Cocopeat stays too wet
Start below the surface. A damp top alone does not tell you how much air and water the roots have. Look at drainage and irrigation together before changing the medium.
Check with DigbyFind your next step →
COCOPEAT GROWER HELP
Growing in cocopeat? Let’s work out what to check next. Practical help with water, roots, feeding and your crop—with the Grow Crew.
Find my growing problem ↗Choose a question. Follow the checks. Take action.


Good growing startsSTART WITH WHAT YOU SEE
262 guides
Start below the surface. A damp top alone does not tell you how much air and water the roots have. Look at drainage and irrigation together before changing the medium.
Check with DigbyFind your next step →A low EC result and a buffering treatment answer different questions. Confirm both on the product specification before deciding how to prepare your cocopeat.
Check with CobyFind your next step →First compare the test methods, then compare the numbers. A supplier’s extraction result and drainage from a fertigated crop describe different samples.
Check with DripFind your next step →Root colour is a clue, not a diagnosis. Compare texture and plant performance with a healthy plant before assuming every tan root is rotten.
Check with RhizaFind your next step →Before adding feed, ask where the yellowing began. Older leaves, new leaves and whole-plant yellowing provide different clues, but none confirms a cause on its own.
Check with Dr. CocoFind your next step →When one bag dries while its neighbour stays wet, start by comparing water delivery. Increasing irrigation everywhere can make the wet areas worse.
Check with DewyFind your next step →Start with the label and batch instructions. Preparation depends on the product’s treatment and your crop, rather than one universal soaking recipe.
Check with CocoaFind your next step →Identify the insect first. Small flies around wet growing media may be fungus gnats, but appearance and behaviour need checking before choosing a control.
Check with Professor CocoFind your next step →Inspect the stem at the media surface. A seedling with a pinched, collapsing stem needs a different response from a tall seedling leaning towards the light.
Check with Dr. CocoFind your next step →Healthy-looking foliage does not guarantee fruit set. Look at the flowers and greenhouse conditions alongside the root-zone records.
Check with TomFind your next step →Read temperature and humidity together. The same relative humidity at different temperatures does not create the same drying demand on a plant.
Check with FernFind your next step →White marks on leaves need identification. Powdery mildew is a leaf disease; visible white material can also be spray or mineral residue.
Check with Professor CocoFind your next step →Choose a blend around drainage and irrigation capacity, rather than copying a ratio from a different crop.
Check with CobyFind your next step →Start with root-zone behaviour, not the appearance of the material.
Check with CobyFind your next step →A peat-free switch is a growing-system change, not just a bag substitution.
Check with CobyFind your next step →Yes, coir can support a soilless system, but roots still need suitable nutrition and management.
Check with CobyFind your next step →Evaluate the finished blend, especially for young plants, rather than treating vermicompost as a fixed-dose fertiliser.
Check with CobyFind your next step →Check how volume was measured before treating a lower number as a quality failure.
Check with CobyFind your next step →Keep unused substrate identifiable, protected and separate from used growing material.
Check with CobyFind your next step →Assess disease history, physical structure and salt status before deciding.
Check with CobyFind your next step →White material could be fungal growth, salt residue or another deposit; inspect before treating.
Check with Dr. CocoFind your next step →Look for persistent surface moisture, light and nutrient exposure.
Check with DigbyFind your next step →An unusual smell deserves inspection, especially when roots are deteriorating.
Check with DigbyFind your next step →A visible crust is a reason to inspect the water and feeding system, not an exact salt measurement.
Check with DripFind your next step →Confirm a repeatable trend before reacting to a single concentrated sample.
Check with DripFind your next step →Low EC can be one clue, but it cannot distinguish every cause of slow growth.
Check with DripFind your next step →Look at the irrigation water and fertiliser programme as well as the substrate.
Check with DripFind your next step →First establish whether the decline is repeatable and which sample is being measured.
Check with DripFind your next step →Two water sources can show similar pH yet behave differently when used repeatedly.
Check with DripFind your next step →Hardness is one part of water quality, not a complete verdict on suitability.
Check with DripFind your next step →A clean starting substrate cannot remove the ongoing salt input from unsuitable water.
Check with DripFind your next step →Assess the collection and storage system as well as the water itself.
Check with DripFind your next step →A consistent meter is essential before interpreting a change in the crop.
Check with DripFind your next step →Inspect electrode care before changing irrigation chemistry.
