Benefiting bees

Roy McGhie – Conservation Project Assistant

Recently my colleague Ami and I went on an organised farm walk near Menethorpe to the south of the North York Moors. The event was led by the Campaign for the Farmed Environment and the theme was habitat management for pollinators. The walk was well attended by local land managers who wanted to know a bit more about the benefits that pollinators provide, and how they might most easily encourage them, in particular on otherwise unproductive areas of their land.

The main focus of our discussion was inevitably bees – our most efficacious pollinators.  We were given copies of an excellent booklet from the Centre of Ecology and Hydrology called ‘Habitat Creation and Management for Pollinators’.

We’ve mentioned bees a number of times before in this blog, but felt it was about time they had their own post because they are so important.

CFE Farm Walk - a pollinator meadow on the farm we visited full of red and white clover and meadow vetchling. Copyright NYMNPA.

In the UK whilst there is only one species of honey bee Apis mellifera (both wild and semi-domesticated), there are about half a dozen common bumble bees and over twenty common species of solitary bees like mining bees, mason bees and leaf cutter bees.

The bee flying season can begin as early as March and extend right the way into October, as long as there is food i.e. nectar and pollen available. Most species of bees can survive over winter if there is somewhere for them to hole up.

Bumble bees on a thistle - copyright NYMNPA.

The anatomy of different bee species varies greatly, and so to assist most species it’s best to have a wide range of flower species from which they can feed. As some of the mining bees have short tongues of only 4-5mm, they need open flowers such as cow parsley and daisies. The garden bumblebee Bombus hortorum on the other hand has a tongue that can extend to around 12mm, so it can feed from flowers with a long corolla (i.e. petals) like foxgloves and honeysuckle.

As well as fragrance, one of the other things that attracts bees to flowers is colour. So its worth considering maintaining colours throughout the season. For example, coltsfoot and hawk’s beard provide yellow colour from about February to June, and then cat’s ear How we see it (left) and how a bee might see it with UV shades visible (right) - Klaus Schmitt.and bristly oxtongue do the same from June to October. Similarly, a successional combination of white deadnettle, oxeye daisy and yarrow can ensure there are plenty of white flowers throughout the year. Interestingly, it is thought that bees can see in ultraviolet, which means how they perceive flowers will be very different from how we do.

Establishing and managing a wildflower meadow is one of the most effective ways of ensuring bees have a suitable habitat. In addition it is thought that on arable farms having a flower-rich margin on at least 1% of the land will provide significant benefit to pollinators, which in turn will improve crop production and quality. Hedgerows can be another useful way to help bees – cutting hedges on a two or even three year cycle will encourage more hawthorn and blackthorn flowers. When new hedges are planted, a greater species diversity (using hazel, field maple, crab apple, holly and willow where appropriate) will also mean that there is more food and nectar available for a longer period throughout the year.

Bees are fantastic creatures in their own right. They also provide a number of hugely important direct benefits for our countryside and environment. There are things we can do to encourage bee survival such as sowing appropriate wildflowers and creating habitat stepping stones, allowing what we might think of as typically weeds to flourish (in the right place), creating patches of bare ground in sunny dry spots which will allow solitary mining bees to nest, and leaving tall grass over winter which can provide places for bumblebees to hibernate and nest.

Bees are often in the news these days, mostly because they are in decline – they even need their own national strategy. If we can do our best to make the landscape more friendly, we can help give bees a better chance, and ensure they can continue to play a key role in pollinating our flowers, trees and crops.

Bee on red clover - copyright NYMNPA.

For a local initiative – see B-Lines Ryedale

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

From Beck Hole to Brazil

Louise Cooke – This Exploited Land Progamme Manager

This Exploited Land has a wealth of stories to tell. These stories from the past can be traced on the landscape today and have tracks stretching out beyond the North York Moors.

