http://thestrawberryfarmkenya.co.ke/

The Strawberry Farm, Waiyaki Way, Uthiru, Nairobi (2026)

14/08/2026

🍓🧬WHAT DO CUSTOMERS HAVE TO SAY AFTER FARMER FOLLOWS THE FORMULA PRODUCTION = GENETIC POTENTIAL + ENVIRONMENT?

WHEN THE FARMER DOES EVERYTHING RIGHT… THE FRUIT HAS A STORY TO TELL.
We've spent a lot of time talking about genetics and environment.

But there's one thing we don't want farmers to forget:

Strawberry farming is a LIFE CYCLE. 🌱➡️🌸➡️🍓
It's not about feeding the plant today and expecting miracles tomorrow. 😂

At The Strawberry Farm Kenya, when we train farmers, we look at the entire journey of the plant.

From the moment the seedling goes into the soil...

🌱 Quality planting material
🌱 Good soil preparation
💧 Correct watering
🧪 Balanced nutrition
🌿 Proper plant grooming
☀️ Adequate light
🌡️ Temperature management
💨 Good airflow
🦠 Pest & disease management
🌸 Flower management & pollination
🍓 Proper fruit development
⏰ Correct harvesting stage
📦 Good post-harvest handling

Every stage matters.

Because you can't neglect the plant for three months and then say:

"Let's add something today to make the strawberries sweet." 😂

The strawberry has already been keeping records!

🍓 AND THEN THE FRUIT ARRIVES...
We've been testing Brix because sweetness isn't something we simply claim.

We measure it.

And under good genetics, nutrition and management, we've seen strawberries reaching 12–17° Brix under favourable conditions.

But here's where it gets really interesting...

WHAT DO THE CUSTOMERS SAY?
Because ultimately, a refractometer gives you a number...

But the customer gives you the real-world feedback.

We've had clients taste the fruit and come back with comments along the lines of:

🍓 "These are really sweet."

🍓 "The flavour is different."

🍓 "You can actually taste the strawberry."

🍓 "These are sweeter than what I'm used to."

And that's the feedback every farmer wants.

Not because we want to brag...

But because it shows something important:

WHAT WE DO IN THE FIELD EVENTUALLY SHOWS UP IN THE FRUIT.
🧬🌱 LOOK AT THE EQUATION AGAIN:
GENETIC POTENTIAL
ENVIRONMENT
GOOD MANAGEMENT
=

QUALITY FRUIT
And environment isn't just whether you're growing in a greenhouse or open field.

It's the whole system:

☀️ Light
🌡️ Temperature
💧 Water availability
🌱 Soil condition
🧪 Nutrition
💨 Air movement
🌧️ Rainfall/moisture
🦠 Disease pressure
🐜 Pest pressure
🌸 Pollination
🌿 Plant health

When these factors are properly managed, you're giving the plant a much better opportunity to express what its genetics are capable of.

And that's why our farmer training doesn't stop at:

"Plant the seedling."

We want farmers to understand what happens after planting.

Because a strawberry farm isn't created on planting day.

It's created through every decision you make throughout the plant's life cycle. 🍓🌱
And when the customer finally bites into that fruit and says:

"WOW... this is sweet!" 😋

That's when you know the work behind the scenes is beginning to show.

🍓 At The Strawberry Farm Kenya, we don't just teach farmers how to plant strawberries.

We teach them how to understand the strawberry from planting to harvest.

Because the goal isn't simply:

"Produce strawberries."

The goal is to produce strawberries people WANT to eat again. ❤️🍓
👇 FARMERS:

What's the highest Brix you've recorded from your strawberries?

12? 14? 17? Or higher?

And more importantly...

What has your customer said about the taste? 🍓👇

13/08/2026

🍓🧬 PRODUCTION = GENETIC POTENTIAL + ENVIRONMENT

WHEN GOOD GENETICS MEET GOOD MANAGEMENT
We've talked about what happens when the environment works against the plant.

