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On a hot summer’s day, we often seek our garden lawn as a cooling place to sit and get some relief from the sun. However, since artificial grass is made from plastic, lots of people ask whether it gets hot, or whether it stays like natural grass. The answer is, it’s somewhere in between.

Of course, we all know to stay in the shade in midday sun and this is when your artificial grass will be at its hottest. Unless it is an extremely hot say and your lawn is in direct sunlight, you should still be able to walk on your artificial grass. The best thing to do is test it using the back of your hand before anyone walks over it with bare feet or children go to play on it.

In the shade, artificial grass should always maintain a cool temperature, although it will never have that refreshing feel of cold grass on a hot day. It will also cool down extremely quickly as the day goes on, so if your grass does get too hot it shouldn’t be unusable for too long.

Artificial grass has to meet high safety standards and most are UV stabilised, which means that they can withstand high temperatures without melting or getting extremely hot. It’s worth remembering that hot countries like Dubai use artificial grass, so the occasional hot day in a British summer should be enough for artificial grass to handle!

Different types of gardening work will need to be carried out at different times of the year. Garden maintenance is a year round job, although the amount of work will usually decrease during the winter. For larger landscaping projects, aim to have these done through autumn, winter and early spring, to give plants time to get established before summer. Be aware that poor weather over winter can slow down the work.

Aeration, like scarification, is another vital step to keeping your lawn looking healthy and vibrant. It involves making small holes in the soil to allow air, water and nutrients to get into the grass roots, helping them to grow deeply, and produce a much stronger lawn. It also helps to relieve compaction from the soil, which stops nutrients and air from circulating. But how do you aerate your lawn?

Before you start to aerate your lawn, it’s a good idea to scarify it first to get rid of any moss, dead grass and thatch. This involves vigorously raking your lawn to get all the organic matter up, then transferring it to your compost heap or disposing of it. Light scarification is best in the spring but you can heavily scarify it in the autumn.

If you’ve got a small lawn, you can use a hand-held hollow tine aerator or even a normal garden fork. Dig deep into your lawn’s surface with the fork, or push the aerator into the ground which will pull plugs, or cores, of soil out of the ground to create air holes. You can let the cores dry and then go over them with a lawn mower or rake to spread them evenly across your lawn. This will recycle all the nutrients in those parts of the soil and stimulate bacterial activity to break down unwanted thatch. Don’t leave them, because they will make your lawn look bumpy over time.

If you’ve got a larger lawn, you might find it easier to see if you can hire a petrol aerator. But there are also rolling aerators that have spikes on a cylinder and you just push along, or even aerator sandals that you can wear and just go to town on your grass!

1. How to build a shed base out of paving slabs
   • Mix sand and cement together to make mortar or use a pre-mixed one
   • Use a trowel to lay mortar for 1 slab at a time on the sub-base and lift a damp-sided slab onto the mortar, using a piece of timber and club hammer to tap the slab into position carefully. Continue to lay the first row of slabs
   • Make equally-sized spacers in all the joints in the slabs to ensure they’re the same size, checking it’s level as you go along
   • Next lay slabs along the two adjacent outer edges, filling in the central area row by row
   • Leave the mortar to set according to the instructions or for at least 48 hours before filling in the joints with mortar or paving grout
2. Building a shed base from concrete
   • Create a wooden frame around your shed base area (also called formwork) to stop the concrete from spreading
   • Mix pre-mixed concrete with water or use 1 part cement to 5 parts ballast
   • Wet the sub-base using a watering can with a rose on the end
   • Pour the concrete onto the framed base starting in one corner
   • Push the blade of a shovel up and down in the edges of the concrete to get rid of air bubbles
   • Use a rake to spread the concrete, leaving it around 18mm higher than the top of the frame. Work in sections of around 1-1.m²
   • Compact the concrete using a straight piece of timber that’s longer than the width of the base. Move the timber along the site, hitting it along at about half of its thickness at a time until the surface is evenly ridged
   • Remove excess concrete and level the surface by sliding the timber back and forwards from the edge that you started. Fill in any depressions and repeat until even
   • Run an edging trowel along the frame to round off exposed edges of the concrete and prevent chipping
   • Cover the concrete with a plastic sheet raised on wooden supports to allow slow drying. Weigh it down with bricks
   • Once the concrete is set, you can install your shed and remove the wooden frame with a crowbar

It’s a good idea to talk to your neighbours before you start any work to avoid confusion along the way. But if the fence is definitely your responsibility and on your property, there’s no legal obligation to notify them. It’s also a myth that you need to erect a fence with the flush side without posts facing your neighbour’s property.