For 30 years from 1836 the trains along the new Whitby to Pickering railway had to overcome the 1:15 incline at Beck Hole. The carriages were initially horse-drawn but when the trains came up against the steep gradient of the incline between Beck Hole and Goathland the only way up and down was pulling and holding the carriages on a system of wire ropes. Steam power took over from horses in 1845, but trains still had to negotiate the incline by means of winches. Winches are intrinsically dangerous; a fatal accident occurred in 1864. The delays, problems and dangers of using the incline motivated the construction of a more practical deviation line in 1865. This allowed steam locomotives to travel along the complete line for the first time, and this is the current route of the North York Moors Railway.

2015 LiDAR image - NYMNPA

 

 

 

 

 

 

 

 

 

Above is a detail of the TEL Lidar survey undertaken in the development phase of the TEL Scheme. The defined line at the top shows the route of the current NYMR Whitby-Pickering Railway. The less defined line through the centre shows the route of the Beck Hole Incline.

So what happened to the ‘abandoned’ Beck Hole incline which connects the TEL landscape to Brazil and to innovations in railway technology that changed the ways railways worked through the 20th century…

In 1872 a 685 metre length of 3’7” (narrow) gauge track was laid on the disused Beck Hole Incline and successful tests were carried on a fell-system locomotive built by Manning & Wardle of Leeds. A fell-system uses a third rail to provide the necessary extra power and control when travelling up and down intense slopes. Manning & Wardle narrow gauges were exported around the world to Europe, Africa, the Indian sub-continent, Australasia and South America – so this short stretch of the Beck Hole Incline may have had an impact on the wider world opening up mountainous regions to exploitation.

Four fell-system locomotives were purchased from Manning & Wardle for use on the Cantagallo Railway in Brazil. This was Brazil’s first mountain railway linking Niterói to Nova Friburgo and allowed coffee to be shipped down from the mountains and out to the coast for export.

Back in the North York Moors, late in 1908 the railway line from Grosmont to the foot of the incline was re-opened for an Autocar service which ran in the summer months until the outbreak of the war in 1914. The North East Railway’s Autocars used early experimental petrol engines that generated electricity, and so are predecessors of the diesel and electric trains which took over the railways through the 20th century. The excursion/day trips by Autocar to Beck Hole saw tourists and visitors making use of industrial remains within the declining industrial landscape at the time.

Part of the Beck Hole Incline today – now the Historic Rail Trail. Copyright NYMNPA.

The site of the former railway station at Beck Hole at the base of the Incline – shown by the stone edge. Copyright NYMNPA. The Beck Hole Incline is now the route of the Historic Rail Trail footpath between Goathland and Grosmont. Walking down the incline today it is hard to imagine how it worked and what it looked like in its hey-day. It is perhaps even harder to imagine how this now tranquil part of the North York Moors is associated with changes in railway technology and how Beck Hole can be connected to Brazil.

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Discovered by Disaster

Aside

Prehistoric ‘cup and ring’ rock on Fylingdales Moor - photo by Jen Heathcote.

Fylingdales Moor on the eastern edge of the North York Moors features in an Historic England blog post from July on archaeological discoveries that came to light due to environmental change. In the case of Fylingdales Moor it was a severe wild fire which was devastating to the natural environment at the time – but from an archaeological point of view every cloud has a silver lining …

via Discovered by Disaster: 6 Astounding Archaeological Finds from Environmental Change — Heritage Calling

Habitat connectivity: evaluating potential

Roy McGhie – Conservation Project Assistant

Over the last month or so I’ve been investigating habitat connectivity in a new target area – near Boltby on the western fringe of the North York Moors.

Landscape from top of escarpment, near Boltby - copyright Roy McGhie, NYMNPA.

This particular area has a fantastic variety of habitats, from the arable plain on top of the escarpment, down the slope through Boltby Forest and across to the pasture fields in the west. Our overarching objective for this area is to strengthen the mosaic of habitats, with special reference to improving networks for butterflies and bats.

