Landscape Material Decision Preparation Checklist

Photograph the house wall, any boundary wall, the drive and every outbuilding, and write down what each one is actually made of.

New materials are usually seen against these, and much of the disappointment comes from a clash with something that was never going to change.

Note which existing materials are staying whether you like them or not, such as a neighbouring fence or a shared wall.

What may be altered on a shared or boundary structure is an ownership question for a suitably qualified adviser to address.

Look at how the existing materials have aged on your plot, noting which faces have gone green, which have faded and which stay clean.

Your own plot is the most reliable evidence available about how anything behaves in your aspect, climate and shade.

List any material already on site that could be reused, such as old bricks, setts, slabs, timber or stone in a rockery, and note roughly how much there is.

Reclaimed material from the plot itself often ties a new scheme to the place more convincingly than anything bought in.

Ask a qualified professional whether anything you hope to reuse is fit for the use you have in mind before it appears in a design.

Whether salvaged material can be reused underfoot or in any structure is a technical judgement and must never be assumed by the owner.

Note anything on the plot you would like gone at the first opportunity, so it is not quietly designed around and kept forever.

Designers work with what they are shown, and an unloved feature survives simply because nobody said otherwise.

Count how many different materials appear in the scheme you are imagining, and ask whether each one genuinely earns its place.

A long material list is a common reason a garden ends up feeling busy, and it is far easier to shorten on paper than on site.

Decide which material will dominate across the plot and which are present only as an accent, then write that hierarchy down.

Without a stated hierarchy every material competes, and later decisions get made one at a time with nothing to test them against.

Write down where a material should repeat, such as a paving material picked up in a step or a wall material picked up in a planter.

Repetition is what makes separate areas read as one garden, and it has to be decided rather than hoped for.

Consider whether the palette should carry through at any threshold with the house, and note where the eye travels between inside and outside.

Continuity at a door is one of the strongest effects available, and it constrains both the indoor and outdoor choice.

Gather your shortlist samples in one place outdoors and look at them as a group rather than one at a time.

Materials chosen individually often disagree with each other, and the group view is the one that actually matters.

Note which shortlisted materials you have only ever seen in a photograph, and treat every one of those as still unresolved.

Photographs flatten texture and shift colour, so a material known only from an image is not really on the shortlist yet.

Note what each boundary is made of now, roughly how tall it stands, and what condition it is honestly in.

Height, position and alteration of a boundary structure can be subject to local requirements; confirm the position with your local authority.

Consider whether you want each boundary to disappear behind planting or to be a deliberate, visible part of the scheme.

This single decision changes the material choice a great deal, and it is far easier to settle before anything is drawn.

Write down which vertical elements are seen from indoors and which are only ever noticed while standing in the garden.

The elements framed by a window deserve more attention than the ones seen only in passing.

Ask what happens where a fence, screen or wall meets a change in level, since that junction usually determines how the whole line looks.

Any wall holding back ground, or any structure exposed to wind, must be assessed and designed by a qualified professional.

Note whether anything will be fixed to, grown up, or leaned against each vertical element once the garden is in use.

Climbers, lighting, taps and store units all place demands on a fence that was chosen purely on appearance.

Consider how any gate would swing, latch and look from both sides, and record what you expect it to do.

Gates are handled daily, so their material and their action are noticed far more than most other choices.

Note where loose material would be walked from, because it travels indoors on shoes and into lawns on mower blades.

Migration of loose material is the complaint that surfaces long after laying, and its scale depends entirely on where the area sits.

Consider whether wheels will cross any loose surface, including a bin, a pram, a wheelbarrow or a mobility aid.

Whether a surface suits a wheeled use depends on the base and the containment, and that is a question for a qualified professional.

Ask how the material is held at its edges and what happens where it meets a lawn, a bed or a doorway.

Containment is what separates a loose surface that stays put from one that gradually spreads into everything around it.

Write down whether cats, dogs or wildlife use the area, and think honestly about what a loose surface would mean there.

Animal behaviour is a common reason loose surfaces get taken up again, and it is entirely predictable in advance.

Note how weeds behave in your garden already, and ask what upkeep a loose surface would realistically need here.

Existing weed pressure on your plot is a better guide than any general expectation about a material.

Consider how the material would be topped up later and whether the same colour and grade would still be available.

Loose materials are replenished at intervals, and the top-up rarely matches the original exactly.

Note which timber elements would be in ground contact, which would be splashed regularly, and which stay largely dry.

Suitability of a timber for ground contact or wet exposure depends on species and treatment; take that from the supplier and a qualified professional.

Decide whether you want timber to weather to grey or to be kept close to its original colour, and be honest about what that implies.

Keeping timber looking new is a commitment repeated for as long as the element exists, and it is easy to underestimate.

Ask what fixings are intended and whether they are likely to stain the material around them as they age.

Streaking below fixings is a common and highly visible fault that is decided long before anyone notices it.

Consider whether any metal element sits near the coast, near a pool or in constant damp, and flag corrosion as a question to raise.

How a metal behaves in your particular exposure is for the manufacturer and a qualified professional to confirm, not for a general expectation.

Note where a material will be touched daily, such as a handrail, a gate or a seat top, and how it feels hot, cold or rough.

Materials that are handled every day are judged by feel as much as by appearance, and that rarely comes across from a sample board.

Write down whether you want any element to be repairable in parts or simply replaced whole when it eventually fails.

This preference changes the construction as much as the material, so it belongs in the brief rather than in a later conversation.

Ask where each material comes from and what the supplier states about it, then keep that information in writing.

Written statements are what any later conversation depends on, and a verbal assurance rarely survives as far as the delivery itself.

Ask whether the full quantity can be supplied in one batch, and what would happen if the order had to be split.

Tonal difference between batches is a common source of dispute and is far better raised before anything is ordered.

Decide whether to keep spare material for future repairs, and identify where it could be stored dry and out of the way.

Matching a discontinued material later is often impossible, and a small reserve solves a problem that has no other answer.

Ask where a delivery vehicle can actually reach and where pallets could stand without blocking the only access.

Delivery access, ground protection and unloading are practical matters to agree in advance with the supplier and the contractor.

Note whether the material is heavy, fragile or awkward to move by hand from the delivery point to the work area.

On a plot with narrow access, the distance from the gate to the work face shapes which materials are realistic at all.

Ask what the supplier terms say about a fault appearing after the material has been laid, and keep the answer.

Claims about a delivered material sit between you, the supplier and the installer; obtain their written terms rather than relying on conversation.

Write down honestly how much sweeping, washing, oiling, painting or weeding you will actually do once the novelty has worn off.

The gap between intended and actual upkeep is where most material regret comes from, and it is entirely predictable.

Ask what each shortlisted material needs across a full year and who would normally carry that out.

Some upkeep is a pleasant, simple task and some needs equipment and a return visit, and the difference is rarely stated upfront.

Note whether the upkeep implies equipment you do not own and would have nowhere sensible to store.

A material that quietly requires a machine and somewhere to keep it has a hidden consequence for the rest of the garden.

Consider how a single damaged unit or panel would be taken out and replaced, and whether the repair would be visible afterwards.

Some materials repair invisibly and others announce every patch, which matters more than initial appearance over time.

Ask what happens if a material is left entirely unattended for a long stretch, and record the answer you are given.

Knowing the neglect case is useful, because most gardens go through a period when nobody is looking after anything.

Note which materials will be reached by a barbecue, a downpipe, a bird feeder or a planter, where marking tends to concentrate.

Staining is almost always local and predictable, so these positions are worth identifying before the material is fixed.