Berry Nutrition · Technically Reviewed
Best fertilizer for strawberries: match the program to the planting.
Strawberries don't have one universally best fertilizer — June-bearing beds, day-neutral rows, containers, and hydroponic towers each follow a different program. This guide covers what actually changes between them, with label-verified application rates for every method.
Jump to verified ratesThe Short Version
What is the best fertilizer for strawberries?
There is no single fertilizer ratio that suits every strawberry planting. The right program depends on whether your plants are June-bearing or day-neutral, whether they're newly planted or established, the growing method, and what your soil already holds. In soil, start with a current soil test and follow your lab's strawberry recommendation[1]. Within that framework, Greenway Biotech Strawberry Fertilizer 8-12-32 is a fully water-soluble, high-potash base fertilizer for growers whose program calls for additional phosphate and potash — it supplies NPK plus six micronutrients (iron, manganese, zinc, and copper as EDTA chelates; boron and molybdenum as minerals), works in soil, containers, fertigation, foliar, and hydroponic systems, and is CDFA registered and independently lab tested for heavy metals.
One thing it deliberately does not contain is calcium: calcium and concentrated phosphate form insoluble calcium phosphate when mixed as stock, so calcium is supplied separately — Cal-Mag Plus or Calcium Nitrate for hydroponics, containers, and RO water; gypsum for beds and in-ground soil. Berries need steady calcium for firm fruit, so treat the calcium source as part of the program, not an afterthought.
Who should choose something else
If your soil already tests high in phosphorus and potassium, a high-potash formula adds little — follow the soil test. If you're certified organic, 8-12-32 is a synthetic blend (not OMRI listed); build the program from bone meal, kelp meal, and K-Mag instead. And if you want a single one-part product that includes calcium, this two-part approach isn't it — the chemistry is the reason.
32%
Soluble potash (K₂O) for fruit fill, sugar transport, and shelf life
4:1
Labeled K₂O-to-N ratio — fruit over foliage and runners
6×
Micronutrients: Fe, Mn, Zn, Cu (EDTA-chelated); B, Mo (mineral)
1.8
Hard EC ceiling in hydroponics — strawberries are salt-sensitive
Reading the Bag
What the numbers on strawberry fertilizer mean
The grade describes the dry product — not what each plant receives. Dose and frequency decide that.
A grade of 8-12-32 means the fertilizer contains 8% total nitrogen (N), 12% available phosphate expressed as P₂O₅, and 32% soluble potash expressed as K₂O. Those are label conventions: the phosphate and potash numbers are oxide-equivalent percentages, not elemental phosphorus and potassium. The 32:8 relationship is therefore a 4:1 labeled K₂O-to-N ratio — a description of the product, not a claim about the crop's exact biological potassium requirement, which varies with production system, soil supply, and yield[1].
Concentration alone doesn't tell you what a plant gets. At the label's 3-gram fruiting dose, one container plant receives roughly 0.24 g N, 0.36 g available phosphate (P₂O₅), and 0.96 g soluble potash (K₂O) per feeding — small, frequent doses matched to a shallow-rooted, salt-sensitive crop.
Why the potassium emphasis? Potassium is required for the activity of many enzymes and for the water relations that move sugars from leaves into fruit. In strawberries the berry is both a sugar sink and a potassium sink: research on cultivated strawberry confirms potassium is the most abundant macronutrient in the fruit itself, serving as the primary osmoticum during early berry growth, with potassium-transporter activity shifting as fruit ripens[6]. Correcting a potassium shortfall can improve growth and fruit quality — but extra potassium beyond plant need does not automatically make berries sweeter or firmer; the same research notes responses are cultivar-specific, and excess potassium can interfere with magnesium uptake[3],[6]. Sweetness also depends on variety, light, water management, and picking berries fully red.
Phosphorus (as available phosphate) supports root establishment, energy transfer, and flower initiation — but in soil it should be applied to soil-test need, since many established beds already hold enough[1]. Moderate nitrogen keeps leaves productive without pushing runners and soft, disease-prone fruit. For deeper dives, see the function of potassium in plants and the function of phosphorus in plants.
Did you know?
Strawberries burn at salt levels many crops shrug off. A fruiting tomato runs comfortably at 2.6–3.2 EC in hydroponics; strawberries show leaf-margin burn and reduced fruit set well before 2.0. That salt sensitivity — not marketing — is why a berry formula is potassium-dense relative to its total salt load: it delivers the potassium without pushing the reservoir past what berries tolerate.
