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I got brave and walked to the end of this protruding point , high above the cliffs, it’s narrow , very narrow , my legs felt like jelly and I had a weird feeling in my stomach, scared ? Yep definitely, though a view that was exhilarating , I remember thinking as I stood at the furthest point “I’ve not informed anyone of my route today “ and “ I wonder if my mobile can get a signal here “
I last visited this magnificent site on the 14th September 2011, today 9th March 2018 a little over 6yrs later I decided that a revisit was required, with a beautiful sunshine caressing the landscape I had the best opportunity to capture the view's on u Nikon.
I had a magnificent afternoon , breathtaking scenery, fresh air with only my Nikon for company , birds of all types flying around making me wish I had a few better zoom lenses.
The name Bullers of Buchan refers both to a collapsed sea cave and to the adjacent village, situated about 6 miles (9.7 km) south of Peterhead in Buchan, Aberdeenshire, Scotland.
Cave
The collapsed sea cave forms an almost circular chasm (the "pot") some 30 metres (98 ft) deep, where the sea rushes in through a natural archway.
Village
The small hamlet of cottages here is also known by the same name, and was historically a fishing village launching small boats from the bay below (the slipway may still be seen at low tide).
Cliffs
The cliffs at the Bullers provide a nesting site in spring for colonies of seabirds, including kittiwakes, puffins, fulmars, shags, razorbills and guillemots along with herring gulls and great black-backed gulls. Eider ducks may also be seen here, and gannets are frequently seen passing en route to their colonies north at Troup Head and south at Bass Rock. Grey seals may be seen in the bay, and dolphins are often seen passing by offshore.
Access
The area is a popular sightseeing spot, with a car park but no tourist facilities. Access is via the A975 road, which is served by a regular bus service between Peterhead and Aberdeen.
The Bullers of Buchan lie on the Buchan coastal footpath, leading south to Slains Castle, Cruden Bay and Whinnyfold, and north to the Longhaven wildlife reserve.
The name "Bullers" has been thought to be derived from the French "bouillir", meaning "to boil", as the water in the pot appears to boil during stormy weather, but another explanation says that the word is a Scots word meaning "rushing of water", relating to the sound made by the waves crashing in through the archway opening into the pot, perhaps.
History
The local area is rich with prehistory and historical features. Somewhat inland are a number of prehistoric monuments including Catto Long Barrow, Silver Cairn and numerous tumuli. In that same vicinity of the Laeca Burn watershed is the point d'appui of historic battles between invading Danes and indigenous Picts.
The Bullers of Buchan were cited in historical literature as early as the 18th century, most notably by the literary journalist James Boswell.
Located off the A975 just north of Cruden Bay and about 25 miles north of Aberdeen in northeast Scotland, the Bullers of Buchan is a collapsed sea cave forming an almost circular chasm (the "pot") some 30 metres (100 feet) deep, where the ocean rushes in through a natural archway.
The cliff scenery here is spectacular and seabirds of many species such as Puffins, Kittiwakes, Guillemots and Razorbills proliferate during the spring and summer, when wild flowers including campion, heather and orchids colour the cliff tops.
There is a car park from which a short road leads to a small group of cottages above the bay; a rough footpath leads northward in front of the cottages to the pot itself, some 100 metres along. For the energetic, the footpath continues along the coast through the Longhaven Wildlife Reserve towards Boddam.
There is also a footpath leading south along the clifftop towards Slains Castle (another local attraction) and Cruden Bay.
THE FOOTPATHS ARE ROUGH, UNFENCED AND AT TIMES VERY CLOSE TO THE CLIFF EDGE. GREAT CARE MUST BE TAKEN AT ALL TIMES AND CHILDREN MUST BE CLOSELY SUPERVISED.
There are no tourist facilities at the Bullers; the nearest hotels, pubs and cafes may be found at Cruden Bay (which also boasts a very fine golf course). The nearest large town is Peterhead, 6 miles to the north.
Aberdeen Scotland has many wind turbines, I pass this site on a regular basis, summer 2018 I decided to visit the site and record what I found before me.
The wind turbines are colossal in height and power as the sound of the turbine turning is loud and majestic as you stand at its base .
Hill Off Fiddes - Wind Farm
Commercial operations at the site began in February 2010 and the wind farm was taken into the Ventient portfolio in May 2012.
The wind farm has 3 turbines, each rated at 2.3MW giving Hill of Fiddes an installed capacity of 6.9MW and the ability to generate enough energy to power 3,888 homes*.
The wind farm’s community benefit fund provides grants to projects in the communities within the Auchterless, Inverkeithny & Fisherford Community Council and Rothienorman Monquhitter Community Council areas.
Applications to the fund are assessed by The Hill of Fiddes Community Fund which is a sub-committee of Foveran Community Council, incorporating various local groups.
Details
Generalities
Wind farm name: Hill of Fiddes
Country: United-Kingdom
County / Zone: Aberdeenshire (Scotland)
City: Udny
Commissioning: 2010/02
3 turbines: Enercon E70/2300 (power 2 300 kW, diameter 71 m)
Hub height: 67 m
Total nominal power: 6,900 kW
Operational
Onshore wind farm
Developers: Broadview Energy/Infinis
Operator: Ventient Energy
Owner: Ventient Energy
Production forecast
From Thursday, December 31 2020, 01:00 UTC, for the coming 24 hours:
Expected load rate: 46.2 %
Expected production: 76,520 kWh
Localisation
Latitude: 57° 18' 58.6"
Longitude: -2° 6' 50"
Geodetic system: WGS84
Precise location: yes
I revisited Donmouth Nature Reserve today 2/3/2018, prompted by the severe weather conditions that the so called "Beast From The East" has brought to the UK in the past few days, I decided to visit and capture any impacts it may have had along the coastline.
I found that the walk paths have eroded due to the heavy tides and tall waves that have battered the shore over the past few days, you can see the pathway clumps of grass that previously sat above the coastline now laying on the shore waiting for the sea to drag them off to the bottom of the North Sea.
Today was bitterly cold, the sea raged though I enjoyed a magnificent walk along the shore capturing what lay before me.
Check out my photos previously posted to appreciate the impact this "BFTE" has had on this beautiful nature reserve.
Coastal erosion is the wearing away of land and the removal of beach or sand dunes sediments by wave action, tidal currents, wave currents, drainage or high winds (see also beach evolution). Waves, generated by storms, wind, or fast moving motor craft, can cause coastal erosion, which may take the form of long-term losses of sediment and rocks, or merely the temporary redistribution of coastal sediments; erosion in one location may result in accretion nearby.
The study of erosion and sediment redistribution is called 'coastal morphodynamics'.
It may be caused by hydraulic action, abrasion, impact and corrosion by wind, water, and other forces, natural or unnatural.
On non-rocky coasts, coastal erosion results in dramatic (or non-dramatic) rock formations in areas where the coastline contains rock layers or fracture zones with varying resistance to erosion.
Softer areas become eroded much faster than harder ones, which typically result in landforms such as tunnels, bridges, columns, and pillars.
Over time the coast generally evens out. The softer areas fill up with sediment eroded from hard areas, and rock formations are eroded away.
Also abrasion commonly happens in areas where there are strong winds, loose sand, and soft rocks.
The blowing of millions of sharp sand grains creates a sandblasting effect. This effect helps to erode, smooth and polish rocks.
The definition of abrasion is grinding and wearing away of rock surfaces through the mechanical action of other rock or sand particles.
Examples
Small-scale erosion destroys abandoned railroad tracks
A place where erosion of a cliffed coast has occurred is at Wamberal in the Central Coast region of New South Wales where houses built on top of the cliffs began to collapse into the sea. This is due to waves causing erosion of the primarily sedimentary material on which the buildings foundations sit.[2]
Dunwich, the capital of the English medieval wool trade, disappeared over the period of a few centuries due to redistribution of sediment by waves.
Human interference can also increase coastal erosion:
Hallsands in Devon, England, was a coastal village that washed away over the course of a year, an event directly caused by dredging of shingle in the bay in front of it.
The California coast, which has soft cliffs of sedimentary rock and is heavily populated, regularly has incidents of housing damage as cliffs erodes .
The Holderness coastline on the east coast of England, just north of the Humber Estuary, is one of the fastest eroding coastline in Europe due to its soft clay cliffs and powerful waves.
Groynes and other artificial measures to keep it under control has only accelerated the process further down the coast, because longshore drift starves the beaches of sand, leaving them more exposed. The White Cliffs of Dover have also been affected.
Fort Ricasoli in Kalkara, Malta already showing signs of damage where the land is being eroded Fort Ricasoli, a historic 17th century fortress in Malta is being threatened by coastal erosion, as it was built on a fault in the headland which is prone to erosion.
A small part of one of the bastion walls has already collapsed since the land under it has eroded, and there are cracks in other walls as well.
Wave action
Hydraulic action
Hydraulic action occurs when waves striking a cliff face compress air in cracks on the cliff face. This exerts pressure on the surrounding rock, and can progressively splinter and remove pieces. Over time, the cracks can grow, sometimes forming a cave. The splinters fall to the sea bed where they are subjected to further wave action.
Attrition
Attrition occurs when waves cause loose pieces of rock debris (scree) to collide with each other, grinding and chipping each other, progressively becoming smaller, smoother and rounder. Scree also collides with the base of the cliff face, chipping small pieces of rock from the cliff or have a corrasion (abrasion) effect, similar to sandpapering.
Solution
Solution is the process in which acids contained in sea water will dissolve some types of rock such as chalk or limestone.
Corrasion
Corrasion or otherwise known as abrasion occurs when waves break on cliff faces and slowly erode it. As the sea pounds cliff faces it also uses the scree from other wave actions to batter and break off pieces of rock from higher up the cliff face which can be used for this same wave action and attrition.
Corrosion
Corrosion or solution/chemical weathering occurs when the sea's pH (anything below pH 7.0) corrodes rocks on a cliff face. Limestone cliff faces, which have a moderately high pH, are particularly affected in this way. Wave action also increases the rate of reaction by removing the reacted material.
Factors that influence erosion rates
Primary factors
The ability of waves to cause erosion of the cliff face depends on many factors.
The hardness (or inversely, the erodibility) of sea-facing rocks is controlled by the rock strength and the presence of fissures, fractures, and beds of non-cohesive materials such as silt and fine sand.
The rate at which cliff fall debris is removed from the foreshore depends on the power of the waves crossing the beach. This energy must reach a critical level to remove material from the debris lobe. Debris lobes can be very persistent and can take many years to completely disappear.
Beaches dissipate wave energy on the foreshore and provide a measure of protection to the adjoining land.
The stability of the foreshore, or its resistance to lowering. Once stable, the foreshore should widen and become more effective at dissipating the wave energy, so that fewer and less powerful waves reach beyond it. The provision of updrift material coming onto the foreshore beneath the cliff helps to ensure a stable beach.
The adjacent bathymetry, or configuration of the seafloor, controls the wave energy arriving at the coast, and can have an important influence on the rate of cliff erosion. Shoals and bars offer protection from wave erosion by causing storm waves to break and dissipate their energy before reaching the shore.
Given the dynamic nature of the seafloor, changes in the location of shoals and bars may cause the locus of beach or cliff erosion to change position along the shore.
Coastal erosion has been greatly affected by the rising sea levels globally.
Donmouth Local Nature Reserve is a beach site in the historic Old Aberdeen part of the City where the River Don meets the sea.
A great place to see seals and a range of interesting birds. The beach area has changed over time as the river has changed its course. There are lots of interesting plants in the dunes and beach area. Bird hide is an excellent shelter from which to watch the wildlife. The paths run across King Street to the Brig 'o Balgownie., the original bridge in to the City from the North, then down the other side of the river to the sea.
The site was designated a Local Nature Reserve in 1992
Paths are good although wheelchair access to the beach would be difficult as the boardwalk can get covered with sand.
There is plenty of free car parking on the Beach Esplanade and at the car park in Donmouth Road. There are cycle racks on Beach Esplanade
Bridge Of Don has five spans of dressed granite, and rounded cutwaters that carry up to road level to form pedestrian refuges. The spans are 75 feet (23 m), with a rise of 25 feet (7.6 m).
It was widened in 1958-59, from 24 feet (7.3 m), to 66 feet (20 m) by the construction of a new concrete bridge adjacent to the old one.
It now carries four lanes of the A956 road, and is the last bridge on the River Don before it meets the sea. The bridge is just downstream from a substantial island in the river. Around the area of the bridge is the Donmouth Local Nature Reserve, designated as a LNR in 1992.
Near to the bridge are a number of World War II era coastal defences, including a pill box.
Mudflats
Mudflats are formed when fine particles carried downstream by the river are deposited as it slows down before entering the sea, and to a lesser extent by fine particles washed in by the tide. The sand spit at the mouth of the Don provides shelter from the wind and waves allowing this material to build up. The mud flats are a very rich and fertile environment. Despite their rather barren appearance they support a surprisingly diverse invertebrate fauna which includes; worms, molluscs and crustacea. These invertebrates are vitally important to wildfowl and wading birds within the estuary.
Salt marsh
Along the upper shore of the south bank saltmarsh has developed. This habitat would once have been much more extensive prior to the tipping of domestic and other refuse in the area and the formation in 1727 of an artificial embankment to prevent flooding of the river into the Links. This habitat is now reduced to a narrow strip of vegetation along the river margins upstream from the Powis Burn.
The species composition of the salt marsh varies according to the salinity of the water i.e. the proximity to the sea. Close to the Powis Burn this habitat is dominated by reed sweet-grass (Glyceria maxima) with reed canary-grass (Phalaris arundinacea), sea club-rush (Scirpus maritimus), spike-rush (Eleocharis palustris), hemlock water-dropwort (Oenanthe crocata) and common scurvygrass (Chochlearia officinalis).
Further inland reed sweet-grass continues to dominate but hemlock water-dropwort is more abundant with meadowsweet (Filipendula ulmaria) and valarian (Valariana officinalis),
Sand dunes
Sand dunes are found in the more exposed parts of the estuary at the river mouth. Again, this habitat was once much more extensive in this locality with dune grasslands stretching from Aberdeen Beach inland as far as King Street, southwards from the estuary of the Dee, northwards to the Sands of Forvie and beyond. Many of the dunes formed part of Seaton Tip, and following tipping the area was grassed over. Other areas have been formally landscaped to form golf courses or planted with native trees in 2010 to create a new woodland area.
Some remnants of the natural dune flora can be seen in the 'roughs' on the Kings Links golf course and near the mouth of the river.
Above the high water mark, fore dunes with thick clumps of the pioneer grass species including sea lyme grass (Elymus arenarius) and marram grass (Ammophila arenaria) occur. Few other species are able to cope with the shifting sand. The largest area of these young dunes is to the north and west of the headland. Further inland where the dunes are sheltered from the actions of the wind and waves, and soils are more developed, more stable dunes are present supporting a more diverse grassland habitat.
Strand line plants which are able to tolerate occasional coverage by sea water include sea rocket (Cakile maritima), frosted orache (Atriplex laciniata), sea sandwort (Honkenya peploides) and knotgrass (Polygonum aviculare). Bur-reed (Sparganium sp.) has been recorded; presumably washed down by the river.
Marram grass (Ammophila arenaria) and sea lyme grass (Elymus arenarius) dominate the fore dunes. The latter species is not native to this area but appeared in 1802. It is thought to have been unintentionally introduced into the area by fishing boats. For a number of years it remained uncommon but from 1870 onwards it spread rapidly along the coastline (Marren, 1982).
In the more stable dunes red fescue (Festuca rubra), sand sedge (Carex arenaria), yellow rattle (Rhinanthus minor), wild pansy (Viola tricolour), harebell (Campanula rotundifolia), bird's-foot-trefoil (Lotus corniculatus) and lesser meadow-rue (Thalictrum minus) are abundant. Small amounts of kidney vetch (Anthyllis vulneraria), valerian (Valeriana officinalis) and spring vetch (Vicia lathyroides) are present.
Scattered willows (Salix sp.) and sycamore (Acer pseudoplantanus) have seeded into this area. Gorse (Ulex europaeus) scrub has colonised the dunes in some areas and appears to be spreading.
Scrub
This habitat is almost entirely artificial with only the gorse scrub on the inner dunes being a semi-natural habitat. Alder and willow were planted along the south bank of the river in about 1970 and these shrubs are now generally well established. Further shrub planting on the south bank was carried out in 1990.
Willow (Salix sp.) and alder (Alnus glutinosa) were planted in the 1970's along the south bank of the River Don eastwards of the Bridge of Don. The trees to the west of this strip are doing considerably better than those to the east. More recent planting was carried out in 1990 with hawthorn (Crataegus monogyna), blackthorn (Prunus spinosa) elder (Sambucus nigra), goat willow (Salix caprea) and alder.
Underneath the scrub neutral grassland is present with cocksfoot (Dactylis glomerata), false oat-grass (Arrhenatherum elatius), cow parsley (Anthriscus sylvestris), sweet cicely (Myrrhis odorata), hedge woundwort (Stachys sylvatica) and hedge bindweed (Calystegia sepium).
Grassland
Much of the grassland within the reserve is formed on imported soil and is intensively managed. This includes grassland on the north and south sides of the Esplanade. Daffodils are present in the grassland on the north side of the road. On the north bank to the east of the Bridge of Don is rank grassland on a steep south-facing slope. This is unmanaged and contains some patches of scrub.
Rough grassland is present on the headland. This area has been modified by tipping, with rubble to the east and with grass cuttings to the west. The grassland contains a mixture of neutral grassland, dune grassland, ruderal, and introduced garden species. This area attracts flocks of seed eating birds in late summer and autumn.
Improved grassland is present on the headland and along the south bank of the estuary downstream from the bridge of Don. Much of this vegetation has developed on imported soil and contains a high proportion of ruderal species and garden escapes. On the headland, broadleaved dock (Rumex obtusifolius), nettle (Urtica dioica), coltsfoot (Tussilago farfara), spear thistle (Cirsium vulgare), cow parsley (Anthriscus sylvestris), hemlock (Conium maculatum) and hogweed (Heracleum sphondylium) are abundant. Sweet cicely (Chaerophyllum bulbosum) is widespread and in late summer fills the air with the scent of aniseed.
To the south of the Esplanade the grassland is managed with an annual cut.. The grassland does flood to form pools. Early in the year cuckoo flower (Cardamine pratensis) is common, meadow foxtail (Alopecuris pratensis)is known to occur around the margins of these pools.
Woodland
Semi-mature woodland is present on the steep sided south bank of the river upstream from the Bridge of Don. Most of this woodland has been planted in the mid 1930's though some older oak and elm trees are present. These may be relicts of former woodland cover. The woodland in the reserve is part of a strip of woodland along the River Don corridor which continues upstream from the Brig 'o' Balgownie.
Woodland is present on the south bank upstream from the Bridge of Don.
Much of the woodland consists of even aged stands with willow (Salix sp.), sycamore (Acer pseudoplatanus), ash (Fraxinus excelsior), beech (Fagus sylvatica) and alder (AInus glutinosa).
At the top of the slope mature oak (Quercus sp.) and elm (Ulmus glabra) are present. The ground flora contains tufted hair-grass (Deschampsia caespitosa), red campion (Silene dioica), ramsons (Allium ursinum) and lady fern (Athyrium felix-femina) .In a few areas dense shading is caused by the trees and in these areas the ground flora is poor.
