text
stringlengths
0
93
rates O
in O
hurricanes B-climate-hazards
are O
shown O
to O
be O
rapidly O
increasing O
, O
with O
the O
greatest O
increases O
found O
in O
the O
most O
extreme O
precipitation B-climate-properties
rates O
of O
the O
strongest O
hurricanes B-climate-hazards
. O
-DOCSTART- -X- O O https://semanticscholar.org/paper/d6f2c95d7a570c7b012f0d21a1d06838a92dbbfd
ASSESSMENT O
OF O
FIRE B-climate-hazards
SEVERITY O
AND O
POST O
- O
FIRE B-climate-hazards
REGENERATION O
BASED O
ON O
TOPOGRAPHICAL B-climate-nature
FEATURES O
USING O
MULTITEMPORAL O
LANDSAT B-climate-observations
IMAGERY O
: O
A O
CASE O
STUDY O
in O
MERSIN O
, O
TURKEY O
. O
Satellite O
based O
remote O
sensing O
technologies O
and O
Geographical O
Information O
Systems O
( O
GIS O
) O
present O
operable O
and O
cost O
- O
effective O
solutions O
for O
mapping O
fires B-climate-hazards
and O
observing O
post O
- O
fire B-climate-hazards
regeneration O
. O
Mersin O
- O
Gulnar O
wildfire O
, O
which O
occurred O
in O
August O
2008 O
in O
Turkey O
, O