|
Home
About MGB
Organizational Structure
Plans & Programs
Accomplishment
Mining Tenements
Procurement Watch
Directories
Forms
Link
Feedbacks
|
|
|
GEO
HAZARD MAPS (1:50,000 Scale):
Sañgay, Camarines Sur, Philippines
|
|

|
|
Flood Hazard Susceptibility Map -
Flood hazard susceptibility zones were derived based on the
geomorphological analysis of landforms and the fluvial system.
Information on flood occurrences, flood depths, duration of
inundation as well as topographic information supported the
geomorphologically-based flood.
|
|

|
|
Liquefaction Potential Map - There
are no reported liquefaction occurrences based on several field
interviews. However, zones of different liquefaction potential
were derived based on the geomorphological analysis of the study
area following previous studies made by Iwasaki and Yasuda.
|
|

|
|
Landslide Hazard Susceptibility Map.
Landslide hazard susceptibility zones were derived through
qualitative map combination using lithology, geomorphology,
slope gradient and fault distance. GIS was used in the map
combination and subjective weights were assigned to each unit in
the parameter map.
|
|
|
|
Ground Settlement Susceptibility Map.
Areas of possible ground settlement were delineated through the
analysis of the geomorphological lay of the study area, the
sub-surface soils and the ground water levels.
|
|

|
|
Volcanic Hazard Susceptibility Map.
The nearest volcano, Mt. Isarog, has no recorded eruption
history. But should it become active, it will pose hazards to
communities situated on its footslopes. The hazard
susceptibility map is largely geomorphologically-based
considering the type of volcanic deposits observed in the
different terrain units.
|
|