On the north bank scattered trees are present, mainly willow and sycamore with some scrub.
People release these helium gas filled balloons into the sky to mark a celebration or remembrance of people they love or have loved, very appropriate at the time , however the truth is exactly what you see in the photo I captured, floating high then the helium escapes, balloon falls to the ground ready to be eaten or tangle around the body of poor animals who cannot defend themselves against this man made issue , it is sad.
I visit this magnificent nature reserve on a regular basis as it is less than a 10 minute drive from my home , many visitors to our city miss its glorious offerings, thinking all we have to offer is the beach front at the main boulevard , its a pity as this reserve is a short drive from the main tourist area and has its own charm, attraction and wealth of nature on offer, I love it .
Donmouth Local Nature Reserve is a beach site in the historic Old Aberdeen part of the City where the River Don meets the sea.
A great place to see seals and a range of interesting birds. The beach area has changed over time as the river has changed its course. There are lots of interesting plants in the dunes and beach area. Bird hide is an excellent shelter from which to watch the wildlife. The paths run across King Street to the Brig 'o Balgownie., the original bridge in to the City from the North, then down the other side of the river to the sea.
The site was designated a Local Nature Reserve in 1992
Paths are good although wheelchair access to the beach would be difficult as the boardwalk can get covered with sand.
There is plenty of free car parking on the Beach Esplanade and at the car park in Donmouth Road. There are cycle racks on Beach Esplanade
Bridge Of Don has five spans of dressed granite, and rounded cutwaters that carry up to road level to form pedestrian refuges. The spans are 75 feet (23 m), with a rise of 25 feet (7.6 m).
It was widened in 1958-59, from 24 feet (7.3 m), to 66 feet (20 m) by the construction of a new concrete bridge adjacent to the old one.
It now carries four lanes of the A956 road, and is the last bridge on the River Don before it meets the sea. The bridge is just downstream from a substantial island in the river. Around the area of the bridge is the Donmouth Local Nature Reserve, designated as a LNR in 1992.
Near to the bridge are a number of World War II era coastal defences, including a pill box.
Mudflats
Mudflats are formed when fine particles carried downstream by the river are deposited as it slows down before entering the sea, and to a lesser extent by fine particles washed in by the tide. The sand spit at the mouth of the Don provides shelter from the wind and waves allowing this material to build up. The mud flats are a very rich and fertile environment. Despite their rather barren appearance they support a surprisingly diverse invertebrate fauna which includes; worms, molluscs and crustacea. These invertebrates are vitally important to wildfowl and wading birds within the estuary.
Salt marsh
Along the upper shore of the south bank saltmarsh has developed. This habitat would once have been much more extensive prior to the tipping of domestic and other refuse in the area and the formation in 1727 of an artificial embankment to prevent flooding of the river into the Links. This habitat is now reduced to a narrow strip of vegetation along the river margins upstream from the Powis Burn.
The species composition of the salt marsh varies according to the salinity of the water i.e. the proximity to the sea. Close to the Powis Burn this habitat is dominated by reed sweet-grass (Glyceria maxima) with reed canary-grass (Phalaris arundinacea), sea club-rush (Scirpus maritimus), spike-rush (Eleocharis palustris), hemlock water-dropwort (Oenanthe crocata) and common scurvygrass (Chochlearia officinalis).
Further inland reed sweet-grass continues to dominate but hemlock water-dropwort is more abundant with meadowsweet (Filipendula ulmaria) and valarian (Valariana officinalis),
Sand dunes
Sand dunes are found in the more exposed parts of the estuary at the river mouth. Again, this habitat was once much more extensive in this locality with dune grasslands stretching from Aberdeen Beach inland as far as King Street, southwards from the estuary of the Dee, northwards to the Sands of Forvie and beyond. Many of the dunes formed part of Seaton Tip, and following tipping the area was grassed over. Other areas have been formally landscaped to form golf courses or planted with native trees in 2010 to create a new woodland area.
Some remnants of the natural dune flora can be seen in the 'roughs' on the Kings Links golf course and near the mouth of the river.
Above the high water mark, fore dunes with thick clumps of the pioneer grass species including sea lyme grass (Elymus arenarius) and marram grass (Ammophila arenaria) occur. Few other species are able to cope with the shifting sand. The largest area of these young dunes is to the north and west of the headland. Further inland where the dunes are sheltered from the actions of the wind and waves, and soils are more developed, more stable dunes are present supporting a more diverse grassland habitat.
Strand line plants which are able to tolerate occasional coverage by sea water include sea rocket (Cakile maritima), frosted orache (Atriplex laciniata), sea sandwort (Honkenya peploides) and knotgrass (Polygonum aviculare). Bur-reed (Sparganium sp.) has been recorded; presumably washed down by the river.
Marram grass (Ammophila arenaria) and sea lyme grass (Elymus arenarius) dominate the fore dunes. The latter species is not native to this area but appeared in 1802. It is thought to have been unintentionally introduced into the area by fishing boats. For a number of years it remained uncommon but from 1870 onwards it spread rapidly along the coastline (Marren, 1982).
In the more stable dunes red fescue (Festuca rubra), sand sedge (Carex arenaria), yellow rattle (Rhinanthus minor), wild pansy (Viola tricolour), harebell (Campanula rotundifolia), bird's-foot-trefoil (Lotus corniculatus) and lesser meadow-rue (Thalictrum minus) are abundant. Small amounts of kidney vetch (Anthyllis vulneraria), valerian (Valeriana officinalis) and spring vetch (Vicia lathyroides) are present.
Scattered willows (Salix sp.) and sycamore (Acer pseudoplantanus) have seeded into this area. Gorse (Ulex europaeus) scrub has colonised the dunes in some areas and appears to be spreading.
Scrub
This habitat is almost entirely artificial with only the gorse scrub on the inner dunes being a semi-natural habitat. Alder and willow were planted along the south bank of the river in about 1970 and these shrubs are now generally well established. Further shrub planting on the south bank was carried out in 1990.
Willow (Salix sp.) and alder (Alnus glutinosa) were planted in the 1970's along the south bank of the River Don eastwards of the Bridge of Don. The trees to the west of this strip are doing considerably better than those to the east. More recent planting was carried out in 1990 with hawthorn (Crataegus monogyna), blackthorn (Prunus spinosa) elder (Sambucus nigra), goat willow (Salix caprea) and alder.
Underneath the scrub neutral grassland is present with cocksfoot (Dactylis glomerata), false oat-grass (Arrhenatherum elatius), cow parsley (Anthriscus sylvestris), sweet cicely (Myrrhis odorata), hedge woundwort (Stachys sylvatica) and hedge bindweed (Calystegia sepium).
Grassland
Much of the grassland within the reserve is formed on imported soil and is intensively managed. This includes grassland on the north and south sides of the Esplanade. Daffodils are present in the grassland on the north side of the road. On the north bank to the east of the Bridge of Don is rank grassland on a steep south-facing slope. This is unmanaged and contains some patches of scrub.
Rough grassland is present on the headland. This area has been modified by tipping, with rubble to the east and with grass cuttings to the west. The grassland contains a mixture of neutral grassland, dune grassland, ruderal, and introduced garden species. This area attracts flocks of seed eating birds in late summer and autumn.
Improved grassland is present on the headland and along the south bank of the estuary downstream from the bridge of Don. Much of this vegetation has developed on imported soil and contains a high proportion of ruderal species and garden escapes. On the headland, broadleaved dock (Rumex obtusifolius), nettle (Urtica dioica), coltsfoot (Tussilago farfara), spear thistle (Cirsium vulgare), cow parsley (Anthriscus sylvestris), hemlock (Conium maculatum) and hogweed (Heracleum sphondylium) are abundant. Sweet cicely (Chaerophyllum bulbosum) is widespread and in late summer fills the air with the scent of aniseed.
To the south of the Esplanade the grassland is managed with an annual cut.. The grassland does flood to form pools. Early in the year cuckoo flower (Cardamine pratensis) is common, meadow foxtail (Alopecuris pratensis)is known to occur around the margins of these pools.
Woodland
Semi-mature woodland is present on the steep sided south bank of the river upstream from the Bridge of Don. Most of this woodland has been planted in the mid 1930's though some older oak and elm trees are present. These may be relicts of former woodland cover. The woodland in the reserve is part of a strip of woodland along the River Don corridor which continues upstream from the Brig 'o' Balgownie.
Woodland is present on the south bank upstream from the Bridge of Don.
Much of the woodland consists of even aged stands with willow (Salix sp.), sycamore (Acer pseudoplatanus), ash (Fraxinus excelsior), beech (Fagus sylvatica) and alder (AInus glutinosa). At the top of the slope mature oak (Quercus sp.) and elm (Ulmus glabra) are present. The ground flora contains tufted hair-grass (Deschampsia caespitosa), red campion (Silene dioica), ramsons (Allium ursinum) and lady fern (Athyrium felix-femina) .In a few areas dense shading is caused by the trees and in these areas the ground flora is poor.
On the north bank scattered trees are present, mainly willow and sycamore with some scrub.
Forvie National Nature Reserve is on the Ythan Estuary on the east coast of Scotland approximately 16 miles north of Aberdeen.
The stark beauty of empty sand dunes is complemented by the call of Eider ducks, wafting like gentle gossiping across the Ythan estuary. With the constant shifting of the dunes, layers of history have come and gone, revealing the half buried remains of a twelfth century church.
The Sands of Forvie is a nature reserve north of Newburgh in Aberdeenshire in the northeast of Scotland. Forvie
National Nature Reserve has the fifth largest sand dune system in Britain, and the least disturbed by human activity.
The dune system is an integral part of the Ythan Estuary and separated by the estuary from Balmedie beach. The reserve contains large areas of sandy foreshore, mobile and fixed dunes, dune pasture and lowland heath and the successional development of vegetation. The sand dunes are of various stages of evolution and contain marram grass (Ammophila arenaria), red fescue, (Festuca rubra), crowberry, (Empetrum nigrum), the cross-leaved heath (Erica tetralix), common sedge, (Carex nigra), marsh pennywort (Hydrocotyle vulgaris) and the invasive creeping willow (Salix repens ssp. argentea).
The reserve contains the largest breeding colony of eider duck in Britain and an internationally important ternery.
The area is designated as a Special Protection Area for wildlife conservation purposes. The reserve is managed by Scottish Natural Heritage. Stevenson Forvie Centre near Collieston provides information on the reserve.
The sands were the site of the village of Forvie that was abandoned due to drifting sands.
Forvie was active in World Wars I and II, although very few details are recorded on the use of the area. It was incorrectly claimed there was a nine-hole golf course from 1900 to the outbreak of World War II. The course built for Lady Cathcart in 1900 was on the west coast island Uist.
The layout of Forvie and Newburgh could be mistaken for the mouth of the River Don in Aberdeen. With this is mind, defences were put in places around the mouth of the Ythan.
These consisted of pill boxes, two gun batteries and anti-tank blocks built by the 143rd Pioneer Corps. From a review of vulnerable beaches from April–October 1941, Forvie appeared on this list and was identified as "blocked with mines". The minefield ran from East to West (WO ref 31/521474 to 538472).
These were British Type C land mines weighing about 65 lbs each. Following a clear up of the area in July 1944, a number of landmines were unaccounted for due to the shifting sands of the area. Mine clearance altered the area slightly as the Bomb Disposal Unit from the Royal Engineers used a converted Bren gun carrier (known as a wasp) as a flamethrower to scorch vegetation on the mined area. Records show on some days 222 mines being dealt with, the actual mine count is unknown but the area took several months to clear. on 27 July 1944, Sapper Harry Dean (28) of 11 coy, Royal Engineers was killed whilst clearing a mine at Forvie. Sapper Dean is buried in Yorkshire .
minefield start / end from Royal Engineers file in TNA - Kew
Forvie sands was used to train the Gordon Highlanders and Highland Light Infantry in desert warfare, in addition to this Forvie Moor was used to train soldiers in the use of grenade, anti-tank grenades and 2" trench mortars. Since the war, mortar bombs have been found across the moor. Craters are still visible in the area. The soldiers training at Forvie were billeted at the Slains Lodge and buildings in Collieston.
On 3 November 1940, 30 High Explosive Bombs were dropped on Forvie Links by the luftwaffe. This is listed in the Aberdeenshire Civil Defence register, however little evidence exists that this occurred. No craters or patterns indicating a bombing run can be seen.
Whilst soldiers were training there, the moor were off limits to locals. However on Sundays, the locals could use the moor. During this time, locals collected birds eggs to use as food was rationed, and there was a plentiful supply of rabbits. On Sunday 30 November 1941, three local boys found an unexploded anti-tank grenade in a rabbit burrow that the army had been demonstrating to the home guard. One of the boys (Alex Ross), then threw it away where it exploded causing him to lose sight in one eye.
On 31 March 1941, the British steamer Melrose Abbey ran aground. On 2 April 1941 she was hit by a drifting sea mine blowing a large hole in her side, and settled on the Ythan river bed. During this time, a machine gun was posted at Forvie Sands to offer some protection for the vessel whilst plans were made to move her as she was a target for passing aircraft.
The ship was refloated on 26 July 1941 and towed to Aberdeen for repairs. She was later sunk by U-356 on 27 December 1942 north-east of the Azores. Several websites confirm this sinking, but this disagrees with the information in the reference below, which states that "As for Melrose Abbey, she was released from the Royal Navy in May 1945 and returned to her former owners, the Associated Humber Lines." The second reference may help to resolve this mix-up of ship names.
Beside the pill box of Forvie, two mobile naval 4" guns were places and controlled by 942nd Defence battery.
On 26 January 1942, the SS Lesrix, which was carrying machinery, ran aground off Hackley head during a blizzard. Locals in the community aided in the rescue of some of the crew, although ten crew members were lost. A bronze medal for gallantry was given by the King to one local for his part.
During patrols on the beach and cliffs of Forvie, a dinghy was found and this sparked a search for a spy that had been landed by submarine. This spy was caught in the moray area. It was rumoured that Tillery house near Udny had fascist sympathizers, where spies and airmen were told this was a "safe house" during the war. Since there were also Norwegian army personnel in the area who patrolled the beaches, the coast guard and home guard were issued with passes to identify themselves to the Norwegian soldiers.
In 1948, the Forvie area was earmarked to be a bombing and artillery range for the Royal Air Force and Army, as a site further north than the existing area at Lunan Bay near Arbroath. Forvie was to be used for air to ground and dive bombing practice. This involved a gunnery range out at sea and an rifle range on the moor. This proposal was cancelled in 1950; records exist in the National Archives on the proposal.
One sunny summers afternoon I noticed this little fellow in our garden, grabbed my camera and he posed happily for a few shots, later I carefully placed him among the plants and flowers where he had food and shade at the bottom of the garden.
Cornu aspersum, known by the common name garden snail, is a species of land snail. As such it is a terrestrial pulmonate gastropodmollusc in the family Helicidae, which include the most commonly familiar land snails. Of all terrestrial molluscs, this species may well be the most widely known. In English texts it was classified under the name Helix aspersa for over two centuries, but the prevailing classification now places it in the genus Cornu.
Cornu aspersum is native to the Mediterranean area and western Europe, but whether deliberately or accidentally, humans have spread it to temperate and subtropical areas worldwide. The snail is relished as a food item in some areas, but it is also widely regarded as a pest in gardens and in agriculture, especially in regions where it has been introduced accidentally and where snails are not usually considered to be a menu item.
Like other Pulmonata, Cornu aspersum is a hermaphrodite, producing both male and female gametes. Reproduction is usually sexual, although self-fertilisation sometimes occurs. During a mating session of several hours, two snails exchange sperm. Cornu aspersum is one of the species that uses love darts during mating.
About two weeks after fertilisation, the snail lays a batch of about 80 spherical pearly-white eggs into crevices in the topsoil or sheltered under stones or the like. In a year it may lay six batches or so. The size of the egg is 4 mm.
The young snails take one to two years to reach maturity.
In some regions snail farms produce them commercially.
The snail secretes thixotropic adhesive mucusthat permits locomotion by rhythmic waves of contraction passing forward within its muscular "foot". Starting from the rear, the contraction of the longitudinal muscle fibres above a small area of the film of mucus causes shear that liquefies the mucus, permitting the tip of the tail to move forward.
The contracted muscle relaxes while its immediately anteriadtransverse band of longitudinal fibres contract in their turn, repeating the process, which continues forward until it reaches the head. At that point the whole animal has moved forward by the length of the contraction of one of the bands of contraction. However, depending on the length of the animal, several bands of contraction can be in progress simultaneously, so that the resultant speed amounts to the speed imparted by a single wave, multiplied by the number of individual waves passing along simultaneously.
A separate type of wave motion that may be visible from the side enables the snail to conserve mucus when moving over a dry surface. It lifts its belly skin clear of the ground in arches, contacting only one to two thirds of the area it passes over. With suitable lighting the lifting may be seen from the side as illustrated, and the percentage of saving of mucus may be estimated from the area of wet mucus trail dabs that it leaves behind. This type of wave passes backwards at the speed of the snail's forward motion, therefore having a zero velocity with respect to the ground.
The snail moves at a top speed of 1.3 centimetres per second (47 meters per hour or ~50 yards per hour), and has a strong homing instinct, readily returning to a regular hibernation site.
In spite of its apparent slowness and limitations, the snail exploits the special nature of its mucus to achieve some startling feats. It can go up a slope at any angle, including upside down, resist being pulled off a firm surface with an adhesive strength several times its own weight, rest on a surface at any angle without any expenditure of energy, or, notoriously, climb a needle-like stem or pass over the edge of razor blade without harm, relying on the firmness of its mucus film in its shear
Cornu aspersum is a primarily a herbivore with a wide range of host plants. It feeds on numerous types of fruit trees, vegetable crops, rose bushes, garden flowers, and cereals. It also is an omnivorous scavenger that feeds on rotting plant material and on occasion will scavenge animal matter, such as crushed snails and worms. In turn it is a food source for many other animals, including small mammals, many bird species, lizards, frogs, centipedes, predatory insects such as glowworms in the family Lampyridae, and predatory terrestrial snails.
The species may on occasion be of use as an indicator of environmental pollution, because it deposits heavy metals, such as leadin its shell.
Weather reports predict the so called "Beast From The East" is due to revisit the UK over the next few days, today the 16th of March 2018 I visited Collieston Bay, its the first time I have witnessed the impact unusual weather has had on the area, it really was exhilarating and offered great photo opportunities.
Collieston is a small former fishing village on the North Sea coast in Aberdeenshire, Scotland. The village lies just north of the Sands of Forvie Special Protection Area, between Cruden Bay and Newburgh.
The earliest recorded history of Collieston is of the arrival of St Ternan, a Columban monk on a mission to convert the local picts to Christianity. There is, however, evidence that people lived here during much earlier times.
Collieston was established as a fishing village by the 16th century, and it provides the first safe harbour in over fifteen miles of beachesand dunes stretching north from Aberdeen.
Fishing for herring, haddock, whiting and codflourished in the 17th century and 18th century and was the foundation of Collieston's economy. The village became known for 'Collieston Speldings', salted and sun-dried haddock and whiting, a popular delicacy throughout Britain. As drift netting developed during the mid 19th century, the fishing began to decline and the focus of the industry shifted to places like Peterhead because the harbour at Collieston was too small to safely accommodate the larger boats needed.