Check with DripFind your next step →Ask the laboratory for its sampling instructions before collecting material.
Check with DripFind your next step →These tests answer different questions and often work best together.
Check with DripFind your next step →Buffering does not replace the crop's ongoing nutritional requirements.
Check with DripFind your next step →The answer depends on the product's initial nutrient charge, crop and nursery stage.
Check with DripFind your next step →Use crop demand and root-zone observations rather than a universal daily schedule.
Check with DigbyFind your next step →Night irrigation should serve a measured crop need rather than a habit.
Check with DigbyFind your next step →There is no single drainage percentage that suits every crop, water source and climate.
Check with DigbyFind your next step →Use the bag supplier's preparation instructions and the actual bench layout.
Check with DigbyFind your next step →Position emitters around the crop's root establishment and the bag design.
Check with DigbyFind your next step →Restore reliable delivery and assess the crop before resuming an unchanged programme.
Check with DigbyFind your next step →Recirculation requires a designed water-management system, not simply returning drain water to the tank.
Check with DigbyFind your next step →Check the original root plug as well as the surrounding coir.
Check with DigbyFind your next step →Use growth, root distribution and watering behaviour together.
Check with DigbyFind your next step →Separate seed quality, environment and substrate conditions before changing products.
Check with Dr. CocoFind your next step →Match the cube to the plant, nursery duration and final transplant system.
Check with CobyFind your next step →Follow the specific disc's expansion and sowing instructions.
Check with CobyFind your next step →Choose a propagation-grade medium and a crop-specific rooting environment.
Check with CobyFind your next step →Check water consistency and calcium delivery before assuming the feed contains too little calcium.
Check with TomFind your next step →Leaf rolling and distorted new growth are not the same observation.
Check with TomFind your next step →Choose pruning around the variety and training system.
Check with TomFind your next step →Review cultivar and crop stress rather than assuming cocopeat changes flavour directly.
Check with CukeFind your next step →Check the cultivar before introducing or excluding pollinators.
Check with CukeFind your next step →Decide whether the crop is for fruit production or propagation.
Check with BerryFind your next step →Pay attention to crown position and root placement during planting.
Check with BerryFind your next step →Match the root-zone volume and substrate specification to the cultivar and production plan.
Check with TomFind your next step →Identify the disorder and review water delivery before adding calcium products.
Check with TomFind your next step →Measure near the roots rather than relying only on the greenhouse air reading.
Check with FernFind your next step →Review root-zone conditions alongside light and air temperature.
Check with FernFind your next step →A timed collection test separates delivery differences from differences in plant water use.
Check with DigbyFind your next step →Inspect a row pattern before assuming the substrate batch varies.
Check with DigbyFind your next step →Select an emitter for the hydraulic layout and irrigation programme, not just its advertised flow.
Check with DigbyFind your next step →Separate line drainage from irrigation applied while the pump is running.
Check with DigbyFind your next step →Watch an entire start-up cycle instead of timing only the controller command.
Check with DigbyFind your next step →Zone capacity depends on the complete hydraulic design and the crop layout.
Check with DigbyFind your next step →Compare pressure before and after the filter under the same operating conditions.
Check with DigbyFind your next step →Match filtration to the water contaminants and emitter requirements.
Check with DigbyFind your next step →Use line condition and equipment guidance to plan maintenance.
Check with DigbyFind your next step →A cycling pump needs a system check before adjusting crop irrigation.
Check with DigbyFind your next step →Compare measured zone use with visible delivery and crop demand.
Check with DigbyFind your next step →A meter is most useful when readings are linked to a specific zone and event.
Check with DigbyFind your next step →Check delivery and drainage separately when a bench is uneven.
Check with DigbyFind your next step →Sudden pressure changes deserve an equipment review, especially after adding zones.
Check with DigbyFind your next step →Observe whether sputtering is brief start-up behaviour or persistent interruption.
Check with DigbyFind your next step →Verify actual dilution rather than relying only on the injector dial.
Check with DripFind your next step →Investigate incomplete dissolution or incompatibility before sending the stock to the crop.
Check with DripFind your next step →Concentrated ingredients may react even when the final diluted feed is suitable.
Check with DripFind your next step →A useful label lets another operator identify the batch without guessing.
Check with DripFind your next step →Check the unit at every stage from ingredient weighing to final dilution.
Check with DripFind your next step →Verify the working volume before treating a tank line as a precise measurement.
