Goathland Incline: a Community Archaeology Dig

Maria-Elena Calderón – This Exploited Land of Iron Cultural Heritage Officer and David Mennear – This Exploited Land of Iron Administration Assistant

Introduction 

This Exploited Land of Iron, our HLF Landscape Partnership Scheme, has had a busy and successful first summer with well attended events and exciting activities taking place across the North York Moors. This Exploited Land of Iron is investigating the once booming ironstone industry, which spread across the area from the early 19th century until the mid-20th century, although you may not easily notice its intrusion on the beautiful landscape today.

Following our first archaeological dig at Combs Wood (Beck Hole) back in May, our second archaeological excavation recently took place at the Goathland Incline over a two week period between 25 July and 5 August. It proved particularly popular with volunteers and passing visitors.

Today the village of Goathland is a peaceful and idyllic haven for tourists, a former spa town famous for the North Yorkshire Moors Railway and for masquerading as the fictional village of ‘Aidensfield’ from the old TV series, Heartbeat. You wouldn’t know today to look around the village, but Goathland once played a brief but fundamental part in the 19th century ironstone mining industry, a noisy and disfiguring industry that required the transport of thousands of tonnes of ironstone across the North York Moors via railways. In fact not many historic photographs of the Goathland Incline survive at all. As such we didn’t quite know what existed or what remained. Targeted archaeological excavation, following a thorough study of the area and its history beforehand, was undertaken to investigate the remains at the Incline..

Goathland Incline: A Brief History of a Modern Mystery

The site itself dates to a brief period in the mid-19th century when the railway was in its infancy. The early Whitby to Pickering horse-drawn railway was designed in the 1830s by none other than George Stephenson, the famous and much in-demand ‘Father of the Railways’. For the majority of the line, wagons and carriages were hauled using horse power; however, due to the 1 in 5 gradient present between Beck Hole and Goathland, an alternative power source was required. Powered inclines had been in use for a number of years by this point, employed primarily at mines. At Goathland a gravity system was used to haul the wagons and carriages up the incline – water butts were filled at the top of the incline and their weight was used to offset the weight of the wagons themselves, effectively and somewhat spectacularly pulling them up the incline. Once the water butts were at the base of the incline, they could then be emptied and brought back up by horses to be used again.

In 1845 the horse-drawn railway was transformed into a steam hauled railway by the new owner, a certain Mr George Hudson. At some point the incline itself was also transformed to steam power with a stationary engine sitting at the top of the incline. The engine house is shown on the Ordnance Survey map surveyed in 1849, but we’re currently unsure of the exact year that this new feature was installed. The conversion to steam power also required the installation of turntables at both the top and foot of the incline itself, as unlike the horses, locomotives could not turn themselves around in such a small space.

The incline was a perilous operation and was known to fail; a crash in 1864 killed 2 people and injured 13. In 1865 a deviation line was built which took a wider route with a shallower gradient that eliminated the need for an incline. The buildings were demolished, the site was abandoned to be subsumed back into Goathland village and the rest, as they say, is history.

The Dig Itself

Due to the early date of the railway at Goathland a lot of the layout relating to the gravity system remains unknown as it was replaced before the earliest ordnance survey maps. So we decided to open a series of trenches that targeted known historical structures and possible new structures identified by a LiDAR survey. Using remote sensing LiDAR maps the topography of the land from above and because it takes measurements from a variety of angles, it can effectively see though heavy vegetation and wooded areas. This allows for the identification of possible building structures or man-made earthworks within the targeted area.

LiDAR image of Goathland Incline Site. Copyright NYMNPA.

Light Detection and Ranging, otherwise known as LiDAR, is a remote sensing method used in archaeology to examine the landscape surface. Here you can see the representation of the land around the historic site of the Goathland Incline, including a suspected turntable.The purple circle is the turntable and the blue rectangles the main trenches targeted within the red study areas

We placed three trenches over a circular feature suspected to be a turntable, one over a series of linear features shown in LiDAR and thought to be the remains of buildings, and one over the alleged engine house for the stationary engine.

The engine house location proved true but unfortunately not the rest. In archaeology, with both the best will and research in the world, you never truly know what you are going to uncover. The turntable was in fact a reservoir and what looked like building remains were probably instead the remains of allotment beds.

Goathland Incline Excavation July/August 2017. Copyright NYMNPA.

Our amazing volunteers hard at work on the trench that provided to be a bit of a damp squib.

The reservoir was interesting in itself as it turned out to be a clay capped earthen structure that had silted up over the years and had obviously been used as a rubbish dump. Finds such as jars, broken toys, Victorian glass bottles and ceramic wares gave us an insight into 1860-1940s Goathland life. Despite the late nature of the finds themselves, the structure itself we believe dates from the early gravity system, and offers us the only archaeological insight into that period. At that geographic level in Goathland there is no fast flowing water supply sufficient enough to fill the water butts for the gravity-assisted incline system. As such large water storage areas would have been required and allowed to fill on a slow trickle. Could this be what the reservoir was used for?

Goathland Incline Excavation July/August 2017. Copyright NYMNPA.