The numerous sea caves in the nearby cliffs, and small coves with shingle beaches provided ideal terrain for smugglers. In the late 18th century it was estimated by the Excise that up to 8000 gallons of foreign spirits were being illegally landed in the area every month. In 1798, the notorious village smuggler, Phillip Kennedy, was killed by a blow from an exciseman's cutlass. His grave and tombstone still stands in the village graveyard.
A ship from the Spanish Armada, the Santa Caterina, carrying arms for the Earl of Erroll is said to have sunk just off the rocky point of St Catherine's Dub in 1594. In retaliation for the Earl's involvement in the Catholic plot against him, James VI blew up the Earl's castle which stood on the cliffs, a mile north of Collieston. The Earl went on to rebuild Slains Castle, six miles further up the coast, in 1597.
Collieston is now mainly a commuter village serving Aberdeen, and is largely given over to tourists during the summer months.
I visit this magnificent nature reserve on a regular basis as it is less than a 10 minute drive from my home , many visitors to our city miss its glorious offerings, thinking all we have to offer is the beach front at the main boulevard , its a pity as this reserve is a short drive from the main tourist area and has its own charm, attraction and wealth of nature on offer, I love it .
Donmouth Local Nature Reserve is a beach site in the historic Old Aberdeen part of the City where the River Don meets the sea.
A great place to see seals and a range of interesting birds. The beach area has changed over time as the river has changed its course. There are lots of interesting plants in the dunes and beach area. Bird hide is an excellent shelter from which to watch the wildlife. The paths run across King Street to the Brig 'o Balgownie., the original bridge in to the City from the North, then down the other side of the river to the sea.
The site was designated a Local Nature Reserve in 1992
Paths are good although wheelchair access to the beach would be difficult as the boardwalk can get covered with sand.
There is plenty of free car parking on the Beach Esplanade and at the car park in Donmouth Road. There are cycle racks on Beach Esplanade
Bridge Of Don has five spans of dressed granite, and rounded cutwaters that carry up to road level to form pedestrian refuges. The spans are 75 feet (23 m), with a rise of 25 feet (7.6 m).
It was widened in 1958-59, from 24 feet (7.3 m), to 66 feet (20 m) by the construction of a new concrete bridge adjacent to the old one.
It now carries four lanes of the A956 road, and is the last bridge on the River Don before it meets the sea. The bridge is just downstream from a substantial island in the river. Around the area of the bridge is the Donmouth Local Nature Reserve, designated as a LNR in 1992.
Near to the bridge are a number of World War II era coastal defences, including a pill box.
Mudflats
Mudflats are formed when fine particles carried downstream by the river are deposited as it slows down before entering the sea, and to a lesser extent by fine particles washed in by the tide. The sand spit at the mouth of the Don provides shelter from the wind and waves allowing this material to build up. The mud flats are a very rich and fertile environment. Despite their rather barren appearance they support a surprisingly diverse invertebrate fauna which includes; worms, molluscs and crustacea. These invertebrates are vitally important to wildfowl and wading birds within the estuary.
Salt marsh
Along the upper shore of the south bank saltmarsh has developed. This habitat would once have been much more extensive prior to the tipping of domestic and other refuse in the area and the formation in 1727 of an artificial embankment to prevent flooding of the river into the Links. This habitat is now reduced to a narrow strip of vegetation along the river margins upstream from the Powis Burn.
The species composition of the salt marsh varies according to the salinity of the water i.e. the proximity to the sea. Close to the Powis Burn this habitat is dominated by reed sweet-grass (Glyceria maxima) with reed canary-grass (Phalaris arundinacea), sea club-rush (Scirpus maritimus), spike-rush (Eleocharis palustris), hemlock water-dropwort (Oenanthe crocata) and common scurvygrass (Chochlearia officinalis).
Further inland reed sweet-grass continues to dominate but hemlock water-dropwort is more abundant with meadowsweet (Filipendula ulmaria) and valarian (Valariana officinalis),
Sand dunes
Sand dunes are found in the more exposed parts of the estuary at the river mouth. Again, this habitat was once much more extensive in this locality with dune grasslands stretching from Aberdeen Beach inland as far as King Street, southwards from the estuary of the Dee, northwards to the Sands of Forvie and beyond. Many of the dunes formed part of Seaton Tip, and following tipping the area was grassed over. Other areas have been formally landscaped to form golf courses or planted with native trees in 2010 to create a new woodland area.
Some remnants of the natural dune flora can be seen in the 'roughs' on the Kings Links golf course and near the mouth of the river.
Above the high water mark, fore dunes with thick clumps of the pioneer grass species including sea lyme grass (Elymus arenarius) and marram grass (Ammophila arenaria) occur. Few other species are able to cope with the shifting sand. The largest area of these young dunes is to the north and west of the headland. Further inland where the dunes are sheltered from the actions of the wind and waves, and soils are more developed, more stable dunes are present supporting a more diverse grassland habitat.
Strand line plants which are able to tolerate occasional coverage by sea water include sea rocket (Cakile maritima), frosted orache (Atriplex laciniata), sea sandwort (Honkenya peploides) and knotgrass (Polygonum aviculare). Bur-reed (Sparganium sp.) has been recorded; presumably washed down by the river.
Marram grass (Ammophila arenaria) and sea lyme grass (Elymus arenarius) dominate the fore dunes. The latter species is not native to this area but appeared in 1802. It is thought to have been unintentionally introduced into the area by fishing boats. For a number of years it remained uncommon but from 1870 onwards it spread rapidly along the coastline (Marren, 1982).
In the more stable dunes red fescue (Festuca rubra), sand sedge (Carex arenaria), yellow rattle (Rhinanthus minor), wild pansy (Viola tricolour), harebell (Campanula rotundifolia), bird's-foot-trefoil (Lotus corniculatus) and lesser meadow-rue (Thalictrum minus) are abundant. Small amounts of kidney vetch (Anthyllis vulneraria), valerian (Valeriana officinalis) and spring vetch (Vicia lathyroides) are present.
Scattered willows (Salix sp.) and sycamore (Acer pseudoplantanus) have seeded into this area. Gorse (Ulex europaeus) scrub has colonised the dunes in some areas and appears to be spreading.
Scrub
This habitat is almost entirely artificial with only the gorse scrub on the inner dunes being a semi-natural habitat. Alder and willow were planted along the south bank of the river in about 1970 and these shrubs are now generally well established. Further shrub planting on the south bank was carried out in 1990.
Willow (Salix sp.) and alder (Alnus glutinosa) were planted in the 1970's along the south bank of the River Don eastwards of the Bridge of Don. The trees to the west of this strip are doing considerably better than those to the east. More recent planting was carried out in 1990 with hawthorn (Crataegus monogyna), blackthorn (Prunus spinosa) elder (Sambucus nigra), goat willow (Salix caprea) and alder.
Underneath the scrub neutral grassland is present with cocksfoot (Dactylis glomerata), false oat-grass (Arrhenatherum elatius), cow parsley (Anthriscus sylvestris), sweet cicely (Myrrhis odorata), hedge woundwort (Stachys sylvatica) and hedge bindweed (Calystegia sepium).
Grassland
Much of the grassland within the reserve is formed on imported soil and is intensively managed. This includes grassland on the north and south sides of the Esplanade. Daffodils are present in the grassland on the north side of the road. On the north bank to the east of the Bridge of Don is rank grassland on a steep south-facing slope. This is unmanaged and contains some patches of scrub.
Rough grassland is present on the headland. This area has been modified by tipping, with rubble to the east and with grass cuttings to the west. The grassland contains a mixture of neutral grassland, dune grassland, ruderal, and introduced garden species. This area attracts flocks of seed eating birds in late summer and autumn.
Improved grassland is present on the headland and along the south bank of the estuary downstream from the bridge of Don. Much of this vegetation has developed on imported soil and contains a high proportion of ruderal species and garden escapes. On the headland, broadleaved dock (Rumex obtusifolius), nettle (Urtica dioica), coltsfoot (Tussilago farfara), spear thistle (Cirsium vulgare), cow parsley (Anthriscus sylvestris), hemlock (Conium maculatum) and hogweed (Heracleum sphondylium) are abundant. Sweet cicely (Chaerophyllum bulbosum) is widespread and in late summer fills the air with the scent of aniseed.
To the south of the Esplanade the grassland is managed with an annual cut.. The grassland does flood to form pools. Early in the year cuckoo flower (Cardamine pratensis) is common, meadow foxtail (Alopecuris pratensis)is known to occur around the margins of these pools.
Woodland
Semi-mature woodland is present on the steep sided south bank of the river upstream from the Bridge of Don. Most of this woodland has been planted in the mid 1930's though some older oak and elm trees are present. These may be relicts of former woodland cover. The woodland in the reserve is part of a strip of woodland along the River Don corridor which continues upstream from the Brig 'o' Balgownie.
Woodland is present on the south bank upstream from the Bridge of Don.
Much of the woodland consists of even aged stands with willow (Salix sp.), sycamore (Acer pseudoplatanus), ash (Fraxinus excelsior), beech (Fagus sylvatica) and alder (AInus glutinosa). At the top of the slope mature oak (Quercus sp.) and elm (Ulmus glabra) are present. The ground flora contains tufted hair-grass (Deschampsia caespitosa), red campion (Silene dioica), ramsons (Allium ursinum) and lady fern (Athyrium felix-femina) .In a few areas dense shading is caused by the trees and in these areas the ground flora is poor.
On the north bank scattered trees are present, mainly willow and sycamore with some scrub.
Some 80% of Scotland’s land mass is under agricultural production, making the industry the single biggest determinant of the landscape we see around us. Scotland’s farmers, crofters and growers produce output worth around £2.9 billion a year, and are responsible for much of Scotland’s £5 billion food and drink exports. The export target for 2017 is £7.1 billion.
Around 67,000 people are directly employed in agriculture in Scotland – this represents around 8% of the rural workforce and means that agriculture is the third largest employer in rural Scotland after the service and public sectors. It is estimated that a further 360,000 jobs (1 in 10 of all Scottish jobs) are dependent on agriculture.
The agri-food sector is now the UKs largest manufacturing sector.
Around 85% of Scotland is classified as Less Favoured Area. This is an EU classification which recognises natural and geographic disadvantage.
There are large numbers of farms in north west Scotland, but these are significantly smaller in terms of the numbers of livestock/area of crops grown than farms elsewhere. Sheep farming is the predominant type of farming in the north west and there are also many sheep farms in the south of the country. Larger cereal farms are concentrated in the east. Beef farming takes place throughout Scotland, but is particularly common in the south west. This area also has the bulk of the dairy industry.
Donmouth Local Nature Reserve is a beach site in the historic Old Aberdeen part of the City where the River Don meets the sea.
A great place to see seals and a range of interesting birds. The beach area has changed over time as the river has changed its course. There are lots of interesting plants in the dunes and beach area. Bird hide is an excellent shelter from which to watch the wildlife. The paths run across King Street to the Brig 'o Balgownie., the original bridge in to the City from the North, then down the other side of the river to the sea.
The site was designated a Local Nature Reserve in 1992
Paths are good although wheelchair access to the beach would be difficult as the boardwalk can get covered with sand.
There is plenty of free car parking on the Beach Esplanade and at the car park in Donmouth Road. There are cycle racks on Beach Esplanade
Bridge Of Don has five spans of dressed granite, and rounded cutwaters that carry up to road level to form pedestrian refuges. The spans are 75 feet (23 m), with a rise of 25 feet (7.6 m).
It was widened in 1958-59, from 24 feet (7.3 m), to 66 feet (20 m) by the construction of a new concrete bridge adjacent to the old one.
It now carries four lanes of the A956 road, and is the last bridge on the River Don before it meets the sea. The bridge is just downstream from a substantial island in the river. Around the area of the bridge is the Donmouth Local Nature Reserve, designated as a LNR in 1992.
Near to the bridge are a number of World War II era coastal defences, including a pill box.
Mudflats
Mudflats are formed when fine particles carried downstream by the river are deposited as it slows down before entering the sea, and to a lesser extent by fine particles washed in by the tide. The sand spit at the mouth of the Don provides shelter from the wind and waves allowing this material to build up. The mud flats are a very rich and fertile environment. Despite their rather barren appearance they support a surprisingly diverse invertebrate fauna which includes; worms, molluscs and crustacea. These invertebrates are vitally important to wildfowl and wading birds within the estuary.
Salt marsh
Along the upper shore of the south bank saltmarsh has developed. This habitat would once have been much more extensive prior to the tipping of domestic and other refuse in the area and the formation in 1727 of an artificial embankment to prevent flooding of the river into the Links. This habitat is now reduced to a narrow strip of vegetation along the river margins upstream from the Powis Burn.
The species composition of the salt marsh varies according to the salinity of the water i.e. the proximity to the sea. Close to the Powis Burn this habitat is dominated by reed sweet-grass (Glyceria maxima) with reed canary-grass (Phalaris arundinacea), sea club-rush (Scirpus maritimus), spike-rush (Eleocharis palustris), hemlock water-dropwort (Oenanthe crocata) and common scurvygrass (Chochlearia officinalis).
Further inland reed sweet-grass continues to dominate but hemlock water-dropwort is more abundant with meadowsweet (Filipendula ulmaria) and valarian (Valariana officinalis),
Sand dunes
Sand dunes are found in the more exposed parts of the estuary at the river mouth. Again, this habitat was once much more extensive in this locality with dune grasslands stretching from Aberdeen Beach inland as far as King Street, southwards from the estuary of the Dee, northwards to the Sands of Forvie and beyond. Many of the dunes formed part of Seaton Tip, and following tipping the area was grassed over. Other areas have been formally landscaped to form golf courses or planted with native trees in 2010 to create a new woodland area.
Some remnants of the natural dune flora can be seen in the 'roughs' on the Kings Links golf course and near the mouth of the river.
Above the high water mark, fore dunes with thick clumps of the pioneer grass species including sea lyme grass (Elymus arenarius) and marram grass (Ammophila arenaria) occur. Few other species are able to cope with the shifting sand. The largest area of these young dunes is to the north and west of the headland. Further inland where the dunes are sheltered from the actions of the wind and waves, and soils are more developed, more stable dunes are present supporting a more diverse grassland habitat.
Strand line plants which are able to tolerate occasional coverage by sea water include sea rocket (Cakile maritima), frosted orache (Atriplex laciniata), sea sandwort (Honkenya peploides) and knotgrass (Polygonum aviculare). Bur-reed (Sparganium sp.) has been recorded; presumably washed down by the river.
Marram grass (Ammophila arenaria) and sea lyme grass (Elymus arenarius) dominate the fore dunes. The latter species is not native to this area but appeared in 1802. It is thought to have been unintentionally introduced into the area by fishing boats. For a number of years it remained uncommon but from 1870 onwards it spread rapidly along the coastline (Marren, 1982).
In the more stable dunes red fescue (Festuca rubra), sand sedge (Carex arenaria), yellow rattle (Rhinanthus minor), wild pansy (Viola tricolour), harebell (Campanula rotundifolia), bird's-foot-trefoil (Lotus corniculatus) and lesser meadow-rue (Thalictrum minus) are abundant. Small amounts of kidney vetch (Anthyllis vulneraria), valerian (Valeriana officinalis) and spring vetch (Vicia lathyroides) are present.
Scattered willows (Salix sp.) and sycamore (Acer pseudoplantanus) have seeded into this area. Gorse (Ulex europaeus) scrub has colonised the dunes in some areas and appears to be spreading.
Scrub
This habitat is almost entirely artificial with only the gorse scrub on the inner dunes being a semi-natural habitat. Alder and willow were planted along the south bank of the river in about 1970 and these shrubs are now generally well established. Further shrub planting on the south bank was carried out in 1990.
Willow (Salix sp.) and alder (Alnus glutinosa) were planted in the 1970's along the south bank of the River Don eastwards of the Bridge of Don. The trees to the west of this strip are doing considerably better than those to the east. More recent planting was carried out in 1990 with hawthorn (Crataegus monogyna), blackthorn (Prunus spinosa) elder (Sambucus nigra), goat willow (Salix caprea) and alder.
Underneath the scrub neutral grassland is present with cocksfoot (Dactylis glomerata), false oat-grass (Arrhenatherum elatius), cow parsley (Anthriscus sylvestris), sweet cicely (Myrrhis odorata), hedge woundwort (Stachys sylvatica) and hedge bindweed (Calystegia sepium).
Grassland
Much of the grassland within the reserve is formed on imported soil and is intensively managed. This includes grassland on the north and south sides of the Esplanade. Daffodils are present in the grassland on the north side of the road. On the north bank to the east of the Bridge of Don is rank grassland on a steep south-facing slope. This is unmanaged and contains some patches of scrub.
Rough grassland is present on the headland. This area has been modified by tipping, with rubble to the east and with grass cuttings to the west. The grassland contains a mixture of neutral grassland, dune grassland, ruderal, and introduced garden species. This area attracts flocks of seed eating birds in late summer and autumn.
Improved grassland is present on the headland and along the south bank of the estuary downstream from the bridge of Don. Much of this vegetation has developed on imported soil and contains a high proportion of ruderal species and garden escapes. On the headland, broadleaved dock (Rumex obtusifolius), nettle (Urtica dioica), coltsfoot (Tussilago farfara), spear thistle (Cirsium vulgare), cow parsley (Anthriscus sylvestris), hemlock (Conium maculatum) and hogweed (Heracleum sphondylium) are abundant. Sweet cicely (Chaerophyllum bulbosum) is widespread and in late summer fills the air with the scent of aniseed.
To the south of the Esplanade the grassland is managed with an annual cut.. The grassland does flood to form pools. Early in the year cuckoo flower (Cardamine pratensis) is common, meadow foxtail (Alopecuris pratensis)is known to occur around the margins of these pools.
Woodland
Semi-mature woodland is present on the steep sided south bank of the river upstream from the Bridge of Don. Most of this woodland has been planted in the mid 1930's though some older oak and elm trees are present. These may be relicts of former woodland cover. The woodland in the reserve is part of a strip of woodland along the River Don corridor which continues upstream from the Brig 'o' Balgownie.
Woodland is present on the south bank upstream from the Bridge of Don.
Much of the woodland consists of even aged stands with willow (Salix sp.), sycamore (Acer pseudoplatanus), ash (Fraxinus excelsior), beech (Fagus sylvatica) and alder (AInus glutinosa). At the top of the slope mature oak (Quercus sp.) and elm (Ulmus glabra) are present. The ground flora contains tufted hair-grass (Deschampsia caespitosa), red campion (Silene dioica), ramsons (Allium ursinum) and lady fern (Athyrium felix-femina) .In a few areas dense shading is caused by the trees and in these areas the ground flora is poor.
On the north bank scattered trees are present, mainly willow and sycamore with some scrub.
Nikon Digital 35mm/f2 + photoshop + Jacob@
for saving the earth, let's just do it now!
In Large Size
Forvie National Nature Reserve is on the Ythan Estuary on the east coast of Scotland approximately 16 miles north of Aberdeen.
The stark beauty of empty sand dunes is complemented by the call of Eider ducks, wafting like gentle gossiping across the Ythan estuary. With the constant shifting of the dunes, layers of history have come and gone, revealing the half buried remains of a twelfth century church.
The Sands of Forvie is a nature reserve north of Newburgh in Aberdeenshire in the northeast of Scotland. Forvie
National Nature Reserve has the fifth largest sand dune system in Britain, and the least disturbed by human activity.