But let's look at the other side...

What happens when you get the genetics right AND manage the environment properly? 👀🍓

Imagine you start with:

🌱 Healthy, well-rooted seedlings
🧬 Good genetic potential
💧 Correct watering
🌿 Proper soil management
🍃 Good crop grooming
🧪 Well-planned nutrition

Now we're giving that strawberry what it needs to express its potential.

And then...

🍓 THE FRUIT STARTS TALKING.
You begin seeing:

🍓 Better fruit size
🍓 Good shape
🍓 Firmness
🍓 Better colour
🍓 Good flavour
🍓 And most importantly...

SWEETNESS. 😋🍓
This is where Brix becomes an interesting measurement.

Brix gives us an indication of the soluble solids in the fruit, with sugars making up a large part of those soluble solids.

Under good genetics and good crop management, strawberries can produce fruit with Brix readings in the 12–17 range under favourable conditions.

And when you bite into a strawberry and think:

"Eiiish! 😳🍓 This one is sweet!"

The refractometer may be saying:

"I told you so." 😂

But here's the important lesson...

We didn't sprinkle "sweetness" onto the fruit.
We created the conditions that allowed the plant to produce quality fruit.

Good genetics gave us the potential.

Good management helped the plant express that potential.

And when nutrition, water, sunlight, temperature and plant health are working together...

THE FRUIT SHOWS THE RESULT.
That's why we don't look at fertilizer as simply:

"What can I add to make my strawberries bigger?"

We ask:

What does the plant need?

Because feeding isn't just about feeding the fruit.

It's about feeding the plant, feeding the soil and supporting the processes that eventually give us the fruit. 🌱

And this is exactly why our formula matters:

🧬 GENETIC POTENTIAL
+

🌱 ENVIRONMENT & MANAGEMENT
=

🍓 PRODUCTION
You can have excellent genetics.

You can have good soil.

You can have the right nutrition.

But the magic happens when all these pieces work together.

And when the customer takes that first bite and says:

"This strawberry is SWEET!" 😋
That's when the farmer smiles.

Because behind that sweetness is not luck...

It's genetics + environment + management. 🍓❤️

👇 Farmers, do you measure the sweetness of your strawberries using a Brix meter?

What is the highest Brix reading you've recorded?

12? 14? 17? Or have you gone even higher? 👀🍓

Let's compare notes! 👇

12/08/2026

🍓🧬 PRODUCTION = GENETIC POTENTIAL + ENVIRONMENT

WHEN GOOD GENETICS MEET A COMPROMISED ENVIRONMENT
Let's imagine this:

You have planted excellent strawberry genetics.

🌱 Healthy, well-rooted seedlings.
🧬 A variety with excellent fruit potential.
🍓 Good size, firmness, flavour and production potential.

Everything looks promising.

Then comes...

🌧️ RAIN. And lots of it.
Suddenly, the environment changes.

The genetics haven't changed.

The plant hasn't suddenly forgotten how to produce strawberries.

But the environment is now working against it.

Heavy or prolonged rain can mean:

💧 Wet flowers
💧 Wet leaves
💧 Wet fruit
🦠 Greater disease pressure
🍓 Fruit cracking or rotting
🌱 Waterlogged soil where drainage is poor
🐝 Difficult conditions for pollination
📉 More fruit that doesn't make it to the customer

And this is where the equation becomes very real:

🧬 GOOD GENETIC POTENTIAL
🌧️ COMPROMISED ENVIRONMENT
=

📉 POTENTIAL THAT ISN'T FULLY EXPRESSED
You could have the best strawberry variety...

But if the environment continuously puts the plant under stress, you may never see what that variety was truly capable of.

It's like giving a very good athlete the right shoes, training and talent...

Then making them run through a muddy field. 😂

The ability is still there.

The environment is simply getting in the way.

And this is exactly why we keep saying:

Genetics alone doesn't guarantee production.
And neither does a greenhouse.

Neither does fertilizer.