Check with DripFind your next step →Sample representative locations after the prescribed mixing process.
Check with DripFind your next step →The mixing tank result does not always represent what reaches the plant.
Check with DripFind your next step →Sample the beginning, middle and end to distinguish timing effects from an unstable recipe.
Check with DripFind your next step →Protect the source supply before adding fertiliser injection to an irrigation system.
Check with DripFind your next step →Check whether the injector operates accurately at the smallest zone flow.
Check with DripFind your next step →Persistent air entry can interrupt stock delivery even when water continues flowing.
Check with DripFind your next step →Use the product’s preparation instructions and temperature limitations.
Check with DripFind your next step →Temperature handling is part of a repeatable conductivity measurement.
Check with DripFind your next step →Check the unit before concluding that two conductivity results disagree.
Check with DripFind your next step →Choose measurement resolution appropriate to the decision you need to make.
Check with DripFind your next step →Compare both instruments on the same solution under stable conditions.
Check with DripFind your next step →Check installation and contact before letting the reading control irrigation.
Check with DigbyFind your next step →Choose representative positions that match the irrigation decision.
Check with DigbyFind your next step →Weight trends can help, provided the measurement setup stays consistent.
Check with DigbyFind your next step →Confirm the instrument and installation suit the substrate and operating range.
Check with DigbyFind your next step →Automation needs a response plan for sensor or communication failure.
Check with DigbyFind your next step →Collect samples that represent the question being investigated.
Check with DripFind your next step →Timing changes what a drainage measurement means.
Check with DigbyFind your next step →Combining samples can describe a group but can hide a problem bag.
Check with DripFind your next step →Treat a source change as a change to the nutrient programme as well as the water supply.
Check with DripFind your next step →Water quality can change over time even when the source name stays the same.
Check with DripFind your next step →Review the treated-water analysis rather than treating RO as a complete nutrient solution.
Check with DripFind your next step →A blending setting is useful only if the resulting water is verified.
Check with DripFind your next step →Ask how the softener works and test the resulting water before using it on a crop.
Check with DripFind your next step →Deposits and clogging need investigation of both the water and the delivery system.
Check with DripFind your next step →A complete source-water assessment can reveal issues that EC alone cannot identify.
Check with DripFind your next step →Conductivity indicates the overall dissolved-ion load, not the identity of every ion.
Check with DripFind your next step →Ask the laboratory what sample, bottle and handling conditions it requires.
Check with DripFind your next step →An alarm should lead to verification and a defined operating response.
Check with DripFind your next step →Check the graft union and transplant supplier’s instructions before positioning the plant. Rootstock benefits depend on preserving the intended graft relationship.
Check with TomFind your next step →Record when cracks appear and which fruit stages are affected. Cracking can reflect cultivar susceptibility and changes in water supply rather than a single nutrient shortage.
Check with TomFind your next step →Look at the fruit’s exposure before blaming the substrate. Newly exposed fruit may be vulnerable after heavy leaf removal or canopy damage.
Check with TomFind your next step →Separate normal differences in fruit maturity from persistent hard green or yellow shoulders. Keep cultivar and climate records with the fruit samples.
Check with TomFind your next step →Match retained fruit to the cultivar, season and plant strength. A truss-load decision should be made from the whole plant, not bag volume alone.
Check with TomFind your next step →Check whether developing fruit are physically obstructed, unevenly pollinated or under crop stress. Shape alone cannot identify the cause.
Check with CukeFind your next step →A small fruit may yellow and abort when the plant cannot support it or when fruit set is unsuccessful. Record where abortion occurs along the plant.
Check with CukeFind your next step →Plan a support system that carries the mature vine and fruit without pulling on the root plug. Match training to the cultivar and greenhouse structure.
Check with CukeFind your next step →Harvest timing influences marketable size and retained fruit load. Check the buyer’s grade before using length alone as your harvest rule.
Check with CukeFind your next step →Inspect flowers and young fruit as well as ripe berries. Pollination, flower injury and pest damage can produce different forms of distortion.
Check with BerryFind your next step →A dark flower centre is evidence to investigate promptly. Check temperature events and flower condition before assuming poor substrate nutrition.
Check with BerryFind your next step →Keep developing fruit accessible and away from persistently wet surfaces. Evaluate the support arrangement without damaging flower trusses.
Check with BerryFind your next step →Begin with the cultivar and production window. Day-neutral does not mean the crop is unaffected by temperature or growing conditions.
