The blog of Steve Rice, Blooming Good Gardens, a garden designer based in the New Forest, near Southampton, covering Hampshire, East Dorset and East Wiltshire.
Showing posts with label Steve Rice. Show all posts
Showing posts with label Steve Rice. Show all posts
Wednesday, 12 August 2009
Growing Our Own Food
Current news items about the effect of climate change on food availability, the need to produce greater quantities of crops nearer to home, and the end of the “cheap food” era must surely mean an increase in many people wanting productive areas as part of an overall garden design. The integration of veggie patches with ornamental gardens (if we want to be posh about it, “potagers”) is nothing new, and can be an attractive idea – though some people are put off by thinking it’s a lot of work. I’ve done projects in the past using raised beds, which can reduce the work and overcome poor soil conditions, linked to the ornamental garden by, for example, a pergola walkway. I recently visited a company called Living Leaves, who have developed a complete system for producing veg, herb & salad crops – including neat raised beds, planting plans for all-year-round crops, plants delivered to your door at just the right time, plus monthly email guides. Integrating a system like this within an overall design can give a novice client confidence that they can grow wholesome, fresh food themselves – without it being too much work, and at less cost than buying from a supermarket.
Sunday, 9 August 2009
Article on Rain Gardens
I've just had a piece published in the local magazine about rain gardens. The gist of it was:
"We’re all aware of the village roads flooding after heavy storms and we’re constantly being told of climate change and its consequences.
You may not know about last autumn’s change in planning regulations, which means that anyone paving more than five square metres of front garden has to do so in a way that prevents rainwater running off onto the highway and, therefore, into the storm water drains. Estate and property developers now have to give consideration to rainwater management, including using SUDS (Sustainable Urban Drainage Systems) to minimise the effects of rainwater during heavy downpours.
The intention of these new planning measures is to have as much rainwater as possible returned into the ground, where it can be soaked up and used by plants before naturally returning to brooks, streams and rivers. This allows the water to move in a delayed, slowed and cleaned manner, instead of as a deluge carrying pollutants from hard surfaces into the drainage system.
(You may think that this is only a problem for the cities, but consider the following small calculation. The population of the village is 2116; assuming an average of 4 people per household this gives 529 dwellings; if they are, on average, similar “roofprints” to my house, the rainwater falling on the village's roofs during a 2-hour heavy storm amounts to about 350,000 gallons (just over 1.5 million litres) – or enough to fill a 25m swimming pool 3 times over! OK, many dwellings will have soakaways instead of pouring this into the drainage system, but just imagine how much more water falls on roads, paths, drives, car parks, ...)
Whilst this new emphasis is a positive step, it still treats rainwater as a problem to be “managed”. Many people are now thinking differently, with rainwater being regarded as a resource. The established use of water butts connected to downpipes via diverters for use in the garden is increasing in popularity, although many of you will know how quickly a water butt is filled in a storm, still leaving the excess to flood into the drainage system. Some people have invested in larger rainwater “harvesting” systems, such as underground storage tanks beneath permeable-paved drives, although these are very expensive, and complex to install.
In their book “Rain Gardens” (Timber Press, 2007), Sheffield University’s Nigel Dunnett and Andy Clayden describe new concepts that combine environmental benefits and aesthetics where rainwater is not seen purely as a resource or as a problem, but is instead a visible, celebrated part of our gardens."
You can see a rain garden I recently designed here.
"We’re all aware of the village roads flooding after heavy storms and we’re constantly being told of climate change and its consequences.
You may not know about last autumn’s change in planning regulations, which means that anyone paving more than five square metres of front garden has to do so in a way that prevents rainwater running off onto the highway and, therefore, into the storm water drains. Estate and property developers now have to give consideration to rainwater management, including using SUDS (Sustainable Urban Drainage Systems) to minimise the effects of rainwater during heavy downpours.
The intention of these new planning measures is to have as much rainwater as possible returned into the ground, where it can be soaked up and used by plants before naturally returning to brooks, streams and rivers. This allows the water to move in a delayed, slowed and cleaned manner, instead of as a deluge carrying pollutants from hard surfaces into the drainage system.
(You may think that this is only a problem for the cities, but consider the following small calculation. The population of the village is 2116; assuming an average of 4 people per household this gives 529 dwellings; if they are, on average, similar “roofprints” to my house, the rainwater falling on the village's roofs during a 2-hour heavy storm amounts to about 350,000 gallons (just over 1.5 million litres) – or enough to fill a 25m swimming pool 3 times over! OK, many dwellings will have soakaways instead of pouring this into the drainage system, but just imagine how much more water falls on roads, paths, drives, car parks, ...)
Whilst this new emphasis is a positive step, it still treats rainwater as a problem to be “managed”. Many people are now thinking differently, with rainwater being regarded as a resource. The established use of water butts connected to downpipes via diverters for use in the garden is increasing in popularity, although many of you will know how quickly a water butt is filled in a storm, still leaving the excess to flood into the drainage system. Some people have invested in larger rainwater “harvesting” systems, such as underground storage tanks beneath permeable-paved drives, although these are very expensive, and complex to install.
In their book “Rain Gardens” (Timber Press, 2007), Sheffield University’s Nigel Dunnett and Andy Clayden describe new concepts that combine environmental benefits and aesthetics where rainwater is not seen purely as a resource or as a problem, but is instead a visible, celebrated part of our gardens."
You can see a rain garden I recently designed here.
Thursday, 6 August 2009
Blooming Good Gardens at the New Forest Show
Last week was fun. I and four other garden designers had a stand at the New Forest Show. Business was brisk, especially on the Tuesday - the weather forecast was poor for Wednesday so maybe everyone decided that was the day to visit. We had many seemingly genuine visitors, and gave out sets of leaflets and business cards.
The week would have been perfect, had it not been for traffic problems. The first day I was on the stand, I lost my car in the evening...although I knew exactly where I'd left it. Security had other ideas though...and then on the last evening, when we wanted to dismantle the stand, heavy traffic, and an off-site road accident, led to grid-lock on the showground.
The week would have been perfect, had it not been for traffic problems. The first day I was on the stand, I lost my car in the evening...although I knew exactly where I'd left it. Security had other ideas though...and then on the last evening, when we wanted to dismantle the stand, heavy traffic, and an off-site road accident, led to grid-lock on the showground.
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