Decision Framework
Before you choose a strawberry fertilizer
Your production system and soil test matter more than any bag's ratio. Start here.
University guidance is blunt on this point: strawberry nutrient management depends on the production system, soil type, crop history, and delivery method, and growers should not rely only on general recommendations[1]. Test soil well before planting when you can — pH amendments can take up to a year to change the root zone, and strawberries prefer slightly acid soil (roughly pH 5.3–6.5 in extension guidance; 5.8–6.5 is the practical target on this product's label directions)[1],[2]. Skip universal ppm cutoffs from the internet: interpretation depends on the extraction method (Bray, Olsen, Mehlich), your soil, and your region, so use the strawberry recommendation printed on your lab report.
| Your situation | Best approach |
|---|---|
| In-ground bed, no recent soil test | Test before planting when possible[1]; until then, apply conservatively and avoid repeated phosphate, potash, lime, or sulfur applications |
| Soil tests high in P or K | Skip pre-plant phosphate/potash; a high-potash formula adds little — follow the lab's strawberry recommendation |
| ⭐ Established June-bearing bed | Main nitrogen feeding comes after harvest at renovation — not in spring[1] |
| Day-neutral or everbearing plants | Steady, smaller feedings every 2–3 weeks across the long fruiting season |
| Containers and hanging baskets | Per-plant label rates every 2 weeks; flush pots monthly to reset salts |
| Hydroponic tower, NFT, or Dutch bucket | Stage-based reservoir program with a separate calcium source; never exceed 1.8 EC |
| Certified organic garden | Build from mineral and organic sources (bone meal, kelp meal, K-Mag) — 8-12-32 is not OMRI listed |
When 8-12-32 fits — and when it doesn't
| 8-12-32 may be a good fit when… | Choose another approach when… |
|---|---|
| A soil or tissue test indicates additional phosphate and potash are appropriate | Soil already tests high in phosphorus or potassium |
| You want a fully soluble, precisely measured base for containers, fertigation, or hydroponics | You want a one-part product that already contains calcium |
| You need NPK plus a defined chelated micronutrient package in one bag | A confirmed magnesium problem could be aggravated by extra potassium[3] |
| You can supply calcium separately and account for your source water | You require a certified-organic program — see organic fertilizers |
| You value CDFA registration and independent heavy-metal testing | You can't monitor solution strength or salt buildup in your system |
Comparing berry formulas against the rest of the specialty crop lineup? The crop-formula table further down shows where each one actually belongs.
Label-Verified Application
How to fertilize strawberries
Every rate below is sourced from the current Strawberry Fertilizer 8-12-32 product directions (verified August 2026). These are also the rates behind the calculator.
Two rules apply to every method. First, keep fertilizer off the crown — band it in a ring 3–4 inches out and water it in; fertilizer sitting against the crown is the fastest way to lose a strawberry plant to crown rot. Second, apply to already-moist soil or media and water in with plain water afterward.
Containers and hanging baskets (per plant)
Mix: Dissolve the stage rate below in 1 gallon of water per plant — 2 g at transplant, 2.5 g (approximately ½ tsp) through runner growth, 3 g once flowers set. Weight first; volume measures are approximations since powder density varies.
Apply: That full gallon goes to that plant's root zone, in a ring around (never on) the crown.
Dose received: Exactly the stage rate — 2 g, 2.5 g, or 3 g per plant per feeding.
Frequency: Every 2 weeks through the season. Coverage: multiply by plant count — 12 plants at fruiting = 36 g in 12 gallons.
| Stage | 8-12-32 per plant | Water per plant | Calcium companion |
|---|---|---|---|
| Establishment / transplant | 2 g | 1 gal | Cal-Mag Plus ~5 ml per plant between feedings; flush pots with plain water monthly |
| Vegetative / runner | 2.5 g (~½ tsp) | 1 gal | |
| Flowering / fruiting | 3 g | 1 gal |
In-ground beds and raised beds (per area, not per plant)
Bed plantings are fed by area, so plant count doesn't change the amount — 12 plants or 30 plants in the same 100 sq ft get the same feeding, split evenly and watered in. These rates are starting points for medium-testing soils; confirm against a current soil test[1].
