Planting a garden

Spring Planting

Spring planting is the classic and most reliable option for regions with cold and low-snow winters. Its main advantage is that plants are not at risk of freezing immediately after planting.

• Optimal Timing: As soon as the soil thaws and warms to +5...+10 °C, and the threat of severe return frosts has passed. In the central belt, this is usually late March to mid-April (Kirtbaya, 2003). Important: planting should be done early, within a narrow window (before mid-April), to make use of the natural soil moisture. Delaying spring planting sharply reduces establishment and growth (Potapov et al., 2000).
• Best Suited For: Most regions with temperate and cold climates. Especially recommended for freshly dug transplants that have not been stored in a refrigerator.
• Why It Works: Cool spring weather and moist soil promote rapid growth of new feeder roots and reduce moisture loss through leaves. Plants have time to root well before the summer heat arrives.

Summer Planting

This method is actively used in intensive horticulture, especially with "frigo" transplants, and allows for a harvest the following year. However, it requires much more careful care and moisture control.

• Optimal Timing: In regions with a temperate climate (e.g., Galicia and Catalonia) — from June 15 to July 15 (Bianchi, 2018). For an autumn harvest, planting is done in the second half of August. In hot southern regions, planting is better postponed to the second half of July – early August, when the heat subsides. In conditions of a wet and cool summer with daytime temperatures no higher than +25 °C, strawberries can also be planted in June (Kirtbaya, 2003).
• Best Suited For: Gardeners using "frigo" transplants, which allow planting dates to be "shifted." Ideal for systems where the plantation is established for one year (as in some southern regions).
• Why It Works: When using "frigo" transplants, we plant plants that have already passed the dormant period and can immediately start vegetation. Summer planting allows for a full harvest in the next season. The key condition for success is providing the plants with moisture, especially in the first 2–3 weeks after planting (Bianchi, 2018).

Autumn Planting

Autumn is a traditional and often preferred time for establishing plantations in regions with mild climates and warm autumns.

• Optimal Timing: 3–4 weeks before the onset of persistent frost. In most regions, this is from late September to mid-October. It is important that the weather is cool (no higher than +20...+25 °C) and humid, with nighttime temperatures around +5...+8 °C (Kirtbaya, 2003). In the subtropical zone (e.g., the Black Sea coast), planting can be done in November and even in winter (Kirtbaya, 2003).
• Best Suited For: Regions with warm autumns, sufficient snow cover, and not too harsh winters. This is the best choice for freshly dug and plug transplants.
• Why It Works: In autumn, the soil is still warm, and the air is no longer so hot. Plants root excellently and set flower buds. In spring, they immediately start growing and produce a harvest (though small) in the very first year (Bianchi, 2018). In areas with severe frosts and unstable snow cover, autumn planting can lead to freezing (Kirtbaya, 2003).

Choosing Timing Based on Region

There is no universal timing. Here are brief guidelines:

• Regions with harsh winters (Siberia, the Urals, North-West Russia): Early spring planting is preferable so that plants root well and become strong over the summer. Autumn planting carries a high risk of freezing.
• Regions with mild winters and warm autumns (Southern Russia, Black Sea coast): The best time is late autumn (October–November). Winter planting on warm days is also possible (Kirtbaya, 2003).
• Temperate climate (Central Russia, Ukraine, Belarus): All three timings are possible. Autumn (September–October) — for good overwintering under snow. Spring — as a reliable option. Summer — only with "frigo" transplants and provided regular watering is ensured (Bianchi, 2018).

Conclusion on Timing:

Early spring planting can be considered the most reliable for most regions. It gives the highest establishment rate. For earlier harvests and in southern regions, autumn planting is ideal, while the use of modern "frigo" transplants opens up possibilities for summer planting. Carefully analyze your climate and choose the timing that will give your plants the best start.

Types of Planting Material

The modern market offers several main options for strawberry transplants. The choice depends on your goals, budget, and availability.

How to Choose Healthy Transplants: Key Indicators

The quality of planting material is determined not only by type but also by its external characteristics. A strong, healthy plant is the key to rapid establishment and high yields. Using weak transplants can reduce plantation productivity by 1.5–2 times (Kirtbaya, 2003).