Neither does irrigation.

Production happens when the genetic potential and the environment work together.

That's why as farmers, we shouldn't only ask:

🍓 "Which variety should I plant?"

We should also ask:

🌱 "What environment am I giving that variety?"

Because sometimes...

The problem isn't the strawberry.

The problem is what the strawberry is being asked to grow through. 🍓🌧️

👇 Have you ever had a season where your plants looked excellent, but the rains completely changed the outcome?

Tell us what happened on your farm. 🍓👇

11/08/2026

🍓🏡 PRODUCTION = GENETIC POTENTIAL + ENVIRONMENT

PART 7B — THE GREENHOUSE REALITY CHECK
In Part 7A, we looked at the attractive side of greenhouse/high-tunnel strawberry farming.

More protection.
More control.
Potentially better marketable fruit.

But now let's remove the shiny plastic for a moment. 😂🍓

A GREENHOUSE IS NOT A MAGIC BOX THAT PRINTS MONEY.
It is a tool.

And the better the tool, the more you need to understand how to use it.

💰 1. IT REQUIRES MORE CAPITAL

Compared with open-field production, you're investing in:

🏡 Structure
🧴 Covering
💧 Irrigation
🚰 Water systems
💨 Ventilation
🔧 Maintenance

And your strawberry hasn't even produced its first fruit yet... but your expenses are already producing beautifully. 😂

So before asking:

"How many kilos will I get?"

Ask:

"How much will it cost me to produce those kilos?"
Because high production without good economics can still be a bad business.

🌡️ 2. MORE CONTROL MEANS MORE MANAGEMENT

You wanted to keep the rain out?

Excellent.

But now you have to manage what happens inside.

Too much heat?

🔥 Problem.

Too much humidity?

💧 Problem.

Poor airflow?

💨 Problem.

Close everything on a hot afternoon and you may accidentally create a strawberry sauna. 😂🍓

A greenhouse gives you more control...

But you must know when and how to use that control.

🦠 3. PESTS AND DISEASE DON'T DISAPPEAR

A greenhouse doesn't come with a certificate saying:

"Congratulations! Your farm is now pest-free." 😂

Spider mites, aphids, thrips and other pests can still cause serious problems.

And if humidity and ventilation aren't managed properly, disease can become a challenge too.

That's why greenhouse farming requires:

👀 Regular scouting
🌱 Healthy planting material
🧹 Good sanitation
💧 Proper irrigation
💨 Good ventilation
🦠 Timely pest and disease management

🧬 4. AND HERE'S THE BIG ONE — A GREENHOUSE CANNOT FIX BAD GENETICS

This is where our series comes full circle.

You can take poor-quality planting material...

Put it inside the most beautiful greenhouse...

Give it expensive irrigation...

And you have simply created a very expensive environment for poor genetics. 😂

PRODUCTION = GENETIC POTENTIAL + ENVIRONMENT
The genetics provide the potential.

The environment provides the opportunity.

And the farmer has to manage both.

That's why we keep insisting on quality, well-rooted seedlings at The Strawberry Farm Kenya.

🍓 SO, SHOULD EVERY FARMER BUILD A GREENHOUSE?
No.

And that's actually an important lesson.

A greenhouse may make sense if you're trying to solve a specific problem:

🌧️ Too much rain
🍓 Fruit damage
🦠 Weather-related disease pressure
💧 Water management
📈 Marketable yield
📅 Production timing

But if you're starting with limited capital and still learning the crop...

Open field may be the smarter starting point.

There's absolutely no shame in starting small.

The goal isn't to have the biggest farm.
The goal is to have a productive and profitable farm. 🍓💰

So don't build a greenhouse because it looks impressive.

Build it because it solves a problem and makes economic sense.
And remember:

🌱 Open Field — more exposure, lower infrastructure.

🍓 Low Tunnel — some protection, moderate investment.

🏡 Greenhouse — greater control, greater investment and greater management.

There is no magic system.