Getting down and dirty investigating one of the trenches with our Cultural Heritage Officer Maria Calderón and placement student Ewan Chipping to see what great work the volunteers have done.

Within the trench targeting the engine house we found substantial remains of stone walls 70-80cm (28-32”) thick with foundations continuing below a 1.4m (4’ 8”) depth from the surface level. It is clear that the engine house was a substantial structure with a basement. There were two internal rooms divided by a further stone wall. The building would have been roofed in slate, rather than the local vernacular of pantile; this is typical of railway buildings, as the companies that operated the railways worked on a regional or national level, and did not respect local building traditions.  Sadly we found no evidence of conduits or the stationary engine. In all likelihood most of the metal worked was instead probably sold for scrap at some point. To the north of the building we found traces of a stone covered yard.

Goathland Incline Excavation July/August 2017. Copyright NYMNPA.

‘Have you found anything interesting?’ We certainly did! You can tell by the foundations of the stone walls in this trench that a substantial building once stood here, like the engine house.

Goathland Uncovered: Mystery Solved?

But we had not given up on the turntable and with the help of a local resident we gained permission to open further excavations on the site. We opened six small test pits and hit the remains of a turntable in three pieces; two edges and at the centre point, from which we can extrapolate the size. This was a highlight of the excavation and was the fruitful work of a few very determined volunteers. One of the smaller test pits also identified the corner of a brick building that had been demolished.

A successful dig then, but questions still remain regarding the Goathland incline site:

a) How deep does the engine house go?
b) Are there any remains in the rooms waiting to be discovered?
c) Where was the cable drum for the incline?
d) What is the small brick building?

With these questions lingering in our minds after the excavation we’ll now process the information recorded and help to produce archaeological reports based on the available evidence. As always with archaeological fieldwork there may be more questions than answers, but what this dig helped uncover is invaluable to learning about the industrial life of the Goathland Incline and the individuals who worked on it and lived nearby.

Goathland Incline Excavation July/August 2017. Copyright NYMNPA.

Last but not least, we also had time to celebrate Yorkshire Day on the 1st August with a good mug of Yorkshire Tea!

In amongst the digging we also managed to make a short film – have a look here.

We would like to extend a big thank you to all of our volunteers who took part in the excavation, and also a big thank you to all of the members of the local community who came to visit us and asked great questions or provided invaluable insights into Goathland life and industry.

To learn more about upcoming events and volunteering opportunities, please contact the Land of Iron team on 01439 772700 or email us.

What on earth is going on?

Gallery

This gallery contains 55 photos.

This Exploited Land of Iron is our HLF Landscape Partnership Scheme focused on the ‘blazing, booming, enterprising’* ironstone industry in and around the North York Moors in the 19th century, and its surviving legacy. The Scheme was officially launched in … Continue reading

Busy counting

Aside

NOT TOO LATE – we’re nearly at the end of this year’s Great British Bee Count but there is still a chance to join in and record bee sightings in the North York Moors up to the end of June. Reported records will help to build up a snap shot picture of the national bee population in 2017.

Bees, like all pollinators, are a vital cog in the workings of biodiversity. Volunteers are a crucial constituent in data recording that means trends and issues can be recognised and understood. With understanding there is a chance of addressing the issues.

Summer days

Kate Bailey – Conservation Graduate Trainee

Grasslands are important habitats in the North York Moors supporting a wide range of plants and wildlife. They’re habitats that have suffered severe declines all over England in the past decades. Therefore conserving, restoring, creating linked grassland habitats is one of the key focuses of our Habitat Connectivity initiative.

National Park Volunteers carry out regular tasks like scrub control in order to maintain and restore grassland sites. But volunteers are also essential when it comes to monitoring our grassland sites. Botanical monitoring is a key tool to ensure that the prescribed management is having a positive effect on the site, and the information collected through the annual monitoring process ensures management can be tailored to each site to help ensure each is in the best condition they can be or are at least moving in the right direction. Repeat annual monitoring means changes, good or bad, can be quickly identified.

Our Linking Landscapes Grassland Volunteers have been across the National Park this summer monitoring grassland habitats. We currently have ten enthusiastic volunteers who kindly give their botanical expertise and diligently undertake an annual botanical survey at their ‘adopted’ site/s.

Back in June the LLG Volunteers attended an informal workshop to work through the survey methodology and brush up on field identification skills before embarking on their own surveys for 2016. Copyright - NYMNPA.

This summer I’ve also been out surveying a number of grassland sites which hadn’t been surveyed previously; getting to visit some lovely spots whilst improving my botanical identification skills and collecting information.

Common spotted orchid in an old limestone quarry sites - nearly twice as tall as my clipboard! Copyright Kate Bailey, NYMNPA.

Both the volunteers and I have followed the same simple methodology for monitoring our site/s. A walking route is marked out on an aerial photograph for the surveyor to follow – the approximate ‘W’ shape ensures that a fair representation of the site is surveyed. The surveyor walks along the route stopping at regular intervals – ten stops is usually adequate. At each stop a square metre (quadrat) of vegetation is assessed and each species present is noted down – this is usually where the ID books and hand lens are invaluable.

