2018_TS_PP_DAVID_OKTARIAWAN_1-COVER.pdf
PUBLIC Alice Diniarti 2018_TS_PP_DAVID_OKTARIAWAN_1-BAB_1.pdf
PUBLIC Alice Diniarti 2018_TS_PP_DAVID_OKTARIAWAN_1-BAB_2.pdf
PUBLIC Alice Diniarti 2018_TS_PP_DAVID_OKTARIAWAN_1-BAB_3.pdf
PUBLIC Alice Diniarti 2018_TS_PP_DAVID_OKTARIAWAN_1-BAB_4.pdf
PUBLIC Alice Diniarti 2018_TS_PP_DAVID_OKTARIAWAN_1-BAB_5.pdf
PUBLIC Alice Diniarti 2018_TS_PP_DAVID_OKTARIAWAN_1-BAB_6.pdf
PUBLIC Alice Diniarti 2018_TS_PP_DAVID_OKTARIAWAN_1-PUSTAKA.pdf
PUBLIC Alice Diniarti
A volcano eruption is one of a geophysical natural phenomenon that can endanger
human life especially people who live in disaster-prone areas. The danger of
volcano eruption came from volcanic ash, lava flow, sulfur gas and landslides which
can cause property damage, farmland damage, injuries, and casualties. Residents
hazard preparedness can reduce the number of damage, injury, and casualties
caused by a volcano eruption. In many cases, hazard preparedness has relation with
risk perception because risk perception can influence and determine how people
react to certain risk and danger, especially danger that came from a volcano
eruption. Understanding residents risk perception can be useful for stakeholders in
formulating disaster risk reduction strategy.
Mount Bromo is one of the mountains at Tengger mountain complex in Indonesia
which has an active crater. The mountain is located in East Java Province and
administratively belongs to Bromo Tengger Semeru National Park (TN-BTS).
Mount Bromo is located in East Java Province, Indonesia with the highest point is
2,329 m and the coordinates 7°56'30"SL 112°57'00"EL. Mount Bromo is active
volcano which is surrounded by sea sand and the crater can be climbed and visited
and become a tourist attraction. There are four districts surrounding Bromo
Mountain which are Probolinggo, Pasuruan, Malang, and Lumajang. These four
districts suffer the biggest impact when Bromo erupts and this research
concentrated only in Pasuruan District area. Tosari is a district in Pasuruan District
which is located near Mount Bromo get impact from Bromo eruption directly.
Tosari district located at 7.30’ – 8.30’ South Latitude and 112030’ – 113030’ East
Longitude with total area 85.73 km2. Tosari sub-district is one of the districts which
is categorized as a district with high volcano eruption hazard in Pasuruan District
This research uses quantitative methods based on inductive approach. Inductive
approach is used to determine the condition certain phenomena of people to develop
a general conclusion, therefore the research design is correlational research. The
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Correlation between different variables is used to determine the resident's risk
perception and residents involvement in community activities which is related to
hazard adjustment and involvement in the community. Correlation between
demographic characteristics such as gender, age and educational background with
other variables are being analyzed using a statistical test to determine the
significance of the variables. Questionnaire distribution to residents of Tosari
residents for collecting residents gender, age, education, hazard experiences,
community activities, disaster information, disaster training and hazard
preparedness.
Most residents had experience with volcano eruption more than one eruption time
or year and eruption duration more than four weeks, but the highest impact of the
eruption is farmland damage and there were no property damage, family member
loss or injured. There is a belief for people surrounding Mount Bromo that the
eruption never brings harm to people surrounding the mountain. Even though ash
fall from the eruption brings damage to farmland, people believed that the ash will
bring fertility to the farmland in years to come. Meanwhile, information about
disaster especially volcano activities is an important factor for resident surrounding
Mount Bromo, nevertheless not all residents have the willingness to collect disaster
information initiative.
Recognition and involvement in community activity are one of the variables which
are influence residents risk perception. Tosari resident recognition on community
meeting is high, but residents’ recognition on disaster discussion on community
meeting is low, on the other hand, recognition of the disaster-related community
activities is high. A resident of Tosari also have low participation on disaster
response training even though recognition on the training not so low, this situation
influence by local belief about eruption do not bring harm. Furthermore, most
residents confess that they have knowledge of action need to take when the eruption
happens even though residents have low recognition and low participation in
disaster response training. As part of hazard preparedness, residents also confess
that they also have knowledge if living in evacuation shelter although not all
residents have the willingness to move temporarily to evacuation shelter when
volcano eruption happens.
In conclusion, demographic characteristics related with risk perception and even
though there is a relationship between demographic characteristic and risk
perception, not all demographic characteristic have a correlation with variables that
influence risk perception