| Application | Rate per 100 sq ft | Timing |
|---|---|---|
| Pre-plant incorporation | 1 lb, plus 2 lbs gypsum for calcium | Worked into the top 4–6 inches before setting crowns — where a soil test calls for added phosphate and potash |
| Side-dress | 0.25 lb (~113 g) | At first flower, then every 3–4 weeks through fruiting |
| Renovation (June-bearing) | 0.25 lb (~113 g) | After the last harvest, following mowing and thinning |
| Drip fertigation | 0.5 lb per 100 gal irrigation water | Every 10–14 days during fruiting |
Hydroponic reservoirs (per plant)
Every amount below is per plant — multiply the whole row by your plant count, mix into the reservoir, then top up water until it reads the target EC. The EC column is the final measured value after all nutrients are in. Calcium Nitrate is for RO or soft water only; hard tap water above roughly 30 ppm calcium already carries part of what Cal-Mag supplies, so start low and add only what a water test shows you need.
| Stage | 8-12-32 | Cal-Mag Plus stock | Calcium Nitrate (RO/soft) | Water per plant | Final EC | pH |
|---|---|---|---|---|---|---|
| Establishment | 0.9 g | 3 ml | — | 0.7–0.9 gal | 0.8–1.0 | 5.8–6.2 |
| Vegetative / runner | 1.8 g | 7 ml | 0.4–0.8 g | 0.8–1.0 gal | 1.2–1.4 | 5.6–6.0 |
| Flowering / fruiting | 2.5 g (~½ tsp) | 12 ml | 0.7–1.4 g | 0.9–1.1 gal | 1.4–1.6 max | 5.6–6.0 |
Mixing sequence matters: fill to full water volume, dissolve Calcium Nitrate first (RO/soft water), add Cal-Mag or Calcium Nitrate stock, add 8-12-32 last, then adjust pH and verify final EC. Never combine concentrated calcium with concentrated phosphate. Published hydroponic references list wider strawberry ranges — Oklahoma State's general chart shows 1.8–2.2 mS/cm[5] — but ranges vary by system and source; this formula's program deliberately runs lower because berries burn early. Worked example, 24 plants at fruiting on RO water: 60 g of 8-12-32, 288 ml Cal-Mag stock, 17–34 g Calcium Nitrate, ~24 gallons, topped up to 1.4–1.6 EC. Keep reservoirs clean and oxygenated too — Pythium spp. is the primary hydroponic root rot pathogen, and warm, stagnant solution invites it; our guide to root rot in hydroponics covers prevention.
Foliar spray — a supplement, not the program
Extension research is clear that foliar feeding should supplement root-zone nutrition, not replace it — Minnesota trials found no yield benefit from routine foliar programs, and foliar macronutrients are best reserved for needs confirmed by testing[1]. When you do spray: mix ~2.3 g per gallon of finished spray (~½ tsp/gal) for maintenance every 10–14 days, or up to ~3.4 g/gal for short-term correction of a confirmed need (every 5–7 days, maximum 3 sprays — then fix the root zone). Never exceed 4.5 g per gallon, test a small area 24 hours before scaling any new rate, spray only below 80°F in early morning or late afternoon, never on open blooms or developing fruit, and stop 7 days before harvest and rinse fruit.
Commercial and field scale
Field programs typically apply 200–500 lbs of 8-12-32 per acre per season split across the fruiting window — roughly 275–400 lbs for medium-testing soils — always anchored to a current soil test and in-season tissue testing[1]. At the 340 lb midpoint that supplies about 27 lb N, 41 lb P₂O₅, and 109 lb K₂O per acre, with calcium supplied separately. For program-level guidance and bulk pricing, contact questions@greenwaybiotech.com.
The three ways growers lose strawberry plants to fertilizer
Crown contact (band the fertilizer, never pile it against the crown), EC drift (strawberries burn before other crops — treat 1.8 as a hard ceiling and check with a calibrated meter, not a guess), and mixing calcium with concentrated 8-12-32 stock (calcium phosphate precipitates and locks up both nutrients — always pre-dissolve separately). Over-application shows up as leaf-edge burn, white salt crust, and lush plants with few flowers; flush with plain water and cut back.
Do the Math For Me
Size it for your grow.