The monitoring route for an area of species-rich grassland at Sutton Bank National Park Centre. Aerial photography copyright GeoPerspectives 2009 all rights reserved.

At the end of the ‘W’ shaped monitoring route, a survey sheet will look something like this.

One page of the grassland survey sheets - filled in - NYMNPA.

Because we’ve recorded which species are present in each quadrat at each of the ten stops we can work out the frequency of each of the species:

A species is rare (R) if it occurs in one or two stops out of ten;
It is occasional (O) if it occurs in three or four stops out of ten;
Frequent (F) species occur in five or more stops out of ten.

Common spotted orchid and Betony. Copyright NYMNPA.

Additional information is also recorded, including the amount of bare ground and height of the sward, the amount of scrub and bracken on site, and the presence of pernicious weeds (such as thistles, nettles and docks). Lots of photos are helpful, plus any sightings of notable wildlife!

All this information allows a site to be assessed and assigned one of the following categories:
Good quality species-rich grassland;
or
Good quality semi-improved or degraded grassland of high species-richness;
or
Semi-improved grassland of moderate species-richness;
or
Species-poor semi-improved grassland.

The National Park is keen to see an increase in the area of species-rich grassland. For the North York Moors that means the priority habitats lowland meadow and lowland calcareous grassland. By this regular monitoring we can get a clearer picture of the changing status of each site and use it to advise restoration methods. Altering the grazing regime, clearing bracken and scrub and/or sowing locally sourced wild flower seeds/spreading green hay can improve the quality and diversity of a grassland site with the ultimate objective of achieving and maintaining good quality species-rich grassland.

Ragged robin and Greater bird’s-foot-treofoil- indicators of the Lowland Meadow priority habitat. Copyright Kate Bailey, NYMNPA.

Common bird’s-foot-trefoil, Knapweed and Field scabious on a species-rich area of calcareous grassland. Copyright Kate Bailey, NYMNPA.

We’ll be out again next summer, doing it all again.

Patience and perserverance

We’ve launched a new concerted effort against two of the most threatening non-native invasive plant species in the North York Moors, bolstered by funding from Yorkshire Water over the next four years. We’re chasing down Himalayan balsam (Impatiens glandulifera) and Japanese knotweed (Fallopia japonica) in the River Esk and River Rye catchments.

As well as damaging existing ecosystems and decreasing diversity, both these species tend to overwhelm other plant species along river banks and the danger from this is that during the winter when these non-natives die back the banksides are left bare of vegetation so subject to erosion which increases the sediment getting into watercourses and smothering the water habitat.

Both plants are vigorous growers and virulent spreaders. Himalayan balsam disperses thousands of seeds per plant through exploding seed pods that can propel the seeds metres from the original plant. If the plants are next to watercourses the seeds can be carried downstream to colonise new areas. Japanese knotweed spreads through its underground rhizomes which are so effective that all remnants of the plants need to be carefully disposed of because even a small fragment of rhizome if given the chance to re-root will form a new plant.

The only way to have any real impact on the plants is to tackle them systematically starting at the top of catchments and moving downstream, and repeating the control year after year to remove any vestiges of the plants. This new funding will provide a much needed boost to efforts made over the last few years.

Himalayan balsam (Impatiens glandulifera) - it has a sickly, sweet smell, pink flowers and a bright green hollow stem. It can grow up to two meters tall. Copyright - NYMNPA.

Japanese knotweed grows to around three metres tall and has large alternate heart shaped leaves and a characteristic zigzag stem covered in purple speckles. Its flowers, which appear in late summer, consist of clusters of tiny creamy-white flowers. Copyright - NYMNPA.

We’ll be surveying the current extent of the plants and then resurveying each year to monitor the effects of the control. We’re using tried and tested control methods – hand pulling the Himalayan balsam before it gets the chance to seed and propogate, and treating individual Japanese knotweed plants with directly administered glyphosate injections to carry the chemical down into the rhizomes. We’ll be using contractors and volunteers to carry out the work coordinated by National Park staff.

Controlling and hopefully eradicating non-native invasive species in an area takes a long time. Simon, our River Esk Project Officer, is a real enthusiast for non-native invasive species control because he sees the detrimental effects the plants have on the river environment and on his beloved Freshwater pearl mussels. He can see the years of attrition starting to pay off as native vegetation starts to recolonise sites where invasive species have been removed.

“The secret of success is constancy to purpose” — Benjamin Disraeli

A to Z: a horde of Hs

H

HANDALE ABBEY

Handale Abbey Farm nestles in a sleepy valley near Grinkle Park in the north of the North York Moors. On first glance there is little to indicate its dramatic past but closer inspection reveals clues to its history…

The farmstead was once the site of a Cistercian Priory and home to a small community of nuns. Handale Priory was founded in 1133 and is thought to have stood somewhere near
the existing farmhouse. Nuns from Rosedale Abbey in the south of the North York Moors Handale Abbey - mediaeval cross shaft base and tomb lid - copyright NYMNPA.were sent to this outlying subsidiary house as a penance, presumably because of the difficult journey required to get there over the moors and possibly due to the hard day to day life once they got there although little documentary evidence survives to help us understand what life would have been like for the women who lived and worked at Handale Priory.

