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last O |
remaining O |
populations O |
of O |
giant B-climate-organisms |
pandas I-climate-organisms |
( O |
Ailuropoda B-climate-organisms |
melanoleuca I-climate-organisms |
) O |
. O |
In O |
this O |
paper O |
, O |
we O |
developed O |
a O |
mechanistic O |
model O |
that O |
uses O |
climatic O |
variables O |
( O |
rather O |
than O |
biotic O |
variables O |
) O |
to O |
( O |
i O |
) O |
examine O |
how O |
variation O |
in O |
landscape O |
scale O |
climate O |
influences O |
the O |
spatial O |
distribution O |
of O |
panda B-climate-organisms |
habitat O |
in O |
China O |
's O |
Qinling O |
Mountains O |
, O |
and O |
( O |
ii O |
) O |
evaluate O |
how O |
the O |
distribution O |
and O |
extent O |
of O |
panda B-climate-organisms |
habitat B-climate-organisms |
will O |
change O |
in O |
the O |
future O |
under O |
forecast O |
climate O |
change O |
scenarios O |
. O |
We O |
found O |
that O |
there O |
was O |
substantial O |
variation O |
in O |
temperature B-climate-properties |
throughout O |
the O |
study O |
area O |
that O |
correlated O |
with O |
variation O |
in O |
altitude B-climate-properties |
. O |
Subsets and Splits