The main criterion — the diameter of the root collar (crown).

This is the most objective indicator of plant vigor. Studies show a direct correlation between root collar diameter and future productivity.

• For high-productivity plantings, it is recommended to use transplants with a root collar diameter of at least 10–15 mm (Kirtbaya, 2003; Sharma et al., 2019).
• Plants with a crown diameter of less than 6–8 mm often produce weak yields or die (Kirtbaya, 2003).

Other Important Signs of Plant Health:

1. Root System:

• Roots should be well-developed, with a large number of small fibrous roots (length at least 7–10 cm) (Kirtbaya, 2003).
• The color of roots in fresh plants is light, yellowish-white. In "frigo" transplants, roots may be darker but should not be rotten or dry.
• Roots should not be J-shaped (this often happens with careless digging and reduces establishment).

2. Aboveground Part (Crown and Leaves):

• Heart (apical bud): Should be firm, alive, and green. A dead or browned heart is a sign of plant death.
• Leaves: Freshly dug transplants should have 2–3 well-developed green leaves. "Frigo" transplants usually have leaves removed before storage, which is normal (Sharma et al., 2019).
• No signs of diseases: spots, mold, or rot on leaves and stems.

3. Absence of Pests and Diseases:

• Carefully inspect roots and leaves for small insects, mites, or their traces. Nematodes and strawberry mites are particularly dangerous.
• Buy transplants only from reliable, verified nurseries that undergo phytosanitary control (Kirtbaya, 2003). Do not take plants from neighbors or questionable sales points, as you may introduce dangerous infections to your site.

Preparing Transplants for Planting

Regardless of the type, transplants should be properly prepared before planting. This ensures better establishment and a quick start.

1. Sorting: Discard all weak, diseased, root-damaged, or dried-out plants. If you bought bare-root transplants, carefully inspect the roots and trim overly long (to 7–10 cm) or broken ends. This stimulates the development of new young roots (Bianchi, 2018).

2. Soaking: The roots of bare-root transplants should be soaked in water for several hours (but no more than a day) before planting. This helps restore cell turgor. To accelerate rooting, you can use water with root stimulants according to the instructions.

3. Coating in "Mud" Slurry: A very effective technique widely used in commercial horticulture. The roots are dipped in a clay-humus or peat slurry (the consistency of sour cream). This protects the roots from drying out, improves their contact with the soil, and provides additional nutrition (Kirtbaya, 2003).

4. Protection from Drying: After preparation, until planting, the transplants must be kept in the shade, protected from wind and sun. It is best to place them in a box and cover with a damp burlap or plastic film, but do not allow waterlogging to prevent root rot (Kirtbaya, 2003). "Frigo" and plug transplants should only be kept outdoors briefly, as their roots can dry out quickly.

Conclusion on Material Selection:

Invest in high-quality planting material from trusted suppliers. For first plantings, plug transplants are the most reliable — they guarantee establishment. If you want to get maximum yield in the first year, pay attention to high-quality "Frigo" transplants with a large root collar diameter. Inspect the plants, trim dry roots, and protect them from drying out — and you will create all the conditions for a successful start to your plantation.

Choosing a Planting Layout

There are several main planting systems for strawberries. The choice depends on the plant type (short-term or perennial crop), variety, and your goals.

Spacing Between Plants and Planting Density

Choosing the spacing directly affects berry size and total yield. Too dense planting leads to competition for light, water, and nutrients, causing smaller berries and disease development. Too sparse planting will not allow maximum yield per unit area (Sharma et al., 2019).

Basic Rules:

• For day-neutral and everbearing varieties (which produce fewer runners), denser planting is recommended: in-row spacing of 5–15 cm (Bowling, 2000; Cornell Guide, 2003). A double-row strip is often used.
• For June-bearing (short-day) varieties (which actively produce runners), wider spacing is preferred: in-row spacing of 30–45 cm.
• On fertile soils and for vigorous varieties, increase spacing by 5–10 cm to avoid overcrowding. On light, poor soils and for low-vigor varieties — decrease spacing (Bianchi, 2018).
• Important to remember: Optimal planting density is a compromise between the desire to get maximum yield in the first year and the long-term health of the plantation.