In the centuries following the Reformation and the dissolution of the monasteries, the Priory’s surviving mill building was used for the manufacture of cotton undergarments and the Priory ruins were incorporated into a new farmhouse and walled garden. Evidence of the Priory can be seen today in the medieval fish pond to the south of the walled garden and the medieval tomb lid and cross base which have been relocated to the base of the medieval wall to the left of the farmhouse. There is a small carved stone that stands next to the tomb which is a memorial to the last cart horse at the farm before diesel engines took over.

There is also a less historic more fantastical tale associated with the site too. Local legend tells of a ‘loathsome serpent’ that lived in the area and would steal beautiful maidens from nearby Loftus, bringing them back to its lair at Handale to devour. One day a brave knight called Scaw killed the serpent and rescued one of the beautiful maidens called Emma Beckwith from the serpent’s lair. The couple wed and presumably lived happily ever after. The nearby wood is known as Scaw’s Wood. In 1830, along with 16 other burials (possibly remains from the nuns’ graveyard) a coffin was found on the site with a picture of a sword and the words ‘snake slayer’ carved in the lid. The skeleton inside was apparently holding a four foot long sword and so naturally was believed to be Scaw himself.

In 2011 the LEADER Programme funded the repairs of the disused, listed walled garden at
the site which was in a parlous state and classified as being at ‘extreme risk’. The project Handale Abbey Farm - bringing the Walled Garden back to life - copyright NYMNPA.also commissioned an imaginatively designed interpretation panel and bench, and a contemporary gate to keep cattle out. At this current time permissive access into the garden is still extant and visitors are welcome. Along with the local apple varieties introduced into the reinvigorated garden there were also initially bee hives. The current owners would be keen to host new hives if anyone is interested in producing Handale Honey.

HEATHER and HEATH

The North York Moors is renowned for its heather – the largest continuous expanse of heather moorland in England and Wales – which blooms purple during the summer months (July/August). The display is mainly made up of three species – Bell heather (Erica cinerea), Ling heather (Calluna vulgaris) and Cross-leaved heath (Erica tetralix). The main difference between a heather and a heath plant is their leaf structure. In addition there is a record of another heath plant in one location on the North York Moors – St Dabeoc’s Heath (Daboecia cantabrica) – which is more familiar in the west of Ireland.

Heather moorland - copyright NYMNPA.

The moorland habitats of the North York Moors are dominated by heather and heath. The dry climate in the east of England favours NVC (National Vegetation Classification) types H9 Calluna vulgarisDeschampsia flexuosa, with some H10 Calluna vulgarisErica cinerea heath on well-drained areas and large areas of H12 Calluna vulgarisVaccinium myrtillus heath on steeper slopes. However there are also smaller areas of M16 Erica tetralixSphagnum compactum wet heath. From North York Moors Special Area of Conservation site details.

HEDGEROWS

Hedgerows are man-made lines of trees managed and manipulated to demarcate boundaries and to control stock. Every hedgerow will have had a purpose and every hedgerow has a value. Hedgerows can develop their own understorey of plants and provide shelter and food for invertebrates, birds and animals. They act as living connecting corridors between other habitats and are important visual features in an English landscape. Hedgerows can last as hedgerows for a very long time as long as they continue to be managed and the longer they last the more biodiverse they can become – one new plant species establishes in a hedge about every 100 years.

Old roadside hedge, Bilsdale - copyright Ami Walker, NYMNPA.Because of the importance of hedgerows in the North York Moors we’re offering grants to help land managers regenerate and gap up their valued hedgerows.

Where hedgerows no longer have an agricultural purpose they might be seen as a hindrance to modern land management. To remove an agricultural hedge more than 30 years old a land manager must apply to the Local Planning Authority for a Hedgerow Removal Notice (under the Hedgerow Regulations 1997); for the North York Moors National Park we’re the Local Planning Authority. When this happens we need to establish whether the hedgerow is ‘important’ according to a number of set criteria that consider both its ecological and historical value. If the hedgerow is ‘important’ the hedgerow is retained and if it isn’t, the hedgerow can be removed. There are very few applications for hedgerow removal in the North York Moors.

HERBERT READ

Herbert Read (1893 – 1968) was born at Muscoates Grange in Ryedale, just to the south of the North York Moors. As a child, following the death of his father, his family moved from the pre WW1 countryside to the city (Leeds and Halifax to be precise). The feelings engendered of loss and contrast had a profound effect on him.

During his lifetime Herbert Read was an army officer, a bank worker, a museum curator, an academic, a journal and book editor, a writer, a poet, a theorist and critic. He co-founded the Institute of Contemporary Arts and was President of the Society for Education in Art. He was a prodigious thinker and believed in art as a necessity for society. He saw art as a natural organic phenomenon that comes out of a need for expression and championed modern British sculptors and artists of the mid-20th century. Despite being a theoretical anarchist he was knighted in 1953.

Herbert Read returned to Ryedale in his later years. Here he wrote about his recollections and current thoughts, now that he was back.

