Member State report / Art9 / 2012 / D11 / Finland / Baltic Sea

Report type Member State report to Commission
MSFD Article Art. 9 Determination of GES (and Art. 17 updates)
Report due 2012-10-15
GES Descriptor D11 Energy, incl. underwater noise
Member State Finland
Region/subregion Baltic Sea
Reported by Team of experts from: - several Finnish Institutes, - Centres for Economic Development, Transport and the Environment - The Ministry of Enviroment
Report date 2012-11-09
Report access MSFD9GES_20130515_140715.xml
GES component
D11
11.1 Distribution in time and place of loud, low and mid frequency impulsive sounds
11.1.1 Proportion of days with loud sound levels
11.2 Continuous low frequency sound
11.2.1 Ambient noise
Method used
space limits (space targets) which may be either m
space limits (space targets) which may be either m
space limits (space targets) which may be either m
space limits (space targets) which may be either m
space limits (space targets) which may be either m
Marine reporting units
  • Baltic Sea
  • Baltic Sea
  • Baltic Sea
  • Baltic Sea
  • Baltic Sea
Feature
  • Noise
  • PhysDisturbance
Criterion/indicator
D11
11.1
11.1.1
11.2
11.2.1
GES description
Energian mereen johtaminen, mukaan lukien vedenalainen melu, ei ole tasoltaan sellaista, että se vaikuttaisi haitallisesti meriympäristöön.
Ihmisen aiheuttaman impulsiivisen ja jatkuvan melun määrä ei lisäänny ja on tasolla, joka ei ylitä luonnollista melutasoa liikaa eikä aiheuta haittaa eliöyhteisöille ja joka ei aiheuta taloudellista haittaa rannikon ja meren elinkeinotoiminnalle.
The share of days and annual and regional levels of anthropogenic sound sources exceeding those likely to have a significant effect on marine animals
Mereen johdetun lämmön vaikutuksen ovat paikallisia eivätkä muuta haitallisesti biologista orgaanisen aineen tuotantoa ja hajotusta eikä veden hydrografiaa.
Amount of heat released into the sea
Threshold values
Threshold value unit
Proportion of area to achieve threshold value
Reference point type
Baseline
Assessment method
Definite
Development status
operational by 2018
operational by 2018