The calculator below applies the same product-page rates listed above — per-plant for containers and hydroponics, per-area for beds. If you'd rather work from the tables, everything the calculator uses is already printed in this article. Ready to stock up? Shop Strawberry Fertilizer 8-12-32 — 1 lb covers roughly 22 container plants for a season at label rates.
📊 STRAWBERRY FERTILIZER CALCULATOR
Estimate how much Strawberry Fertilizer 8-12-32 you need based on your growing method, plant count or bed size, and growth stage.
By Production System
When to fertilize strawberries
June-bearing and day-neutral strawberries should not be fed on the same schedule — this is the single most common timing mistake.
New June-bearing plantings (establishment year)
Phosphate and potash go in before planting, to soil-test need, because they're hard to add once plants are in the ground. Nitrogen is split — part before planting and part in late summer during runner production[1]. Flowers are pinched the first spring so energy builds the bed instead of a token crop. If the bed was properly amended pre-plant, in-season needs are usually limited to nitrogen and test-confirmed supplements.
Established June-bearing beds (years 2+)
Here's the counterintuitive one: the main feeding comes after harvest, at renovation — not in spring. Nitrogen applied before or during harvest pushes leaf and runner growth and can reduce fruit quality on medium and heavy soils; extension guidance reserves spring nitrogen for beds with genuinely poor vigor or very lean, sandy soils[1],[2]. Within about two weeks after the last harvest, mow the foliage, thin the rows, then apply the renovation feed (0.25 lb of 8-12-32 per 100 sq ft) and water it in — that feeding builds the crowns that carry next year's crop. If a tissue or soil test shows a phosphate or potash need, that also goes on immediately after renovation.
Day-neutral and everbearing plants
These fruit continuously for months — often managed as annuals — so they get steady, smaller feedings rather than one big one: every 2–3 weeks through the season, or continuous low-dose fertigation where drip is in place[1]. Ease off as the season winds down rather than pushing tender late growth into frost; because day-neutrals aren't renovated, a frost-anchored taper genuinely applies to them in a way it doesn't to June-bearing renovation feeding.
Containers, baskets, and hydroponics
Container plants run on the per-plant schedule above — every 2 weeks, stepping the dose up by stage — because pots hold few nutrients and every watering leaches some out. Hydroponic systems follow the stage-based reservoir program with a full solution refresh every 7–14 days. Growing in beds specifically? Our guide to growing strawberries in raised beds covers layout and season care, and the hydroponic strawberries guide covers system setup end to end.
Diagnose Before You Dose
Troubleshooting strawberry nutrient problems
Visual symptoms suggest possibilities — they don't prove causes. Confirm before you correct.
Most strawberry problems that look nutritional have several plausible causes, and reaching for fertilizer first can make things worse. Work through this sequence before applying anything: check moisture, drainage, roots, and crown health; review recent weather, temperature, and any spray history; measure soil or media pH (and EC where relevant); review what you've already applied; and only then test — soil, water, media, or leaf tissue — if the cause is still unclear. Apply a targeted nutrient only when the evidence supports it.
| Symptom | Possible causes | How to confirm | Corrective action |
|---|---|---|---|
| Older leaves pale, yellowing from the bottom up | Nitrogen shortfall; waterlogging; root injury | Check drainage and roots first; leaf tissue test | Fix water issues; if N is confirmed low, resume label-rate feeding |
| Yellow between green veins on young leaves | Iron unavailability at high pH; waterlogging; manganese; root damage | Test pH; inspect roots; tissue test | Correct pH toward the target range; if iron is confirmed and pH can't move fast, chelated iron is the stopgap |
| Lush foliage, heavy runners, few flowers | Excess nitrogen; spring N on established June-bearers; young planting | Review feeding history and timing against the schedules above | Skip the next feeding; shift the main feed to renovation[1] |
| Small, pale, bland berries | Cultivar; low light; heat; picking early; inconsistent water; crop load; potassium shortfall | Rule out light, water, and harvest maturity first; tissue test for K | Fix culture first; correct potassium only on test evidence |
| Leaf edges scorched; white crust on soil or media | Salt buildup / over-fertilization; drought; wind; spray injury | Measure media EC; check watering pattern and spray records | Flush with plain water, reduce rate or lengthen interval, resume lower |
| Purple-red leaf undersides, slow growth | Cold soil; genetics; root injury; phosphorus stress | Check soil temperature (<55°F is common in spring); inspect roots; pH | Usually wait for warm soil; confirm P with a test before adding phosphate |
| Wilting, stunted plants, blackened rotting roots | Root rot complex — in soil and hydroponics, Pythium spp. is a primary culprit[2] | Wash and inspect roots; check drainage, reservoir temperature, oxygenation | Fix drainage/oxygen and sanitation; fertilizer won't cure a root disease |
One more caution: strawberries have a narrow margin between boron deficiency and boron toxicity, so never apply boron on a hunch — only on a documented test result. If leaves are yellowing and you're not sure why, start with the eight reasons plant leaves turn yellow, and learn to tell excess from shortage in fertilizer toxicity vs. nutrient deficiency.
