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MA B-climate-nature
) O
region O
10–90 O
km O
altitude B-climate-properties
. O
Two O
SD B-climate-models
- I-climate-models
WACCM I-climate-models
- I-climate-models
X I-climate-models
simulations O
for O
the O
January O
– O
February O
2013 O
period O
are O
performed O
using O
NAVGEM B-climate-models
- I-climate-models
HA I-climate-models
specifications O
produced O
with O
and O
without O
assimilation O
. O
-DOCSTART- -X- O O931e251cfdc1e714ce8a85531e79e60a
The O
effect O
of O
fertigation B-climate-assets
regimes O
on O
wheat B-climate-assets
grown O
in O
sandy B-climate-nature
soil I-climate-nature
was O
tested O
in O
two O
field O
experiments O
in O
Egypt O
. O
The O
aim O
of O
the O
study O
was O
to O
determine O
the O
vulnerability O
of O
wheat B-climate-assets
to O
extreme B-climate-hazards
weather I-climate-hazards
event O
under O
climate O
change O
scenarios O
. O
Two O
climate O
change O
sce- O
narios O
obtained O
from O
Hadley B-climate-models
climate I-climate-models
change I-climate-models
model I-climate-models
were O
incorporated O
in O
CropSyst B-climate-models
model O
to O
assess O
wheat B-climate-assets