Row Orientation

This aspect is often overlooked, but it matters for plant health and work convenience.

• Recommendation: Strawberry rows are best oriented north to south (Bowling, 2000).
• Why It Works: This orientation provides plants with maximum sunlight throughout the day. The sun will illuminate both sides of the row evenly, promoting faster drying of leaves and berries after dew or rain. This, in turn, reduces the risk of fungal diseases. Additionally, north-south orientation reduces mutual shading between plants in the row.
• On slopes: On gentle slopes (up to 5°), rows are best placed across the slope to prevent soil erosion and ensure uniform moisture (Kirtbaya, 2003).

Calculating the Need for Planting Material

Knowing the chosen layout and planting density makes it easy to calculate the required number of plants. This will help avoid unnecessary expenses and accurately plan purchases.

1. Determine the total planting area (m²).

2. Choose the planting layout. For example, a double-row strip.

3. Calculate the total length of planting rows. Multiply the bed length by the number of rows.

4. Calculate the number of plants. Divide the total length of rows (in cm) by the in-row spacing (in cm).

Example: You plan to plant strawberries on a 10 m long bed using a double-row scheme (2 rows). In-row spacing — 30 cm. For one bed, you will need (10 m * 2 rows) / 0.3 m = 66.6 ≈ 67 plants.

Conclusion on Planning:

Proper planning is an investment in the future harvest. Choose a layout that matches your goals and variety type. Provide plants with enough space, light, and air. Don't forget about row orientation to minimize disease risks. Purchase planting material with a small reserve (5–10%) to compensate for possible losses during establishment.

Site Selection and Preceding Crops

The first step to success is choosing the right site.

1. Light: Strawberries are a light-loving crop. For high yields and sweet berries, choose the sunniest spot in your garden. Minimum 8–10 hours of direct sun per day (Bowling, 2000; Hill, 2011). In shade, yields drop sharply, berries become smaller and sour.

2. Drainage: Strawberries do not tolerate water stagnation around roots. Roots rot, plants are affected by fungal diseases, especially red root rot (Phytophthora fragariae) (Bowling, 2000). The ideal place is a level area or gentle slope (up to 5–8°) for drainage of excess water. Avoid lowlands where cold air and water accumulate after rains (Kirtbaya, 2003). If the site has heavy clay soil — be sure to make raised beds.

3. Preceding Crops: This is a critical point to avoid contamination of the plantation with diseases and pests. It is strictly forbidden to plant strawberries after:

• Solanaceous crops: potatoes, tomatoes, peppers, eggplants. They are affected by Verticillium wilt (Verticillium), which is very dangerous for strawberries (Cornell Guide, 2003; Bowling, 2000).
• Raspberries and blackberries: they share common pests and diseases with strawberries.
• Strawberries themselves: the minimum break between plantings in the same place is 4–5 years. Otherwise, the soil becomes depleted and specific pathogens accumulate (Bianchi, 2018; Kirtbaya, 2003).
• Best Preceding Crops: cereals (wheat, oats, rye), green manures (lupine, phacelia, mustard), corn, legumes (peas, beans), clean fallow (Bianchi, 2018; Kirtbaya, 2003).

Improving Soil and Its Structure

Strawberries prefer light, well-aerated soils rich in humus, with a neutral or slightly acidic reaction (pH 5.5–6.5) (Bowling, 2000; Cornell Guide, 2003).

1. Soil Testing: It is strongly recommended to have a soil test done at least a year before planting to determine pH and the content of major elements (phosphorus, potassium). This will allow targeted application of the needed fertilizers.

2. Liming: If pH is below 5.0, the soil needs to be deacidified. Apply dolomite lime or agricultural lime in autumn (a few months before planting) to allow the reaction to occur. Optimal pH is 6.0–6.5 (Bowling, 2000).

3. Organic Matter: Apply a large amount of organic fertilizers to improve soil structure, water-holding capacity, and fertility.

