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runoff O
was O
generated O
using O
a O
SWAT B-climate-models
model O
. O
-DOCSTART- -X- O O 65197070b27f8ccae00e43d02b9555d7
physically O
based O
, O
distributed O
model O
MIKE B-climate-models
SHE I-climate-models
was O
used O
to O
simulate O
hydrology O
for O
the O
Lambourn O
Observatory O
-DOCSTART- -X- O O fa744d05565d6fa6dab123045cd3d977
Debris B-climate-nature
influences O
the O
surface O
energy O
balance O
and O
therefore O
glacier B-climate-nature
melt I-climate-nature
by O
influencing O
the O
thermal O
properties O
( O
e.g. O
albedo B-climate-properties
, O
thermal B-climate-properties
conductivity I-climate-properties
, O
roughness B-climate-properties
) O
of O
the O
glacier B-climate-nature
surface O
. O
We O
simulated O
a O
debris B-climate-nature
- O
covered O
glacier B-climate-nature
( O
Lirung O
Glacier O
, O
Nepal O
) O
at O
a O
high O
- O
resolution O
of O
1 O
m O
with O
the O
MicroHH B-climate-models
model O
with O
boundary O
conditions O
retrieved O
from O
an O
automatic O
weather O
station O
( O
temperature B-climate-properties
, O
wind B-climate-nature
and O
specific B-climate-properties