Check with BerryFind your next step →Inspect the delivery before placing plants into prepared coir. Preserve traceability and follow the nursery’s handling instructions for the plant type.
Check with BerryFind your next step →Balance establishment and harvest objectives using the plant type and cultivar. One flower-removal rule does not fit every production programme.
Check with BerryFind your next step →Pay attention to the original nursery root ball as well as the surrounding substrate. Different media may wet and dry differently during establishment.
Check with CobyFind your next step →New-leaf chlorosis calls for a crop-specific root-zone review. Leaf colour alone cannot confirm iron deficiency or identify the correct treatment.
Check with CobyFind your next step →Establishment goals and nursery plant size should guide the first crop load. Early fruit numbers are not the only measure of a successful planting.
Check with CobyFind your next step →Plan for the local climate and cultivar rather than assuming containers behave like field soil. Roots in exposed containers can experience different conditions.
Check with CobyFind your next step →Inspect fruit exposure and the history of canopy loss. Pale lesions may need diagnosis, particularly if they soften or spread.
Check with TillyFind your next step →Support fruit-bearing branches before they bend or split. Match the support to the training system and expected crop load.
Check with TillyFind your next step →Use plant vigour, fruit size and production objectives to guide crop-load decisions. A fixed fruit count is not transferable between cultivars and seasons.
Check with TillyFind your next step →Confirm the cultivar’s expected colour and maturity before investigating slow change. Temperature, crop load and light can affect the production timeline.
Check with TillyFind your next step →Inspect the location of damage and the growing conditions before increasing calcium. Internal leaf injury may differ from external scorch or disease.
Check with SprigFind your next step →Check cultivar, season and maturity. Bolting is a developmental response that substrate changes alone will not reverse.
Check with SprigFind your next step →Plan harvest height and frequency around the cultivar and market. Regrowth depends on leaving viable growing points and a healthy plant.
Check with FernFind your next step →Review cultivar and crop timing before treating early flowering as a substrate fault. A short harvest window requires close crop scheduling.
Check with FernFind your next step →Plan for spreading stems and roots before they connect neighbouring containers. Keep propagation stock and harvest batches clearly separated.
Check with FernFind your next step →Inspect seed contact, root anchoring and the tray surface before changing irrigation. A mat lifting can have several physical causes.
Check with SprigFind your next step →Check seed type and emergence conditions. Persistent hulls may complicate harvest, but aggressive removal can damage a tender crop.
Check with SprigFind your next step →Plan harvest clearance and clean handling before sowing. Keeping substrate out of the cut crop is part of a wider food-safety programme.
Check with SprigFind your next step →Consistent filling gives each seedling a comparable starting root zone. Look for both empty pockets and overcompressed cells.
Check with CocoaFind your next step →Use the crop and seed supplier’s instructions rather than one depth for all species. Seed size alone does not capture every germination requirement.
Check with CocoaFind your next step →Check root development, moisture and extraction technique together. A plug that crumbles is not automatically evidence of poor coir.
Check with CocoaFind your next step →Move protected plants toward the destination environment gradually. Hardening is acclimation, not deliberately causing severe drought injury.
Check with CocoaFind your next step →Follow a validated graft-healing protocol for the crop and grafting method. The plug is only one part of the healing environment.
Check with CocoaFind your next step →Inspect stem condition and light before assuming more nutrition is needed. Long, thin growth differs from a collapsed stem base.
Check with CocoaFind your next step →Confirm the crop supplier’s planting guidance and maintain the intended crown position. Settling or buried growing points can complicate establishment.
Check with FernFind your next step →Follow the nursery’s instructions for the supplied rose type and rootstock. Grafted and own-root plants should not be assumed to require identical handling.
Check with FernFind your next step →Match the medium to the orchid type and growing conditions. Orchid roots vary greatly in their needs, so one coir recipe will not suit every species.
Check with FernFind your next step →Select the finished blend and container around the species and climate. The label cocopeat alone does not describe how long the root zone stays wet.
Check with FernFind your next step →Plan a transfer that supports the root plug and minimises unnecessary disturbance. Use nursery guidance for the variety and production system.
Check with CocoaFind your next step →Plan fruit support around the cultivar and trellising method before fruit becomes heavy. The growing bag is not designed to carry hanging fruit loads.
Check with TomFind your next step →Inspect branch loading and training before blaming root anchorage. Fruit weight and handling can put considerable force on a branch junction.
