Member State report / Art8 / 2012 / D3 / Romania / Black Sea
| Report type | Member State report to Commission |
| MSFD Article | Art. 8 Initial assessment (and Art. 17 updates) |
| Report due | 2012-10-15 |
| GES Descriptor | D3 Commercial fish and shellfish |
| Member State | Romania |
| Region/subregion | Black Sea |
| Reported by | Ministerul Mediului si Padurilor |
| Report date | 2012-10-15 |
| Report access | RO_MSFD8bPressures_20130430.xml |
Periboina-Vama Veche-Mangalia
GES component |
D3C1 Fishing mortality rate (F) (3.1, 3.1.1, 3.1.2) |
D3C3 Population age/size distribution (3.3, 3.3.1, 3.3.3, 3.3.4) |
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Feature |
LevelPressureLess12PassiveMobile |
LevelPressureMore12Passive |
LevelPressureMore12MobileSeabed |
LevelPressureMore12MobileOther |
LevelPressureFishingRecreational |
LevelPressureFishingOther |
LevelPressureShellfishCollection |
ImpactPressureSeabedHabitats |
ImpactPressureFunctionalGroup |
ImpactPressureExploitedFish |
ImpactPressureExploitedShellfish |
Assessment Topic |
Extraction3_1
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ExtractionSeabedHabitats
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ExtractionCommerciallyExpFish3_2or3_3
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Element |
LitSed |
NotRelevant |
FishCoastal |
NotRelevant |
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Element 2 |
NotRelevant |
NotRelevant |
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ThresholdValue |
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Threshold value/Value unit |
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Proportion threshold value |
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Status of criteria/indicator |
Descriptive |
NotAssessed |
Descriptive |
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Status trend |
Stable |
Unknown_NotAssessed |
Stable |
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Status confidence |
Moderate |
NotRelevant |
Moderate |
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Description (status of criteria/indicator) |
With advances in fishing equipment, larger ships and new tracking technologies, many fish stocks have reduced significantly. Fish stocks on coastal waters are now widely considered to be over exploited. |
not assessed
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With advances in fishing equipment, larger ships and new tracking technologies, many fish stocks have reduced significantly. Unsustainable fishing practices capture non-target species (known as bycatch) that are then discarded. |
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Limitations |
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Assessment period |
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Description |
Aside from reducing fish stocks, unsustainable fishing practices can have other negative impacts on the marine environment. For example, some fishing techniques such as dredging and trawling can cause widespread damage to marine habitats and organisms living on the sea floor. These techniques also often capture non-target species (known as bycatch) that are then discarded. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
some fishing techniques such as dredging and trawling can cause widespread damage to marine habitats and organisms living on the sea floor. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
Cetaceans, such as dolphins, can be seriously affected by entanglement in fishing nets and lines, or direct capture by hooks or in trawl nets. High levels of bycatch can affect entire marine communities, reducing biomass and altering the ecological structure and diversity of the oceans. Trawl nets in general have been identified as sources of mortality for cetacean and finfish species. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
Input load |
25-50%
|
Unknown_NotAssessed
|
Unknown_NotAssessed
|
Unknown_NotAssessed
|
Unknown_NotAssessed
|
Unknown_NotAssessed
|
Unknown_NotAssessed
|
5-25%
|
Unknown_NotAssessed
|
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Load unit |
Unknown_NotAssessed
|
Unknown_NotAssessed
|
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Confidence |
Moderate
|
Non related GES component
|
Non related GES component
|
Non related GES component
|
Non related GES component
|
Non related GES component
|
Non related GES component
|
Moderate
|
Non related GES component
|
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Trends (recent) |
Stable
|
Unknown_NotAssessed |
Unknown_NotAssessed |
Unknown_NotAssessed |
Unknown_NotAssessed |
Unknown_NotAssessed |
Unknown_NotAssessed |
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Trends (future) |
Unknown_NotAssessed |
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Description (activities) |
Environmental impacts of fishing are due to fishing practices and the selective properties of the fishing gears. Aside from reducing fish stocks, unsustainable fishing practices can have other negative impacts on the marine environment. For example, some fishing techniques such as dredging and trawling can cause widespread damage to marine habitats and organisms living on the sea floor. These techniques also often capture non-target species (known as bycatch) that are then discarded. |