1. Calculate the surface area for your decking Multiply the length (L) of your decking area by the width (W): L x W = Decking Surface Area (DSA) in m² 10 x 6 = 60m²
2. Work out the coverage of your deck boards Add your deck board width (DBW) to the expansion gap length (EGL), then add the deck board length (DBL) to the expansion gap width (EGW). Then multiply these numbers. (DBW + EGL) x (DBL + EGW) = Single Board Coverage (SBC) 0.144m + 0.005m = 0.149m 2.4m + 0.003m = 2.403m 0.149 x 2.403 = 0.358m²
3. Calculate the number of deck boards you need Multiply the SBC by 1.1 to allow for 10% wastage. Then, divide the DSA by the SBC. DSA / SCB x 1.1 = Total number of boards required 60m² / 0.358m² x 1.1 = 184.36 boards – so round up to 185 so you’re not left short.

If you’re thinking about a career in gardening or horticulture, regardless of the aspect there are relevant memberships, accreditations and qualifications available. First and foremost, gardening courses can range from as little as 6 months to a couple of years depending on the level of expertise that you require. Before you can be accepted as a member of a gardener’s association such as The Gardener’s Guild, you must prove to have a minimum of one horticultural qualification at Level two or above. It’s highly recommended that gardeners seek formal training in other to ensure a steady development - both personal and professional.

When it comes to gardening, qualifications are very important. They’ll give your customers the confidence in your commitment to your trade as well as your reliability. Having a qualification in gardening can also make you more efficient as you’ll be able to identify plant properly, know when they flower and need pruning etc, which helps you to effectively manage your time. The skills qualifications you’ll need include LANTRA and City and Guilds/NTPC qualifications which typically includes licenses for the use of horticultural equipment. For instance, if you plant to use a chainsaw, you’ll have to contact them to enquire about local courses. Licenses are a legal requirement in certain events and represents your seriousness when it comes to safety and environment issues.

RHS qualifications are also very popular amongst gardeners in the UK. The RHS courses can be completed at local colleges or through correspondence. Here, there are various modules that specialize in different horticulture topics and can also be combined to achieve higher level qualifications.

Garden slabs are a joy to behold but only when done the right way. Well, the installation of paving slabs shouldn’t be exceed digging a little here and there, buying a small amount of mortar and pressing down the garden slab, right? Absolutely not! But we must admit how great it would have been if only it were that easy in real life. Let’s be honest, in reality, laying garden slabs does not only require you to prepare your sub-base painstakingly and mix your mortar using the appropriate materials, but you’d also have to work with accurate and precise paver placements to guarantee the patio’s longevity. Consequently, this happens to be a stressful and quite tricky challenge. If you lack the required confidence to pull this off, we’d recommend you hire the services of a seasoned professional who can guarantee the best results and also save you time and extra cash that may result from possible costly errors. In this guide, you’d gain more insight into the garden slabs laying process.

To get started, you’ll need sharp sand, cement, shovel, wheelbarrow, pointing trowel, rubber mallet, spirit level, jointing compound, hard-bristled brush and tarpaulin.

1. Mix a layer of mortar for each paver.
2. Apply the mixed mortar onto the sub base by using the trowel.
3. Slot the first flag in place and ensure not to stain the paver’s surface with the mixed mortar.
4. Using a rubber mallet, carefully tap the paver to the mortar bed. Once done, ensure the surface is even with a spirit level.
5. Take a measurement of the gap between the pavers
6. Repeat the above steps until all pavers have been perfectly laid
7. Leave the pavers to dry for about 1 to 2 days. You can protect it using a tarpaulin if concerned about rain.
8. Use the jointing compound to fill up the paver gaps to bind together the pavers. Ensure to wipe off any excess compound using the hard-bristled brush.