Check with TomFind your next step →Decide whether the crop is intended for fresh leaves, flowering stems or seed. Harvest and pruning choices depend on the buyer and cultivar.
Check with FernFind your next step →Compare the cutting source and position before changing the medium. Uniform media cannot remove variation in cutting maturity and handling.
Check with CocoaFind your next step →A delay needs a deliberate holding plan. Overcrowding and declining plug quality can make later establishment harder.
Check with CocoaFind your next step →Inspect mechanical loading and handling as well as plant condition. A heavy cluster may need support that does not damage the truss.
Check with BerryFind your next step →Check cultivar compatibility and flowering overlap before assuming one planting will set the desired crop. Container growing does not remove flower biology.
Check with CobyFind your next step →Assess transplant size, root development and production objectives with the nursery. Early flowers are not automatically a sign of a ready plant.
Check with TillyFind your next step →Turn a product name into a written agreement before comparing quotations. A specification gives both parties the same basis for acceptance.
Check with CobyFind your next step →Compare the same deliverable, not just the lowest number on a price sheet. Different treatments and packing can explain a price difference.
Check with CocoaFind your next step →Use trial-measured usable volume to understand the effective material cost. Keep the calculation separate from unverified expansion claims.
Check with CobyFind your next step →Compare the full planting setup for a defined production cycle rather than the price of one bag.
Check with CocoaFind your next step →A focused request makes a sample more representative of the material you might order.
Check with CobyFind your next step →Change as few other factors as possible so a difference in performance can be interpreted.
Check with CocoaFind your next step →Decide the acceptance criteria before looking at results. This reduces the temptation to select only favourable observations.
Check with CobyFind your next step →Scale up with the trial specification intact and document any production changes.
Check with CocoaFind your next step →Look at the distribution of results rather than one attractive average.
Check with CobyFind your next step →Read the identity and method fields before judging the values.
Check with CocoaFind your next step →Write the unit beside every number before transferring laboratory data into a spreadsheet.
Check with CobyFind your next step →A retest is most useful when sampling and methods are agreed in advance.
Check with CocoaFind your next step →A retained sample can help investigate later questions if it remains identifiable and suitably stored.
Check with CobyFind your next step →Complete basic receiving checks before distributing the material around the site.
Check with CocoaFind your next step →Document the damage and assess the affected units before using them.
Check with CobyFind your next step →Keep the batches identifiable until their acceptance status is clear.
Check with CocoaFind your next step →Use a documented stock sequence while checking packaging condition and product suitability.
Check with CobyFind your next step →Distinguish intended product moisture from accidental water exposure during storage.
Check with CocoaFind your next step →Compare preparation capacity and workflow alongside transport and storage requirements.
Check with CobyFind your next step →Choose around the intended growing layout and root-zone arrangement.
Check with CocoaFind your next step →State whether dimensions refer to the compressed or prepared product.
Check with CobyFind your next step →Use the volume actually available in the prepared container, with its filling method stated.
Check with CocoaFind your next step →Discuss the growing environment and handling needs before approving a film specification.
Check with CobyFind your next step →Choose according to how reliably your team can prepare the required openings.
Check with CocoaFind your next step →Approve the technical wording and print layout before production.
Check with CobyFind your next step →Design the label so a unit can be traced after it leaves the pallet.
Check with CocoaFind your next step →Record changes explicitly before production or dispatch proceeds.
Check with CobyFind your next step →Treat a proposed substitute as a specification decision, not simply a stock replacement.
Check with CocoaFind your next step →Ask about the specific product and schedule rather than one headline production figure.
Check with CobyFind your next step →Work backwards from the date material must be ready for use, using current supplier and logistics estimates.
Check with CocoaFind your next step →Compare handling and packing efficiency using the actual product and receiving facilities.
Check with CobyFind your next step →Reconcile the physical packing hierarchy with the quantities stated on the document.
Check with CocoaFind your next step →Gross weight includes more than the growing medium, so identify the components before comparing figures.
Check with CobyFind your next step →Ask what the quoted weight represents before comparing a price per kilogram.
Check with CocoaFind your next step →Treat an estimate as a planning figure until the packing arrangement is confirmed.
Check with CobyFind your next step →Minimum quantities depend on the specific product and production arrangement.
Check with CocoaFind your next step →Start from the customer applications you can support rather than collecting every available size.
Check with CobyFind your next step →Provide one controlled technical brief that links product, packaging and acceptance requirements.