The right environment is the one you can manage properly and make profitable.

👇 Farmers, if you had limited capital, what would you choose?

🌱 Open field
🍓 Low tunnel
🏡 Greenhouse

And don't just tell us WHAT...

Tell us WHY. 👇🍓

10/08/2026

🍓🏡 PRODUCTION = GENETIC POTENTIAL + ENVIRONMENT

PART 7A — SCENARIO 3: GREENHOUSE / HIGH TUNNEL

We've looked at:

🌱 Scenario 1 — Open Field

🍓 Scenario 2 — Open Field + Low Tunnel

Now let's step into the third environment...

🏡 GREENHOUSE / HIGH TUNNEL

And this is where things get interesting.

The biggest difference?

You are no longer leaving everything to Mother Nature. 😂

You're beginning to manage the environment around your strawberries.

🌧️ RAIN PROTECTION

One of the biggest advantages is keeping direct rain away from the flowers, leaves and fruits.

Less direct rain can mean less leaf wetness, less fruit getting soaked and potentially less rain-related disease and fruit damage.

And let's be honest...

A strawberry looks beautiful on the plant.

But we want it to still look beautiful when it reaches the customer. 🍓

💧 BETTER WATER MANAGEMENT

With irrigation, especially drip irrigation, you have greater control over:

💧 How much water the plant receives
⏰ When it receives it
🌱 Where that water goes

You're not completely dependent on whether the clouds decide to cooperate.

And that's important because strawberries don't simply need water...

They need the right amount of water at the right time.

🌡️ A DIFFERENT MICROCLIMATE

A greenhouse can change the environment immediately around the plant.

You can influence:

🌡️ Temperature
💨 Air movement
💧 Humidity
🌧️ Rain exposure

And when these factors are managed properly, you give the plant a better opportunity to express its genetic potential.

🍓 PROTECTING YOUR MARKETABLE FRUIT

Here's something we sometimes forget:

Harvesting fruit is not the same as selling fruit.

You can produce 100 kg...

But if weather-related damage, disease or poor quality means only 70 kg reaches the customer in good condition...

Your business is based on the 70 kg.

So protected production isn't only about producing more.

It can also be about producing more consistently marketable fruit.

📈 AND THAT'S THE REAL ATTRACTION

A well-managed greenhouse/high tunnel can give you:

✅ More protection from rain
✅ Greater irrigation control
✅ Better management of the growing environment
✅ Potentially cleaner, more marketable fruit
✅ Potentially more consistent production

But here's the important part...

A greenhouse doesn't create genetic potential.

It simply gives your strawberry a different environment in which to express that potential.

And that brings us right back to our formula:

🧬 GENETIC POTENTIAL + 🌱 ENVIRONMENT = PRODUCTION

Good genetics matter.

The environment matters.

And the farmer has to bring the two together.

Because a greenhouse can give you more control...

But as we'll discuss in the next post,

MORE CONTROL ALSO COMES WITH MORE RESPONSIBILITY. 👀🍓

👇 If you were starting strawberries today, which would you choose?

🌱 Open field
🍓 Low tunnel
🏡 Greenhouse

And most importantly...

WHY?

Let's hear from the farmers. 👇🍓

The Strawberry Farm Kenya
Growing. Testing. Learning. Sharing.

07/08/2026

🍓🌱 PRODUCTION = GENETIC POTENTIAL + ENVIRONMENT

PART 6: SCENARIO 2 — OPEN FIELD + LOW TUNNEL
In our last post, we talked about open-field strawberry farming.

And we made one thing clear:

You don't need a greenhouse to become a serious strawberry farmer.

But what if you could take your open field and give your strawberries a little protection from the environment without completely enclosing them?

Enter...

🍓 THE LOW TUNNEL
Think of it as giving your strawberries an umbrella, raincoat and little house at the same time. 😂

You're still farming in the field.

Your plants are still in the soil.

You're still benefiting from natural sunlight and airflow.

