What exactly are we working with?”»
That takes us to the next stage:
SITE ASSESSMENT
And from there:
Site → Soil → Water → Crop → Fertility → Design → Establishment → Management → Monitoring.
At UkulimaModern, the objective is not simply to help farmers plant more.
It is to help them make better agricultural decisions from the beginning.
UkulimaModern
Seedlings. Extension. Agronomy.
Rooted in Sustainability, Growing with Farmers.