Check with CocoaFind your next step →Tolerances should reflect measurement capability and the intended use, not arbitrary precision.
Check with CobyFind your next step →Describe the observed difference clearly and keep conclusions separate from evidence.
Check with CocoaFind your next step →Look for evidence that the identified cause was addressed, not only a promise to be more careful.
Check with CobyFind your next step →Compare the proposed material with your established specification and workflow.
Check with CocoaFind your next step →Use colour as a description, not a substitute for agreed quality measurements.
Check with CobyFind your next step →Describe the required physical grade and how it will be assessed.
Check with CocoaFind your next step →Check the test procedure before comparing the percentage in each size fraction.
Check with CobyFind your next step →Ask how the properties were measured and whether the test resembles your container conditions.
Check with CocoaFind your next step →A useful trial record connects material identity, preparation and observations.
Check with CobyFind your next step →Time the complete repeatable process rather than one unusually quick demonstration.
Check with CocoaFind your next step →Define what is being lost and where it occurs before assigning a percentage.
Check with CobyFind your next step →Use actual packing dimensions and safe access requirements rather than only total product volume.
Check with CobyFind your next step →Aim for repeatable filling without forcing the medium into a dense mass. The finished container matters more than a hand-squeeze impression.
Check with CobyFind your next step →Some settling follows hydration and handling. Check how much the medium has moved and whether roots or plant crowns are exposed before adding more.
Check with CobyFind your next step →Inspect whether the gap is a surface feature or a continuous channel down the side. A visible gap does not tell you how wet the centre remains.
Check with DigbyFind your next step →Check whether the material was already layered at filling or has moved during handling. A fine layer can behave differently from the rest of the profile.
Check with CobyFind your next step →Inspect how fibre clumps sit within the finished pot. A few visible fibres are not the same as a repeatable filling obstruction.
Check with CobyFind your next step →A layered container is a different physical system from a thoroughly mixed blend. Evaluate the complete profile before adopting a layered recipe.
Check with CobyFind your next step →Compare the complete container geometry, not just its volume. Two containers holding the same litres can present roots with different moisture conditions.
Check with DigbyFind your next step →Use a suitable physical test and the actual intended container. Hand feel can help compare samples but does not provide a validated air-filled porosity percentage.
Check with CobyFind your next step →Read the units and method before comparing claims. Water retained per dry mass is not the same measurement as water volume within a filled container.
Check with CobyFind your next step →Check whether the pieces are compressed coir, chips or foreign material. Their identity determines the next step.
Check with CobyFind your next step →Review the handling process and workplace controls before processing a large dry batch. Dust is a handling issue that needs a planned response.
Check with CobyFind your next step →Look at how water reaches the surface and whether the material is newly filled. Floating particles do not necessarily mean the entire blend has failed.
Check with CobyFind your next step →Inspect plug-to-medium contact gently. A plant can wilt even when surrounding coir is moist if its original root plug is poorly connected to that moisture.
Check with DigbyFind your next step →A cover changes light, evaporation and access to the root zone. Decide what problem you want it to solve before introducing it across the crop.
Check with DigbyFind your next step →Screening changes the product you started with. Decide which fraction is being removed and how the remaining medium will be evaluated.
Check with CobyFind your next step →Check the supporting surface before changing the substrate. An uneven bench can create a repeated wet or dry pattern along otherwise similar bags.
Check with DigbyFind your next step →Confirm that the full working bag is adequately supported. Overhang can change shape and create strain as the medium becomes wet and plants grow.
Check with DigbyFind your next step →Plan around the complete loaded system, including wet media, plants and equipment. A dry substrate weight is not a structural load assessment.
Check with CobyFind your next step →Consider the floor condition, drainage route and hygiene plan together. The support should keep the bag stable without trapping its drainage.
Check with DigbyFind your next step →Inspect the extent and location before disturbing roots. Escaped roots can complicate drainage and create connections between otherwise separate bags.
Check with DigbyFind your next step →Stabilise the container and assess what has been exposed or lost. The best response depends on the tear position and plant condition.
Check with DigbyFind your next step →Consider light entering the root zone as well as visibility for inspection. A clear container changes the growing environment compared with an opaque one.
Check with FernFind your next step →Choose film with the growing environment and product specification in mind. Colour alone does not describe durability, temperature performance or suitability.