But now you've modified the environment.

And that is exactly what we're talking about in this series:

🧬 Genetic Potential + 🌱 Environment = Production

🌱 SO WHAT IS A LOW TUNNEL?
A low tunnel is essentially a simple protective structure placed over the crop, usually supported by hoops and covered with a suitable material.

It doesn't give you the same level of environmental control as a greenhouse.

And that's actually the point.

You're not trying to completely control nature.

You're trying to manage some of its effects.

And for many strawberry farmers, that can be a very interesting middle ground.

🌧️ THE BIGGEST ADVANTAGE?
YOU CAN KEEP RAIN OFF YOUR STRAWBERRIES.
This is huge.

Anyone who has grown strawberries during a serious rainy period knows the story.

You wake up...

You see dark clouds...

You start negotiating with God. 😂🙏

"Please... just wait until I harvest."

Then the rain comes.

And strawberries don't particularly enjoy sitting wet.

Rain can increase leaf wetness, splash soil and pathogens onto plants, wet the fruit and create conditions favourable to diseases such as Botrytis and anthracnose.

A low tunnel can reduce direct rainfall reaching the crop and therefore reduce some of that moisture and rain-splash pressure.

Research on strawberry low tunnels has found reductions in rain-induced leaf wetness and, in some environments, lower disease incidence and higher marketable yields compared with uncovered field production.

That's a major reason to consider them.

🍓 1. BETTER FRUIT QUALITY
Think about the strawberry sitting under a low tunnel.

Instead of:

🌧️ Rain → strawberry
🌧️ Rain → flower
🌧️ Rain → leaves
🌧️ Rain → soil splashing onto plant

You have created a barrier.

The fruit stays drier.

And dry fruit generally means less opportunity for moisture-loving fruit diseases to take advantage of your harvest.

That can translate into:

🍓 Cleaner fruit
🍓 Better appearance
🍓 Less fruit rot
🍓 Potentially more marketable fruit

And remember...

Farmers don't get paid for strawberries that looked beautiful on the plant but never made it to the customer.

We get paid for marketable fruit.

🌸 2. YOU'RE PROTECTING MORE THAN JUST THE FRUIT
Here's something farmers sometimes overlook.

You're not only protecting ripe strawberries.

You're also modifying the environment around:

🌸 Flowers
🍃 Leaves
🌱 Crowns
🍓 Developing fruit

Heavy rain during flowering can interfere with pollination and physically damage flowers.

A low tunnel can provide some protection during those critical stages.

And when you protect the plant's production machinery, you're potentially protecting the harvest that comes later.

💧 3. YOU GET MORE CONTROL OVER WATER
This is another interesting advantage.

In open field:

Rain decides when your crop gets watered.

Under a low tunnel, you're able to separate rainfall from irrigation to a greater extent.

Now you can say:

"I'm going to give this plant the amount of water it needs."

rather than:

"Well... it rained for three hours, so let's see what happens." 😂

With drip irrigation, this can make water management much more deliberate.

But don't misunderstand this...

Less rain does NOT mean less need for water management.
The crop still needs adequate moisture.

You're simply gaining more control over where that water comes from.

🌱 4. IT CAN HELP YOU MANAGE THE MICROCLIMATE
This is where we get slightly scientific—but keep it simple.

A low tunnel changes the microclimate around the strawberry.

That means the conditions immediately around the plant can be different from the conditions outside.

You may influence:

🌡️ Temperature
💧 Humidity
💨 Air movement
🌧️ Leaf wetness
☀️ Light conditions

And this can affect plant growth, flowering, fruit development and disease pressure.

But...

Here's the catch.
Changing the microclimate can work for you or against you.

⚠️ THE CONS — BECAUSE LOW TUNNELS ARE NOT MAGIC
Let's not sell farmers a dream.

A low tunnel can be excellent...

if managed properly.

But it can also create problems.

🌡️ TOO MUCH HEAT
Plastic can trap heat.