• Well-rotted manure or compost: 50–80 t/ha or 5–8 buckets per 1 m² (Kirtbaya, 2003). Apply it 2–3 weeks before planting so it does not come into contact with the roots.
• Green manures: An excellent way to improve soil and enrich it with nitrogen. Sow phacelia, mustard, or lupine a year before planting and incorporate the green mass into the soil.
• Mineral Fertilizers: Applied before digging. Recommended doses (active ingredient per 1 m²) approximately:
• Nitrogen (N) – 10–15 g/m²
• Phosphorus (P₂O₅) – 8–12 g/m²
• Potassium (K₂O) – 20–30 g/m² (Bianchi, 2018).

Forming the Beds

The type of bed is chosen depending on the soil type and climatic conditions.

Technology for Preparing Raised Beds (recommended for most gardeners):

1. Digging: The soil is dug to a depth of 20–25 cm (a spade's depth) with careful removal of perennial weed rhizomes (couch grass, sow thistle, bindweed). This is one of the most important operations — getting rid of weeds before planting is much easier than later.

2. Raking: After digging, the area is well raked, breaking up large clods and leveling the surface.

3. Marking: Mark the boundaries of the beds. The optimal bed width is 70–100 cm so you can easily reach the middle from both sides. The length is arbitrary, as you wish. Paths between beds — 40–60 cm.

4. Mounding: Using a rake or hoe, form the bed by pulling soil from the paths toward the center. The edges of the bed can be reinforced with boards or border tape to prevent crumbling.

Mulching the Beds

Mulching is one of the key techniques in strawberry cultivation. It solves a whole range of tasks: suppresses weeds, retains moisture, protects berries from dirt and diseases, and prevents soil overheating or overcooling (Bianchi, 2018; Kirtbaya, 2003).

Main Types of Mulch:

1. Black polyethylene film (the most popular option):

• Advantages: Excellent weed suppression, warms the soil in spring (accelerates berry ripening by 7–10 days), retains moisture.
• Disadvantages: Can overheat the soil in hot climates in summer, does not decompose (requires disposal), complicates fertilizer application to the soil (only through drip irrigation).
• White film:
• Advantages: Reflects sunlight, preventing soil overheating. Ideal for warm regions.
• Disadvantages: Suppresses weeds less effectively, as light penetrates the film, causing weed growth.
• Biodegradable (mulching) films:
• Advantages: Decompose in the soil, do not require collection and disposal, gradually turn into humus.
• Disadvantages: Currently more expensive than traditional films.
• Organic mulch (straw, dry grass, pine needles, wood chips):
• Advantages: Eco-friendly, decomposes over time, improving the soil. Protects well against overheating, allows roots to breathe.
• Disadvantages: May contain weed seeds (straw or hay), requires renewal, suppresses weeds less effectively than film.
• Agrotextile (spunbond):
• Advantages: Allows air and water to pass through to the roots, unlike film. Durable, does not decompose for several years. Suppresses weeds.
• Disadvantages: Can overheat in the sun, requires anchoring to the ground.

How to Mulch Before Planting:

• If you choose film or agrotextile, lay it directly before planting. Stretch it so that it fits tightly to the soil (so there are no air bubbles where water collects). Secure the edges with soil or pegs.
• Mark and make cuts (cross-shaped or round) in the film at the planting spots. Then plant the transplants through these slits.
• For organic mulch (straw) — spread it in a layer 5–8 cm after planting, around the plants, leaving a small gap near the stem itself to avoid rotting of the "heart."

Conclusion on Bed Preparation:

High-quality bed preparation is an investment in the health and productivity of your plantation. Do not spare time and effort on weed removal, organic matter application, and proper bed formation. Choose the type of mulch depending on the climate and your preferences, and you will create ideal conditions for your strawberries.

Planting Depth and Heart Position

This is the most critical moment when planting strawberries. A mistake here is one of the most common and most damaging.

The Golden Rule: The root collar (heart, apical bud) must be positioned strictly at the soil surface level.

Correct Planting (Fig. 1, position b): The heart is located exactly at ground level. The roots are spread vertically downward. After watering and soil settling, the heart remains on the surface. This ensures air access to the growing point and protects it from rotting (Bianchi, 2018; Cornell Guide, 2003).