Pro tip: document before treating
Photograph symptoms before you change anything. If a problem doesn't improve within two weeks of a correction, send the photos plus a soil or tissue test to your county extension office — many nutrient look-alikes are actually disease, insect, or water problems, and a correct ID saves a season.
Crop-Formula Lineup
8-12-32 vs. other crop formulas
Similar-looking bags solve different problems. Here's where each one belongs — and when to pick it instead.
| Product | Grade | K₂O:N | Built for | Pick it instead when… |
|---|---|---|---|---|
| ⭐ Strawberry Fertilizer 8-12-32 (this guide) | 8-12-32 | 4:1 | Strawberries, blueberries, raspberries, blackberries | — |
| Tomato Fertilizer 4-18-38 | 4-18-38 | 9.5:1 | Tomatoes, peppers, eggplants | You're feeding nightshades, which tolerate far higher EC than berries |
| Cucumber Fertilizer 8-16-36 | 8-16-36 | 4.5:1 | Cucumbers, melons, squash | Vine crops with long continuous fruit-set windows |
| Lettuce Fertilizer 8-15-36 | 8-15-36 | 4.5:1 | Lettuce, leafy greens, soft herbs | The leaf is the product |
Note the honest caveat that belongs under any table like this: a "balanced" 10-10-10 isn't inherently bad for strawberries — whether it fits depends on your soil test and how much you apply, not on the ratio alone. What crop-specific soluble formulas buy you is precision: known nutrient payload per gram, at a salt load matched to the crop. More on choosing soluble products in general in how to pick the best water soluble fertilizer.
Build the Program
The berry program, in two bags.
8-12-32 carries NPK and the micronutrient package; a separate calcium source completes it. Registered with CDFA and independently lab tested for heavy metals, with results consistently well below required limits.
Strawberry Fertilizer 8-12-32
The high-potash, fully water-soluble base for all berry crops — soil, containers, fertigation, foliar, and hydro.
Cal-Mag Plus 2-0-0
Calcium, magnesium, and chelated iron — the default calcium pairing for containers, RO water, and hydroponics.
Calcium Nitrate 15.5-0-0
Water-soluble calcium with a small nitrogen contribution. Always dissolved into the reservoir first, never with phosphate stock.
Gypsum (Calcium Sulfate)
Pre-plant soil calcium that doesn't raise pH — the right pick for raised beds and in-ground rows.
Browse the wider strawberries & berries collection, potassium fertilizers, calcium & magnesium sources, or all water-soluble fertilizers.
Common Questions
Strawberry fertilizer FAQ
What is the best fertilizer ratio for strawberries?
There isn't one ratio that's best for every planting — the right program depends on strawberry type, growing method, and what your soil already supplies, which is why extension guidance anchors phosphate and potash to soil testing. Where a test supports added phosphate and potash, a high-potash grade like 8-12-32 (a 4:1 labeled K₂O-to-N ratio) fits the fruiting demand of berries while keeping nitrogen moderate.
How much 8-12-32 do I use per strawberry plant?
Containers and hydroponics are dosed per plant. Containers: dissolve 2 g at transplant, 2.5 g (~½ tsp) during runner growth, or 3 g at flowering/fruiting into 1 gallon of water per plant, every 2 weeks. Hydroponics: about 0.9 g, 1.8 g, and 2.5 g per plant by stage, topped up to the target EC. In-ground beds are the exception — they're fed by area (0.25 lb per 100 sq ft side-dress), so plant count doesn't change the amount.
How often should I fertilize strawberry plants?