The dune system is an integral part of the Ythan Estuary and separated by the estuary from Balmedie beach. The reserve contains large areas of sandy foreshore, mobile and fixed dunes, dune pasture and lowland heath and the successional development of vegetation. The sand dunes are of various stages of evolution and contain marram grass (Ammophila arenaria), red fescue, (Festuca rubra), crowberry, (Empetrum nigrum), the cross-leaved heath (Erica tetralix), common sedge, (Carex nigra), marsh pennywort (Hydrocotyle vulgaris) and the invasive creeping willow (Salix repens ssp. argentea).
The reserve contains the largest breeding colony of eider duck in Britain and an internationally important ternery.
The area is designated as a Special Protection Area for wildlife conservation purposes. The reserve is managed by Scottish Natural Heritage. Stevenson Forvie Centre near Collieston provides information on the reserve.
The sands were the site of the village of Forvie that was abandoned due to drifting sands.
Forvie was active in World Wars I and II, although very few details are recorded on the use of the area. It was incorrectly claimed there was a nine-hole golf course from 1900 to the outbreak of World War II. The course built for Lady Cathcart in 1900 was on the west coast island Uist.
The layout of Forvie and Newburgh could be mistaken for the mouth of the River Don in Aberdeen. With this is mind, defences were put in places around the mouth of the Ythan.
These consisted of pill boxes, two gun batteries and anti-tank blocks built by the 143rd Pioneer Corps. From a review of vulnerable beaches from April–October 1941, Forvie appeared on this list and was identified as "blocked with mines". The minefield ran from East to West (WO ref 31/521474 to 538472).
These were British Type C land mines weighing about 65 lbs each. Following a clear up of the area in July 1944, a number of landmines were unaccounted for due to the shifting sands of the area. Mine clearance altered the area slightly as the Bomb Disposal Unit from the Royal Engineers used a converted Bren gun carrier (known as a wasp) as a flamethrower to scorch vegetation on the mined area. Records show on some days 222 mines being dealt with, the actual mine count is unknown but the area took several months to clear. on 27 July 1944, Sapper Harry Dean (28) of 11 coy, Royal Engineers was killed whilst clearing a mine at Forvie. Sapper Dean is buried in Yorkshire .
minefield start / end from Royal Engineers file in TNA - Kew
Forvie sands was used to train the Gordon Highlanders and Highland Light Infantry in desert warfare, in addition to this Forvie Moor was used to train soldiers in the use of grenade, anti-tank grenades and 2" trench mortars. Since the war, mortar bombs have been found across the moor. Craters are still visible in the area. The soldiers training at Forvie were billeted at the Slains Lodge and buildings in Collieston.
On 3 November 1940, 30 High Explosive Bombs were dropped on Forvie Links by the luftwaffe. This is listed in the Aberdeenshire Civil Defence register, however little evidence exists that this occurred. No craters or patterns indicating a bombing run can be seen.
Whilst soldiers were training there, the moor were off limits to locals. However on Sundays, the locals could use the moor. During this time, locals collected birds eggs to use as food was rationed, and there was a plentiful supply of rabbits. On Sunday 30 November 1941, three local boys found an unexploded anti-tank grenade in a rabbit burrow that the army had been demonstrating to the home guard. One of the boys (Alex Ross), then threw it away where it exploded causing him to lose sight in one eye.
On 31 March 1941, the British steamer Melrose Abbey ran aground. On 2 April 1941 she was hit by a drifting sea mine blowing a large hole in her side, and settled on the Ythan river bed. During this time, a machine gun was posted at Forvie Sands to offer some protection for the vessel whilst plans were made to move her as she was a target for passing aircraft.
The ship was refloated on 26 July 1941 and towed to Aberdeen for repairs. She was later sunk by U-356 on 27 December 1942 north-east of the Azores. Several websites confirm this sinking, but this disagrees with the information in the reference below, which states that "As for Melrose Abbey, she was released from the Royal Navy in May 1945 and returned to her former owners, the Associated Humber Lines." The second reference may help to resolve this mix-up of ship names.
Beside the pill box of Forvie, two mobile naval 4" guns were places and controlled by 942nd Defence battery.
On 26 January 1942, the SS Lesrix, which was carrying machinery, ran aground off Hackley head during a blizzard. Locals in the community aided in the rescue of some of the crew, although ten crew members were lost. A bronze medal for gallantry was given by the King to one local for his part.
During patrols on the beach and cliffs of Forvie, a dinghy was found and this sparked a search for a spy that had been landed by submarine. This spy was caught in the moray area. It was rumoured that Tillery house near Udny had fascist sympathizers, where spies and airmen were told this was a "safe house" during the war. Since there were also Norwegian army personnel in the area who patrolled the beaches, the coast guard and home guard were issued with passes to identify themselves to the Norwegian soldiers.
In 1948, the Forvie area was earmarked to be a bombing and artillery range for the Royal Air Force and Army, as a site further north than the existing area at Lunan Bay near Arbroath. Forvie was to be used for air to ground and dive bombing practice. This involved a gunnery range out at sea and an rifle range on the moor. This proposal was cancelled in 1950; records exist in the National Archives on the proposal.
I visit this magnificent nature reserve on a regular basis as it is less than a 10 minute drive from my home , many visitors to our city miss its glorious offerings, thinking all we have to offer is the beach front at the main boulevard , its a pity as this reserve is a short drive from the main tourist area and has its own charm, attraction and wealth of nature on offer, I love it .
Donmouth Local Nature Reserve is a beach site in the historic Old Aberdeen part of the City where the River Don meets the sea.
A great place to see seals and a range of interesting birds. The beach area has changed over time as the river has changed its course. There are lots of interesting plants in the dunes and beach area. Bird hide is an excellent shelter from which to watch the wildlife. The paths run across King Street to the Brig 'o Balgownie., the original bridge in to the City from the North, then down the other side of the river to the sea.
The site was designated a Local Nature Reserve in 1992
Paths are good although wheelchair access to the beach would be difficult as the boardwalk can get covered with sand.
There is plenty of free car parking on the Beach Esplanade and at the car park in Donmouth Road. There are cycle racks on Beach Esplanade
Bridge Of Don has five spans of dressed granite, and rounded cutwaters that carry up to road level to form pedestrian refuges. The spans are 75 feet (23 m), with a rise of 25 feet (7.6 m).
It was widened in 1958-59, from 24 feet (7.3 m), to 66 feet (20 m) by the construction of a new concrete bridge adjacent to the old one.
It now carries four lanes of the A956 road, and is the last bridge on the River Don before it meets the sea. The bridge is just downstream from a substantial island in the river. Around the area of the bridge is the Donmouth Local Nature Reserve, designated as a LNR in 1992.
Near to the bridge are a number of World War II era coastal defences, including a pill box.
Mudflats
Mudflats are formed when fine particles carried downstream by the river are deposited as it slows down before entering the sea, and to a lesser extent by fine particles washed in by the tide. The sand spit at the mouth of the Don provides shelter from the wind and waves allowing this material to build up. The mud flats are a very rich and fertile environment. Despite their rather barren appearance they support a surprisingly diverse invertebrate fauna which includes; worms, molluscs and crustacea. These invertebrates are vitally important to wildfowl and wading birds within the estuary.
Salt marsh
Along the upper shore of the south bank saltmarsh has developed. This habitat would once have been much more extensive prior to the tipping of domestic and other refuse in the area and the formation in 1727 of an artificial embankment to prevent flooding of the river into the Links. This habitat is now reduced to a narrow strip of vegetation along the river margins upstream from the Powis Burn.
The species composition of the salt marsh varies according to the salinity of the water i.e. the proximity to the sea. Close to the Powis Burn this habitat is dominated by reed sweet-grass (Glyceria maxima) with reed canary-grass (Phalaris arundinacea), sea club-rush (Scirpus maritimus), spike-rush (Eleocharis palustris), hemlock water-dropwort (Oenanthe crocata) and common scurvygrass (Chochlearia officinalis).
Further inland reed sweet-grass continues to dominate but hemlock water-dropwort is more abundant with meadowsweet (Filipendula ulmaria) and valarian (Valariana officinalis),
Sand dunes
Sand dunes are found in the more exposed parts of the estuary at the river mouth. Again, this habitat was once much more extensive in this locality with dune grasslands stretching from Aberdeen Beach inland as far as King Street, southwards from the estuary of the Dee, northwards to the Sands of Forvie and beyond. Many of the dunes formed part of Seaton Tip, and following tipping the area was grassed over. Other areas have been formally landscaped to form golf courses or planted with native trees in 2010 to create a new woodland area.
Some remnants of the natural dune flora can be seen in the 'roughs' on the Kings Links golf course and near the mouth of the river.
Above the high water mark, fore dunes with thick clumps of the pioneer grass species including sea lyme grass (Elymus arenarius) and marram grass (Ammophila arenaria) occur. Few other species are able to cope with the shifting sand. The largest area of these young dunes is to the north and west of the headland. Further inland where the dunes are sheltered from the actions of the wind and waves, and soils are more developed, more stable dunes are present supporting a more diverse grassland habitat.
Strand line plants which are able to tolerate occasional coverage by sea water include sea rocket (Cakile maritima), frosted orache (Atriplex laciniata), sea sandwort (Honkenya peploides) and knotgrass (Polygonum aviculare). Bur-reed (Sparganium sp.) has been recorded; presumably washed down by the river.
Marram grass (Ammophila arenaria) and sea lyme grass (Elymus arenarius) dominate the fore dunes. The latter species is not native to this area but appeared in 1802. It is thought to have been unintentionally introduced into the area by fishing boats. For a number of years it remained uncommon but from 1870 onwards it spread rapidly along the coastline (Marren, 1982).
In the more stable dunes red fescue (Festuca rubra), sand sedge (Carex arenaria), yellow rattle (Rhinanthus minor), wild pansy (Viola tricolour), harebell (Campanula rotundifolia), bird's-foot-trefoil (Lotus corniculatus) and lesser meadow-rue (Thalictrum minus) are abundant. Small amounts of kidney vetch (Anthyllis vulneraria), valerian (Valeriana officinalis) and spring vetch (Vicia lathyroides) are present.
Scattered willows (Salix sp.) and sycamore (Acer pseudoplantanus) have seeded into this area. Gorse (Ulex europaeus) scrub has colonised the dunes in some areas and appears to be spreading.
Scrub
This habitat is almost entirely artificial with only the gorse scrub on the inner dunes being a semi-natural habitat. Alder and willow were planted along the south bank of the river in about 1970 and these shrubs are now generally well established. Further shrub planting on the south bank was carried out in 1990.
Willow (Salix sp.) and alder (Alnus glutinosa) were planted in the 1970's along the south bank of the River Don eastwards of the Bridge of Don. The trees to the west of this strip are doing considerably better than those to the east. More recent planting was carried out in 1990 with hawthorn (Crataegus monogyna), blackthorn (Prunus spinosa) elder (Sambucus nigra), goat willow (Salix caprea) and alder.
Underneath the scrub neutral grassland is present with cocksfoot (Dactylis glomerata), false oat-grass (Arrhenatherum elatius), cow parsley (Anthriscus sylvestris), sweet cicely (Myrrhis odorata), hedge woundwort (Stachys sylvatica) and hedge bindweed (Calystegia sepium).
Grassland
Much of the grassland within the reserve is formed on imported soil and is intensively managed. This includes grassland on the north and south sides of the Esplanade. Daffodils are present in the grassland on the north side of the road. On the north bank to the east of the Bridge of Don is rank grassland on a steep south-facing slope. This is unmanaged and contains some patches of scrub.
Rough grassland is present on the headland. This area has been modified by tipping, with rubble to the east and with grass cuttings to the west. The grassland contains a mixture of neutral grassland, dune grassland, ruderal, and introduced garden species. This area attracts flocks of seed eating birds in late summer and autumn.
Improved grassland is present on the headland and along the south bank of the estuary downstream from the bridge of Don. Much of this vegetation has developed on imported soil and contains a high proportion of ruderal species and garden escapes. On the headland, broadleaved dock (Rumex obtusifolius), nettle (Urtica dioica), coltsfoot (Tussilago farfara), spear thistle (Cirsium vulgare), cow parsley (Anthriscus sylvestris), hemlock (Conium maculatum) and hogweed (Heracleum sphondylium) are abundant. Sweet cicely (Chaerophyllum bulbosum) is widespread and in late summer fills the air with the scent of aniseed.
To the south of the Esplanade the grassland is managed with an annual cut.. The grassland does flood to form pools. Early in the year cuckoo flower (Cardamine pratensis) is common, meadow foxtail (Alopecuris pratensis)is known to occur around the margins of these pools.
Woodland
Semi-mature woodland is present on the steep sided south bank of the river upstream from the Bridge of Don. Most of this woodland has been planted in the mid 1930's though some older oak and elm trees are present. These may be relicts of former woodland cover. The woodland in the reserve is part of a strip of woodland along the River Don corridor which continues upstream from the Brig 'o' Balgownie.
Woodland is present on the south bank upstream from the Bridge of Don.
Much of the woodland consists of even aged stands with willow (Salix sp.), sycamore (Acer pseudoplatanus), ash (Fraxinus excelsior), beech (Fagus sylvatica) and alder (AInus glutinosa). At the top of the slope mature oak (Quercus sp.) and elm (Ulmus glabra) are present. The ground flora contains tufted hair-grass (Deschampsia caespitosa), red campion (Silene dioica), ramsons (Allium ursinum) and lady fern (Athyrium felix-femina) .In a few areas dense shading is caused by the trees and in these areas the ground flora is poor.
On the north bank scattered trees are present, mainly willow and sycamore with some scrub.
Walking the dog through our usual path across the moor we came across this usually puddle logged area had turned into a pond after three days of torrential rain.
Donmouth Local Nature Reserve is a beach site in the historic Old Aberdeen part of the City where the River Don meets the sea.
A great place to see seals and a range of interesting birds. The beach area has changed over time as the river has changed its course. There are lots of interesting plants in the dunes and beach area. Bird hide is an excellent shelter from which to watch the wildlife. The paths run across King Street to the Brig 'o Balgownie., the original bridge in to the City from the North, then down the other side of the river to the sea.
The site was designated a Local Nature Reserve in 1992
Paths are good although wheelchair access to the beach would be difficult as the boardwalk can get covered with sand.
There is plenty of free car parking on the Beach Esplanade and at the car park in Donmouth Road. There are cycle racks on Beach Esplanade
Bridge Of Don has five spans of dressed granite, and rounded cutwaters that carry up to road level to form pedestrian refuges. The spans are 75 feet (23 m), with a rise of 25 feet (7.6 m).
It was widened in 1958-59, from 24 feet (7.3 m), to 66 feet (20 m) by the construction of a new concrete bridge adjacent to the old one.
It now carries four lanes of the A956 road, and is the last bridge on the River Don before it meets the sea. The bridge is just downstream from a substantial island in the river. Around the area of the bridge is the Donmouth Local Nature Reserve, designated as a LNR in 1992.
Near to the bridge are a number of World War II era coastal defences, including a pill box.
Mudflats
Mudflats are formed when fine particles carried downstream by the river are deposited as it slows down before entering the sea, and to a lesser extent by fine particles washed in by the tide. The sand spit at the mouth of the Don provides shelter from the wind and waves allowing this material to build up. The mud flats are a very rich and fertile environment. Despite their rather barren appearance they support a surprisingly diverse invertebrate fauna which includes; worms, molluscs and crustacea. These invertebrates are vitally important to wildfowl and wading birds within the estuary.
Salt marsh
Along the upper shore of the south bank saltmarsh has developed. This habitat would once have been much more extensive prior to the tipping of domestic and other refuse in the area and the formation in 1727 of an artificial embankment to prevent flooding of the river into the Links. This habitat is now reduced to a narrow strip of vegetation along the river margins upstream from the Powis Burn.
The species composition of the salt marsh varies according to the salinity of the water i.e. the proximity to the sea. Close to the Powis Burn this habitat is dominated by reed sweet-grass (Glyceria maxima) with reed canary-grass (Phalaris arundinacea), sea club-rush (Scirpus maritimus), spike-rush (Eleocharis palustris), hemlock water-dropwort (Oenanthe crocata) and common scurvygrass (Chochlearia officinalis).
Further inland reed sweet-grass continues to dominate but hemlock water-dropwort is more abundant with meadowsweet (Filipendula ulmaria) and valarian (Valariana officinalis),
Sand dunes
Sand dunes are found in the more exposed parts of the estuary at the river mouth. Again, this habitat was once much more extensive in this locality with dune grasslands stretching from Aberdeen Beach inland as far as King Street, southwards from the estuary of the Dee, northwards to the Sands of Forvie and beyond. Many of the dunes formed part of Seaton Tip, and following tipping the area was grassed over. Other areas have been formally landscaped to form golf courses or planted with native trees in 2010 to create a new woodland area.
Some remnants of the natural dune flora can be seen in the 'roughs' on the Kings Links golf course and near the mouth of the river.
Above the high water mark, fore dunes with thick clumps of the pioneer grass species including sea lyme grass (Elymus arenarius) and marram grass (Ammophila arenaria) occur. Few other species are able to cope with the shifting sand. The largest area of these young dunes is to the north and west of the headland. Further inland where the dunes are sheltered from the actions of the wind and waves, and soils are more developed, more stable dunes are present supporting a more diverse grassland habitat.
Strand line plants which are able to tolerate occasional coverage by sea water include sea rocket (Cakile maritima), frosted orache (Atriplex laciniata), sea sandwort (Honkenya peploides) and knotgrass (Polygonum aviculare). Bur-reed (Sparganium sp.) has been recorded; presumably washed down by the river.
Marram grass (Ammophila arenaria) and sea lyme grass (Elymus arenarius) dominate the fore dunes. The latter species is not native to this area but appeared in 1802. It is thought to have been unintentionally introduced into the area by fishing boats. For a number of years it remained uncommon but from 1870 onwards it spread rapidly along the coastline (Marren, 1982).
In the more stable dunes red fescue (Festuca rubra), sand sedge (Carex arenaria), yellow rattle (Rhinanthus minor), wild pansy (Viola tricolour), harebell (Campanula rotundifolia), bird's-foot-trefoil (Lotus corniculatus) and lesser meadow-rue (Thalictrum minus) are abundant. Small amounts of kidney vetch (Anthyllis vulneraria), valerian (Valeriana officinalis) and spring vetch (Vicia lathyroides) are present.
Scattered willows (Salix sp.) and sycamore (Acer pseudoplantanus) have seeded into this area. Gorse (Ulex europaeus) scrub has colonised the dunes in some areas and appears to be spreading.
Scrub
This habitat is almost entirely artificial with only the gorse scrub on the inner dunes being a semi-natural habitat. Alder and willow were planted along the south bank of the river in about 1970 and these shrubs are now generally well established. Further shrub planting on the south bank was carried out in 1990.
Willow (Salix sp.) and alder (Alnus glutinosa) were planted in the 1970's along the south bank of the River Don eastwards of the Bridge of Don. The trees to the west of this strip are doing considerably better than those to the east. More recent planting was carried out in 1990 with hawthorn (Crataegus monogyna), blackthorn (Prunus spinosa) elder (Sambucus nigra), goat willow (Salix caprea) and alder.
Underneath the scrub neutral grassland is present with cocksfoot (Dactylis glomerata), false oat-grass (Arrhenatherum elatius), cow parsley (Anthriscus sylvestris), sweet cicely (Myrrhis odorata), hedge woundwort (Stachys sylvatica) and hedge bindweed (Calystegia sepium).
Grassland
Much of the grassland within the reserve is formed on imported soil and is intensively managed. This includes grassland on the north and south sides of the Esplanade. Daffodils are present in the grassland on the north side of the road. On the north bank to the east of the Bridge of Don is rank grassland on a steep south-facing slope. This is unmanaged and contains some patches of scrub.
Rough grassland is present on the headland. This area has been modified by tipping, with rubble to the east and with grass cuttings to the west. The grassland contains a mixture of neutral grassland, dune grassland, ruderal, and introduced garden species. This area attracts flocks of seed eating birds in late summer and autumn.
Improved grassland is present on the headland and along the south bank of the estuary downstream from the bridge of Don. Much of this vegetation has developed on imported soil and contains a high proportion of ruderal species and garden escapes. On the headland, broadleaved dock (Rumex obtusifolius), nettle (Urtica dioica), coltsfoot (Tussilago farfara), spear thistle (Cirsium vulgare), cow parsley (Anthriscus sylvestris), hemlock (Conium maculatum) and hogweed (Heracleum sphondylium) are abundant. Sweet cicely (Chaerophyllum bulbosum) is widespread and in late summer fills the air with the scent of aniseed.
To the south of the Esplanade the grassland is managed with an annual cut.. The grassland does flood to form pools. Early in the year cuckoo flower (Cardamine pratensis) is common, meadow foxtail (Alopecuris pratensis)is known to occur around the margins of these pools.
Woodland
Semi-mature woodland is present on the steep sided south bank of the river upstream from the Bridge of Don. Most of this woodland has been planted in the mid 1930's though some older oak and elm trees are present. These may be relicts of former woodland cover. The woodland in the reserve is part of a strip of woodland along the River Don corridor which continues upstream from the Brig 'o' Balgownie.
Woodland is present on the south bank upstream from the Bridge of Don.
Much of the woodland consists of even aged stands with willow (Salix sp.), sycamore (Acer pseudoplatanus), ash (Fraxinus excelsior), beech (Fagus sylvatica) and alder (AInus glutinosa). At the top of the slope mature oak (Quercus sp.) and elm (Ulmus glabra) are present. The ground flora contains tufted hair-grass (Deschampsia caespitosa), red campion (Silene dioica), ramsons (Allium ursinum) and lady fern (Athyrium felix-femina) .In a few areas dense shading is caused by the trees and in these areas the ground flora is poor.
On the north bank scattered trees are present, mainly willow and sycamore with some scrub.
Some 80% of Scotland’s land mass is under agricultural production, making the industry the single biggest determinant of the landscape we see around us. Scotland’s farmers, crofters and growers produce output worth around £2.9 billion a year, and are responsible for much of Scotland’s £5 billion food and drink exports. The export target for 2017 is £7.1 billion.
Around 67,000 people are directly employed in agriculture in Scotland – this represents around 8% of the rural workforce and means that agriculture is the third largest employer in rural Scotland after the service and public sectors. It is estimated that a further 360,000 jobs (1 in 10 of all Scottish jobs) are dependent on agriculture.
The agri-food sector is now the UKs largest manufacturing sector.
Around 85% of Scotland is classified as Less Favoured Area. This is an EU classification which recognises natural and geographic disadvantage.
There are large numbers of farms in north west Scotland, but these are significantly smaller in terms of the numbers of livestock/area of crops grown than farms elsewhere. Sheep farming is the predominant type of farming in the north west and there are also many sheep farms in the south of the country. Larger cereal farms are concentrated in the east. Beef farming takes place throughout Scotland, but is particularly common in the south west. This area also has the bulk of the dairy industry.
Weather reports predict the so called "Beast From The East" is due to revisit the UK over the next few days, today the 16th of March 2018 I visited Collieston Bay, its the first time I have witnessed the impact unusual weather has had on the area, it really was exhilarating and offered great photo opportunities.
Collieston is a small former fishing village on the North Sea coast in Aberdeenshire, Scotland. The village lies just north of the Sands of Forvie Special Protection Area, between Cruden Bay and Newburgh.
The earliest recorded history of Collieston is of the arrival of St Ternan, a Columban monk on a mission to convert the local picts to Christianity. There is, however, evidence that people lived here during much earlier times.
Collieston was established as a fishing village by the 16th century, and it provides the first safe harbour in over fifteen miles of beachesand dunes stretching north from Aberdeen.
Fishing for herring, haddock, whiting and codflourished in the 17th century and 18th century and was the foundation of Collieston's economy. The village became known for 'Collieston Speldings', salted and sun-dried haddock and whiting, a popular delicacy throughout Britain. As drift netting developed during the mid 19th century, the fishing began to decline and the focus of the industry shifted to places like Peterhead because the harbour at Collieston was too small to safely accommodate the larger boats needed.
The numerous sea caves in the nearby cliffs, and small coves with shingle beaches provided ideal terrain for smugglers. In the late 18th century it was estimated by the Excise that up to 8000 gallons of foreign spirits were being illegally landed in the area every month. In 1798, the notorious village smuggler, Phillip Kennedy, was killed by a blow from an exciseman's cutlass. His grave and tombstone still stands in the village graveyard.
A ship from the Spanish Armada, the Santa Caterina, carrying arms for the Earl of Erroll is said to have sunk just off the rocky point of St Catherine's Dub in 1594. In retaliation for the Earl's involvement in the Catholic plot against him, James VI blew up the Earl's castle which stood on the cliffs, a mile north of Collieston. The Earl went on to rebuild Slains Castle, six miles further up the coast, in 1597.
Collieston is now mainly a commuter village serving Aberdeen, and is largely given over to tourists during the summer months.
One sunny summers afternoon I noticed this little fellow in our garden, grabbed my camera and he posed happily for a few shots, later I carefully placed him among the plants and flowers where he had food and shade at the bottom of the garden.
Cornu aspersum, known by the common name garden snail, is a species of land snail. As such it is a terrestrial pulmonate gastropodmollusc in the family Helicidae, which include the most commonly familiar land snails. Of all terrestrial molluscs, this species may well be the most widely known. In English texts it was classified under the name Helix aspersa for over two centuries, but the prevailing classification now places it in the genus Cornu.
Cornu aspersum is native to the Mediterranean area and western Europe, but whether deliberately or accidentally, humans have spread it to temperate and subtropical areas worldwide. The snail is relished as a food item in some areas, but it is also widely regarded as a pest in gardens and in agriculture, especially in regions where it has been introduced accidentally and where snails are not usually considered to be a menu item.
Like other Pulmonata, Cornu aspersum is a hermaphrodite, producing both male and female gametes. Reproduction is usually sexual, although self-fertilisation sometimes occurs. During a mating session of several hours, two snails exchange sperm. Cornu aspersum is one of the species that uses love darts during mating.
About two weeks after fertilisation, the snail lays a batch of about 80 spherical pearly-white eggs into crevices in the topsoil or sheltered under stones or the like. In a year it may lay six batches or so. The size of the egg is 4 mm.
The young snails take one to two years to reach maturity.
In some regions snail farms produce them commercially.
The snail secretes thixotropic adhesive mucusthat permits locomotion by rhythmic waves of contraction passing forward within its muscular "foot". Starting from the rear, the contraction of the longitudinal muscle fibres above a small area of the film of mucus causes shear that liquefies the mucus, permitting the tip of the tail to move forward.
The contracted muscle relaxes while its immediately anteriadtransverse band of longitudinal fibres contract in their turn, repeating the process, which continues forward until it reaches the head. At that point the whole animal has moved forward by the length of the contraction of one of the bands of contraction. However, depending on the length of the animal, several bands of contraction can be in progress simultaneously, so that the resultant speed amounts to the speed imparted by a single wave, multiplied by the number of individual waves passing along simultaneously.
A separate type of wave motion that may be visible from the side enables the snail to conserve mucus when moving over a dry surface. It lifts its belly skin clear of the ground in arches, contacting only one to two thirds of the area it passes over. With suitable lighting the lifting may be seen from the side as illustrated, and the percentage of saving of mucus may be estimated from the area of wet mucus trail dabs that it leaves behind. This type of wave passes backwards at the speed of the snail's forward motion, therefore having a zero velocity with respect to the ground.
The snail moves at a top speed of 1.3 centimetres per second (47 meters per hour or ~50 yards per hour), and has a strong homing instinct, readily returning to a regular hibernation site.
In spite of its apparent slowness and limitations, the snail exploits the special nature of its mucus to achieve some startling feats. It can go up a slope at any angle, including upside down, resist being pulled off a firm surface with an adhesive strength several times its own weight, rest on a surface at any angle without any expenditure of energy, or, notoriously, climb a needle-like stem or pass over the edge of razor blade without harm, relying on the firmness of its mucus film in its shear
Cornu aspersum is a primarily a herbivore with a wide range of host plants. It feeds on numerous types of fruit trees, vegetable crops, rose bushes, garden flowers, and cereals. It also is an omnivorous scavenger that feeds on rotting plant material and on occasion will scavenge animal matter, such as crushed snails and worms. In turn it is a food source for many other animals, including small mammals, many bird species, lizards, frogs, centipedes, predatory insects such as glowworms in the family Lampyridae, and predatory terrestrial snails.
The species may on occasion be of use as an indicator of environmental pollution, because it deposits heavy metals, such as leadin its shell.
One sunny summers afternoon I noticed this little fellow in our garden, grabbed my camera and he posed happily for a few shots, later I carefully placed him among the plants and flowers where he had food and shade at the bottom of the garden.
Cornu aspersum, known by the common name garden snail, is a species of land snail. As such it is a terrestrial pulmonate gastropodmollusc in the family Helicidae, which include the most commonly familiar land snails. Of all terrestrial molluscs, this species may well be the most widely known. In English texts it was classified under the name Helix aspersa for over two centuries, but the prevailing classification now places it in the genus Cornu.
Cornu aspersum is native to the Mediterranean area and western Europe, but whether deliberately or accidentally, humans have spread it to temperate and subtropical areas worldwide. The snail is relished as a food item in some areas, but it is also widely regarded as a pest in gardens and in agriculture, especially in regions where it has been introduced accidentally and where snails are not usually considered to be a menu item.
Like other Pulmonata, Cornu aspersum is a hermaphrodite, producing both male and female gametes. Reproduction is usually sexual, although self-fertilisation sometimes occurs. During a mating session of several hours, two snails exchange sperm. Cornu aspersum is one of the species that uses love darts during mating.
About two weeks after fertilisation, the snail lays a batch of about 80 spherical pearly-white eggs into crevices in the topsoil or sheltered under stones or the like. In a year it may lay six batches or so. The size of the egg is 4 mm.
The young snails take one to two years to reach maturity.
In some regions snail farms produce them commercially.
The snail secretes thixotropic adhesive mucusthat permits locomotion by rhythmic waves of contraction passing forward within its muscular "foot". Starting from the rear, the contraction of the longitudinal muscle fibres above a small area of the film of mucus causes shear that liquefies the mucus, permitting the tip of the tail to move forward.
The contracted muscle relaxes while its immediately anteriadtransverse band of longitudinal fibres contract in their turn, repeating the process, which continues forward until it reaches the head. At that point the whole animal has moved forward by the length of the contraction of one of the bands of contraction. However, depending on the length of the animal, several bands of contraction can be in progress simultaneously, so that the resultant speed amounts to the speed imparted by a single wave, multiplied by the number of individual waves passing along simultaneously.
A separate type of wave motion that may be visible from the side enables the snail to conserve mucus when moving over a dry surface. It lifts its belly skin clear of the ground in arches, contacting only one to two thirds of the area it passes over. With suitable lighting the lifting may be seen from the side as illustrated, and the percentage of saving of mucus may be estimated from the area of wet mucus trail dabs that it leaves behind. This type of wave passes backwards at the speed of the snail's forward motion, therefore having a zero velocity with respect to the ground.
The snail moves at a top speed of 1.3 centimetres per second (47 meters per hour or ~50 yards per hour), and has a strong homing instinct, readily returning to a regular hibernation site.
In spite of its apparent slowness and limitations, the snail exploits the special nature of its mucus to achieve some startling feats. It can go up a slope at any angle, including upside down, resist being pulled off a firm surface with an adhesive strength several times its own weight, rest on a surface at any angle without any expenditure of energy, or, notoriously, climb a needle-like stem or pass over the edge of razor blade without harm, relying on the firmness of its mucus film in its shear
Cornu aspersum is a primarily a herbivore with a wide range of host plants. It feeds on numerous types of fruit trees, vegetable crops, rose bushes, garden flowers, and cereals. It also is an omnivorous scavenger that feeds on rotting plant material and on occasion will scavenge animal matter, such as crushed snails and worms. In turn it is a food source for many other animals, including small mammals, many bird species, lizards, frogs, centipedes, predatory insects such as glowworms in the family Lampyridae, and predatory terrestrial snails.
The species may on occasion be of use as an indicator of environmental pollution, because it deposits heavy metals, such as leadin its shell.
Aberdeen Scotland has many wind turbines, I pass this site on a regular basis, summer 2018 I decided to visit the site and record what I found before me.
The wind turbines are colossal in height and power as the sound of the turbine turning is loud and majestic as you stand at its base .
Hill Off Fiddes - Wind Farm
Commercial operations at the site began in February 2010 and the wind farm was taken into the Ventient portfolio in May 2012.
The wind farm has 3 turbines, each rated at 2.3MW giving Hill of Fiddes an installed capacity of 6.9MW and the ability to generate enough energy to power 3,888 homes*.
The wind farm’s community benefit fund provides grants to projects in the communities within the Auchterless, Inverkeithny & Fisherford Community Council and Rothienorman Monquhitter Community Council areas.
Applications to the fund are assessed by The Hill of Fiddes Community Fund which is a sub-committee of Foveran Community Council, incorporating various local groups.
Details
Generalities
Wind farm name: Hill of Fiddes
Country: United-Kingdom
County / Zone: Aberdeenshire (Scotland)
City: Udny
Commissioning: 2010/02
3 turbines: Enercon E70/2300 (power 2 300 kW, diameter 71 m)
Hub height: 67 m
Total nominal power: 6,900 kW
Operational
Onshore wind farm
Developers: Broadview Energy/Infinis
Operator: Ventient Energy
Owner: Ventient Energy
Production forecast
From Thursday, December 31 2020, 01:00 UTC, for the coming 24 hours:
Expected load rate: 46.2 %
Expected production: 76,520 kWh
Localisation
Latitude: 57° 18' 58.6"
Longitude: -2° 6' 50"
Geodetic system: WGS84
Precise location: yes
Of course, he's white, not yellow, as this shot makes him appear. Still, this comes about as close as any.
The name Bullers of Buchan refers both to a collapsed sea cave and to the adjacent village, situated about 6 miles (9.7 km) south of Peterhead in Buchan, Aberdeenshire, Scotland.
This dramatic coastal walk passes the impressive ruins of Slains Castle, the inspiration for Dracula, and reaching the Bullers of Buchan, where there is a massive blow hole with several natural arches.
Located off the A975 just north of Cruden Bay and about 25 miles north of Aberdeen in northeast Scotland, the Bullers of Buchan is a collapsed sea cave forming an almost circular chasm (the "pot") some 30 metres (100 feet) deep, where the ocean rushes in through a natural archway.
The cliff scenery here is spectacular and seabirds of many species such as Puffins, Kittiwakes, Guillemots and Razorbills proliferate during the spring and summer, when wild flowers including campion, heather and orchids colour the cliff tops.
There is a car park from which a short road leads to a small group of cottages above the bay; a rough footpath leads northward in front of the cottages to the pot itself, some 100 metres along. For the energetic, the footpath continues along the coast through the Longhaven Wildlife Reserve towards Boddam. There is also a footpath leading south along the clifftop towards Slains Castle (another local attraction) and Cruden Bay.
THE FOOTPATHS ARE ROUGH, UNFENCED AND AT TIMES VERY CLOSE TO THE CLIFF EDGE. GREAT CARE MUST BE TAKEN AT ALL TIMES AND CHILDREN MUST BE CLOSELY SUPERVISED.
There are no tourist facilities at the Bullers; the nearest hotels, pubs and cafes may be found at Cruden Bay (which also boasts a very fine golf course). The nearest large town is Peterhead, 6 miles to the north.
Collieston is a small former fishing village on the North Sea coast in Aberdeenshire, Scotland. The village lies just north of the Sands of Forvie Special Protection Area, between Cruden Bay and Newburgh.
The earliest recorded history of Collieston is of the arrival of St Ternan, a Columban monk on a mission to convert the local picts to Christianity. There is, however, evidence that people lived here during much earlier times.
Collieston was established as a fishing village by the 16th century, and it provides the first safe harbour in over fifteen miles of beachesand dunes stretching north from Aberdeen.
Fishing for herring, haddock, whiting and codflourished in the 17th century and 18th century and was the foundation of Collieston's economy. The village became known for 'Collieston Speldings', salted and sun-dried haddock and whiting, a popular delicacy throughout Britain. As drift netting developed during the mid 19th century, the fishing began to decline and the focus of the industry shifted to places like Peterhead because the harbour at Collieston was too small to safely accommodate the larger boats needed.
The numerous sea caves in the nearby cliffs, and small coves with shingle beaches provided ideal terrain for smugglers. In the late 18th century it was estimated by the Excise that up to 8000 gallons of foreign spirits were being illegally landed in the area every month. In 1798, the notorious village smuggler, Phillip Kennedy, was killed by a blow from an exciseman's cutlass. His grave and tombstone still stands in the village graveyard.
A ship from the Spanish Armada, the Santa Caterina, carrying arms for the Earl of Erroll is said to have sunk just off the rocky point of St Catherine's Dub in 1594. In retaliation for the Earl's involvement in the Catholic plot against him, James VI blew up the Earl's castle which stood on the cliffs, a mile north of Collieston. The Earl went on to rebuild Slains Castle, six miles further up the coast, in 1597.
Collieston is now mainly a commuter village serving Aberdeen, and is largely given over to tourists during the summer months.
"The individual who says it is not possible should move out of the way of those doing it."-Tricia Cunningham
IT – БГ - EN
IT
Sabato ho avuto la fortuna di trascorrere una bella giornata tra molti uccelli diversi. 2 volte ho avuto il piacere di vedere l'amore di Cavaliere d'Italia. Il periodo d’amore degli uccelli è la cosa più bella che si può guardare. Cavaliere d’Italia fa un breve corteggiamento, che si esprime in rotazione attorno al femminile, e la stessa copula dura da 5-6 a 15-20 secondi, ma vale la pena aspettare.
Vedi il link sotto dove ho osservato questo!
БГ
В събота имах щастието да прекарам един прекрасен ден сред множество различни птици. Имах удоволствието 2 пъти да наблюдавам Любовта на Кокилобегача. Любовният период на птиците е най-красивото нещо, което може да наблюдавате. При Кокилобегача има кратко ухажване, което се изразява във въртене около женската, а самото съвкупление трае от 5-6 до 15-20 секунди, но си заслужава чакането.
Вижте линка долу къде наблюдавах това!
EN
On Saturday I was fortunated to spend a beautiful day among many different birds. 2 times I had the pleasure to watch the Love of the Black-Winged Stilt. The love period of the birds is the most beautiful thing you can watch. There is a brief courtship of the Black-Widget Stilt, which is expressed in rotation around the female, and the very copulation lasts from 5-6 to 15-20 seconds, but worth the wait.
