National Character Area 122

High Weald - Description

The High Weald today

The High Weald is an area of ancient countryside and one of the best surviving medieval landscapes in northern Europe. The High Weald Area of Outstanding Natural Beauty covers 78 per cent of the NCA, reflecting the outstanding natural and scenic beauty of the landscape.

From a distance the appearance of the High Weald is one of a densely wooded landscape, although closer inspection reveals a patchwork of irregularly shaped fields and woods forming both open and enclosed landscapes along rolling ridges and within valleys. Along the ridgetop roads briefly glimpsed extensive views open up, stretching away over rolling ridges, punctuated by church spires far into the horizon, providing a contrast to the intimacy of the lush green valleys. Everything in the High Weald landscape is of human scale and its rich detail is best explored on foot, cycle or horseback along the myriad interconnecting paths and tracks.

Along the English Channel coast the High Weald gives way to eroded sandstone and clay sea cliffs around Fairlight and disappears under the urban areas of Bexhill and Hastings to the south-east. The eastern end of the High Weald is characterised by a series of broad, often flat-bottomed river valleys opening out towards the coastal levels of Romney Marsh between Tenterden and Fairlight.

Sandstone exposed as outcrops or along the wooded gills provides a nationally rare habitat and supports a rich community of ferns, bryophytes and lichens. The moist microclimate in these sites is vulnerable to climate change. Potential physical damage comes from the popularity of rock climbing although this is mitigated by guidance and support from the climbing community.

The drained landscape of the eastern High Weald river valleys is the result of a thousand years of modifications and exhibits few of the features associated with healthy natural river valleys. It is grazed by high numbers of sheep. Upriver the gill streams and upper reaches function better but remain vulnerable to pollution from agriculture and domestic waste treatment.

The ancient routeway network in the High Weald is substantially intact but the archaeology associated with it, such as multiple ditches and banks, is vulnerable to physical damage and the ancient, laid coppice stools edging many sunken routeways present a challenge for highway maintenance.

Flower-rich grassland persists along road verges and what was common land represents a substantial refuge for populations of rare species, but both are vulnerable to insensitive management.

Loosely arranged traditional farm buildings are extremely prominent in the NCA with their distinctive steep, clay-tiled hipped roofs. The numerous footpaths, as they have done for centuries, take walkers straight through the middle of historic farmsteads with the characteristic timber-framed and weatherboard buildings either side.

The distinctive pattern of dispersed historic settlement survives although the character of farmsteads has changed with the widespread conversion of traditional farm buildings to dwellings and the associated disappearance of agriculture and industry from farmsteads. The changing character of the farmsteads and surrounding landscape through gentrification ultimately also leads to a changing character of wildlife in terms of the assemblage of species present.

Typically, towns such as Tunbridge Wells and villages such as Goudhurst are sited on the ridges, with a dispersed pattern of historic farmsteads and hamlets covering the wooded valleys and field systems. Vernacular buildings have a strong local character influenced by a variation in locally available building materials, resulting in an abundance of weatherboard, brick, tile, and stone or rendered buildings. Local distinctiveness is marked by traditional vernacular building enhanced by stone church towers and spires located on ridges standing as major local landmarks. Within the forested ridges and ancient countryside, remnant hammer ponds constitute significant local features. These reservoirs have a distinctive branching or winding character as a result of their creation from small Wealden river valleys.

Woodland is extensive, covering 26 per cent of the area in a wide range of small wooded pits, linear gill woodland, farm woods and much larger wooded estates. Most of the woodland is ancient with carpets of bluebells and wood anemone in spring. Many of the woods were managed in the past as coppice with standard trees. The drier sandy soils were found suitable for pine plantations which persist within a patchwork of lowland heath and birch woodland Wild flower meadows are now rare but the medieval pattern of small fields with sinuous edges surrounded by thick hedgerows and shaws (the narrow remains of woodlands cleared to form fields) survives and many fields retain some permanent or semi-improved grassland, which in turn supports common invertebrates and small mammals. Local initiatives have increased the area of restored and created species-rich grassland but the decline of grazing threatens their long-term management. Buzzards and sparrow hawks are sighted frequently, but the loss of field barns and conversion of farmstead buildings have led to a decline in once-common barn owls.

The mosaic of small hedged fields and sunken lanes, together with the wooded relief and comparative inaccessibility, provides a sense of remoteness which is rare within lowland English landscapes. Despite it being relatively tranquil today, indications of the area’s busy industrial past are everywhere, from the abundant timber-framed traditional buildings to the wharfs and harbours along the now-straightened rivers, and the charcoal hearths, pits and ponds of the iron industry are still visible in almost every ancient woodland. The High Weald is well known internationally as the location of the Winnie-the- Pooh stories set in Ashdown Forest, but many other artists and writers have been inspired by the landscape, including Rudyard Kipling and the Cranbrook Colony of painters. Visitors come from across the country and from abroad to experience the Battle of Hastings site, visit beautiful historic houses and gardens, and experience a unique mix of local cultural celebrations ranging from Sussex bonfire processions to Kent apple fairs.

The landscape through time

The High Weald forms the central part of a unique geological landform of sedimentary rocks, the Wealden anticline, which underpins the Greensand, Chalk and Wealden Clay to the north, south and west which surround the sandstones and clays which underlie the forested ridges of the High Weald. The Purbeck Beds which lie along the Battle Ridge form the oldest sediments, laid down in shallow lagoons at the end of the Jurassic Period (142 million years ago). Iron-rich clays and sandstones followed as the landscape changed to one of flood plains and rivers. The area gradually sank below the sea and around 75 million years ago the great uplift began, followed by compression which folded and faulted the strata. Subsequent weathering has cut through the strata, exposing the layers as sandstone ridges and clay valleys. The array of soils arising has shaped the Weald’s social and economic history.