Check with FernFind your next step →Separate accidental standing water from a deliberately designed subirrigation system. The same saucer can function very differently depending on how it is managed.
Check with DigbyFind your next step →Check container stability and crop support before adding weight to the medium. A growing canopy changes the forces acting on the system.
Check with CobyFind your next step →Check the installation design before allowing direct contact. Local heat near a pipe can differ greatly from the average greenhouse air temperature.
Check with FernFind your next step →Map where people, tools and media move through the site. Keeping clean material apart from used crop waste is easier when the workflow is visible.
Check with Dr. CocoFind your next step →Use a documented cleaning process appropriate to the equipment and crop risk. Visible residues can carry material from the previous batch into the next.
Check with Dr. CocoFind your next step →Evaluate the container’s crop history and cleanability before refilling. Fresh medium cannot compensate for contaminated residues left on the container.
Check with Dr. CocoFind your next step →Decide based on where it landed and what it may have contacted. Recovering a small amount of material can introduce uncertainty to a much larger clean batch.
Check with Dr. CocoFind your next step →Trace when and where the seedlings first appeared. Weed emergence can involve handling and the surrounding environment as well as the original medium.
Check with Dr. CocoFind your next step →Look for the pest and its access route rather than treating leaf damage alone. Moist hiding places around the growing area may be important.
Check with Dr. CocoFind your next step →Observe what the ants are doing. Their presence may be associated with other pests or a nesting location rather than direct root damage.
Check with Dr. CocoFind your next step →Identify adults carefully before choosing a management approach. Different small flies can occupy the same moist greenhouse environment.
Check with Dr. CocoFind your next step →Plan removal to avoid spreading debris and drainage through the crop. Diagnosis and containment should guide the handling method.
Check with Dr. CocoFind your next step →Treat root inspection as a hygiene-sensitive task. The same tool can contact many plants in a short time.
Check with Dr. CocoFind your next step →Protect the growing area and stored medium from avoidable animal contact. Assess contamination separately from visible crop damage.
Check with Dr. CocoFind your next step →Mushrooms indicate fungal activity but do not identify a plant disease on their own. Look at the crop and growing conditions as well as the fruiting body.
Check with Dr. CocoFind your next step →Remove unnecessary crop debris as part of routine hygiene, while avoiding damage to living roots and stems.
Check with Dr. CocoFind your next step →Wilting does not always mean a shortage of water in the container. Check the roots and environment before adding another irrigation.
Check with Dr. CocoFind your next step →Leaf-edge damage has several possible causes. Establish the pattern and recent changes before deciding that the plant needs more or less fertiliser.
Check with Dr. CocoFind your next step →A directional pattern can be more useful than the colour of a damaged leaf. Compare the affected side with nearby light, heat and airflow sources.
Check with FernFind your next step →Air movement is useful, but a strong local jet is different from uniform circulation. Check the plants nearest the fan separately.
Check with FernFind your next step →Use the location pattern to guide your checks. Edge rows may experience different exposure and working conditions from central rows.
Check with FernFind your next step →A screen change alters the crop environment. Review the root-zone observations before carrying on with every previous setting unchanged.
Check with FernFind your next step →Look for repeated drip locations, particularly before normal irrigation starts. Local water arriving from above can be missed in routine watering records.
Check with FernFind your next step →Determine why roots are exposed before covering them. Settling, erosion and normal growth near the surface can look similar at first glance.
Check with DigbyFind your next step →Inspect the contact point when damage is concentrated at the bag opening. Physical injury can resemble a disease symptom and can occur alongside other problems.
Check with Dr. CocoFind your next step →Review the canopy and access between containers, not only the space taken by each root zone. Plants can outgrow an initially suitable arrangement.
Check with FernFind your next step →Use handling history and the progression of symptoms to guide investigation. Appearance alone may not reliably separate injury from infection.
Check with Dr. CocoFind your next step →Try “roots”, “water” or “EC”, or ask Teral for help.
YOUR CROP. YOUR GUIDE.
Coby and Cocoa explain coir. Digby and Rhiza investigate roots. Drip and Dewy make measurements clearer. Meet the full crew behind the lessons.
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Drip
Dewy
Professor Coco
Dr. Coco
Sprig
Fern
Tom
Tilly
Cuke
Kira
Berry
BellaTAKE IT INTO YOUR GROWING SYSTEM
Tell us your crop, container, irrigation setup and water quality. We’ll help you discuss a suitable cocopeat specification and trial.