BfR-Wissenschaft

29

Even  though  the  “Wadden  Sea”  is  one  of  the  best  investigated  marine  environments,  the
uncertainty  to  define  such  consequences  remains  high.  As  a  matter  of  course  an  environmental ­
  risk  analysis  as  basic  part  of  a  NEBA  has  to  consider  all  reasonable  information
available  such  as:  drift  analyses,  sensitivity  of  habitats,  toxicity,  effectivity  of  measures,  ecological ­
  as  well  as  natural  protection  damages.  The  design  and  development  of  response  actions, ­
  however,  is  only  possible  by  the  decision  to  determine  scenario-depending  endpoints
which  enforcedly  are  based  on  the  educated  guess  of  experts  as  well  as  on  their  careful  consideration ­
  of  probability  and  plausibility.

References
Baker,  J.M.  (1995):  Net  environmental  benefit  analysis  for  oil  spill  response.  Proceedings,
1995  International  Oil  Spill  Conference.  American  Petroleum  Institute,  Washington,  D.C.:
611-614.
Belluck,  D.A.,  R.N.  Hull,  S.L.  Benjamin,  R.D.  French  &  R.M.  O'Connell  (1993):  Defining
scientific  procedural  standards  for  Ecological  Risk  Assessment.  In:  J.W.  Gorsuch,  F.J.
Dwyer,  C.G.  Ingersoll  &T.W.  LaPoint,  eds.  Environmental  Toxicology  and  Risk
Assessment.  2 nd  ed.  American  Society  for  Testing  and  Materials,  Philadelphia,  PA.:  440-45°.

Bermen  van,  K.H.  (2010):  Die  Verschmutzung  der  Meereslebensräume  durch  Öl.  World,
Ocean  Review  2010.  Maribus,  92-99,  ISBN  978-3-86648-0001.
Bernern  van  C,  Doerffer  R,  Grohnert  A,  Heymann  K,  Kleeberg  U,  Krasemann  H,  Reichert  J,
Reichert  M  (2007)  Sensitivitätsraster  Deutsche  Nordsee  II  -  Aktualisierung  und  Erstellung
eines  operationeilen  Modells  zur  Vorsorgeplanung  bei  der  Ölbekämpfung.  Helmholtz-Zentrum
  Geesthacht  2007/2,  pp:  196
Bernern  van,  KH,  Lübbe  TP  (1997)  Öl  im  Meer  -  Katastrophen  und  langfristige  Belastungen.
Darmstadt:  Wiss.  Buchges.,  117  S.,  ISBN  3-534-12135-X
Bernern,  K.H.  van,  J.  Dörjes  and  A.  Müller  (1989):  Environmental  oil  sensitivity  of  the  German
North  Sea  Coast.  Proceedings,  1989  International  Oil  Spill  Conference,  American  Petroleum
Institute,  Washington  D.C.:  239-245.
Daling,  PS.,  D.  Mackay,  O.  Johansen  &  PJ.  Brandvik  (1990):  Characterization  of  crude  oil  for
environmental  purposes.  Oil  and  Chemical  Pollution,  v7:  199-24.
Dörjes,  J.  et  al.,  (1984):  Experimentelle  Untersuchungen  zur  Wirkung  von  Rohöl  und
Rohöl/Tensid-Gemischen  im  Ökosystem  Wattenmeer.  XVI.  Zusammenfassung  und
Schlußfolgerungen.  Senckenbergiana  marit.  16:  267-271.
Farke,  H.,  D.  Blome,  N.  Theobald  &  K.  Wonneberger  (1985):  Field  experiments  with  dispersed
oil  and  a  dispersant  in  an  intertidal  ecosystem:  fate  and  biological  effects.  Proceedings,  1985
International  Oil  Spill  Conference,  American  Petroleum  Institute,  Washington,  D.C.:  515-520.
Kleindienst  et  al.  (2015):  Chemical  dispersants  can  suppress  the  activity  of  natural  oildegrading ­
  microorganisms.(ed.:  W.H.  Schlesinger,  Cary  Institute  of  Ecosystems  Studies,
Millbrook,  NY,  2015)
Lindstedt-Siva,  J.  (1991):  U.S.  oil  spill  policy  hampers  response  and  hurts  science.
Proceedings,  1991  International  Oil  Spill  Conference.  American  Petroleum  Institute,
Washington,  D.C.:  349-352.
Schiller  H,  van  Bernern  C,  Krasemann  H  (2005)  Automated  classification  of  an  environmental
sensitivity  index.  Environmental  Monitoring  Assesment,  110,  291  -  299
US  Environmental  Protection  Agency  (1992a):  Framework  for  Ecological  Risk  Assessment.
US  EPA  Document:  EPA/630/R-92/001.  US  Environmental  Protection  Agency,
Washington,  D.C.