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This O
study O
uses O
three O
conceptual O
rainfall O
- O
runoff O
models O
( O
GR4J B-climate-models
, O
AWBM B-climate-models
, O
and O
IHACRES_CMD B-climate-models
) O
and O
five O
catchments B-climate-nature
in O
climatologically O
different O
regions O
of O
Australia O
to O
explore O
the O
role O
of O
ET O
process O
representation O
on O
the O
sensitivity O
of O
runoff B-climate-nature
to O
plausible O
future O
changes O
in O
PET B-climate-properties
. O
The O
changes O
in O
PET B-climate-properties
were O
simulated O
using O
the O
Penman B-climate-models
- I-climate-models
Monteith I-climate-models
model I-climate-models
and O
by O
perturbing O
each O
of O
the O
driving O
variables O
( O
temperature B-climate-properties
, O
solar O
radiation O
, O
humidity B-climate-properties
, O
and O
wind B-climate-nature
) O
separately O
. O
By O
comparing O
the O
temporal O
patterns O
in O
simulated O
AET B-climate-properties
with O
eddy B-climate-nature
- O
covariance O
- O
based O
observations O
at O
two O
of O
the O