Peat-free media vary in how they retain water, maintain air space and supply nutrients. Compare the properties that matter under cover, how watering and feeding may need to change, and what to check before choosing a mix.
No-dig methods disturb the soil as little as possible and add organic matter at the surface. Learn how to prepare permanent greenhouse beds, make ongoing additions and manage moisture where rainfall cannot reach.
A pale crust in a greenhouse bed needs identifying before it is treated. This guide looks at the deposit itself, watering and feed history, plus practical water and growing-medium checks to narrow down the cause.
Mulch behaves differently under cover, where rain does not refresh the bed and damp hiding places can persist. Explore suitable materials, how they affect surface moisture, and ways to keep an eye on slugs around vulnerable crops.
Keeping tomatoes in one greenhouse bed can make crop rotation difficult, but a decline should not be guessed at. This article considers signs to investigate, useful tests, soil renewal options and realistic changes to future planting plans.
The suitable shade level depends on your crops, the season and measured light at the site. Learn how to compare netting percentages and decide whether full or targeted coverage best addresses excess light.
Air circulation helps prevent stagnant pockets around plants, but it does not necessarily remove heat from the greenhouse. See how circulating and extracting fans perform different jobs, then use a layout to plan their roles.
A waterside position calls for a careful site check. Map the pond edge, likely overflow routes, changing shade and the access needed to deliver, install and maintain the greenhouse before settling on a layout.
Plan greenhouse capacity around what your household genuinely wants to grow and eat. This guide considers crop choices, succession sowing, planting beds, paths and space for routine jobs without assuming self-sufficiency.
Drips onto greenhouse plants are usually linked to particular cold surfaces and overnight conditions. Map where water lands, inspect nearby panes and frames, and use photographs alongside climate notes to trace the source.
Insect mesh can exclude small pests, but it also slows the air passing through your greenhouse. Compare the target pest size with mesh restriction, existing ventilation capacity and a fitting method suited to your model.
Two greenhouses with the same floor area can feel very different to work in. Explore how their proportions affect bed arrangement, central paths, bench positions and access, so you can choose the extra dimension that suits your routine.
Design a shared greenhouse around the moments when both people are working at once. Map out separate places for potting and harvesting, routes for carrying trays and tools, storage and easy access to plants on both sides.
Damage confined to one side of the greenhouse points to a local exposure pattern rather than a general climate problem. Examine the changing sun path, nearby reflective surfaces, airflow and plant placement before making targeted adjustments.
The best greenhouse layout depends on the plot as much as the structure. See how a lean-to and a freestanding design affect wall attachment, access routes, internal circulation and usable growing areas.
A bed reached from both sides places planting in the centre, yet it may narrow circulation. Illustrative layouts compare reach, turning space and maintenance with beds placed around the greenhouse edge.
A potting area works hardest when its surface, supplies and seasonal trays each have a place. Positioning and storage choices can keep day-to-day jobs from crowding out plants.
Choose a greenhouse material with its long-term care in mind. This comparison considers routine cleaning, timber treatment, finish renewal and the practical ownership demands of aluminium and cedar structures.
A redundant shed slab can be a starting point, but it must suit the greenhouse rather than simply look sound. Review its footprint, level, square corners, cracking, drainage and required fixing locations against the model drawings.
The footprint alone does not show how practical a greenhouse will feel. Compare cross-sections to understand perimeter headroom, where shelving can sit and how straight or curved walls affect plant placement.
A mixed-glazing greenhouse needs to be designed and specified for the materials used. This guide explains why the particular model, glazing system and manufacturer-approved configuration matter before you make a choice.
The surface underfoot affects how comfortably you move around the greenhouse, how easily it can be cleaned and how water behaves. Compare gravel, brick and paving as interior finishes, while keeping the structural base as a separate decision.
More growing room may be possible later, but it should never be assumed. Learn how the greenhouse model, matching parts, their availability and any changes required to the base determine whether an extension is feasible.
Heavy clay needs a site-specific assessment, not a general gardening fix, before a greenhouse base is planned. Explore why drainage patterns and moisture-related ground movement should be understood alongside the drawings for your chosen model.
