Data Dictionary - Edit vocabulary

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}

Data element

Id	Label	Status	Status Modified	Notation
A5.232	[Sertularia cupressina] and [Hydrallmania falcata] on tide-swept sublittoral sand with cobbles or pebbles	Valid	2014-01-31	A5.232
A5.233	[Nephtys cirrosa] and [Bathyporeia] spp. in infralittoral sand	Valid	2014-01-31	A5.233
A5.234	Semi-permanent tube-building amphipods and polychaetes in sublittoral sand	Valid	2014-01-31	A5.234
A5.235	Mediterranean communities of fine sands in very shallow waters	Valid	2014-01-31	A5.235
A5.2351	Facies with [Lentidium mediterraneum]	Valid	2014-01-31	A5.2351
A5.236	Mediterranean communities of well sorted fine sands	Valid	2014-01-31	A5.236
A5.237	Pontic communities of well sorted fine sands	Valid	2014-01-31	A5.237
A5.2371	Pontic shallow fine sands with [Lentidium mediterraneum], [Cerastoderma glaucum], [Cyclope neritea] and amphipod tubes	Valid	2014-01-31	A5.2371
A5.2372	Pontic well sorted fine sands with [Lentidium mediterraneum], [Mya arenaria], [Anadara inaequivalvis] and [Crangon crangon]	Valid	2014-01-31	A5.2372
A5.2373	Pontic fine sands with [Donax venustus], [Lentidium mediterraneum] and [Lucinella divaricata]	Valid	2014-01-31	A5.2373
A5.2374	Pontic shallow clean fine sands with [Chamelea gallina], [Lentidium mediterraneum] and [Divaricella divaricata]	Valid	2014-01-31	A5.2374
A5.2375	Pontic fine sands with [Loripes lacteus], [Pestarella candida] and [Tellina tenuis ]	Valid	2014-01-31	A5.2375
A5.2376	Pontic fine sands with [Lucinella divaricata], [Abra alba] and [Upogebia pusilla]	Valid	2014-01-31	A5.2376
A5.2377	Pontic fine sands with [Arenicola marina]	Valid	2014-01-31	A5.2377
A5.2378	Pontic fine sands with [Chamelea gallina], [Cyclope neritea] and [Nassarius nitidus]	Valid	2014-01-31	A5.2378
A5.2379	Pontic fine sands with [Solen marginatus]	Valid	2014-01-31	A5.2379
A5.237A	Pontic fine sand with [Anadara inequivalvis]	Valid	2014-01-31	A5.237A
A5.237B	Pontic fine and muddy sands with [Mya arenaria]	Valid	2014-01-31	A5.237B
A5.24	Infralittoral muddy sand	Valid	2014-01-31	A5.24
A5.241	[Echinocardium cordatum] and [Ensis] spp. in lower shore and shallow sublittoral slightly muddy fine sand	Valid	2014-01-31	A5.241

Identifier
Label
Definition		Shallow sands with cobbles and pebbles, exposed to strong tidal streams, with conspicuous colonies of hydroids, particularly [Hydrallmania falcata] and to a lesser extent [Sertularia cupressina] and [S. argentea]. These hydroids are tolerant to periodic submergence and scour by sand. Both diving and dredge surveys will easily record this biotope. [Flustra foliacea, Balanus crenatus] and [Alcyonidium diaphanum] may also occur on the more stable cobbles and pebbles, with [Urticina felina] and occasional [Lanice conchilega] present in the sand. Infaunal components of the other biotopes in the SSA or SCS complex may occur in this biotope as may elements of the 'Venus' associations; indeed, this biotope may be at one extreme of the spectrum of such associations (E.I.S. Rees pers. comm. 1997) and this biotope may be best considered an epibiotic overlay.
Notation		A5.232

Identifier
Label
Definition		Well-sorted medium and fine sands characterised by [Nephtys cirrosa] and [Bathyporeia] spp. (and sometimes [Pontocrates] spp.) which occur in the shallow sublittoral to at least 30 m depth. This biotope occurs in sediments subject to physical disturbance, as a result of wave action (and occasionally strong tidal streams). The magelonid polychaete [Magelona mirabilis] may be frequent in this biotope in more sheltered, less tideswept areas whilst in coarser sediments the opportunistic polychaete [Chaetozone setosa] may be commonly found. The faunal diversity of this biotope is considerably reduced compared to less disturbed biotopes (such as FfabMag) and for the most part consists of the more actively-swimming amphipods. Sand eels [Ammodytes] sp. may occasionally be observed in association with this biotope (and others) and spionid polychaetes such as [Spio filicornis] and [S. martinensis] may also be present. Occasional [Lanice conchilega] may be visible at the sediment surface. Temporal variation: Stochastic recruitment events in the [Nephtys cirrosa] populations may be very important to the population size of other polychaetes present and may therefore create a degree of variation in community composition (Bamber 1994).
Notation		A5.233