See the link below where I watched it!
Forvie National Nature Reserve is on the Ythan Estuary on the east coast of Scotland approximately 16 miles north of Aberdeen.
The stark beauty of empty sand dunes is complemented by the call of Eider ducks, wafting like gentle gossiping across the Ythan estuary. With the constant shifting of the dunes, layers of history have come and gone, revealing the half buried remains of a twelfth century church.
The Sands of Forvie is a nature reserve north of Newburgh in Aberdeenshire in the northeast of Scotland. Forvie
National Nature Reserve has the fifth largest sand dune system in Britain, and the least disturbed by human activity.
The dune system is an integral part of the Ythan Estuary and separated by the estuary from Balmedie beach. The reserve contains large areas of sandy foreshore, mobile and fixed dunes, dune pasture and lowland heath and the successional development of vegetation. The sand dunes are of various stages of evolution and contain marram grass (Ammophila arenaria), red fescue, (Festuca rubra), crowberry, (Empetrum nigrum), the cross-leaved heath (Erica tetralix), common sedge, (Carex nigra), marsh pennywort (Hydrocotyle vulgaris) and the invasive creeping willow (Salix repens ssp. argentea).
The reserve contains the largest breeding colony of eider duck in Britain and an internationally important ternery.
The area is designated as a Special Protection Area for wildlife conservation purposes. The reserve is managed by Scottish Natural Heritage. Stevenson Forvie Centre near Collieston provides information on the reserve.
The sands were the site of the village of Forvie that was abandoned due to drifting sands.
Forvie was active in World Wars I and II, although very few details are recorded on the use of the area. It was incorrectly claimed there was a nine-hole golf course from 1900 to the outbreak of World War II. The course built for Lady Cathcart in 1900 was on the west coast island Uist.
The layout of Forvie and Newburgh could be mistaken for the mouth of the River Don in Aberdeen. With this is mind, defences were put in places around the mouth of the Ythan.
These consisted of pill boxes, two gun batteries and anti-tank blocks built by the 143rd Pioneer Corps. From a review of vulnerable beaches from April–October 1941, Forvie appeared on this list and was identified as "blocked with mines". The minefield ran from East to West (WO ref 31/521474 to 538472).
These were British Type C land mines weighing about 65 lbs each. Following a clear up of the area in July 1944, a number of landmines were unaccounted for due to the shifting sands of the area. Mine clearance altered the area slightly as the Bomb Disposal Unit from the Royal Engineers used a converted Bren gun carrier (known as a wasp) as a flamethrower to scorch vegetation on the mined area. Records show on some days 222 mines being dealt with, the actual mine count is unknown but the area took several months to clear. on 27 July 1944, Sapper Harry Dean (28) of 11 coy, Royal Engineers was killed whilst clearing a mine at Forvie. Sapper Dean is buried in Yorkshire .
minefield start / end from Royal Engineers file in TNA - Kew
Forvie sands was used to train the Gordon Highlanders and Highland Light Infantry in desert warfare, in addition to this Forvie Moor was used to train soldiers in the use of grenade, anti-tank grenades and 2" trench mortars. Since the war, mortar bombs have been found across the moor. Craters are still visible in the area. The soldiers training at Forvie were billeted at the Slains Lodge and buildings in Collieston.
On 3 November 1940, 30 High Explosive Bombs were dropped on Forvie Links by the luftwaffe. This is listed in the Aberdeenshire Civil Defence register, however little evidence exists that this occurred. No craters or patterns indicating a bombing run can be seen.
Whilst soldiers were training there, the moor were off limits to locals. However on Sundays, the locals could use the moor. During this time, locals collected birds eggs to use as food was rationed, and there was a plentiful supply of rabbits. On Sunday 30 November 1941, three local boys found an unexploded anti-tank grenade in a rabbit burrow that the army had been demonstrating to the home guard. One of the boys (Alex Ross), then threw it away where it exploded causing him to lose sight in one eye.
On 31 March 1941, the British steamer Melrose Abbey ran aground. On 2 April 1941 she was hit by a drifting sea mine blowing a large hole in her side, and settled on the Ythan river bed. During this time, a machine gun was posted at Forvie Sands to offer some protection for the vessel whilst plans were made to move her as she was a target for passing aircraft.
The ship was refloated on 26 July 1941 and towed to Aberdeen for repairs. She was later sunk by U-356 on 27 December 1942 north-east of the Azores. Several websites confirm this sinking, but this disagrees with the information in the reference below, which states that "As for Melrose Abbey, she was released from the Royal Navy in May 1945 and returned to her former owners, the Associated Humber Lines." The second reference may help to resolve this mix-up of ship names.
Beside the pill box of Forvie, two mobile naval 4" guns were places and controlled by 942nd Defence battery.
On 26 January 1942, the SS Lesrix, which was carrying machinery, ran aground off Hackley head during a blizzard. Locals in the community aided in the rescue of some of the crew, although ten crew members were lost. A bronze medal for gallantry was given by the King to one local for his part.
During patrols on the beach and cliffs of Forvie, a dinghy was found and this sparked a search for a spy that had been landed by submarine. This spy was caught in the moray area. It was rumoured that Tillery house near Udny had fascist sympathizers, where spies and airmen were told this was a "safe house" during the war. Since there were also Norwegian army personnel in the area who patrolled the beaches, the coast guard and home guard were issued with passes to identify themselves to the Norwegian soldiers.
In 1948, the Forvie area was earmarked to be a bombing and artillery range for the Royal Air Force and Army, as a site further north than the existing area at Lunan Bay near Arbroath. Forvie was to be used for air to ground and dive bombing practice. This involved a gunnery range out at sea and an rifle range on the moor. This proposal was cancelled in 1950; records exist in the National Archives on the proposal.
Some 80% of Scotland’s land mass is under agricultural production, making the industry the single biggest determinant of the landscape we see around us. Scotland’s farmers, crofters and growers produce output worth around £2.9 billion a year, and are responsible for much of Scotland’s £5 billion food and drink exports. The export target for 2017 is £7.1 billion.
Around 67,000 people are directly employed in agriculture in Scotland – this represents around 8% of the rural workforce and means that agriculture is the third largest employer in rural Scotland after the service and public sectors. It is estimated that a further 360,000 jobs (1 in 10 of all Scottish jobs) are dependent on agriculture.
The agri-food sector is now the UKs largest manufacturing sector.
Around 85% of Scotland is classified as Less Favoured Area. This is an EU classification which recognises natural and geographic disadvantage.
There are large numbers of farms in north west Scotland, but these are significantly smaller in terms of the numbers of livestock/area of crops grown than farms elsewhere. Sheep farming is the predominant type of farming in the north west and there are also many sheep farms in the south of the country. Larger cereal farms are concentrated in the east. Beef farming takes place throughout Scotland, but is particularly common in the south west. This area also has the bulk of the dairy industry.
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I was too late to capture this little fellow, moving swiftly through the river dee he jumped onto the shore and ran , I snapped this as I ran after him though he was too quick, I managed this photo and one other
I revisited Donmouth Nature Reserve today 2/3/2018, prompted by the severe weather conditions that the so called "Beast From The East" has brought to the UK in the past few days, I decided to visit and capture any impacts it may have had along the coastline.
I found that the walk paths have eroded due to the heavy tides and tall waves that have battered the shore over the past few days, you can see the pathway clumps of grass that previously sat above the coastline now laying on the shore waiting for the sea to drag them off to the bottom of the North Sea.
Today was bitterly cold, the sea raged though I enjoyed a magnificent walk along the shore capturing what lay before me.
Check out my photos previously posted to appreciate the impact this "BFTE" has had on this beautiful nature reserve.
Coastal erosion is the wearing away of land and the removal of beach or sand dunes sediments by wave action, tidal currents, wave currents, drainage or high winds (see also beach evolution). Waves, generated by storms, wind, or fast moving motor craft, can cause coastal erosion, which may take the form of long-term losses of sediment and rocks, or merely the temporary redistribution of coastal sediments; erosion in one location may result in accretion nearby.
The study of erosion and sediment redistribution is called 'coastal morphodynamics'.
It may be caused by hydraulic action, abrasion, impact and corrosion by wind, water, and other forces, natural or unnatural.
On non-rocky coasts, coastal erosion results in dramatic (or non-dramatic) rock formations in areas where the coastline contains rock layers or fracture zones with varying resistance to erosion.
Softer areas become eroded much faster than harder ones, which typically result in landforms such as tunnels, bridges, columns, and pillars.
Over time the coast generally evens out. The softer areas fill up with sediment eroded from hard areas, and rock formations are eroded away.
Also abrasion commonly happens in areas where there are strong winds, loose sand, and soft rocks.
The blowing of millions of sharp sand grains creates a sandblasting effect. This effect helps to erode, smooth and polish rocks.
The definition of abrasion is grinding and wearing away of rock surfaces through the mechanical action of other rock or sand particles.
Examples
Small-scale erosion destroys abandoned railroad tracks
A place where erosion of a cliffed coast has occurred is at Wamberal in the Central Coast region of New South Wales where houses built on top of the cliffs began to collapse into the sea. This is due to waves causing erosion of the primarily sedimentary material on which the buildings foundations sit.[2]
Dunwich, the capital of the English medieval wool trade, disappeared over the period of a few centuries due to redistribution of sediment by waves.
Human interference can also increase coastal erosion:
Hallsands in Devon, England, was a coastal village that washed away over the course of a year, an event directly caused by dredging of shingle in the bay in front of it.
The California coast, which has soft cliffs of sedimentary rock and is heavily populated, regularly has incidents of housing damage as cliffs erodes .
The Holderness coastline on the east coast of England, just north of the Humber Estuary, is one of the fastest eroding coastline in Europe due to its soft clay cliffs and powerful waves.
Groynes and other artificial measures to keep it under control has only accelerated the process further down the coast, because longshore drift starves the beaches of sand, leaving them more exposed. The White Cliffs of Dover have also been affected.
Fort Ricasoli in Kalkara, Malta already showing signs of damage where the land is being eroded Fort Ricasoli, a historic 17th century fortress in Malta is being threatened by coastal erosion, as it was built on a fault in the headland which is prone to erosion.
A small part of one of the bastion walls has already collapsed since the land under it has eroded, and there are cracks in other walls as well.
Wave action
Hydraulic action
Hydraulic action occurs when waves striking a cliff face compress air in cracks on the cliff face. This exerts pressure on the surrounding rock, and can progressively splinter and remove pieces. Over time, the cracks can grow, sometimes forming a cave. The splinters fall to the sea bed where they are subjected to further wave action.
Attrition
Attrition occurs when waves cause loose pieces of rock debris (scree) to collide with each other, grinding and chipping each other, progressively becoming smaller, smoother and rounder. Scree also collides with the base of the cliff face, chipping small pieces of rock from the cliff or have a corrasion (abrasion) effect, similar to sandpapering.
Solution
Solution is the process in which acids contained in sea water will dissolve some types of rock such as chalk or limestone.
Corrasion
Corrasion or otherwise known as abrasion occurs when waves break on cliff faces and slowly erode it. As the sea pounds cliff faces it also uses the scree from other wave actions to batter and break off pieces of rock from higher up the cliff face which can be used for this same wave action and attrition.
Corrosion
Corrosion or solution/chemical weathering occurs when the sea's pH (anything below pH 7.0) corrodes rocks on a cliff face. Limestone cliff faces, which have a moderately high pH, are particularly affected in this way. Wave action also increases the rate of reaction by removing the reacted material.
Factors that influence erosion rates
Primary factors
The ability of waves to cause erosion of the cliff face depends on many factors.
The hardness (or inversely, the erodibility) of sea-facing rocks is controlled by the rock strength and the presence of fissures, fractures, and beds of non-cohesive materials such as silt and fine sand.
The rate at which cliff fall debris is removed from the foreshore depends on the power of the waves crossing the beach. This energy must reach a critical level to remove material from the debris lobe. Debris lobes can be very persistent and can take many years to completely disappear.
Beaches dissipate wave energy on the foreshore and provide a measure of protection to the adjoining land.
The stability of the foreshore, or its resistance to lowering. Once stable, the foreshore should widen and become more effective at dissipating the wave energy, so that fewer and less powerful waves reach beyond it. The provision of updrift material coming onto the foreshore beneath the cliff helps to ensure a stable beach.
The adjacent bathymetry, or configuration of the seafloor, controls the wave energy arriving at the coast, and can have an important influence on the rate of cliff erosion. Shoals and bars offer protection from wave erosion by causing storm waves to break and dissipate their energy before reaching the shore.
Given the dynamic nature of the seafloor, changes in the location of shoals and bars may cause the locus of beach or cliff erosion to change position along the shore.
Coastal erosion has been greatly affected by the rising sea levels globally.
Donmouth Local Nature Reserve is a beach site in the historic Old Aberdeen part of the City where the River Don meets the sea.
A great place to see seals and a range of interesting birds. The beach area has changed over time as the river has changed its course. There are lots of interesting plants in the dunes and beach area. Bird hide is an excellent shelter from which to watch the wildlife. The paths run across King Street to the Brig 'o Balgownie., the original bridge in to the City from the North, then down the other side of the river to the sea.
The site was designated a Local Nature Reserve in 1992
Paths are good although wheelchair access to the beach would be difficult as the boardwalk can get covered with sand.
There is plenty of free car parking on the Beach Esplanade and at the car park in Donmouth Road. There are cycle racks on Beach Esplanade
Bridge Of Don has five spans of dressed granite, and rounded cutwaters that carry up to road level to form pedestrian refuges. The spans are 75 feet (23 m), with a rise of 25 feet (7.6 m).
It was widened in 1958-59, from 24 feet (7.3 m), to 66 feet (20 m) by the construction of a new concrete bridge adjacent to the old one.
It now carries four lanes of the A956 road, and is the last bridge on the River Don before it meets the sea. The bridge is just downstream from a substantial island in the river. Around the area of the bridge is the Donmouth Local Nature Reserve, designated as a LNR in 1992.
Near to the bridge are a number of World War II era coastal defences, including a pill box.
Mudflats
Mudflats are formed when fine particles carried downstream by the river are deposited as it slows down before entering the sea, and to a lesser extent by fine particles washed in by the tide. The sand spit at the mouth of the Don provides shelter from the wind and waves allowing this material to build up. The mud flats are a very rich and fertile environment. Despite their rather barren appearance they support a surprisingly diverse invertebrate fauna which includes; worms, molluscs and crustacea. These invertebrates are vitally important to wildfowl and wading birds within the estuary.
Salt marsh
Along the upper shore of the south bank saltmarsh has developed. This habitat would once have been much more extensive prior to the tipping of domestic and other refuse in the area and the formation in 1727 of an artificial embankment to prevent flooding of the river into the Links. This habitat is now reduced to a narrow strip of vegetation along the river margins upstream from the Powis Burn.
The species composition of the salt marsh varies according to the salinity of the water i.e. the proximity to the sea. Close to the Powis Burn this habitat is dominated by reed sweet-grass (Glyceria maxima) with reed canary-grass (Phalaris arundinacea), sea club-rush (Scirpus maritimus), spike-rush (Eleocharis palustris), hemlock water-dropwort (Oenanthe crocata) and common scurvygrass (Chochlearia officinalis).
Further inland reed sweet-grass continues to dominate but hemlock water-dropwort is more abundant with meadowsweet (Filipendula ulmaria) and valarian (Valariana officinalis),
Sand dunes
Sand dunes are found in the more exposed parts of the estuary at the river mouth. Again, this habitat was once much more extensive in this locality with dune grasslands stretching from Aberdeen Beach inland as far as King Street, southwards from the estuary of the Dee, northwards to the Sands of Forvie and beyond. Many of the dunes formed part of Seaton Tip, and following tipping the area was grassed over. Other areas have been formally landscaped to form golf courses or planted with native trees in 2010 to create a new woodland area.
Some remnants of the natural dune flora can be seen in the 'roughs' on the Kings Links golf course and near the mouth of the river.
Above the high water mark, fore dunes with thick clumps of the pioneer grass species including sea lyme grass (Elymus arenarius) and marram grass (Ammophila arenaria) occur. Few other species are able to cope with the shifting sand. The largest area of these young dunes is to the north and west of the headland. Further inland where the dunes are sheltered from the actions of the wind and waves, and soils are more developed, more stable dunes are present supporting a more diverse grassland habitat.
Strand line plants which are able to tolerate occasional coverage by sea water include sea rocket (Cakile maritima), frosted orache (Atriplex laciniata), sea sandwort (Honkenya peploides) and knotgrass (Polygonum aviculare). Bur-reed (Sparganium sp.) has been recorded; presumably washed down by the river.
Marram grass (Ammophila arenaria) and sea lyme grass (Elymus arenarius) dominate the fore dunes. The latter species is not native to this area but appeared in 1802. It is thought to have been unintentionally introduced into the area by fishing boats. For a number of years it remained uncommon but from 1870 onwards it spread rapidly along the coastline (Marren, 1982).
In the more stable dunes red fescue (Festuca rubra), sand sedge (Carex arenaria), yellow rattle (Rhinanthus minor), wild pansy (Viola tricolour), harebell (Campanula rotundifolia), bird's-foot-trefoil (Lotus corniculatus) and lesser meadow-rue (Thalictrum minus) are abundant. Small amounts of kidney vetch (Anthyllis vulneraria), valerian (Valeriana officinalis) and spring vetch (Vicia lathyroides) are present.
Scattered willows (Salix sp.) and sycamore (Acer pseudoplantanus) have seeded into this area. Gorse (Ulex europaeus) scrub has colonised the dunes in some areas and appears to be spreading.
Scrub
This habitat is almost entirely artificial with only the gorse scrub on the inner dunes being a semi-natural habitat. Alder and willow were planted along the south bank of the river in about 1970 and these shrubs are now generally well established. Further shrub planting on the south bank was carried out in 1990.
Willow (Salix sp.) and alder (Alnus glutinosa) were planted in the 1970's along the south bank of the River Don eastwards of the Bridge of Don. The trees to the west of this strip are doing considerably better than those to the east. More recent planting was carried out in 1990 with hawthorn (Crataegus monogyna), blackthorn (Prunus spinosa) elder (Sambucus nigra), goat willow (Salix caprea) and alder.
Underneath the scrub neutral grassland is present with cocksfoot (Dactylis glomerata), false oat-grass (Arrhenatherum elatius), cow parsley (Anthriscus sylvestris), sweet cicely (Myrrhis odorata), hedge woundwort (Stachys sylvatica) and hedge bindweed (Calystegia sepium).
Grassland
Much of the grassland within the reserve is formed on imported soil and is intensively managed. This includes grassland on the north and south sides of the Esplanade. Daffodils are present in the grassland on the north side of the road. On the north bank to the east of the Bridge of Don is rank grassland on a steep south-facing slope. This is unmanaged and contains some patches of scrub.
Rough grassland is present on the headland. This area has been modified by tipping, with rubble to the east and with grass cuttings to the west. The grassland contains a mixture of neutral grassland, dune grassland, ruderal, and introduced garden species. This area attracts flocks of seed eating birds in late summer and autumn.