What Happens with Mistakes:

• Too Shallow Planting (Fig. 1, position c): The heart and upper part of the roots are above the ground. Roots dry out and become exposed, plants weaken, may die in winter from freezing or in summer from lack of moisture (Bianchi, 2018).
• Too Deep Planting (Fig. 1, position a): The heart is covered with soil. This is the most dangerous mistake. The growing point rots, the plant cannot develop, leaves become small, and the plant gradually dies. In wet weather, the heart can rot within a few days (Bianchi, 2018; Kirtbaya, 2003).

Schematic representation of correct (b) and incorrect (a – too deep, c – too shallow) strawberry planting (Bianchi, 2018).

Practical Recommendations:

1. Preparing the hole: Make the hole deep enough so that the roots fit freely, without bending, vertically. If the roots are too long (more than 7–10 cm), they can be slightly trimmed — this stimulates the formation of new young roots.

2. Spreading the roots: Spread the roots in the hole so they do not bend upward or tangle. The roots should be directed downward or to the sides.

3. Backfilling: Fill the hole with soil, carefully compacting it with your fingers around the plant. Ensure the heart remains on the surface. You can gently pull the plant up by the leaves — if the heart comes up, it means it was buried.

4. Check: After backfilling and light compaction, gently tug the plant by a leaf — a properly planted plant will not pull out of the ground (Kirtbaya, 2003).

Watering After Planting

After planting, strawberries need abundant watering. This ensures close contact of the roots with the soil and initiates the rooting process.

• First watering: Immediately after planting, water each plant at the root. Rate — 0.5–1 L of water per plant.
• Watering regime in the first weeks: In the first 7–10 days after planting, water the plants daily or every other day, especially in dry and hot weather. The soil should be moist, but not wet. In the first month of establishment, it is critically important not to allow the soil to dry out (Bianchi, 2018).
• Watering method: Drip irrigation or root watering with a watering can without a spray nozzle is best. Avoid overhead watering during hot times of the day — this can cause burns and promote fungal diseases.
• Further watering: Once the plants start growing (new leaves appear), reduce watering frequency to 1–2 times a week, depending on the weather.

Mulching

Although we have already discussed mulching in detail in Section 4, it is important to emphasize its role specifically during the planting process.

• If you use film or agrotextile: It should be laid before planting. Cuts are made immediately before planting the plants.
• If you use organic mulch (straw, wood chips, bark): Apply it after planting, when the plants have already been watered. The mulch layer should be 5–8 cm thick. Important: leave a small free space (2–3 cm) around the base of the plant (heart) to prevent the mulch from touching it and causing rot (Hill, 2011).
• The role of mulch during planting:
• Retains moisture, which is critical for establishment.
• Prevents soil overheating in hot weather.
• Protects young roots from drying out.
• Suppresses weed growth, which compete with young plants for water and nutrients.

Brief Planting Checklist

1. Choose a cloudy day or evening time for planting to reduce plant stress.

2. Prepare the transplants: Remove dry and damaged leaves, trim overly long roots.

3. Make a hole of suitable depth.

4. Spread the roots in the hole.

5. Fill with soil, compacting it. The heart must be at ground level.

6. Water abundantly each plant.

7. Mulch the bed (if using organic mulch).

8. Shade the plantings (if necessary) during the first hot days.

Conclusion on Planting:

Proper planting is a guarantee of high establishment and healthy development of your strawberry plantation. Pay special attention to planting depth and the position of the heart — this does not forgive mistakes. Ensure regular watering in the first weeks and protect the soil with mulch. By following these simple rules, you will lay a solid foundation for a bountiful harvest in the future.

Watering: The Basis of Survival

In the first 2–3 weeks after planting, strawberries need the most careful attention to soil moisture.

• Frequency and volume: In the first week after planting, water the plants daily, especially in dry and hot weather. Watering rate — 0.5–1 L of water per plant. In cool or cloudy weather, watering can be done every other day (Bianchi, 2018). Starting from the second week, gradually reduce frequency to 2–3 times a week, depending on soil condition and weather.
• Watering method: The most effective method is drip irrigation or root watering with a watering can without a spray nozzle. Avoid overhead watering in sunny weather – water droplets act like lenses, causing burns, and create a favorable environment for fungal diseases (Cornell Guide, 2003).
• Why it works: Young plants have an underdeveloped root system that cannot extract water from deep soil layers. Regular and moderate watering maintains moisture in the root zone, promoting rapid growth of new feeder roots.
• Moisture control: The soil should be moist, but not waterlogged. Overwatering is as dangerous as drying out – it leads to root rot and disease development (Kirtbaya, 2003). Check soil moisture at a depth of 5–7 cm with your finger – if the soil is dry, it's time to water.

Protection from Sun and Wind

Young plants, especially those with bare roots, experience severe stress from direct sunlight and wind.

• Shading: In the first 5–7 days after planting, especially if the weather is hot and sunny, it is advisable to shade the plants. For this, you can use:
• Light white agrotextile (spunbond) stretched over low arches.
• Tree branches stuck into the ground near the plants.
• Old sheets or newspapers draped over arches.
• Removing shading: Remove shading gradually when the plants start growing and new young leaves appear – this signals that the root system has begun to function.
• Why it works: Shading reduces moisture evaporation from leaves, reduces tissue overheating, and gives the plant time to restore roots without additional stress (Sharma et al., 2019).

Removing Flower Trusses (Pinching First Flowers)

This is one of the most important and, unfortunately, often ignored practices in the first year after planting. Its goal is to redirect the plant's energy from flowering and fruiting to developing a strong root system and leaf canopy.

• For June-bearing (short-day) varieties: Remove all flower trusses in the first year after planting. As soon as the first flower buds appear, carefully pinch them off (Hill, 2011; Cornell Guide, 2003). This is a mandatory condition for forming a healthy bush and obtaining an abundant harvest in the following year.
• Why it works: Flowering and fruiting require enormous resources. A young plant that spends energy on berries in the first year will not be able to sufficiently develop its root system and leaf mass. As a result, the next season's yield will be significantly lower (Cornell Guide, 2003).
• For day-neutral and everbearing varieties: The rules are a little different. Remove flower trusses only for the first 4–6 weeks after planting to allow the plant to establish. After that, flower trusses can be left – these varieties are capable of fruiting and increasing vegetative mass simultaneously (Hill, 2011; Bowling, 2000). However, to get maximum yield in the first year, some gardeners leave flower trusses only after mid-summer.

Weed Control

In the first weeks, when plants are still weak and have not covered the area, weeds pose a serious threat.

• Weeding: Regularly weed the beds, removing weeds by hand or with a hoe. It is especially important to keep the root zone of young plants clean (Cornell Guide, 2003).
• Mulching: If you did not use film, be sure to mulch the soil around the plants with a layer of organic matter (straw, dry grass, wood chips, pine needles) 5–8 cm thick. This not only prevents weed growth but also retains moisture and protects roots from overheating (Bianchi, 2018).
• Why it works: Weeds are strong competitors for water, nutrients, and light. Young strawberries have shallow root systems and lose in competition with weeds. Mulched soil deprives weeds of light and inhibits their growth.

Soil Loosening

If you are not using film, keep the top layer of soil loose.

• Caution: Loosen the soil around the plants very carefully, to a depth of no more than 2–3 cm, to avoid damaging the young roots that are near the surface (Kirtbaya, 2003; Bianchi, 2018).
• Why it is needed: Loosening breaks the soil crust, improves root aeration, and prevents excessive moisture evaporation. But remember: frequent and deep loosening can damage the root system.

Fertilizing in the First Year

In the first year after planting, if you have properly amended the soil with organic matter and mineral fertilizers during bed preparation, additional fertilizing can be minimal.