After my initial desk-based research I proceeded to ground truth the area to establish how much of our mapping and existing information was still accurate and to build up a current picture of the area. With so many public rights of way in the National Park exploring is usually pretty straightforward, but for closer examination of any particular area we would always ensure we have the land manager’s permission.

Felled veteran tree with dead wood left in situ (good for invertebrates, fungii and lichens) - copyright Roy McGhie, NYMNPA.

It’s important to establish what levels of connectivity already exist. Above the escarpment most of the arable fields are in Environmental Stewardship agreements, which suggests positive environmental land management is already in place and making use of national agri-environment schemes is something we would always encourage where appropriate for the environment and the land manager.

The Forestry Commission own a large forest within the area – Boltby Forest – and their Forest Design Plan sets out their long-term vision. This includes increasing the ratio of broadleaved trees to conifers and maintaining areas of open space. The open space is very useful in terms of meeting our original objectives for the area because open spaces in woodland create edge habitat which attracts bats.

Within Boltby Forest - copyright Roy McGhie, NYMNPA.

Another valuable habitat found within this area is unimproved and semi improved grassland, both acidic and calcareous in terms of soil pH because it’s where the farmland of the Vale of Mowbray meets the western edge of the moorland. Some of these grassland sites appear to be in a good condition and have an appropriate level of grazing to maintain this, whereas others seem more precarious.

Heath bedstraw and tormentil, indicative of an acidic grassland site - copyright Roy McGhie, NYMNPA.

Lots of wild thyme, commonly found on calcareous sites - copyright Roy McGhie, NYMNPA.The biggest threat to most of the grassland appears to be a lack of effective grazing. On several sites rank grass are beginning to dominate, resulting in wildflowers being outcompeted. On other sites scrub encroachment means that the grassland interest will diminish.

Rank grass and ash trees taking over a grassland site - copyright Roy McGhie, NYMNPA.

In a site where grazing is happening, there is occasional poaching (heavy ground trampling) by cattle alongside the small watercourse. This happens when stock congregate along particular parts of the bank to drink, or cross over.

Poached land beside a small beck - copyright Roy McGhie, NYMNPA.

Bracken is another issue in the target area. Bracken isn’t necessarily a bad thing – it can provide excellent cover for ground flora and butterflies such as the rare Pearl-bordered fritillary, but its tendency to spread means that it can very quickly outcompete and overcome other vegetation.

Bracken alongside a public footpath - copyright Roy McGhie, NYMNPA.

There are plenty of positive biodiversity hot spots in this area, including patches of habitat that are excellent for butterflies. There are also a number of established hedgerows acting as wildlife corridors for bats to navigate by.

Common blue butterfly - copyright Roy McGhie, NYMNPA.Small copper butterfly - copyright Roy McGhie, NYMNPA.

So once I’d assessed the area and its connectivity potential, I discussed ideas and options for how best to deliver the original objective with input from Rona, our Ecologist, and Mark, our Woodland Officer.

One of the key ideas coming out of these discussions is to provide long term replacements for the many mature in-field and boundary trees. These trees provide multiple benefits such as shelter for stock as well as a habitat for birds, invertebrates and insects. I recorded a standing veteran tree during my on-site survey and ideally we would like to see this tree fenced off as the stock in the field are causing considerable erosion around the base which may be weakening it.

To reduce the poaching alongside the watercourse we could help repair the fencing and investigate the use of a field trough so the cattle wouldn’t need to drink out of the beck.

Another idea is to fence off a particular area of mature ash trees to allow natural regeneration. This is because some ash trees show genetic resistance to the ash dieback pathogen, so whilst planting new ash trees is currently not encouraged assisting natural regeneration by older trees might mean that potentially disease resistant stocks are bolstered.