It depends on the system. Containers: every 2 weeks. In-ground beds: side-dress at first flower, then every 3–4 weeks through fruiting. Established June-bearing beds get their main feeding once, after harvest at renovation. Day-neutral plants get steady feedings every 2–3 weeks across their long season. Hydroponic reservoirs are refreshed every 7–14 days.
When should I feed June-bearing vs. day-neutral strawberries?
Differently — that's the key. Established June-bearing plants generally should not get spring nitrogen; it pushes leaves over fruit and can hurt quality. Their main feeding comes right after harvest at renovation (mow, thin, feed 0.25 lb per 100 sq ft, water in). Day-neutral and everbearing plants fruit continuously, so they run a steady every-2–3-week program instead, tapering before frost.
Can I use tomato fertilizer on strawberries?
It's not a good swap. Tomato Fertilizer 4-18-38 runs a 9.5:1 K₂O-to-N ratio for crops that tolerate reservoir EC up to about 3.2 — strawberries burn well below that, capping around 1.6–1.8. Using the tomato formula on berries risks salt injury; using the strawberry formula on tomatoes underfeeds them at fruiting. Match the formula to the crop's salt tolerance, not just its potash number.
Why doesn't Strawberry Fertilizer 8-12-32 contain calcium?
Chemistry. Calcium and concentrated phosphate form insoluble calcium phosphate when combined as stock, locking up both nutrients — and this formula carries 12% available phosphate (P₂O₅). Calcium is supplied separately: Cal-Mag Plus or Calcium Nitrate in hydro, containers, and RO water; gypsum pre-plant in beds. Always pre-dissolve each product separately and never mix the concentrates.
What EC should hydroponic strawberries run?
For this program: 0.8–1.0 at establishment, 1.2–1.4 vegetative, and 1.4–1.6 at fruiting, with 1.8 as a hard ceiling and pH 5.6–6.2 by stage. Published general references list wider strawberry ranges (Oklahoma State shows 1.8–2.2), but ranges vary by system and source water — and berries are salt-sensitive enough that running the low side, verified with a calibrated meter, is the safer default. Follow the program for the product you're actually using.
Will more potassium make my strawberries sweeter?
Only if potassium was limiting. Adequate potassium supports the sugar-loading that moves sugars from leaves into fruit, so correcting a shortfall helps plants reach their genetic sweetness potential — but research responses are cultivar-specific, and extra potassium beyond need doesn't add sweetness and can crowd out magnesium. Variety, light, water management, and picking fully red matter at least as much.
What are the signs of over-fertilizing strawberries?
Leaf-edge burn, a white salt crust on the soil or media surface, dark lush foliage with few flowers, and soft berries that don't keep. Strawberries show salt injury earlier than most crops. Flush containers or beds with plain water, skip a feeding, then resume at a reduced rate or longer interval — and in containers, make the monthly plain-water flush routine.
Is 8-12-32 safe for organic gardens?
It's a synthetic blend and not OMRI listed, so it doesn't fit certified-organic production. Organic and mineral alternatives work well: bone meal for phosphate, kelp meal for broad-spectrum feeding, and K-Mag (sulfate of potash magnesia) for potash plus magnesium. For gardens that aren't strictly organic, 8-12-32 is CDFA registered and independently lab tested for heavy metals, with results consistently well below required limits.
About This Guide
Review & sources
Reviewed by Amir Tajer, B.S.M.E., QAL — Co-Owner & Technical Director, Greenway Biotech, Inc. Last updated August 12, 2026. Sources consulted: University of Minnesota Extension, Oregon State University Extension, Penn State Extension, Oklahoma State University Extension, and the peer-reviewed research cited below. All application rates in this guide are taken from the current Strawberry Fertilizer 8-12-32 product directions (CDFA-registered formula), verified against the live product page in August 2026. Disclosure: Greenway Biotech manufactures the 8-12-32 fertilizer discussed in this guide; alternative formulations and organic options are also covered.
Sources:
- Strawberry Nutrient Management — University of Minnesota Extension
- Growing Strawberries in the Home Garden — University of Minnesota Extension
- Growing Strawberries in Your Home Garden (EC 1307) — Oregon State University Extension
- Strawberry Production — Penn State Extension
- Electrical Conductivity and pH Guide for Hydroponics (HLA-6722) — Oklahoma State University Extension
- The Role of Potassium and KUP/KT/HAK Transporters in Regulating Strawberry Fruit Development — Plants (MDPI), 2025