Sir Herbert Read - Leeds University Library Special Collections - https://library.leeds.ac.uk/special-collections

From Between the Riccall and the Rye: selected writings on Ryedale from Herbert Read’s poetry and prose (© The Herbert Read Trust):

“I think I heard those hooves again the night my father died, but of this I am not certain; perhaps I shall remember when I come to relate that event, for now the memory of those years, which end shortly after my tenth birthday, comes fitfully, when the proper associations are aroused. If only I can recover the sense and uncertainty of those innocent years, years in which we seemed not so much to live as to be lived by forces outside us, by the wind and trees and moving clouds and all the mobile engines of our expanding world – then I am convinced I shall possess a key to much that has happened to me in this other world of conscious living. The echoes of my life which I find in my early childhood are too many to be dismissed as vain coincidences; but it is perhaps my conscious life which is the echo, the only real experiences in life being those lived with a virgin sensibility – so that we only hear a tone once, only see a colour once, see, hear, touch, taste and smell everything but once, the first time. All life is an echo of our first sensations, and we build up our consciousness our whole mental life, by variations and combinations of these elementary sensations. But it is more complicated than that, for the senses apprehend not only colours and tones and shapes, but also patterns and atmospheres, and our first discovery of these determines the larger patterns and subtler atmospheres of all our subsequent existence.”

HIGHLAND CATTLE

Highland Cattle are great at conservation grazing, they’re particularly hardy, and they’re also extremely placid.

There are currently five Highland Cattle on the coastal slope at Common Cliff (also known as Beast Cliff) near Ravenscar. Common Cliff is a 44 hectare area of undercliff habitat at Ravenscar. The site is designated as a Special Area of Conservation (SAC) and a Site of Special Scientific Interest (SSSI) for its seacliff grassland communities; however these grasslands are being encroached upon by rank grasses, bracken and scrub. So a 5-year conservation grazing programme was introduced in 2015, hence the cattle.

Highland Cattle grazing Common Cliff - copyright NYMNPA.

Grazing cattle on the site has three particular effects:

Defoliation – The cattle are ideal for removing long, coarse vegetation – they wrap their tongues around the vegetation pulling tufts into their mouths which leaves a tussocky appearance. Removing this coarse vegetation will allow wildflowers, such as the Common Spotted Orchid, to flourish. Cattle are less selective grazers (compared to sheep or ponies) and do not eat flower heads, unlike sheep.

Trampling – Cattle are heavy animals and as they walk around the site, they trample the vegetation, creating pathways through the bracken and scrub, opening up the dense sward and suppressing growth of these unwanted species. Hoof marks can also create germination niches – areas where wild flower seeds can germinate.

Dunging/manuring – Dunging returns nutrient back to the soil whilst also providing a food source for invertebrates.

Because of their hardiness the cattle can remain on the sea edge site throughout the year. They are also very sure-footed, a must for grazing on coastal slopes! The stock is checked regularly, the site has been fenced to help manage the animals, and there is a year round water supply, to ensure that the cattle stay happy and healthy.

 HISTORIC ENGLAND

Historic England (officially the Historic Buildings and Monuments Commission for England) is the Government’s statutory adviser on all aspects of the historic environment and its heritage assets. This includes archaeology on land and under water, historic building sites and areas, designated landscapes and the historic elements of the wider landscape. The National Park Authority works closely with Historic England to achieve shared objectives, recent examples of partnership working include:

Traditional Estates Craft Apprenticeship Project (2012-2014) – In partnership with the University of York, and Historic England we launched a new apprenticeship scheme which offered three young apprentices hands-on experience in a range of building maintenance and conservation skills. Hosted by Estates in the North York Moors the apprentices gained the specialist skills needed for conserving the nationally important built heritage of the National Park whilst achieving their NVQ Level 2 at York College. The initial project was so successful we’re hoping to follow it up with a new Trailblazer Apprenticeship.

New Listings – Historic England advises the Department for Culture, Media and Sport, on which heritage assets are nationally important and should therefore be protected by designation. Buildings and structures which meet the criteria for national protection are listed. This protection system has been in place since 1947 and operates under The Planning (Listed Buildings and Conservation Areas) Act 1990. The test for listing is architectural or historic special interest, with the final decision to list being taken by Government. Recently within the North York Moors Historic England has listed a rare surviving Clapper Bridge and a Battle of the Somme War Memorial on Commondale Moor.

Monument Management Scheme – This is a partnership initiative largely funded by Historic England which has been running in North York Moors since 2009; we’re now into Phase 3. The essential aim of MMS is to improve the condition of scheduled monuments and ultimately to remove ‘At Risk’ monuments from the Heritage at Risk Register, using the most practical means available. The current Register includes 54 of the National Park’s 841 Scheduled Monuments (as of November 2015) – a big reduction from the 198 which were ‘At Risk’ when the MMS began in 2009.

Buildings at Risk Survey Pilot – Using funding from Historic England, we created a NYMNPA Buildings at Risk AppNYMNPA Buildings at Risk Appsmart phone survey application to help with condition surveys of listed buildings. The App allows volunteers to remotely access information about the National Park’s listed buildings and enables on-site condition assessments to be carried out and data automatically updated. With a runners-up prize from the Campaign for National Parks’ Park Protector Awards, we were able to refine the App and Historic England have since used the concept to create their own version which is now being trialled prior to launch.