For the various grassland sites in the area, different management options are proposed. On the sites with bracken encroachment we could suggest organising volunteer tasks to help keep the bracken under control. On other sites we will need to discuss with the land manager their aims for their land and see if there is scope to manage levels of grazing to ensure the wildflower interest remains and potentially expands. Land manager engagement is a crucial part of the habitat connectivity development process – our management proposals on private land can’t happen without their permission and goodwill. Negotiations are the next step in the habitat connectivity process.

Overall I think this target area near Boltby is in a pretty well connected condition. There is already a mosaic of habitats suitable for bats and butterflies, and it forms part of a much more extensive network along the western fringe of the North York Moors. Our involvement will probably be relatively minimal, working where we can with local land managers to conserve the valuable grasslands and to sustain the important tree population into the future.

Landscape near Boltby - copyright Roy McGhie, NYMNPA.

 

Another crustacean crisis

Due to the sustained period of dry and hot weather recently an emergency rescue was required last week. We’ve blogged about similar operations in the previous two years, where the River Rye in Duncombe Park, Helmsley tends to dry up during summer months because of numerous natural sink holes. This leaves large numbers of fish and other water-dependent creatures stranded in shrinking pools. This year the crisis was particularly acute with no effective quantities of rain in the short term weather forecast.

The River Rye is one of only a few rivers in the North East of England which supports a population of White-clawed crayfish (Austropotamobius pallipes). The species are “Globally Threatened” according to the IUCN’s Red List of Threatened Species. They are the only native crayfish in the UK, and the majority of populations here are declining due to competition from introduced crayfish species, crayfish plague and water pollution.

So last week, alerted by the local fishing club, staff and apprentices turned up in force under the supervision of Simon our River Esk Officer (because he has a licence to handle the protected crayfish). Using gloves and buckets everyone scooped up what creatures they could and then relayed the buckets upstream to where the collected creatures were released back into the River Rye, safely above the sink holes. Over 500 White-clawed crayfish were rescued along with a variety of fish species – Bullhead (250+), Brown Trout (20+), Stone Loach (20+) and Brook Lamprey (50+).

White-clawed crayfish rescue, River Rye, July 2016. Drought conditions. Copyright NYMNPA.

White-clawed crayfish rescue, River Rye, July 2016. Drought conditions. Copyright NYMNPA.White-clawed crayfish rescue, River Rye, July 2016. Bucket collection. Copyright NYMNPA.White-clawed crayfish rescue, River Rye, July 2016. Cooling buckets to adjust water temperature before releasing. Copyright NYMNPA.White-clawed crayfish rescue, River Rye, July 2016. Releasing White-clawed crayfish (adult). Copyright NYMNPA.White-clawed crayfish rescue, River Rye, July 2016. Releasing White-clawed crayfish (female carrying young). Copyright NYMNPA.The translocated fish and White-clawed crayfish will inevitably recolonise the dried up section once the flows return to normal. The habitat here is ordinarily really good, the only down side being the disastrous disappearing water phenomenon during the summer.

The future for local White-clawed crayfish is somewhat uncertain. Further survey work is needed to establish the location of populations in the Rye, in order to help direct and prioritise effective measures to bolster the populations and make them more resilient to climate change risks like flash flooding and drought crisis. Rescue events may need to become a regularised occurrence.

We have no current evidence that the introduced Signal crayfish, which are such a threat to the White-clawed crayfish, have made it into the River Rye yet. Elsewhere in the country ark sites have been established, away from river networks, where populations of White-clawed crayfish can be introduced and kept in blissful isolation. If feasible here this could be a useful additional safety measure, but the first priority is keeping the Rye White-clawed crayfish populations in the river for as long as possible and conserving this particular element of our local natural heritage.

As beautiful as a butterfly…

Gallery

This gallery contains 14 photos.

There is a national butterfly census underway across the country – its the Big Butterfly Count and anyone can join in. The North York Moors are home to a number of butterfly species – some rare (like the Pearl Bordered … Continue reading

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