Improved grassland is present on the headland and along the south bank of the estuary downstream from the bridge of Don. Much of this vegetation has developed on imported soil and contains a high proportion of ruderal species and garden escapes. On the headland, broadleaved dock (Rumex obtusifolius), nettle (Urtica dioica), coltsfoot (Tussilago farfara), spear thistle (Cirsium vulgare), cow parsley (Anthriscus sylvestris), hemlock (Conium maculatum) and hogweed (Heracleum sphondylium) are abundant. Sweet cicely (Chaerophyllum bulbosum) is widespread and in late summer fills the air with the scent of aniseed.
To the south of the Esplanade the grassland is managed with an annual cut.. The grassland does flood to form pools. Early in the year cuckoo flower (Cardamine pratensis) is common, meadow foxtail (Alopecuris pratensis)is known to occur around the margins of these pools.
Woodland
Semi-mature woodland is present on the steep sided south bank of the river upstream from the Bridge of Don. Most of this woodland has been planted in the mid 1930's though some older oak and elm trees are present. These may be relicts of former woodland cover. The woodland in the reserve is part of a strip of woodland along the River Don corridor which continues upstream from the Brig 'o' Balgownie.
Woodland is present on the south bank upstream from the Bridge of Don.
Much of the woodland consists of even aged stands with willow (Salix sp.), sycamore (Acer pseudoplatanus), ash (Fraxinus excelsior), beech (Fagus sylvatica) and alder (AInus glutinosa).
At the top of the slope mature oak (Quercus sp.) and elm (Ulmus glabra) are present. The ground flora contains tufted hair-grass (Deschampsia caespitosa), red campion (Silene dioica), ramsons (Allium ursinum) and lady fern (Athyrium felix-femina) .In a few areas dense shading is caused by the trees and in these areas the ground flora is poor.
On the north bank scattered trees are present, mainly willow and sycamore with some scrub.
Written on the placard - "Stop feeding soy to pigs".
A point made by an activist at the Climate Change march and call for action in London on 29 November 2015.
Pigs consume vast amounts of soy which in turn requires huges amount of land to cultivate so that the whole process is not at all environment or climate friendly.
The woman (left) was handing out apples free that would otherwise have been thrown away as either not the right shape or colour for the supermarkets. Another example of unnecessary waste.
The climate change protest was held as part of a series of rallies worldwide prior to the Paris climate change conference. Activists want decisive action to limit the rise in average global temperature to 2 degrees celcius above pre-industrial levels.
A rallying call by a green activist in front of Britain's parliament for people to become vegan. He was taking part in the climate march in London on 29 November 2015 and his t-shirt carries the message - "Vegan - saving the ozone."
The march in London was held as part of a series of rallies worldwide prior to the COP21 Paris climate change talks. Activists want decisive action to limit the rise in average global temperature to 2 degrees celcius above pre-industrial levels.
Recent studies have suggested that livestock agriculture, even more than fossil fuels, is the greatest contributor to global warming.
Worldwide there are approximately 1.5 billion cows and a cow releases between 70 and 120 kg of Methane per year and scientists estimate that methane has a warming effect on the climate 23 times greater than CO2.
Not only does livestock farming use approximately one third of the usable agricultural land but another third is taken up for crop production to feed the livestock and both are major causes of deforestation which acts to further accelerate global warming.
Cows are also a major threat to world water supplies as they need vast areas of agricultural land to feed them. It is estimated that on average each litre of milk requires 990 litres of water so it is one of the most environmentally expensive foods on earth.
I revisited Donmouth Nature Reserve today 2/3/2018, prompted by the severe weather conditions that the so called "Beast From The East" has brought to the UK in the past few days, I decided to visit and capture any impacts it may have had along the coastline.
I found that the walk paths have eroded due to the heavy tides and tall waves that have battered the shore over the past few days, you can see the pathway clumps of grass that previously sat above the coastline now laying on the shore waiting for the sea to drag them off to the bottom of the North Sea.
Today was bitterly cold, the sea raged though I enjoyed a magnificent walk along the shore capturing what lay before me.
Check out my photos previously posted to appreciate the impact this "BFTE" has had on this beautiful nature reserve.
Coastal erosion is the wearing away of land and the removal of beach or sand dunes sediments by wave action, tidal currents, wave currents, drainage or high winds (see also beach evolution). Waves, generated by storms, wind, or fast moving motor craft, can cause coastal erosion, which may take the form of long-term losses of sediment and rocks, or merely the temporary redistribution of coastal sediments; erosion in one location may result in accretion nearby.
The study of erosion and sediment redistribution is called 'coastal morphodynamics'.
It may be caused by hydraulic action, abrasion, impact and corrosion by wind, water, and other forces, natural or unnatural.
On non-rocky coasts, coastal erosion results in dramatic (or non-dramatic) rock formations in areas where the coastline contains rock layers or fracture zones with varying resistance to erosion.
Softer areas become eroded much faster than harder ones, which typically result in landforms such as tunnels, bridges, columns, and pillars.
Over time the coast generally evens out. The softer areas fill up with sediment eroded from hard areas, and rock formations are eroded away.
Also abrasion commonly happens in areas where there are strong winds, loose sand, and soft rocks.
The blowing of millions of sharp sand grains creates a sandblasting effect. This effect helps to erode, smooth and polish rocks.
The definition of abrasion is grinding and wearing away of rock surfaces through the mechanical action of other rock or sand particles.
Examples
Small-scale erosion destroys abandoned railroad tracks
A place where erosion of a cliffed coast has occurred is at Wamberal in the Central Coast region of New South Wales where houses built on top of the cliffs began to collapse into the sea. This is due to waves causing erosion of the primarily sedimentary material on which the buildings foundations sit.[2]
Dunwich, the capital of the English medieval wool trade, disappeared over the period of a few centuries due to redistribution of sediment by waves.
Human interference can also increase coastal erosion:
Hallsands in Devon, England, was a coastal village that washed away over the course of a year, an event directly caused by dredging of shingle in the bay in front of it.
The California coast, which has soft cliffs of sedimentary rock and is heavily populated, regularly has incidents of housing damage as cliffs erodes .
The Holderness coastline on the east coast of England, just north of the Humber Estuary, is one of the fastest eroding coastline in Europe due to its soft clay cliffs and powerful waves.
Groynes and other artificial measures to keep it under control has only accelerated the process further down the coast, because longshore drift starves the beaches of sand, leaving them more exposed. The White Cliffs of Dover have also been affected.
Fort Ricasoli in Kalkara, Malta already showing signs of damage where the land is being eroded Fort Ricasoli, a historic 17th century fortress in Malta is being threatened by coastal erosion, as it was built on a fault in the headland which is prone to erosion.
A small part of one of the bastion walls has already collapsed since the land under it has eroded, and there are cracks in other walls as well.
Wave action
Hydraulic action
Hydraulic action occurs when waves striking a cliff face compress air in cracks on the cliff face. This exerts pressure on the surrounding rock, and can progressively splinter and remove pieces. Over time, the cracks can grow, sometimes forming a cave. The splinters fall to the sea bed where they are subjected to further wave action.
Attrition
Attrition occurs when waves cause loose pieces of rock debris (scree) to collide with each other, grinding and chipping each other, progressively becoming smaller, smoother and rounder. Scree also collides with the base of the cliff face, chipping small pieces of rock from the cliff or have a corrasion (abrasion) effect, similar to sandpapering.
Solution
Solution is the process in which acids contained in sea water will dissolve some types of rock such as chalk or limestone.
Corrasion
Corrasion or otherwise known as abrasion occurs when waves break on cliff faces and slowly erode it. As the sea pounds cliff faces it also uses the scree from other wave actions to batter and break off pieces of rock from higher up the cliff face which can be used for this same wave action and attrition.
Corrosion
Corrosion or solution/chemical weathering occurs when the sea's pH (anything below pH 7.0) corrodes rocks on a cliff face. Limestone cliff faces, which have a moderately high pH, are particularly affected in this way. Wave action also increases the rate of reaction by removing the reacted material.
Factors that influence erosion rates
Primary factors
The ability of waves to cause erosion of the cliff face depends on many factors.
The hardness (or inversely, the erodibility) of sea-facing rocks is controlled by the rock strength and the presence of fissures, fractures, and beds of non-cohesive materials such as silt and fine sand.
The rate at which cliff fall debris is removed from the foreshore depends on the power of the waves crossing the beach. This energy must reach a critical level to remove material from the debris lobe. Debris lobes can be very persistent and can take many years to completely disappear.
Beaches dissipate wave energy on the foreshore and provide a measure of protection to the adjoining land.
The stability of the foreshore, or its resistance to lowering. Once stable, the foreshore should widen and become more effective at dissipating the wave energy, so that fewer and less powerful waves reach beyond it. The provision of updrift material coming onto the foreshore beneath the cliff helps to ensure a stable beach.
The adjacent bathymetry, or configuration of the seafloor, controls the wave energy arriving at the coast, and can have an important influence on the rate of cliff erosion. Shoals and bars offer protection from wave erosion by causing storm waves to break and dissipate their energy before reaching the shore.
Given the dynamic nature of the seafloor, changes in the location of shoals and bars may cause the locus of beach or cliff erosion to change position along the shore.
Coastal erosion has been greatly affected by the rising sea levels globally.
Donmouth Local Nature Reserve is a beach site in the historic Old Aberdeen part of the City where the River Don meets the sea.
A great place to see seals and a range of interesting birds. The beach area has changed over time as the river has changed its course. There are lots of interesting plants in the dunes and beach area. Bird hide is an excellent shelter from which to watch the wildlife. The paths run across King Street to the Brig 'o Balgownie., the original bridge in to the City from the North, then down the other side of the river to the sea.
The site was designated a Local Nature Reserve in 1992
Paths are good although wheelchair access to the beach would be difficult as the boardwalk can get covered with sand.
There is plenty of free car parking on the Beach Esplanade and at the car park in Donmouth Road. There are cycle racks on Beach Esplanade
Bridge Of Don has five spans of dressed granite, and rounded cutwaters that carry up to road level to form pedestrian refuges. The spans are 75 feet (23 m), with a rise of 25 feet (7.6 m).
It was widened in 1958-59, from 24 feet (7.3 m), to 66 feet (20 m) by the construction of a new concrete bridge adjacent to the old one.
It now carries four lanes of the A956 road, and is the last bridge on the River Don before it meets the sea. The bridge is just downstream from a substantial island in the river. Around the area of the bridge is the Donmouth Local Nature Reserve, designated as a LNR in 1992.
Near to the bridge are a number of World War II era coastal defences, including a pill box.
Mudflats
Mudflats are formed when fine particles carried downstream by the river are deposited as it slows down before entering the sea, and to a lesser extent by fine particles washed in by the tide. The sand spit at the mouth of the Don provides shelter from the wind and waves allowing this material to build up. The mud flats are a very rich and fertile environment. Despite their rather barren appearance they support a surprisingly diverse invertebrate fauna which includes; worms, molluscs and crustacea. These invertebrates are vitally important to wildfowl and wading birds within the estuary.
Salt marsh
Along the upper shore of the south bank saltmarsh has developed. This habitat would once have been much more extensive prior to the tipping of domestic and other refuse in the area and the formation in 1727 of an artificial embankment to prevent flooding of the river into the Links. This habitat is now reduced to a narrow strip of vegetation along the river margins upstream from the Powis Burn.
The species composition of the salt marsh varies according to the salinity of the water i.e. the proximity to the sea. Close to the Powis Burn this habitat is dominated by reed sweet-grass (Glyceria maxima) with reed canary-grass (Phalaris arundinacea), sea club-rush (Scirpus maritimus), spike-rush (Eleocharis palustris), hemlock water-dropwort (Oenanthe crocata) and common scurvygrass (Chochlearia officinalis).
Further inland reed sweet-grass continues to dominate but hemlock water-dropwort is more abundant with meadowsweet (Filipendula ulmaria) and valarian (Valariana officinalis),
Sand dunes
Sand dunes are found in the more exposed parts of the estuary at the river mouth. Again, this habitat was once much more extensive in this locality with dune grasslands stretching from Aberdeen Beach inland as far as King Street, southwards from the estuary of the Dee, northwards to the Sands of Forvie and beyond. Many of the dunes formed part of Seaton Tip, and following tipping the area was grassed over. Other areas have been formally landscaped to form golf courses or planted with native trees in 2010 to create a new woodland area.
Some remnants of the natural dune flora can be seen in the 'roughs' on the Kings Links golf course and near the mouth of the river.
Above the high water mark, fore dunes with thick clumps of the pioneer grass species including sea lyme grass (Elymus arenarius) and marram grass (Ammophila arenaria) occur. Few other species are able to cope with the shifting sand. The largest area of these young dunes is to the north and west of the headland. Further inland where the dunes are sheltered from the actions of the wind and waves, and soils are more developed, more stable dunes are present supporting a more diverse grassland habitat.
Strand line plants which are able to tolerate occasional coverage by sea water include sea rocket (Cakile maritima), frosted orache (Atriplex laciniata), sea sandwort (Honkenya peploides) and knotgrass (Polygonum aviculare). Bur-reed (Sparganium sp.) has been recorded; presumably washed down by the river.
Marram grass (Ammophila arenaria) and sea lyme grass (Elymus arenarius) dominate the fore dunes. The latter species is not native to this area but appeared in 1802. It is thought to have been unintentionally introduced into the area by fishing boats. For a number of years it remained uncommon but from 1870 onwards it spread rapidly along the coastline (Marren, 1982).
In the more stable dunes red fescue (Festuca rubra), sand sedge (Carex arenaria), yellow rattle (Rhinanthus minor), wild pansy (Viola tricolour), harebell (Campanula rotundifolia), bird's-foot-trefoil (Lotus corniculatus) and lesser meadow-rue (Thalictrum minus) are abundant. Small amounts of kidney vetch (Anthyllis vulneraria), valerian (Valeriana officinalis) and spring vetch (Vicia lathyroides) are present.
Scattered willows (Salix sp.) and sycamore (Acer pseudoplantanus) have seeded into this area. Gorse (Ulex europaeus) scrub has colonised the dunes in some areas and appears to be spreading.
Scrub
This habitat is almost entirely artificial with only the gorse scrub on the inner dunes being a semi-natural habitat. Alder and willow were planted along the south bank of the river in about 1970 and these shrubs are now generally well established. Further shrub planting on the south bank was carried out in 1990.
Willow (Salix sp.) and alder (Alnus glutinosa) were planted in the 1970's along the south bank of the River Don eastwards of the Bridge of Don. The trees to the west of this strip are doing considerably better than those to the east. More recent planting was carried out in 1990 with hawthorn (Crataegus monogyna), blackthorn (Prunus spinosa) elder (Sambucus nigra), goat willow (Salix caprea) and alder.
Underneath the scrub neutral grassland is present with cocksfoot (Dactylis glomerata), false oat-grass (Arrhenatherum elatius), cow parsley (Anthriscus sylvestris), sweet cicely (Myrrhis odorata), hedge woundwort (Stachys sylvatica) and hedge bindweed (Calystegia sepium).
Grassland
Much of the grassland within the reserve is formed on imported soil and is intensively managed. This includes grassland on the north and south sides of the Esplanade. Daffodils are present in the grassland on the north side of the road. On the north bank to the east of the Bridge of Don is rank grassland on a steep south-facing slope. This is unmanaged and contains some patches of scrub.
Rough grassland is present on the headland. This area has been modified by tipping, with rubble to the east and with grass cuttings to the west. The grassland contains a mixture of neutral grassland, dune grassland, ruderal, and introduced garden species. This area attracts flocks of seed eating birds in late summer and autumn.
Improved grassland is present on the headland and along the south bank of the estuary downstream from the bridge of Don. Much of this vegetation has developed on imported soil and contains a high proportion of ruderal species and garden escapes. On the headland, broadleaved dock (Rumex obtusifolius), nettle (Urtica dioica), coltsfoot (Tussilago farfara), spear thistle (Cirsium vulgare), cow parsley (Anthriscus sylvestris), hemlock (Conium maculatum) and hogweed (Heracleum sphondylium) are abundant. Sweet cicely (Chaerophyllum bulbosum) is widespread and in late summer fills the air with the scent of aniseed.
To the south of the Esplanade the grassland is managed with an annual cut.. The grassland does flood to form pools. Early in the year cuckoo flower (Cardamine pratensis) is common, meadow foxtail (Alopecuris pratensis)is known to occur around the margins of these pools.
Woodland
Semi-mature woodland is present on the steep sided south bank of the river upstream from the Bridge of Don. Most of this woodland has been planted in the mid 1930's though some older oak and elm trees are present. These may be relicts of former woodland cover. The woodland in the reserve is part of a strip of woodland along the River Don corridor which continues upstream from the Brig 'o' Balgownie.
Woodland is present on the south bank upstream from the Bridge of Don.
Much of the woodland consists of even aged stands with willow (Salix sp.), sycamore (Acer pseudoplatanus), ash (Fraxinus excelsior), beech (Fagus sylvatica) and alder (AInus glutinosa).
At the top of the slope mature oak (Quercus sp.) and elm (Ulmus glabra) are present. The ground flora contains tufted hair-grass (Deschampsia caespitosa), red campion (Silene dioica), ramsons (Allium ursinum) and lady fern (Athyrium felix-femina) .In a few areas dense shading is caused by the trees and in these areas the ground flora is poor.
On the north bank scattered trees are present, mainly willow and sycamore with some scrub.
Forvie National Nature Reserve is on the Ythan Estuary on the east coast of Scotland approximately 16 miles north of Aberdeen.
The stark beauty of empty sand dunes is complemented by the call of Eider ducks, wafting like gentle gossiping across the Ythan estuary. With the constant shifting of the dunes, layers of history have come and gone, revealing the half buried remains of a twelfth century church.
The Sands of Forvie is a nature reserve north of Newburgh in Aberdeenshire in the northeast of Scotland. Forvie
National Nature Reserve has the fifth largest sand dune system in Britain, and the least disturbed by human activity.
The dune system is an integral part of the Ythan Estuary and separated by the estuary from Balmedie beach. The reserve contains large areas of sandy foreshore, mobile and fixed dunes, dune pasture and lowland heath and the successional development of vegetation. The sand dunes are of various stages of evolution and contain marram grass (Ammophila arenaria), red fescue, (Festuca rubra), crowberry, (Empetrum nigrum), the cross-leaved heath (Erica tetralix), common sedge, (Carex nigra), marsh pennywort (Hydrocotyle vulgaris) and the invasive creeping willow (Salix repens ssp. argentea).
The reserve contains the largest breeding colony of eider duck in Britain and an internationally important ternery.
The area is designated as a Special Protection Area for wildlife conservation purposes. The reserve is managed by Scottish Natural Heritage. Stevenson Forvie Centre near Collieston provides information on the reserve.
The sands were the site of the village of Forvie that was abandoned due to drifting sands.
Forvie was active in World Wars I and II, although very few details are recorded on the use of the area. It was incorrectly claimed there was a nine-hole golf course from 1900 to the outbreak of World War II. The course built for Lady Cathcart in 1900 was on the west coast island Uist.
The layout of Forvie and Newburgh could be mistaken for the mouth of the River Don in Aberdeen. With this is mind, defences were put in places around the mouth of the Ythan.
These consisted of pill boxes, two gun batteries and anti-tank blocks built by the 143rd Pioneer Corps. From a review of vulnerable beaches from April–October 1941, Forvie appeared on this list and was identified as "blocked with mines". The minefield ran from East to West (WO ref 31/521474 to 538472).