Grant provision and advice – Joint funding projects between the National Park Authority and Historic England have enabled the removal of several key buildings from the Buildings at Risk Register recently, like the Ionic Temple and Nelson Gates at Duncombe Park in Helmsley. The Authority also liaises closely with Historic England in providing coordinated expert advice to support the conservation of important historical sites in the North York Moors, such as Whorlton Castle Gatehouse and Arden Mill on the River Rye.

Whorlton Castle Gatehouse - copyright Paul D Hunter.

Historic England have lots of useful advice notes and guidance on managing and maintaining our built heritage, for example suggesting sensitive and practical ways for home owners to improve the energy efficiency of listed buildings such as draught-proofing of windows, secondary glazing, cavity walls and insulation.

HOBS

A lot of cultures have their own ‘other folk’. These other folk have lots of different names such as Fairies, Trolls and Goblins; in the North York Moors they are known as Hobs. Hobs are little and aren’t renowned for their good looks. They can be very helpful and are keen to work hard, just as long as you are grateful in return. If you’re not suitably grateful or you try and trick a Hob – woe betide you.

The National Park has a team of Volunteers known as The Hobs. They’re not necessarily little or lacking in good looks but they do work hard.

Previously on the North York Moors A to Z … A, B, C, D, E, F, G

Habitat connectivity: back to basics

John Beech – Land Management Adviser

Currently this National Park Authority has two strategic priorities: one is to promote the North York Moors and the other is to improve the connectivity of habitats in order to benefit the biodiversity and landscape of the area, and mitigate the encroaching impacts of climate change.

Habitat connectivity features quite heavily on our Blog; that’s because it’s important to us. Habitat connectivity is the main driver for the work of the Conservation Department. It’s generally accepted that some of the most (ecologically) important habitats within our countryside have declined and fragmented over the decades and good quality habitat now tend to only exist in isolated pockets across the landscape. The first step is to conserve these remnants and then go on to establish connections, buffers, corridors, stepping stones – linking and increasing the habitat resource and therefore its sustainability into the future. These connections, buffers, corridors, stepping stones allow animals, birds, plants to move through the landscape between the habitats they need which helps populations thrive and grow (helping to mitigate the effects of climate change) – ‘stitching’ the landscape back together for wildlife.

Imagine a habitat e.g. native woodland and the biodiversity that depends on it e.g. oak, ash, birch, hazel, bluebell, wood anemone, wild garlic, great spotted woodpecker, nut hatch, wood warbler, tawny owl, ringlet butterfly, feathered thorn moth, barbastelle bat, wood mouse, not to mention the ferns, fungi, lichens, mosses, beetles and spiders etc. etc. We want to better the condition of existing native woodland habitat, to increase the extent of native woodland habitat, to create new native woodland habitat, and to ensure native woodland habitat is better connected; all to ensure a linked landscape for native woodland and the wildlife that depends on it.

Woodland with bluebells, near Hawnby - copyright NYMNPA

So what does this mean in practical terms?

Back in 2012 we sat down with a map of the National Park and considered where we were at. As discussions developed a clear picture of where concerted effort was needed began to emerge. We knew more or less where the surviving key habitats were and we also knew where we wanted to enhance other habitats more generally e.g. the areas which had been key habitats in the past and could benefit from restoration. Key habitats such as Ancient Woodlands, species rich and semi-improved grasslands, riparian strips and coastal hinterland were used as focuses around which to plan for greater connectivity. In the North York Moors, heathland/moorland which makes up around a third of the National Park would seem a likely key habitat but as this is already well connected with large expanses stretching as far as the eye can see, it does not require the attention that more isolated habitats do in terms of habitat connectivity.

We identified the strategic corridors where our efforts would be best focused in our 2012 Management Plan. We then identified the key ecological gaps along these corridors as well as a number of essential gaps to address more widely – 132 of them in total.

Strategic Connections Map from the North York Moors National Park Management Plan 2012

Target Connection Sites map from North York Moors National Park Business Plan 2012

What we then needed was a method of implementing our thoughts and vision. We draw polygons around the gaps to provide a framework for practical implementation. Officers are assigned individual or groups of polygons and using the original objectives for each ecological gap (e.g. restore PAWS to having Ancient Woodland characteristics, develop a mosaic of habitats, enhance species rich grassland) we develop rationales setting out what might be done on the ground and how best to do it. If we are going to carry out work and spend money in these target areas we need to establish sound reasons for doing so and to be able to justify our decisions. We start by carrying out a desk study of the habitat interest and records in that area – this includes previous habitat surveys, species information, existing and previous agri-environment agreement areas, public access, historic environment records, designations, and aerial photography. The records are important because as well as looking for opportunities we need to also consider potential constraints such as the historic environment because we don’t want to accidentally damage a valued feature by attempting to achieve the aims of Habitat Connectivity.