The central sandstone core is strongly dissected by many major rivers, the headwaters of which have cut numerous steep-sided valleys or gills, several of which are heavily wooded. The High Weald is underlain by the Hastings Beds which comprise interbedded sands, soft sandstones and clays which give rise to the high, broken ground. Although not exceeding 240 m above ordnance datum, the High Weald is a hilly country of ridges and valleys. Numerous major ridges run mainly east to west, for example the Ashdown Forest Ridge and the Battle Ridge. North-west of Battle, Jurassic Purbeck Limestone contains gypsum beds which continue to be mined.

With the rise in temperatures at the beginning of the post-glacial period, arboreal species expanded their range across the continuous land link to Europe, with birch and Scots pine being followed by oak, elm, alder, ash and lime.

By the Anglo-Saxon period the natural woodland which had developed in the warmer post-glacial period had already been modified by the hunter-gatherers of the Mesolithic people. Some woodland clearance was under way in the Neolithic Period with bronze-age barrows indicating active communities in Ashdown Forest and the Roman interest in iron smelting which is suggested led to woodland clearance, which regenerated after their departure. However, it was the medieval practice of transhumance, coupled with the exploitation of the valuable resources of the forest, which substantially transformed the largely uninhabited Weald into the settled landscape seen today.

Clearance of the Wealden forest on a significant scale did not begin until the 9th century, reaching a peak in the 13th and 14th centuries. From the mid-14th century until the First World War, the High Weald was relatively unchanged and even today many of the traditional field patterns and woodlands associated with the essentially medieval landscape still remain.

The High Weald lies within one of the largest tracts of woodland in early medieval England. Linked place names such as -den, -fold and -ing as; distinctive curved boundaries aligned in a similar direction to roads and tracks; and the relationship between manors and their Wealden outliers provide us with tantalising clues to the process of early settlement in the area. By the 15th century the High Weald’s characteristic dispersed settlement pattern based on small-scale family holdings was well established. Few farmsteads worked the land from villages, which mostly developed later as service centres founded on trade and craft.

Medieval farmers shaped the present-day landscape of small fields and scattered farmsteads, with woodland and shaws left among them. Gill woodlands on steep valleys were left unfelled due to the difficulty in extracting timber gill woodland, which made them more ecologically significant as a result. The river valleys and the higher, drier ridgetops were important lines of communication on which early settlements were located. The medieval pattern of dispersed farms, small hamlets and villages is associated with the practice of cultivating small parcels of land known as ‘assarting’ – which gave rise to the pattern of ad hoc rural settlement. These early, isolated agricultural settlements later evolved into the characteristic High Weald ridgetop villages such as Mayfield, Wadhurst and Hawkhurst.

The Weald was the premier iron-producing district during the Roman occupation and again in the 16th century, based on the blast furnace to make castings of cannon and facilitated by the expertise of immigrant French workers. Interconnecting chains of leats, dams and hammer ponds were constructed to provide a sufficient head of water for the forges. These consisted of a stairway of ponds created by damming a gill and produced a head of water which worked the bellows for smelting and the forges’ tilt hammers.

From the 15th to the 17th century, the High Weald was the foundry of England. Extensive woodland management in the form of coppicing (for charcoal for the forges) accompanied the industry and little clearance was undertaken. The wealth generated by the iron industry funded grand houses and parklands, many of which still stand today, such as Gravetye and Great Shoesmiths.

Heathland was historically more widespread in the High Weald than it is today. Cessation of grazing together with new conifer planting has led to the loss of open heathland, the only sizeable heathland remaining in the High Weald being Ashdown Forest, a former Royal Hunting Forest. Open heathland was at least partly the result of unsustainable management, effectively where poorer populations in society would make use of a range of heathland products. This included using the heathland turf as fuel due to more expensive woodland being used by the iron industry. Since then the heaths and woods have been relatively fluid on those acid soils.

The small size of Wealden holdings, the importance of crafts to supplement the income from agriculture on poor soils, and the high economic value of timber for boats and buildings and in the iron, glass and cloth industries explain the continuing survival of more woodland in the High Weald than anywhere else in the country. Woods were enclosed and managed as coppice with standards producing wood fuel and construction timber. Large, widely spaced trees in hedgerows and parklands produced the curved and crooked boughs required for ship-building.

In the 17th and 18th centuries hop growing expanded, as did the extent of chestnut coppice for hop poles. For 500 years the rivers of the eastern High Weald were an important link for trade and war between the wooded interior and the seaports of Winchelsea and Rye. Wooden barges were still moving timber and goods from the interior of the High Weald until the end of the 19th century when the last barge, Primrose, was built.

As early as 1825 William Cobbett commented on the artificial landscapes of the new gentry spreading out of London, and the arrival of the railways in the mid- 19th century brought further building and the growth of country houses and estates. The railways also made a significant impact on agriculture, opening up the London market for hops, fruit and poultry.

Until the 1950s the Weald was one of the slowest-changing regions in Britain. For 700 years prior to this time agriculture, the field shapes and sizes and the pattern of surrounding woodland and hedgerows hardly changed. Since then farming and forestry, always difficult on the poor soils, have been pushed further to the economic margins by soaring land values with significant areas of land now devoid of productive agriculture. The majority of farmsteads are now residential hamlets and the decline in grazing animals and the industry associated with them is a major threat to the long-term management of species-rich grassland and heathland. Commercial coppicing has declined drastically although the Weald’s woodmanship has been kept alive and may enjoy a period of revival with the increasing demand for wood fuel and renewable timber supplies.