On a hot sunny day, that little tunnel can become a sauna.

And your strawberries didn't sign up for a sauna membership. 😂

If ventilation is poor, temperatures can rise too high and stress the plants.

That's why tunnel management matters.

💧 HUMIDITY CAN BECOME A PROBLEM
You've protected the crop from rain...

But if you trap humid air inside without adequate ventilation, you've created another problem.

Remember:

We want to reduce unnecessary moisture—not trap humidity around the plant.

So ventilation is extremely important.

🐝 POLLINATION NEEDS ATTENTION
Strawberries still need proper pollination.

If your tunnel design interferes with pollinator activity or you close it excessively, you need to think about how pollination will occur.

A protected environment should not become a sealed environment.

🦠 DISEASE DOESN'T DISAPPEAR
This is very important.

Some farmers hear:

"Low tunnel reduces disease."

Then they think:

"Great! No more disease."

No.

😂

A low tunnel can reduce certain weather-related disease risks, but it doesn't eliminate diseases.

Poor ventilation, excessive humidity, infected planting material, poor sanitation and overcrowding can still create serious problems.

💰 AND THEN THERE'S COST.
This is where the low tunnel becomes interesting.

A greenhouse can require significant capital.

Open field requires much less infrastructure.

A low tunnel sits somewhere between the two.

You are investing in:

🏗️ Hoops/supports
🧴 Covering material
🔧 Installation
🛠️ Maintenance
👨‍🌾 Labour

So the question becomes:

Does the additional protection generate enough additional marketable fruit to justify the investment?
That's the business question.

Not:

"Does it look nice?" 😂

🍓 AND THIS IS WHY WE THINK LOW TUNNELS DESERVE ATTENTION
For some farmers, jumping directly from open field to a full greenhouse may be too big a financial step.

A low tunnel can potentially provide a middle ground.

You retain many advantages of field production:

🌱 Soil-based production
☀️ Natural light
💨 Natural environment
💰 Lower infrastructure than a full greenhouse

While adding:

🌧️ Rain protection
🍓 Better fruit protection
💧 Greater water control
🦠 Potentially lower rain-splash disease pressure
📈 Potentially more marketable production

It's not perfect.

But farming isn't about finding a perfect system.

It's about finding a system that makes sense for YOUR farm.
🧬🌱 BRING IT BACK TO OUR EQUATION
Remember:

PRODUCTION = GENETIC POTENTIAL + ENVIRONMENT
We've already discussed how the genetics of your strawberry determine its potential.

Now we're changing the environment.

Same strawberry.

Same genetic potential.

But instead of leaving it completely exposed...

We're giving it some protection.

So the question becomes:

What happens to production when we improve the environment?

That's the experiment.

And that's what makes farming fascinating.

🍓 OPEN FIELD
Lower infrastructure cost + higher exposure to weather.

🍓 OPEN FIELD + LOW TUNNEL
Moderate investment + some environmental protection.

🍓 GREENHOUSE
Higher investment + greater environmental control.

None of these automatically guarantees success.

The farmer still matters.

The variety matters.

The soil matters.

The nutrition matters.

The irrigation matters.

The management matters.

And the market matters.

👀 SO... WOULD YOU CONSIDER A LOW TUNNEL?
If you were starting strawberries today and had limited capital, would you choose:

🌱 OPEN FIELD

🍓 OPEN FIELD + LOW TUNNEL

🏡 GREENHOUSE

And here's the real question...

Would you rather spend more money controlling the environment—or start smaller and invest the money into mastering the crop first?
Let's hear from the farmers. 👇🍓

The Strawberry Farm Kenya
Growing strawberries. Testing ideas. Sharing what we learn. 🍓🌱

06/08/2026

🍓🌱 PRODUCTION = GENETIC POTENTIAL + ENVIRONMENT

PART 5: SCENARIO 1 — OPEN-FIELD STRAWBERRY FARMING
We've been talking about the two sides of strawberry production:

🧬 Genetic Potential — what the plant is capable of producing.