Once we have this background picture of a target area we need to get our boots on and get out on the ground to see what’s really there. We’re looking initially from Public Rights of Way only (unless specific permission to access the land has previously granted) – we need to assess how much of the information we have matches the real situation on the ground. A key requirement is to take good quality photographs (both of individual habitats and the wider landscape) as well as making accurate field notes, annotating our original maps and at the same time looking out for possible linkages across the landscape. As our main habitat survey information (a Phase 1 Survey) is nearly 30 years old it is not always still accurate as habitats have changed and shrunk since then. This is especially true of unimproved grasslands identified in the late 1980s where scrub, bracken and bramble succession has since encroached.

Once back in the Office with the results of the field work, we consult with specialist Officers (Rona the Senior Ecologist, Mark the Woodland Officer etc.) to agree the best way forward i.e. how to make a difference. A plan of action is developed using the following principles:

  • Identify – find and assess the current condition of the key habitats.
  • Protect – ensure that quality habitats are in some way ‘protected’ i.e. conserved. If there are particularly important species e.g. breeding waders, making use of a habitat e.g. rough pasture, that habitat might be enhanced but shouldn’t be transformed.
  • Enhance/restore – most areas of habitat need some form of continuing care and maintenance to prevent decline or loss.
  • Expand – are there any adjacent buffer areas of land that could be incorporated into the habitat?
  • Create – establishing new areas of habitat nearby – this is easier for some habitats e.g. woodland than others e.g. grassland. Long term commitment is required.

To take forward any ideas the involvement of landowners/land managers is essential. In many cases for a land manager and their family the land is their living. To protect, enhance/restore, expand or create the landowner/land manager has to be willing. We’re talking about facilitating capital works like fencing to control stock, scrub control, tree/hedge planting, spreading wild flower seeds, cutting grassland, managing woodland etc. Following negotiations, the National Park Authority can provide grant assistance, use its own Volunteers and Apprentices to carry out the required tasks, or buy the necessary materials and the land manager provides the labour. Longer term requirements are met through maintenance clauses or land management payments over time.

Then once the work is organised and underway, at some point we need to be able to declare whether the gap has been addressed and the looked for key ecological connection made, or rather is on the way to being made. We do that by returning to the rationale – have we been able to achieve what was identified as being required at the beginning of the process?

Although the process takes time it is necessary in order to ensure that we achieve the best workable and sustainable linkages we can.

Little Fryupdale - copyright Mike Kipling, NYMNPA

Operation Luzula

Kate Bailey – Conservation Graduate Trainee

Since starting as the Conservation Graduate Trainee last September, I have had lots of opportunities to get out and about with our hardworking National Park Volunteers undertaking practical conservation tasks across the National Park.

Last week, I joined the River Esk Volunteers for a day planting woodrush along the banks of the River Esk. Greater woodrush Luzula sylvatica is a native, perennial member of the rush family which grows in damp shady places. It thrives along river banks in the North York Moors, where it grows in tussocks providing great ground cover which helps stabilise the river bank.

A good example of Luzula sylvatica growing along the River Esk - copyright NYMNPA

However there are sites along the River Esk where the banks are void of any vegetation. When stock have access to the river, any natural regeneration gets nibbled off and the river banks are left bare and susceptible to erosion leading to sediment entering the water and choking the river habitat. Woodrush planting coupled with river side fencing to exclude stock and create a bankside buffer strip is potentially one of the solutions to this problem.

Planting woodrush as a means of stabilising the river bank has not been carried out before in the National Park. Simon, our River Esk Project Officer, identified a trial site which could benefit greatly from some conservation effort. The river was fenced off over winter, excluding stock from the damaged river banks and young trees – Hazel and Oak Luzula sylvatica being grown at Mires Beck Nursery– were planted. Last summer National Park Volunteers had helped collect woodrush seeds from other sites along the River Esk (to maintain the local provenance) which were then sent off to the Mires Beck Nursey near Hull. The Nursery primarily produces wildflowers for conservation projects whilst providing opportunities for people with learning difficulties to get involved with horticulture. Our woodrush seeds spent the last eight months being grown on and cared for by the knowledgeable staff and volunteers at Mires Beck Nursery. The plants were delivered back to the North York Moors last week, ready to be planted.

Woodrush planting task - copyright NYMNPA

It was an extremely well attended planting task for a Monday in March – and it was sunny. The River Esk Volunteers were joined by three members of staff from Mires Beck Nursery who made the journey up from Hull to deliver the 3600 woodrush plants. Hopefully the newly planted woodrush will flourish and the river banks will be covered in vegetation once more, safeguarding the River Esk habitat and all its associated species.

Planted woodrush on the banks of the River Esk - copyright NYMNPA

Woodrush planting is one element of the Esk Pearl Mussel and Salmon Recovery Project which is working to sustain Yorkshire’s last remaining population of Freshwater pearl mussels Margaritifera margaritifera. The River Esk Project has been boosted with a £300,000 grant from Biffa Award. The grant forms part of a larger £1.5 million Biffa Award project led by the Freshwater Biological Association that involves river restoration in a number of Freshwater Pearl Mussel catchments in the country, including in Cumbria and Devon, as well as Yorkshire. “This project is an exciting opportunity to save one of the most long-lived animals from extinction; the freshwater pearl mussel can live for more than 100 years and is internationally protected” – Gillian French, Biffa Award Programme Manager,

Biffa Award logo

Biffa Award is a multi-million pound fund that helps to build communities and transform lives through awarding grants to community and environmental projects across the UK, as part of the Landfill Communities Fund. More information on the award is available at www.biffa-award.org.