Environmental impacts of fishing are due to fishing practices and the selective properties of the fishing gears. Aside from reducing fish stocks, unsustainable fishing practices can have other negative impacts on the marine environment. For example, some fishing techniques such as dredging and trawling can cause widespread damage to marine habitats and organisms living on the sea floor. These techniques also often capture non-target species (known as bycatch) that are then discarded. |
Environmental impacts of fishing are due to fishing practices and the selective properties of the fishing gears. Aside from reducing fish stocks, unsustainable fishing practices can have other negative impacts on the marine environment. For example, some fishing techniques such as dredging and trawling can cause widespread damage to marine habitats and organisms living on the sea floor. These techniques also often capture non-target species (known as bycatch) that are then discarded. |
Environmental impacts of fishing are due to fishing practices and the selective properties of the fishing gears. Aside from reducing fish stocks, unsustainable fishing practices can have other negative impacts on the marine environment. For example, some fishing techniques such as dredging and trawling can cause widespread damage to marine habitats and organisms living on the sea floor. These techniques also often capture non-target species (known as bycatch) that are then discarded. |
Environmental impacts of fishing are due to fishing practices and the selective properties of the fishing gears. Aside from reducing fish stocks, unsustainable fishing practices can have other negative impacts on the marine environment. For example, some fishing techniques such as dredging and trawling can cause widespread damage to marine habitats and organisms living on the sea floor. These techniques also often capture non-target species (known as bycatch) that are then discarded. |
Environmental impacts of fishing are due to fishing practices and the selective properties of the fishing gears. Aside from reducing fish stocks, unsustainable fishing practices can have other negative impacts on the marine environment. For example, some fishing techniques such as dredging and trawling can cause widespread damage to marine habitats and organisms living on the sea floor. These techniques also often capture non-target species (known as bycatch) that are then discarded. |
Environmental impacts of fishing are due to fishing practices and the selective properties of the fishing gears. Aside from reducing fish stocks, unsustainable fishing practices can have other negative impacts on the marine environment. For example, some fishing techniques such as dredging and trawling can cause widespread damage to marine habitats and organisms living on the sea floor. These techniques also often capture non-target species (known as bycatch) that are then discarded. |
Environmental impacts of fishing are due to fishing practices and the selective properties of the fishing gears. Aside from reducing fish stocks, unsustainable fishing practices can have other negative impacts on the marine environment. For example, some fishing techniques such as dredging and trawling can cause widespread damage to marine habitats and organisms living on the sea floor. These techniques also often capture non-target species (known as bycatch) that are then discarded. |
Environmental impacts of fishing are due to fishing practices and the selective properties of the fishing gears. Aside from reducing fish stocks, unsustainable fishing practices can have other negative impacts on the marine environment. For example, some fishing techniques such as dredging and trawling can cause widespread damage to marine habitats and organisms living on the sea floor. These techniques also often capture non-target species (known as bycatch) that are then discarded. |
Environmental impacts of fishing are due to fishing practices and the selective properties of the fishing gears. Aside from reducing fish stocks, unsustainable fishing practices can have other negative impacts on the marine environment. For example, some fishing techniques such as dredging and trawling can cause widespread damage to marine habitats and organisms living on the sea floor. These techniques also often capture non-target species (known as bycatch) that are then discarded. |
Environmental impacts of fishing are due to fishing practices and the selective properties of the fishing gears. Aside from reducing fish stocks, unsustainable fishing practices can have other negative impacts on the marine environment. For example, some fishing techniques such as dredging and trawling can cause widespread damage to marine habitats and organisms living on the sea floor. These techniques also often capture non-target species (known as bycatch) that are then discarded. |
Activity type |
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Information gaps |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |
There were insufficient data. The appropriate date will be provided in the second cycle of the MSFD reporting. |