Identifier
Label
Definition		Sublittoral marine sand in moderately exposed or sheltered inlets and voes in shallow water may support large populations of semi-permanent tube-building amphipods and polychaetes. Typically dominated by [Corophium crassicorne] with other tube building amphipods such as [Ampelisca] spp. also common. Other taxa include typical shallow sand fauna such as [Spiophanes bombyx], [Urothoe elegans], [Bathyporeia] spp. along with various polychaetes including [Exogone hebes] and [Lanice conchilega]. [Polydora ciliata] may also be abundant in some areas. At the sediment surface, Arenicola marina worm casts may be visible and occasional seaweeds such as [Laminaria saccharina] may be present. As many of the sites featuring this biotope are situated near to fish farms it is possible that it may have developed as the result of moderate nutrient enrichment. The distribution of this biotope is poorly known and like the muddier SMU.AmpPlon, to which it is related, appears to have a patchy distribution. Temporal variation: It is possible that this biotope is a temporal or spatial variant of other more stable biotopes resulting from localised changes to sediment stability and organic status.
Notation		A5.234

Identifier
Label
Definition		These assemblages occur in very shallow water with seabottoms characterised by fine sands, usually with homogenous granulometry and of terrigenous origin.
Notation		A5.235

Identifier
Label
Definition		This biocenosis often occupies vast areas along low coasts and in the bottoms of wide bays at depths 2 - 25 metres.The characteristic species are pelecypod molluscs (e.g. [Donax venustus], [Tellina pulchella], [Tellina planata], [Cardium tuberculatum]), gastropods (e.g. [Nassa mutabilis] and [Neverita josephina]), crustaceans (e.g. [Crangon crangon] and [Iphinoe josephina]) and small fish (e.g. [Gobius microps], [Callionymus belenus], [Solea solea] and [Trachinus draco]).
Notation		A5.236

Identifier
Label
Definition		This is a facies of the Pontic well sorted infralittoral fine sands. The [Chamelea gallina] community characterised by the dominant species - [Neanthes succinea], [Spio filicornis], [Mohrensternia lineolata], occurred in Karkinitska Bay (Sinegub 2006). Since 2005 this mollusc (with [Neanthes succinea], [Polydora ciliata], [Heteromastus filiformis], [Melinna palmata], [Balanus improvisus]) has formed a community in the Odessa region (Sinegub unpubl). This habitat has been commercially exploited in Turkey between 1985-2000.
Notation		A5.2374

Identifier
Label
Definition		This facies was found out in Zhebriyanska Bay (1992-2002) and is considered a habitat that is vulnerable to pollution.
Notation		A5.237A

Identifier
Label
Definition		The [Mya arenaria] biocoenosis can be found on sandy and silty-sandy sediments, in habitats which mainly disperse into fresh waters (Gomoiou 1981, Petran and Gomoiou 1972, Zaitsev and Alexandrov 1998). This allochtonous species, recorded for the first time in the Black Sea in 1966, is tolerant to pollution and as such has substituted [Lentidium mediterraneum], where this biocenosis has disappeared as a result of habitat degradation. This biocenosis is now present in the estuarine regions of the northwestern Black Sea. The dominant species (Mya) accounts for an average of 80% of the total density and biomass of the biocenosis itself. In areas with conspicuous river run-off such as the Danube-Dnester this value can rise to as much as 96%. The accompanying species are the polichaetes [Nereis succinea] and [Polydora ciliata limicola]. (Zaitsev and Alexandrov 1998).
Notation		A5.237B

Identifier
Label
Definition		Non-cohesive muddy sand (with 5% to 20% silt/clay) in the infralittoral zone, extending from the extreme lower shore down to more stable circalittoral zone at about 15-20 m. The habitat supports a variety of animal-dominated communities, particularly polychaetes ([Magelona mirabilis], [Spiophanes bombyx] and [Chaetozone setosa]), bivalves ([Fabulina fibula] and [Chamelea gallina]) and the urchin [Echinocardium cordatum].
Notation		A5.24

Identifier
Label
Definition		Sheltered lower shore and shallow sublittoral sediments of sand or muddy fine sand in fully marine conditions, support populations of the urchin [Echinocardium cordatum] and the razor shell [Ensis siliqua] or [Ensis ensis]. Other notable taxa within this biotope include occasional [Lanice conchilega], [Pagurus] and [Liocarcinus] spp. and [Asterias rubens]. This biotope has primarily been recorded by epifaunal dive, video or trawl surveys where the presence of relatively conspicuous taxa such as E. cordatum and Ensis spp. have been recorded as characteristic of the community. However, these species, particularly [E. cordatum] have a wide distribution and are not necessarily the best choice for a characteristic taxa (Thorson, 1957). Furthermore, detailed quantitative infaunal data for this biotope is often rather scarce, possibly as a result of survey method as remote grab sampling is likely to under-estimate deep-burrowing species such as [Ensis] sp. (Warwick & Davis 1977). Consequently, it may be better to treat this biotope as an epibiotic overlay which is likely to overlap a number of other biotopes such as FfabMag, NcirBat and AalbNuc with infaunal components of these biotopes occurring within EcorEns. The precise nature of this infaunal community will be related to the nature of the substratum, in particular the quantity of silt/clay present. Infaunal species may include the polychaetes [Spiophanes bombyx], [Magelona mirabilis], [Nephtys cirrosa] and [Chaetozone setosa] and the amphipod [Bathyporeia] spp. This biotope is currently broadly defined and needs further consideration as to whether it should be placed at biotope or biotope complex level. AreISa is another biotope based primarily on epibiotic data. It is likely that this biotope and EcorEns form a wider epibiotic sand /muddy sand community with EcorEns biased towards sandier areas and SSA.AreISa towards slightly muddier areas.
Notation		A5.241

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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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