Home • Chelsea Flower Show 2008
-Carole Bamford, founder Daylesford Organic
Managing the soil, and building its fertility, eliminates our dependence on fossil fuels when producing food. Fertility is built up by applying manure from the farm and rotating cereal crops with leguminous plants such as clover.
The organic wheatfield is an important habitat: annuals like cornflowers and corn chamomile, once commonplace, are now rare because of destruction by broad spectrum herbicides. Arable plants are the most threatened group of plants in Britain, with 54 species rare or threatened and seven already extinct within arable environments. Certain wild animal species act as barometers of the environment; in nature, we would expect this garden and surrounding fields to sustain grey partridges, brown hares, water voles and barn owls.
In the age-old tradition, wheat from last year’s Daylesford harvest is used; according to Darwinian principles it is well suited to the local growing conditions.
Traditional countryside management such as hedge laying and tree pollarding are employed; these fascinating age-old processes are as fresh and relevant as ever. Wisps from pollarding the white willows are woven to make raised beds, a composting area and the ceiling of the garden kitchen.
Hedgerows contribute to manage our water resource and retain biodiversity. A network of hedgerows prevents large field sizes, thereby lessening the potential for surface flow by creating a barrier and encouraging percolation into the ground. Not only does this reduce the threat of flooding but it also means less soil erosion and leaching, thus nutrients remain within the field. The hedges are laid according to the Midland bullock style; a strong barrier originally designed for fields with larger livestock.
Large fields often use extensive land drainage networks. These speed up the passage of water through the cycle and can exacerbate flooding events. Traditional ditch networks that border small fields can help to drain the field allowing cultivation, whilst also holding back water and facilitating percolation and ground water storage. The water naturally collected in a drainage ditch offers a habitat for typical aquatic species, including useful predators.
There is a margin between the wheat field and ditch. The margin retains habitat for wildflowers and beneficial insects, whilst also acting as a buffer that reduces soil and nutrient runoff into the water course.
A vegetable and herb garden, with raised beds edged in woven willow (organically grown and created by Water Willows)from the fields, has been created within the confines of a walled garden. The kitchen garden offers good silty loam, conditioned and enriched by organic practices – rotational planting, composting and wormeries. The appropriate ‘companion’ plants will help minimise the presence of pests and diseases – in keeping with the garden’s organic principles.
The Potager is planted for practicality and productivity, incorporating heritage vegetables, a range of herbs and aromatic plants, fruit trees and bushes. Heritage and rare breeds are integral to the demonstration of organic principles, as their genes hold certain beneficial traits necessary in sustainable system, and once they have been lost (extinct) they will never be replicated.
Planting is predominantly native and sensitive to the season, to show how these ‘constraints’ can be treated not as restrictions but as creative opportunities to spur the gardener’s imagination.
Outside we have an outdoor open fire stove, burning local wood from hedgerows and woodland. The surrounding seating allows us to eat what we see growing. Local Cotswold stone walling pointed by a traditional lime mortar offers a backdrop to trained roses, espaliered apple and mature medlar trees.
The focal point, a ‘state-of-green-art’ building, looks down the garden and fields beyond, with a green roof, solar panels, recycled glass, timber and local Cotswold drystone walling.
Kitchen garden becomes a “garden kitchen”, with the garden’s focal point, a contemporary architectural state-of-the-art green building where what is grown is prepared for dining. We have used Local Cotswold Stone, recycled glass and aged oak beams.In the “garden kitchen” a solar heating system heats water for food preparationThe solar heating system, mounted on the roof of the sustainable garden kitchen building, will heat water for the food preparation beneath. The carbon-neutral system utilises and stores solar energy.
The wild flower roof is a mixture of wild flowers and grasses, growing in a moisture-retentive turf made from recycled textiles; it is low maintenance and promotes biodiversity. It also keeps the building cool in hot weather. The living roof on the garden kitchen is the ultimate in sustainable materials. The turf layer provides insulation, reduces heat reflection, slows down the water cycle, absorbs carbon and, being generated on-site, epitomises local sourcing. The roof is a further demonstration of sustainability as it provides the platform for heat generating solar panels.
The planning and growing of the DO garden centres around organic principles. Fertility building and natural predator avoidance and control are core to the success of the garden. This is achieved with a number of simple management principles: Rotational growing, companion planting, compost and wormery management, and the attraction of beneficial fauna. Seasonality and sustainability are strong allies; the garden is a tribute to the best of seasonal early summer produce, fresh from the soil.
With the fruit and vegetables to hand, there is no need to refrigerate the produce to keep it fresh. Traditional racks and drawers are incorporated into the contemporary kitchen design, which will be used to store apples, onions and other bumper harvests for the leaner months.
This is a zero waste garden: all waste is broken down on site. Organic matter is recycled in the wormery for potting compost; more fibrous material produces fertile bedding compost, and the woody material becomes kindling. Natural woven organic willow (organically grown and created by Water Willows) from pollarding is used for screening the compost and wormery.
Water from the roof of the kitchen passes down a chain to a water butt, so that it can irrigate the garden.
Other features incorporate reclaimed objects, such as the oak barrel, which started life as a rum barrel, was then used to age beer, and is now a water butt; whilst the compost barrels are ironically constructed out of former food containers.
Water is harvested from the roof of the garden kitchen and passes down a chain to a water butt. Utilising this rainwater to irrigate the garden both reduces pressure on the vulnerable mains water resource and slows its passage through the water cycle, thereby contributing to alleviate the risk of flooding.
Summer Solstice marks the first day of summer. It is also the longest day of the year. It is the time of year when the soil and nature work in harmony to produce an abundance of crops, fruit, vegetables, herbs and flowers.
It is the vision of Carole Bamford, the founder of Daylesford Organic and she is leading a team to create a garden which demonstrates her philosophy and that of Daylesford Organic - nurturing the soil for future generations and in turn providing food that is organic, natural, seasonal and fresh.
It is the first time that Daylesford Organic has created a show garden, however there has been a Daylesford Organic stand for the last two years and you will find us there again this year. Trade stand SR22.
There are many recognised methods, but it is as simple as finding a protected area to contain layers of soil, plant and waste materials. Aeration is all-important – turn the mass every two weeks or so, covering it to retain the heat and stop drying out or saturation. If kept moist and aerated, the heat generated will destroy many diseases and unwanted seeds. Excellent compost can be made in as little as eight weeks.
Rotating your groups of vegetables and ‘companion’ planting utilises the natural properties of some plants to enhance the productivity of others. Here are 3 easy planting steps:
Garden living areas should be practical and sustainable. This can be achieved in many ways: