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Identifier
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Type		Common
Numeric concept identifiers
Notations equal identifiers
Definition		Classification of habitat types according to the EUNIS Biodiversity database This is the dataset referenced from INSPIRE: http://inspire.ec.europa.eu/codelist/EunisHabitatTypeCodeValue/
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Bound elements for concepts

Element	Type	Status
skos:broader	Quantitative	Released Step 1 Step 2 Step 3 Step 4 Step 5 ^{30 Sep 2013}
skos:editorialNote	Quantitative	Released Step 1 Step 2 Step 3 Step 4 Step 5 ^{24 Sep 2013}
skos:exactMatch	Quantitative	Released Step 1 Step 2 Step 3 Step 4 Step 5 ^{30 Sep 2013}
skos:narrower	Quantitative	Released Step 1 Step 2 Step 3 Step 4 Step 5 ^{17 Sep 2015}

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Label
Definition
Notation		(forcefully equal to identifier in this vocabulary)

Vocabulary concepts

5,282 concepts found, displaying 921 to 940.First Prev 43 44 45 464748 49 50 Next Last

Id	Label	Status	Status Modified	Notation
A5.545	[Zostera] beds in reduced salinity infralittoral sediments	Valid	2014-01-31	A5.545
A5.6	Sublittoral biogenic reefs	Valid	2014-01-31	A5.6
A5.61	Sublittoral polychaete worm reefs on sediment	Valid	2014-01-31	A5.61
A5.611	[Sabellaria spinulosa] on stable circalittoral mixed sediment	Valid	2014-01-31	A5.611
A5.612	[Sabellaria alveolata] on variable salinity sublittoral mixed sediment	Valid	2014-01-31	A5.612
A5.613	[Serpula vermicularis] reefs on very sheltered circalittoral muddy sand	Valid	2014-01-31	A5.613
A5.62	Sublittoral mussel beds on sediment	Valid	2014-01-31	A5.62
A5.621	[Modiolus modiolus] beds with hydroids and red seaweeds on tide-swept circalittoral mixed substrata	Valid	2014-01-31	A5.621
A5.622	[Modiolus modiolus] beds on open coast circalittoral mixed sediment	Valid	2014-01-31	A5.622
A5.623	[Modiolus modiolus] beds with fine hydroids and large solitary ascidians on very sheltered circalittoral mixed substrata	Valid	2014-01-31	A5.623
A5.624	[Modiolus modiolus] beds with [Chlamys varia], sponges, hydroids and bryozoans on slightly tide-swept very sheltered circalittoral mixed substrata	Valid	2014-01-31	A5.624
A5.625	[Mytilus edulis] beds on sublittoral sediment	Valid	2014-01-31	A5.625
A5.626	[Hiatella arctica] beds on silty clay with small pebbles and shells	Valid	2014-01-31	A5.626
A5.627	Baltic mussel beds in the infralittoral photic zone	Valid	2014-01-31	A5.627
A5.6271	Baltic mussel beds in the infralittoral photic zone with little or no macrophyte vegetation	Valid	2014-01-31	A5.6271
A5.6272	Baltic mussel beds of the infralittoral photic zone dominated by macrophyte vegetation	Valid	2014-01-31	A5.6272
A5.628	Pontic [Mytilus galloprovincialis] beds on sublittoral sediment	Valid	2014-01-31	A5.628
A5.6281	Pontic [Mytilus galloprovincialis] beds on infralittoral shelly gravel	Valid	2014-01-31	A5.6281
A5.6282	Pontic [Mytilus galloprovincialis] beds on infralittoral sand	Valid	2014-01-31	A5.6282
A5.6283	Pontic [Mytilus galloprovincialis] beds on circalittoral mud	Valid	2014-01-31	A5.6283

CSV Import

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Columns	Notation Status Status Modified Accepted Date Not Accepted Date skos:broader skos:editorialNote skos:exactMatch skos:narrower
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Identifier
Label
Definition		This habitat type includes polychaete reefs, bivalve reefs (e.g. mussel beds) and cold water coral reefs. These communities develop in a range of habitats from exposed open coasts to estuaries, marine inlets and deeper offshore habitats and may be found in a variety of sediment types and salinity regimes.
Notation		A5.6

Identifier
Label
Definition		Sublittoral reefs of polychaete worms in mixed sediments found in a variety of hydrographic conditions. Such habitats may range from extensive structures of considerable size to loose agglomerations of tubes. Such communities often play an important role in the structural composition or stability of the seabed and provide a wide range of niches for other species to inhabit. Consequently polychaete worm reefs often support a diverse flora and fauna.
Notation		A5.61

Identifier
Label
Definition		The tube-building polychaete [Sabellaria spinulosa] at high abundances on mixed sediment. These species typically forms loose agglomerations of tubes forming a low lying matrix of sand, gravel, mud and tubes on the seabed. The infauna comprises typical sublittoral polychaete species such as [Protodorvillea kefersteini], [Pholoe synophthalmica], [Harmothoe] spp, [Scoloplos armiger], [Mediomastus fragilis], [Lanice conchilega] and cirratulids, together with the bivalve [Abra alba], and tube building amphipods such as [Ampelisca] spp. The epifauna comprise a variety of bryozoans including [Flustra foliacea], [Alcyonidium diaphanum] and [Cellepora pumicosa], in addition to calcareous tubeworms, pycnogonids, hermit crabs and amphipods. The reefs formed by [Sabellaria] consolidate the sediment and allow the settlement of other species not found in adjacent habitats leading to a diverse community of epifaunal and infauna species. The development of such reefs is assisted by the settlement behaviour of larval [Sabellaria] which are known to selectively settle in areas of suitable sediment and particularly on existing [Sabellaria] tubes (Tait and Dipper, 1997; Wilson 1929). These reefs are particularly affected by dredging or trawling and in heavily dredged or disturbed areas an impoverished community may be left (e.g. Pkef) particularly if the activity or disturbance is prolonged. However, it is likely that reefs of [S. spinulosa] can recover quite quickly from short term or intermediate levels of disturbance as found by Vorberg (2000) in the case of disturbance from shrimp fisheries and recovery will be accelerated if some of the reef is left intact following disturbance as this will assist larval settlement of the species. Situation: [S. spinulosa] reefs are often found in areas with quite high levels of natural sediment disturbance. Temporal variation: In some areas the reefs are periodically destroyed by storm events leading to a cyclical shift in biotopes from SspiMx to other biotopes e.g. Pkef or AalbNuc with re-establishment of the [Sabellaria] colonies in the following year.
Notation		A5.611

Identifier
Label
Definition		Tide-swept sandy mixed sediments with cobbles and pebbles, in variable salinity or fully marine conditions, may be characterised by surface accumulations of the reef building polychaete [Sabellaria alveolata]. The presence of [Sabellaria] sp. has a strong influence on the associated infauna as the tubes bind the surface sediments together and provide increased stability. Such reefs may form large structures up to a metre in height although they are considerably less extensive than the intertidal reefs formed by this species (Salv). Other associated species may include the polychaete [Melinna cristata], itself often as dense aggregations, mobile surface feeding polychaetes including [Typosyllis armillary] and [Eulalia tripunctata]. Other polychaetes may include [Mediomastus fragilis] and [Pygospio elegans] whilst amphipods such as [Harpinia pectinata] and tubificid oligochaetes may also be found.
Notation		A5.612