• When to fertilize: If, 3–4 weeks after planting, leaves begin to lose their dark green color and turn yellow, this may indicate a nitrogen deficiency.
• What to use: Use a liquid fertilizer with a predominance of nitrogen, for example, manure tea (1:10) or herbal tea, or a complex water-soluble fertilizer with an NPK formula of approximately 20-20-20. Apply it with watering.
• Dose: Follow the instructions on the package. For young plants, it is better to give a lower dose than a higher one.
• Timing: Usually one feeding a month after planting and a second one in late August – early September are sufficient to prepare the plants for winter (Hill, 2011). Nitrogen fertilizing after mid-August is not recommended, so as not to stimulate shoot growth at the expense of winter preparation.

Signs of Establishment and Possible Problems

Monitor the plantings. Healthy plants:

• Within 1–2 weeks, new, bright green leaves begin to appear.
• Old leaves do not wilt or turn yellow.
• The root collar (heart) remains firm and green.

Possible Problems and Their Solutions:

• Leaf wilting during hot parts of the day: This is normal in the first days if turgor is restored by evening. If wilting persists, increase watering and provide shading.
• Yellowing and drying of old leaves: A natural process if new ones are appearing. If all leaves are turning yellow – check watering (possible overwatering or underwatering), inspect the heart – has it rotted?
• Disease or pest damage: In the first weeks, young plants are particularly vulnerable to gray mold, powdery mildew, and strawberry mites. At the first signs (spots, mold, leaf deformation), treat the plants with permitted biological products or fungicides/insecticides, following the instructions. However, if you bought healthy transplants and provided good ventilation (did not overplant), the problem may not occur (Bowling, 2000).

Conclusion on the First Weeks:

The first 3–4 weeks are the period of most intensive care. Your tasks are:

1. Water regularly, avoiding both drying out and waterlogging.

2. Shade from the scorching sun.

3. Remove flower trusses (for June-bearing) or only the first ones (for day-neutral).

4. Control weeds through weeding and mulching.

5. Loosen the soil very carefully.

6. Observe the plants to notice problems in time.

By investing effort in care during this period, you will give your strawberries a powerful start, and they will reward you with abundant harvests in the next season.

Mistake 1. Incorrect Planting Depth

This is the most common and most damaging mistake. As we discussed in detail in Section 5, the heart (apical bud) must be strictly at soil level.

• How it manifests:
• Too deep: The plant does not grow, leaves are small and pale, over time the heart rots, and the bush dies. Often gardeners, wanting to "better anchor" the plant, cover it with soil completely.
• Too shallow: Roots become exposed and dry out, the plant weakens, may freeze in winter or die from heat in summer.
• Solution: Carefully inspect each plant during planting. Use the rule: "a finger should pass between the heart and the soil." If you notice a mistake immediately after planting, carefully adjust the plant by adding or removing soil.
• Why it matters: The root collar is the most vulnerable part of the strawberry. It tolerates neither drying out nor waterlogging.

Mistake 2. Planting in Unprepared Soil and Inappropriate Location

Trying to save time on bed preparation almost always leads to disappointing results.

• How it manifests: Weak plant development, low yield, berries become smaller, plants often get sick and die.
• Typical mistakes:
• Planting in shade: Berries become sour and small, yield drops significantly (Bowling, 2000; Hill, 2011).
• Planting in lowlands: Water stagnation leads to root rots and plant death (Kirtbaya, 2003).
• Planting after poor preceding crops: Plants are affected by Verticillium and other diseases that persist in the soil for years (Cornell Guide, 2003).
• Lack of organic matter: Soil quickly becomes depleted, plants starve, yield decreases already in the second year.
• Solution: Devote maximum attention to bed preparation. Choose a sunny location, ensure good drainage, apply organic matter, and make sure that solanaceous crops, raspberries, and strawberries themselves have not grown on this site for the last 3–5 years (Bianchi, 2018).

Mistake 3. Too Dense Planting and Untimely Runner Removal

Often gardeners plant plants too close together, hoping to get more berries, or allow runners to grow uncontrollably in matted planting (if using this method).

