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past O
. O
This O
study O
aimed O
at O
evaluating O
the O
contributions O
of O
channel B-climate-mitigations
morphological I-climate-mitigations
adjustment I-climate-mitigations
to O
flood B-climate-hazards
risk O
in O
rivers B-climate-nature
using O
river O
Elbe O
in O
Germany O
as O
a O
case O
study O
. O
To O
achieve O
this O
, O
an O
inundation B-climate-hazards
model O
for O
the O
June O
2013 O
flood B-climate-hazards
event O
was O
developed O
using O
the O
LISFLOOD B-climate-models
- I-climate-models
FP I-climate-models
model O
. O
It O
was O
concluded O
that O
any O
discharge B-climate-properties
rate I-climate-properties
having O
a O
return O
period O
of O
5 O
years O
( O
2544 O
m3 O
/ O
s O
) O
and O
more O
would O
likely O
exceed O
the O
water B-climate-properties
carrying I-climate-properties
capacity I-climate-properties
of O
the O
Elbe O
river O
. O
-DOCSTART- -X- O O0496fb574cc5d9dd70a923ba757a9360
Abstract O
On O
the O
basis O
of O
the O
output O
of O
3 O
General O