A large Rook flock also feeds in the field. I take some photos of the flock and back at home I notice that a lumpy shape in the middle of the shot that I thought was a hare is in fact a pair of Grey Partridge!
The coastline runs due North-South. The landscape is really pleasant, with the undulating terrain near the hill, and the farm copses in the distance and scattered hedgerows, with the occasional pillbox. The main interest is Hamilton Hill, presiding with its mighty 26 m over the landscape, the path I'm following skirting the hill. The soil is very sandy.
Looking back towards Hamilton Hill
The land slopes towards the sea, and allowing views towards the white cape of Flamborough.
Near Earl's Dyke, on another harvested field, two Lapwing, and nearby a Wheatear on the wheat straw. On a hedge nearby a Reed Bunting and a flock of Tree Sparrows and Linnets and a juvenile Yellow Wagtail, what a great combination of birds!
Adult lapwing.
Juvenile lapwing
Juvenile Yellow Wagtail.
On a brief sunny spell, butterflies flutter around thistles: Ringlet, Peacock, Red Admiral, Small Tortoiseshell, and Green-Veined White.Peacock.
I take the path by the beautiful Earl’s Dyke to access the beach (top shot). The Earl's Dyke is a semi-natural stream flowing to the sea, the outlet flowing free with no sluice or barrier, just the remains of old anti-tank defences now out at sea, with piles of shingle moved to the side probably by the farmer to improve the water flow. On the beach, four Dunlin, including two juveniles, run along the tideline. Two Golden Plover fly by near the beach. From then onwards, I walk on the beach.
Dunlin
Sandy cliffs
The bottom sediments of the cliff exposure north of the Earl's Dyke are laminated sandy/silty deposits underneath till, maybe indicating a pro-glacial lake. From here onwards, there is an almost continuous Sand Martin colony, with hundreds of nests dug on the soft sandy tills. On the nest entrances, grown juveniles peek out.
The adults respond to passers by with high pitched alarm calling and the juveniles retreat into their nest holes. Offshore, noisy Sandwich Terns with juveniles fly past, dive-fishing. Gannets and a few juvenile Kittiwakes, probably just fledged from the colonies at Bridlington or Flamborough.
Auburn Beck
I get to Auburn Beck, another semi-natural stream. The beach is now sandy: Fraisthorpe Beach. Some children play by the beck on the beach. A few Pied Wagtails feed on the grass by the caravan park, with a juvenile Yellow Wagtail amongst them.
The reduced erosion allows the plants to grow on the cliff, and the steps made on the cliff are a more permanent access point to the car park.
The glacial till stops being a feature of the landscape a little north of Auburn Beck, and the protection of Flamborough Headland and the Smithic Sandbank is felt in that coastal erosion appears to be non existent. On the low cliffs by Fraisthorpe, vegetation grows on the cliff itself, and there is plenty of flowering mayweed, colt's foot and ragwort in the dry areas and hairy willowherb and reeds on seeping areas of the cliff.Dunes
Dunes have actually developed between Auburn Farm and Wilsthorpe, possibly due to wave refraction by the Smythic Bank (a 10 km long sandbank just offshore of Bridlington, which during spring tides can rise 2.7m from the sea).
I'm now near Bridlington and the narrower beach due to the rising tide feels busy with families and dog walkers. A few surfers are on the water, the sea quite calm. A Grey Seal near the shore peeks toward the beach, its head over the water. It is almost high tide when I reach the end of the walk at the beach huts by the Bridlington Park and Ride.
But just before I start the way back, the piercing alarm calls of a few Herring Gulls call my attention. The gulls are chasing a Grey Heron. The heron takes off and lands by the sea wall, cowering at the bottom of it. The gulls slowly forget about it. It is a young heron, a bit of fluffy down still visible at the top of its head. It looks unharmed, so I let it be, hopefully it will fly away from Herring Gull nests.A pair of Linnets feeds on the beach.
Juvenile Pied Wagtail.
I take my shoes off and walk on the tideline all the way back. I'm rewarded by finding a shiny, fresh Quahog shell!
The Low Grounds
I reach the Earl's Dike and continue on the beach. After a higher cliff ridge, peppered with Sand Martin nests (above), the land south of Earl's Dyke is very low lying, a thin layer of peat juts out of the sand, the remainder of another old mere. Just inland there are grassy uncultivated, areas, I presume because they are often flooded by the sea.
Peaty layer on the beach.
The Low Grounds, with Hamilton Hill on the horizon from the beach.
A Meadow Pipit carries insects for chicks.
I climb the cliff by the caravan park at Barmston to return to Sands Lane.
Ords
Ord is a local word in Holderness, designating an elongated, irregular trough in the beach, flanked by tongues of sand. The drop in ord height can be from 1.5 m to almost 4 m. The ords often hold water, and can expose the glacial till platform, and the base of the till cliff, speeding up erosion as they become subject to wave action during high tides. Armoured mud balls often lie at the base of an ord, marking the point of high erosion at any given time. Ords are not permanent features, they move southwards like waves in the sediment. Ords can be identified and followed as individual units in the Holderness coast from their formation in Barmston until they reach Spurn. If you visit a particular spot in the cliff, the change in the height of the beach from one year to the next is often very noticeable and this is due to the ord movement. The movement of a particular ord was calculated as it moved through the south Holderness coast from 1969 to 1983, with an average speed of 500 m per year!
Walk information
Ord is a local word in Holderness, designating an elongated, irregular trough in the beach, flanked by tongues of sand. The drop in ord height can be from 1.5 m to almost 4 m. The ords often hold water, and can expose the glacial till platform, and the base of the till cliff, speeding up erosion as they become subject to wave action during high tides. Armoured mud balls often lie at the base of an ord, marking the point of high erosion at any given time. Ords are not permanent features, they move southwards like waves in the sediment. Ords can be identified and followed as individual units in the Holderness coast from their formation in Barmston until they reach Spurn. If you visit a particular spot in the cliff, the change in the height of the beach from one year to the next is often very noticeable and this is due to the ord movement. The movement of a particular ord was calculated as it moved through the south Holderness coast from 1969 to 1983, with an average speed of 500 m per year!
Two Yellow Wagtails feed amongst a cow's legs at Beverley Westwood during autumn migration (22/9/2013).
Featured bird: Yellow Wagtail
The Yellow Wagtail is a long-distance migrant which spends winters in west and sub-Saharan Africa. The British race, Motacilla flava flavissima, is Red Listed due to rapid population declines since the early 1980s (73% population reduction between 1970 and 2007. As other farmland birds, population decline seems to be due to agricultural intensification. Yellow Wagtails successful breeding in the area is encouraging, and it does several red listed and declining farmland bird species seem to be calling this area home, like Grey Partridge, Lapwing, Skylark, Linnet, Tree and House Sparrow and Starling.
Walk information
July. 12 km circular. Start: Barmston Sands Lane, TA170593 finish at Bridlington Park and Ride. Toilets at Auburn Farm and Bridlington Park and Ride. Several access points as cliffs are quite low (at Barmston Caravan Park, Earl's Dyke, Auburn Farm, Wilsthorpe boating compound and the Park and Ride, amongst others.
More information
Pringle (Nee Phillips), A. W. Holderness coast erosion and the significance of ords. Earth Surf. Processes Landforms 10, 107–124 (1985).
Pringle (Nee Phillips), A. W. Holderness coast erosion and the significance of ords. Earth Surf. Processes Landforms 10, 107–124 (1985).