🌱 Environment — the conditions we give that plant to express its potential.

Today, let's forget the greenhouse for a moment.

Let's forget the tunnels.

Let's go back to the basics.

🌱 OPEN FIELD.
Because sometimes farmers are made to feel that if they don't have a greenhouse, they aren't doing "serious" strawberry farming.

That's simply not true.

You can grow strawberries successfully in an open field.

The real question is:

Can you create and manage a good environment for the plant despite being exposed to nature?

Let's break it down. 👇

🌱 WHAT DOES OPEN-FIELD PRODUCTION MEAN?
Quite simply, your strawberries are growing outside without a permanent protective structure over them.

They receive:

☀️ Natural sunlight
🌧️ Natural rainfall
💨 Natural airflow
🌡️ Natural temperature changes

And yes...

Sometimes they receive rain when you REALLY didn't order rain. 😂🌧️

But that's farming.

And there are actually some very good reasons why starting in the open field can make sense.

💰 1. THE BIGGEST ADVANTAGE: LOWER START-UP COST
Let's be honest.

A greenhouse can require significant capital before you've planted a single strawberry.

Structure.

Plastic.

Irrigation.

Ventilation.

Installation.

Maintenance.

And suddenly your strawberry hasn't even produced its first flower and you're already asking:

"Who convinced me to do this?" 😂

Open-field production allows a farmer to start with much less infrastructure.

That can be extremely important for a beginner.

Instead of putting all your capital into infrastructure, you can invest in the things that matter regardless of the production system:

🌱 Good planting material
🌿 Good soil preparation
💧 Reliable irrigation
🧪 Proper nutrition
🦠 Pest and disease management
👨‍🌾 Good farm management

And most importantly...

You get to learn the crop.

🍓 2. OPEN FIELD CAN BE A FARMER'S CLASSROOM
This is something we strongly believe in.

If you're a new strawberry farmer, you need to understand the plant.

Not just the structure around it.

You need to learn:

When does it flower?

How does it respond to water?

What does nutrient deficiency look like?

How quickly does disease spread?

What happens after heavy rain?

How does the plant respond to heat?

What does a healthy root system look like?

Open-field farming puts you face-to-face with the plant and its environment.

You learn to observe rather than guess.

And that knowledge becomes extremely valuable if you later move into protected production.

☀️ 3. NATURAL SUNLIGHT IS YOUR FRIEND
Your strawberries don't need you to manufacture sunlight.

The sun is already doing the job for free. 😂

Leaves capture sunlight and use it in photosynthesis to manufacture the carbohydrates the plant needs for growth and fruit development.

So, when your crop has healthy foliage and good access to sunlight, you're giving the plant the energy source it needs to express its genetic potential.

That's one of the reasons we keep coming back to our equation:

🧬 Genetic Potential

🌱 Environment

=

🍓 Production

💨 4. NATURAL AIRFLOW CAN BE AN ADVANTAGE
Open fields generally have better exposure to natural air movement than enclosed structures.

That can help the canopy dry after moisture events.

And with strawberries, moisture management matters.

Extended periods of leaf wetness and humidity can increase the risk of diseases such as Botrytis and other fungal problems. Rain can also splash pathogens onto plants and fruit.

So open field isn't automatically "bad for disease."

But...

You lose the ability to control when rain reaches your crop.
And that's one of the biggest disadvantages.

🌧️ 5. HERE COMES THE BIGGEST OPEN-FIELD CHALLENGE...
RAIN.
Rain can be your best friend when your water supply is limited...

And your worst enemy when you're trying to harvest premium strawberries. 😂

Heavy or frequent rain can:

💧 Keep foliage wet for longer.

🍓 Wet the fruit.

🦠 Increase disease pressure.

🌸 Interfere with pollination during flowering.

🌱 Saturate the soil if drainage is poor.

📉 Increase fruit losses.

🌧️ Make harvesting difficult.