These were British Type C land mines weighing about 65 lbs each. Following a clear up of the area in July 1944, a number of landmines were unaccounted for due to the shifting sands of the area. Mine clearance altered the area slightly as the Bomb Disposal Unit from the Royal Engineers used a converted Bren gun carrier (known as a wasp) as a flamethrower to scorch vegetation on the mined area. Records show on some days 222 mines being dealt with, the actual mine count is unknown but the area took several months to clear. on 27 July 1944, Sapper Harry Dean (28) of 11 coy, Royal Engineers was killed whilst clearing a mine at Forvie. Sapper Dean is buried in Yorkshire .
minefield start / end from Royal Engineers file in TNA - Kew
Forvie sands was used to train the Gordon Highlanders and Highland Light Infantry in desert warfare, in addition to this Forvie Moor was used to train soldiers in the use of grenade, anti-tank grenades and 2" trench mortars. Since the war, mortar bombs have been found across the moor. Craters are still visible in the area. The soldiers training at Forvie were billeted at the Slains Lodge and buildings in Collieston.
On 3 November 1940, 30 High Explosive Bombs were dropped on Forvie Links by the luftwaffe. This is listed in the Aberdeenshire Civil Defence register, however little evidence exists that this occurred. No craters or patterns indicating a bombing run can be seen.
Whilst soldiers were training there, the moor were off limits to locals. However on Sundays, the locals could use the moor. During this time, locals collected birds eggs to use as food was rationed, and there was a plentiful supply of rabbits. On Sunday 30 November 1941, three local boys found an unexploded anti-tank grenade in a rabbit burrow that the army had been demonstrating to the home guard. One of the boys (Alex Ross), then threw it away where it exploded causing him to lose sight in one eye.
On 31 March 1941, the British steamer Melrose Abbey ran aground. On 2 April 1941 she was hit by a drifting sea mine blowing a large hole in her side, and settled on the Ythan river bed. During this time, a machine gun was posted at Forvie Sands to offer some protection for the vessel whilst plans were made to move her as she was a target for passing aircraft.
The ship was refloated on 26 July 1941 and towed to Aberdeen for repairs. She was later sunk by U-356 on 27 December 1942 north-east of the Azores. Several websites confirm this sinking, but this disagrees with the information in the reference below, which states that "As for Melrose Abbey, she was released from the Royal Navy in May 1945 and returned to her former owners, the Associated Humber Lines." The second reference may help to resolve this mix-up of ship names.
Beside the pill box of Forvie, two mobile naval 4" guns were places and controlled by 942nd Defence battery.
On 26 January 1942, the SS Lesrix, which was carrying machinery, ran aground off Hackley head during a blizzard. Locals in the community aided in the rescue of some of the crew, although ten crew members were lost. A bronze medal for gallantry was given by the King to one local for his part.
During patrols on the beach and cliffs of Forvie, a dinghy was found and this sparked a search for a spy that had been landed by submarine. This spy was caught in the moray area. It was rumoured that Tillery house near Udny had fascist sympathizers, where spies and airmen were told this was a "safe house" during the war. Since there were also Norwegian army personnel in the area who patrolled the beaches, the coast guard and home guard were issued with passes to identify themselves to the Norwegian soldiers.
In 1948, the Forvie area was earmarked to be a bombing and artillery range for the Royal Air Force and Army, as a site further north than the existing area at Lunan Bay near Arbroath. Forvie was to be used for air to ground and dive bombing practice. This involved a gunnery range out at sea and an rifle range on the moor. This proposal was cancelled in 1950; records exist in the National Archives on the proposal.
Typical pollution on the beaches due to bad human behavior
Hi FANTA brand (the Coca Cola Company).
This is a message for you: teach to your customers love for the earth.
Chiavenna, Italy
My photographs are © Copyrighted and All Rights Reserved. None of these photos may be reproduced and/or used in any form of publication, print or the Internet without my written permission.
I revisited Donmouth Nature Reserve today 2/3/2018, prompted by the severe weather conditions that the so called "Beast From The East" has brought to the UK in the past few days, I decided to visit and capture any impacts it may have had along the coastline.
I found that the walk paths have eroded due to the heavy tides and tall waves that have battered the shore over the past few days, you can see the pathway clumps of grass that previously sat above the coastline now laying on the shore waiting for the sea to drag them off to the bottom of the North Sea.
Today was bitterly cold, the sea raged though I enjoyed a magnificent walk along the shore capturing what lay before me.
Check out my photos previously posted to appreciate the impact this "BFTE" has had on this beautiful nature reserve.
Coastal erosion is the wearing away of land and the removal of beach or sand dunes sediments by wave action, tidal currents, wave currents, drainage or high winds (see also beach evolution). Waves, generated by storms, wind, or fast moving motor craft, can cause coastal erosion, which may take the form of long-term losses of sediment and rocks, or merely the temporary redistribution of coastal sediments; erosion in one location may result in accretion nearby.
The study of erosion and sediment redistribution is called 'coastal morphodynamics'.
It may be caused by hydraulic action, abrasion, impact and corrosion by wind, water, and other forces, natural or unnatural.
On non-rocky coasts, coastal erosion results in dramatic (or non-dramatic) rock formations in areas where the coastline contains rock layers or fracture zones with varying resistance to erosion.
Softer areas become eroded much faster than harder ones, which typically result in landforms such as tunnels, bridges, columns, and pillars.
Over time the coast generally evens out. The softer areas fill up with sediment eroded from hard areas, and rock formations are eroded away.
Also abrasion commonly happens in areas where there are strong winds, loose sand, and soft rocks.
The blowing of millions of sharp sand grains creates a sandblasting effect. This effect helps to erode, smooth and polish rocks.
The definition of abrasion is grinding and wearing away of rock surfaces through the mechanical action of other rock or sand particles.
Examples
Small-scale erosion destroys abandoned railroad tracks
A place where erosion of a cliffed coast has occurred is at Wamberal in the Central Coast region of New South Wales where houses built on top of the cliffs began to collapse into the sea. This is due to waves causing erosion of the primarily sedimentary material on which the buildings foundations sit.[2]
Dunwich, the capital of the English medieval wool trade, disappeared over the period of a few centuries due to redistribution of sediment by waves.
Human interference can also increase coastal erosion:
Hallsands in Devon, England, was a coastal village that washed away over the course of a year, an event directly caused by dredging of shingle in the bay in front of it.
The California coast, which has soft cliffs of sedimentary rock and is heavily populated, regularly has incidents of housing damage as cliffs erodes .
The Holderness coastline on the east coast of England, just north of the Humber Estuary, is one of the fastest eroding coastline in Europe due to its soft clay cliffs and powerful waves.
Groynes and other artificial measures to keep it under control has only accelerated the process further down the coast, because longshore drift starves the beaches of sand, leaving them more exposed. The White Cliffs of Dover have also been affected.
Fort Ricasoli in Kalkara, Malta already showing signs of damage where the land is being eroded Fort Ricasoli, a historic 17th century fortress in Malta is being threatened by coastal erosion, as it was built on a fault in the headland which is prone to erosion.
A small part of one of the bastion walls has already collapsed since the land under it has eroded, and there are cracks in other walls as well.
Wave action
Hydraulic action
Hydraulic action occurs when waves striking a cliff face compress air in cracks on the cliff face. This exerts pressure on the surrounding rock, and can progressively splinter and remove pieces. Over time, the cracks can grow, sometimes forming a cave. The splinters fall to the sea bed where they are subjected to further wave action.
Attrition
Attrition occurs when waves cause loose pieces of rock debris (scree) to collide with each other, grinding and chipping each other, progressively becoming smaller, smoother and rounder. Scree also collides with the base of the cliff face, chipping small pieces of rock from the cliff or have a corrasion (abrasion) effect, similar to sandpapering.
Solution
Solution is the process in which acids contained in sea water will dissolve some types of rock such as chalk or limestone.
Corrasion
Corrasion or otherwise known as abrasion occurs when waves break on cliff faces and slowly erode it. As the sea pounds cliff faces it also uses the scree from other wave actions to batter and break off pieces of rock from higher up the cliff face which can be used for this same wave action and attrition.
Corrosion
Corrosion or solution/chemical weathering occurs when the sea's pH (anything below pH 7.0) corrodes rocks on a cliff face. Limestone cliff faces, which have a moderately high pH, are particularly affected in this way. Wave action also increases the rate of reaction by removing the reacted material.
Factors that influence erosion rates
Primary factors
The ability of waves to cause erosion of the cliff face depends on many factors.
The hardness (or inversely, the erodibility) of sea-facing rocks is controlled by the rock strength and the presence of fissures, fractures, and beds of non-cohesive materials such as silt and fine sand.
The rate at which cliff fall debris is removed from the foreshore depends on the power of the waves crossing the beach. This energy must reach a critical level to remove material from the debris lobe. Debris lobes can be very persistent and can take many years to completely disappear.
Beaches dissipate wave energy on the foreshore and provide a measure of protection to the adjoining land.
The stability of the foreshore, or its resistance to lowering. Once stable, the foreshore should widen and become more effective at dissipating the wave energy, so that fewer and less powerful waves reach beyond it. The provision of updrift material coming onto the foreshore beneath the cliff helps to ensure a stable beach.
The adjacent bathymetry, or configuration of the seafloor, controls the wave energy arriving at the coast, and can have an important influence on the rate of cliff erosion. Shoals and bars offer protection from wave erosion by causing storm waves to break and dissipate their energy before reaching the shore.
Given the dynamic nature of the seafloor, changes in the location of shoals and bars may cause the locus of beach or cliff erosion to change position along the shore.
Coastal erosion has been greatly affected by the rising sea levels globally.
Donmouth Local Nature Reserve is a beach site in the historic Old Aberdeen part of the City where the River Don meets the sea.
A great place to see seals and a range of interesting birds. The beach area has changed over time as the river has changed its course. There are lots of interesting plants in the dunes and beach area. Bird hide is an excellent shelter from which to watch the wildlife. The paths run across King Street to the Brig 'o Balgownie., the original bridge in to the City from the North, then down the other side of the river to the sea.
The site was designated a Local Nature Reserve in 1992
Paths are good although wheelchair access to the beach would be difficult as the boardwalk can get covered with sand.
There is plenty of free car parking on the Beach Esplanade and at the car park in Donmouth Road. There are cycle racks on Beach Esplanade
Bridge Of Don has five spans of dressed granite, and rounded cutwaters that carry up to road level to form pedestrian refuges. The spans are 75 feet (23 m), with a rise of 25 feet (7.6 m).
It was widened in 1958-59, from 24 feet (7.3 m), to 66 feet (20 m) by the construction of a new concrete bridge adjacent to the old one.
It now carries four lanes of the A956 road, and is the last bridge on the River Don before it meets the sea. The bridge is just downstream from a substantial island in the river. Around the area of the bridge is the Donmouth Local Nature Reserve, designated as a LNR in 1992.
Near to the bridge are a number of World War II era coastal defences, including a pill box.
Mudflats
Mudflats are formed when fine particles carried downstream by the river are deposited as it slows down before entering the sea, and to a lesser extent by fine particles washed in by the tide. The sand spit at the mouth of the Don provides shelter from the wind and waves allowing this material to build up. The mud flats are a very rich and fertile environment. Despite their rather barren appearance they support a surprisingly diverse invertebrate fauna which includes; worms, molluscs and crustacea. These invertebrates are vitally important to wildfowl and wading birds within the estuary.
Salt marsh
Along the upper shore of the south bank saltmarsh has developed. This habitat would once have been much more extensive prior to the tipping of domestic and other refuse in the area and the formation in 1727 of an artificial embankment to prevent flooding of the river into the Links. This habitat is now reduced to a narrow strip of vegetation along the river margins upstream from the Powis Burn.
The species composition of the salt marsh varies according to the salinity of the water i.e. the proximity to the sea. Close to the Powis Burn this habitat is dominated by reed sweet-grass (Glyceria maxima) with reed canary-grass (Phalaris arundinacea), sea club-rush (Scirpus maritimus), spike-rush (Eleocharis palustris), hemlock water-dropwort (Oenanthe crocata) and common scurvygrass (Chochlearia officinalis).
Further inland reed sweet-grass continues to dominate but hemlock water-dropwort is more abundant with meadowsweet (Filipendula ulmaria) and valarian (Valariana officinalis),
Sand dunes
Sand dunes are found in the more exposed parts of the estuary at the river mouth. Again, this habitat was once much more extensive in this locality with dune grasslands stretching from Aberdeen Beach inland as far as King Street, southwards from the estuary of the Dee, northwards to the Sands of Forvie and beyond. Many of the dunes formed part of Seaton Tip, and following tipping the area was grassed over. Other areas have been formally landscaped to form golf courses or planted with native trees in 2010 to create a new woodland area.
Some remnants of the natural dune flora can be seen in the 'roughs' on the Kings Links golf course and near the mouth of the river.
Above the high water mark, fore dunes with thick clumps of the pioneer grass species including sea lyme grass (Elymus arenarius) and marram grass (Ammophila arenaria) occur. Few other species are able to cope with the shifting sand. The largest area of these young dunes is to the north and west of the headland. Further inland where the dunes are sheltered from the actions of the wind and waves, and soils are more developed, more stable dunes are present supporting a more diverse grassland habitat.
Strand line plants which are able to tolerate occasional coverage by sea water include sea rocket (Cakile maritima), frosted orache (Atriplex laciniata), sea sandwort (Honkenya peploides) and knotgrass (Polygonum aviculare). Bur-reed (Sparganium sp.) has been recorded; presumably washed down by the river.
Marram grass (Ammophila arenaria) and sea lyme grass (Elymus arenarius) dominate the fore dunes. The latter species is not native to this area but appeared in 1802. It is thought to have been unintentionally introduced into the area by fishing boats. For a number of years it remained uncommon but from 1870 onwards it spread rapidly along the coastline (Marren, 1982).
In the more stable dunes red fescue (Festuca rubra), sand sedge (Carex arenaria), yellow rattle (Rhinanthus minor), wild pansy (Viola tricolour), harebell (Campanula rotundifolia), bird's-foot-trefoil (Lotus corniculatus) and lesser meadow-rue (Thalictrum minus) are abundant. Small amounts of kidney vetch (Anthyllis vulneraria), valerian (Valeriana officinalis) and spring vetch (Vicia lathyroides) are present.
Scattered willows (Salix sp.) and sycamore (Acer pseudoplantanus) have seeded into this area. Gorse (Ulex europaeus) scrub has colonised the dunes in some areas and appears to be spreading.
Scrub
This habitat is almost entirely artificial with only the gorse scrub on the inner dunes being a semi-natural habitat. Alder and willow were planted along the south bank of the river in about 1970 and these shrubs are now generally well established. Further shrub planting on the south bank was carried out in 1990.
Willow (Salix sp.) and alder (Alnus glutinosa) were planted in the 1970's along the south bank of the River Don eastwards of the Bridge of Don. The trees to the west of this strip are doing considerably better than those to the east. More recent planting was carried out in 1990 with hawthorn (Crataegus monogyna), blackthorn (Prunus spinosa) elder (Sambucus nigra), goat willow (Salix caprea) and alder.
Underneath the scrub neutral grassland is present with cocksfoot (Dactylis glomerata), false oat-grass (Arrhenatherum elatius), cow parsley (Anthriscus sylvestris), sweet cicely (Myrrhis odorata), hedge woundwort (Stachys sylvatica) and hedge bindweed (Calystegia sepium).
Grassland
Much of the grassland within the reserve is formed on imported soil and is intensively managed. This includes grassland on the north and south sides of the Esplanade. Daffodils are present in the grassland on the north side of the road. On the north bank to the east of the Bridge of Don is rank grassland on a steep south-facing slope. This is unmanaged and contains some patches of scrub.
Rough grassland is present on the headland. This area has been modified by tipping, with rubble to the east and with grass cuttings to the west. The grassland contains a mixture of neutral grassland, dune grassland, ruderal, and introduced garden species. This area attracts flocks of seed eating birds in late summer and autumn.
Improved grassland is present on the headland and along the south bank of the estuary downstream from the bridge of Don. Much of this vegetation has developed on imported soil and contains a high proportion of ruderal species and garden escapes. On the headland, broadleaved dock (Rumex obtusifolius), nettle (Urtica dioica), coltsfoot (Tussilago farfara), spear thistle (Cirsium vulgare), cow parsley (Anthriscus sylvestris), hemlock (Conium maculatum) and hogweed (Heracleum sphondylium) are abundant. Sweet cicely (Chaerophyllum bulbosum) is widespread and in late summer fills the air with the scent of aniseed.
To the south of the Esplanade the grassland is managed with an annual cut.. The grassland does flood to form pools. Early in the year cuckoo flower (Cardamine pratensis) is common, meadow foxtail (Alopecuris pratensis)is known to occur around the margins of these pools.
Woodland
Semi-mature woodland is present on the steep sided south bank of the river upstream from the Bridge of Don. Most of this woodland has been planted in the mid 1930's though some older oak and elm trees are present. These may be relicts of former woodland cover. The woodland in the reserve is part of a strip of woodland along the River Don corridor which continues upstream from the Brig 'o' Balgownie.
Woodland is present on the south bank upstream from the Bridge of Don.
Much of the woodland consists of even aged stands with willow (Salix sp.), sycamore (Acer pseudoplatanus), ash (Fraxinus excelsior), beech (Fagus sylvatica) and alder (AInus glutinosa).
At the top of the slope mature oak (Quercus sp.) and elm (Ulmus glabra) are present. The ground flora contains tufted hair-grass (Deschampsia caespitosa), red campion (Silene dioica), ramsons (Allium ursinum) and lady fern (Athyrium felix-femina) .In a few areas dense shading is caused by the trees and in these areas the ground flora is poor.
On the north bank scattered trees are present, mainly willow and sycamore with some scrub.
Ythanbank Reindeer Centre is a family run business on the outskirts of Aberdeen, we took the opportunity to visit, the kids loved meeting the reindeers who happily ate food pellets provided by the centre ,from their hands, and came close enough for photo's to be taken.
We had a great time, site well supervised, clean and spacious, animals well looked after, various other animals and activities on site, I was delighted to get some photos and enjoyed watching the wee ones meeting the deer, we went back for another visit a few weeks later it was that good, we had the same positive experience .
I'm thinking green :)
I took this picture today in the idea of just having an idea in the shot and placing a lightbulb over my head and that's it. Then I thought to myself that's not enough by itself, it needs a message. So, the hippie that I am came up with the idea to convey the message of environmental awareness.
"The earth we abuse and the living things we kill will, in the end, take their revenge; for in exploiting their presence we are diminishing our future."
So in all, think green :)
Edit - I pretty much did the same thing I do in all of my portraits except the background, which honestly took me the most time to make. I had no idea what to use as a background and then, as I was messing with filters I found something that I could manipulate to look our planet (obviously not the geography...just the colors). The next hardest thing was placing in the light bulb. I found a tutorial and created the lightbulb with 3D rendering and added some light emitting from it. Last I thought of the speech bubble, created it with the pen tool, filled it with white, added text, altered to my liking, andddd....voila, decent looking snap shot.
Also, if anybody would like to know how I do some stuff in CS5 let me know and I could make a video tutorial for you :)
Ohh yeah and that's maahh NEW CUSTOM FITTED DRESS SHIRT! WOOOOTT!! :p
Ohh yeahhhh and last, but not least, I gave myself a haircut...obv :o