This Exploited Land – past, present and future

Louise Cooke – This Exploited Land Heritage Officer

We’ve had excellent news from the Heritage Lottery Fund (HLF) – we’ve got the funding for This Exploited Land (TEL).

TEL landscape - copyright Louise Cooke, NYMNPA

This Exploited Land: the trailblazing story of ironstone and railways in the North York Moors Landscape Partnership Scheme aims to understand, protect and enhance the landscape and its legacy of ironstone exploitation.

We will tell the story of ironstone mining and the associated railways in the North York Moors during the hundred years between 1830 and 1930. It is an exciting and little known story of discovery and industrialisation in a landscape which what is now designated as a National Park. For most visitors, and even for some residents, the extent of the ironstone industry in the 19th century is a surprise. The scale, the extent and the influence it came to have on the development of the North East of England as a powerhouse of the Industrial Revolution at the height of the Victorian Period is poorly understood and the story has never been properly told.

Warren Moor Mine Chimney - copyright Louise Cooke, NYMNPA

TEL will conserve, protect, record and present a range of important industrial archaeological sites within a distinctive landscape. It will strengthen natural habitats within that landscape: restoring ancient woodland, managing hay meadows and enhancing riparian corridors; and assist rare and threatened species such as ring ouzels and water voles.

Top of Ingleby Incline - copyright Louise Cooke, NYMNPAThe Scheme contains a range of projects under different themes:

  • Historic Environment;
  • Natural Environment;
  • Interpretation, Access and Engagement;

as well as cross-cutting elements which include community grants, a volunteer programme, training and education. The breadth of the Programme hopefully provides something for everybody and is structured in such a way that over the next 5 years and beyond we hope more people can get involved and share our passion for the landscape and the stories that lie at its heart.

Sil Howe Minehead - copyright Louise Cooke, NYMNPA

Which of the 46 individual projects to be delivered over the next 5 years am I currently most excited about?

After the very long period of project development, it is the very first one – the works to repair the landslip at Rosedale East and to unblock the railway culvert at Reeking Gill.

These are essential works to (1) enable access along the Rosedale Railway to be maintained (and in subsequent years of the project allow access for conservation works) and (2) to ensure the survival of the manmade embankments along the route of the Rosedale Railway – and to retain this important feature of the landscape intact.

Exploring the TEL landscape - copyright Louise Cooke, NYMNPA

Thanks very much to everyone involved so far who have got us to where we are today.

Stay posted – this Blog is going to be an important means of sharing stories and pictures as TEL picks up steam.

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A little less salt, a little more species abundance

John Beech – Land Management Adviser

If you’ve driven up or down White Horse Bank near Kilburn recently you might have noticed the appearance of some new green lided boxes at the side of the road. These are grit bins which are now in place to hold the rock salt available to help in icy conditions on this 1 in 4 gradient road.

Looking up White Horse Bank, Kilburn - spreading salt heap. Copyright NYMNPA.Looking up White Horse Bank, Kilburn - salt bin replacing salt heap. Copyright NYMNPA.

It’s the most recent example of us working in partnership with North Yorkshire County Council Highways over the past few years to replace salt piles with salt bins at certain sites around the National Park. Holding the salt in bins limits leaching where rain washes salt into watercourses and limits ground salination, in both cases the chemistry of the water and the soil is altered by the accidental addition of salt.

The National Park Authority is involved because we’re particularly interested in the conservation of the small number of remaining species rich roadside verges, and the potential restoration of degraded species rich roadside verges, around the North York Moors. By holding onto and better controlling the salt source the idea is that the plant life of roadside verges will be less damaged.

The bins were paid for by the National Park Authority and NYCC Highways will refill them when empty. Salt is far from the only threat to our roadside verge habitats. Other dangers include over management, badly timed management and the lack of management; as well as through the encroachment of vehicles on one side and the affects of land management on the other. The replacing of sprawling salt heaps with the green bins is a cost effective and useful small scale initiative – which still helps keep roads passable in the winter but also means through the rest of the year the remnant grassland habitats found on verges have an improved chance of continuance. Botanically rich roadside verges are ecologically valuable in their own right but also provide useful connecting corridors between habitats for species such as pollinators. They also provide an accessible glimpse for many people of the colour and beauty of our wildflowers.

With spring just around the corner we’ll be looking out for a plethora of wildflowers growing on our species rich verges this year – on White Horse Bank the plants along this woodland edge roadside verge include Dog Violet, Primrose, Foxglove, Stitchwort, Wood Avens, Wood Sorrel and Wild Arum.

A number of our identified species rich verges are monitored by local volunteers who, working safely, record the presence or lack of it of key species, and keep an eye on the verge management. This monitoring is important so that change can be identified and then addressed if appropriate. If you’d like to help please contact us.

Example of a species rich verge in the North York Moors - copyright NYMNPA