• How it manifests: Dense plantings are poorly ventilated, berries become smaller, the risk of gray mold (Botrytis cinerea) increases, yield drops, and berries are harder to harvest (Bianchi, 2018; Bowling, 2000).
• Solution: Strictly follow the recommended planting schemes. For most varieties, the optimal density is 40,000–60,000 plants per hectare (Sharma et al., 2019). In the first year, for June-bearing varieties, remove not only flower trusses but also excess runners if you are not using matted planting. If using a matted system, leave only 5–6 of the strongest rosettes per mother plant and remove the rest (Cornell Guide, 2003).
• Why it matters: Each plant needs sufficient feeding area to form quality berries. In dense plantings, competition for light, water, and nutrients leads to smaller fruits.

Mistake 4. Neglecting the First Flowering (or, Conversely, Removing All Flower Trusses for Day-Neutral Varieties)

Many beginner gardeners feel sorry for the first flowers, thinking "one berry won't hurt." Or vice versa, they remove flower trusses from day-neutral varieties, depriving themselves of a harvest in the first year.

• How it manifests:
• For June-bearing: Weak bush development, yield reduction in the following year by 30–50%.
• For Day-neutral: Loss of autumn harvest, which is the main advantage of these varieties.
• Solution: For June-bearing: remove all flower trusses without regret — this is an investment in the future harvest (Hill, 2011). For day-neutral: remove flower trusses only in the first 4–6 weeks after planting, then let the plant bear fruit (Bowling, 2000; Cornell Guide, 2003).
• Why it matters: Different types of strawberries have different physiologies. June-bearing form flower buds at the end of the previous season, and fruiting in the first year greatly depletes the young plant. Day-neutral, on the contrary, can simultaneously bear fruit and increase vegetative mass, so they are capable of producing a harvest in the first year without harming the future (Bowling, 2000).

Mistake 5. Improper Watering

Watering is one of the most complex aspects of care. Mistakes here are very common.

• How it manifests:
• Overwatering: Roots rot, leaves turn yellow, the plant dies from root rots.
• Underwatering: Plants wilt, berries become small, dry, and tasteless, the plant weakens, yield decreases.
• Overhead watering in sunny weather: Leaf burns, spread of fungal diseases.
• Solution: Water infrequently but deeply, soaking the soil to a depth of 20–30 cm. Water at the root or use drip irrigation. In the morning or evening. Rely on the weather and soil condition. Mulch helps retain moisture and reduce watering frequency (Cornell Guide, 2003; Bianchi, 2018).
• Why it matters: Strawberries have a shallow root system (up to 90% of roots are in the top 15 cm of soil) (Bowling, 2000). They cannot extract water from deep layers, so they critically depend on regular and proper watering.

Mistake 6. Ignoring Winter Preparation (for Regions with Cold Winters)

This applies to autumn planting and perennial plantations.

• How it manifests: Freezing of roots and heart, plant death in winter or early spring.
• Solution: Cover the plantation with a layer of mulch (straw, dry leaves, spruce branches) 10–15 cm thick after the onset of persistent cold, when the soil has slightly frozen (Bowling, 2000; Hill, 2011). In spring, when the threat of severe frost has passed, carefully rake away the mulch to prevent plants from damping off.
• Why it matters: Strawberries can withstand frosts down to –25...–30 °C only under snow cover. Without snow or cover, plants are damaged already at –10...–15 °C (Kirtbaya, 2003).

Mistake 7. Using Poor-Quality Planting Material

Saving on transplants often leads to large losses.

• How it manifests: Slow growth, low yield, mass diseases, plant death, infestation of the site with nematodes and viruses (Kirtbaya, 2003).
• Solution: Buy transplants only from verified nurseries or reliable suppliers. Carefully inspect plants before purchasing. Pay attention to root collar diameter (at least 10–15 mm) and root condition. Do not take transplants with signs of disease or of questionable origin (Sharma et al., 2019; Bowling, 2000).
• Why it matters: Strawberry is a perennial crop. It is impossible to fix the consequences of planting diseased plants. Diseases will accumulate in the soil and affect all new plantings for years to come.

Quick Summary of Typical Mistakes

Conclusion on Typical Mistakes:

The most reliable way to avoid mistakes is to learn from others' experience. Remember the main principles: correct planting depth, quality planting material, prepared soil, timely watering, and removal of the first flower trusses. By following these rules, you will significantly increase your chances of creating a healthy and highly productive strawberry plantation that will delight you for years to come.