And during rainy periods, diseases can develop rapidly when moisture and humidity remain high.

This is one reason protected production can have an advantage.

But remember...

Rain isn't the only factor determining whether an open-field crop succeeds.

Good drainage, raised beds, spacing, sanitation, irrigation management, healthy seedlings and good disease monitoring can make a huge difference.

🦠 6. DISEASE MANAGEMENT BECOMES EVEN MORE IMPORTANT
In open field, you're working with the environment you have.

You cannot tell the clouds:

"Please don't rain between 2pm and 5pm. We're harvesting." 😂

So you have to manage what you CAN control.

For example:

✅ Good spacing for airflow.

✅ Good drainage.

✅ Removing diseased fruits and leaves.

✅ Avoiding unnecessary overhead irrigation.

✅ Keeping the crop clean.

✅ Monitoring regularly.

✅ Using appropriate disease-management strategies when necessary.

The principle is simple:

Don't wait for the environment to create a problem before you start managing it.
💧 7. IRRIGATION BECOMES A MANAGEMENT TOOL
One of the beautiful things about open-field farming is that you can combine natural rainfall with irrigation.

When the rains are sufficient...

You may need less irrigation.

When rainfall is inadequate...

You supplement.

But this requires observation.

Because the question isn't:

"Did it rain?"

The better question is:

"What does the root zone look like?"
A strawberry needs water.

But its roots also need oxygen.

So good drainage is critical.

Wet isn't the same as healthy.

🍓 8. OPEN FIELD CAN STILL PRODUCE EXCELLENT FRUIT
This is important.

Don't confuse:

"More environmental control"

with

"Automatically better strawberries."

A well-managed open-field crop with excellent genetics can produce beautiful, high-quality fruit.

Protected systems can reduce some weather-related risks and, in many studies, have produced higher marketable yields than open-field production. A 2025 review of 133 experiments found higher average marketable and total yields under tunnels than in open fields.

But that doesn't mean every farmer should immediately build a greenhouse.

Because...

Yield isn't the only number on the farm.
You also have to look at:

💰 Capital invested.

💰 Cost of production.

🍓 Marketable yield.

📦 Quality.

🦠 Disease losses.

👨‍🌾 Labour.

📈 Selling price.

And ultimately...

PROFIT.
A farmer producing slightly less per plant but spending dramatically less to establish the farm may still have a very attractive business.

🚜 SO WHY DO WE SAY STARTING IN OPEN FIELD IS NOT A BAD THING?
Because you don't have to start with everything.

You can start by mastering the fundamentals.

Learn the variety.

Learn your soil.

Learn your water.

Learn your nutrition.

Learn your pests.

Learn your diseases.

Learn your market.

Learn your customers.

Learn your harvesting.

Learn your post-harvest handling.

Then...

Upgrade when the business tells you it's time to upgrade.

Not because someone on Facebook said:

"If you don't have a greenhouse, you're not a serious farmer." 😂

🧬🌱 AND REMEMBER OUR EQUATION...
You can have excellent genetic potential sitting in a poor environment.

You can have an excellent environment filled with poor planting material.

Neither situation is ideal.

But when you take:

🧬 Good genetics

🌱 A well-managed open-field environment

👨‍🌾 Good farming practices

You give your strawberries a genuine opportunity to perform.

And that's what this entire series is about.

We aren't looking for one magic answer.
We're trying to understand why strawberries perform the way they do.

Next, we'll take the same strawberry...

And put it under a low tunnel.

Then we'll ask:

What changes when we start modifying the environment? 🍓👀

👇 FARMERS, LET'S TALK:

If you were starting strawberries today with limited capital, would you:

🌱 Start in open field and learn the crop first

OR

🏡 Save more money and go straight into protected production?

And don't just tell us WHAT you'd choose...

Tell us WHY.

Let's learn from each other. 🍓👇

The Strawberry Farm

14/08/2026

13/08/2026

12/08/2026

11/08/2026

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06/08/2026

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