Nepal is a highly disaster-prone country. The country has a fault line at the lower part of Nepal between Indo-Australian plate and Eurasian Plate. The fault is a more likely part of the Alpine- Himalayan Belt because of the place being near the Himalayans and Mt. Everest. Nepal is also known as “the ceiling of the world” because it has 8 out of 10 of the world’s highest mountains. The first in the list is Mount Everest. It is the collision of these plates that has produced the Himalaya Mountains, and with them, there are earthquakes. The epicenter was near the Chinese border between the capital of Kathmandu and Mt. Everest.
For the structure if their buildings, they’re mostly from the Buddha’s period which could be thousands of years ago. The traditional resources were adobe constructions, wooden-framed houses, and rubble stone masonry were the most popular in villages while urban and suburbs were stone or brick masonry which is 20% of reinforced concrete. So that means that 80% of Nepal’s buildings were non-engineered. April 25 earthquake measured 7.8 on the moment magnitude scale, the largest since the 1934 Bihar quake, which measured 8.2 and killed around 10,000 people. Another quake in Kashmir in 2005, measuring 7.6, killed around 80,000 people.
After the earthquake event, ninety-four percent of people have realized the risk of earthquake disaster while more than eighty percent have seriously discussed the potential effect within family and community and identified the need for preparedness at the household and community level
Before and After the Bihar Earthquake |
Building structures from Nepal
The reaction-based
from the information gathered, we are clearly disturbed because Nepal isn’t
ready enough in case there are earthquakes or disasters. Since Nepal is also
considered as one of the world’s natural disaster “hotspots” Even the
structures of the buildings and houses are made out of adobe construction,
wooden framed houses and rubble stone masonry. Nepal is one of the most
destructive and life taking scenarios if any quake might happen. Their
facilities and structures are not compatible for any trembling that may occur. Nepal
has a convergent boundary or also known as a destructive boundary in which it
can be so dangerous for the people living. If they won’t strengthen and enhance
their facilities, structures, and preparedness, many would suffer their lives,
so with that, they should be warned.
Between the two
countries of Nepal and the Philippines, both of them are in poverty but Nepal has
lack of facilities for them to improve the structures of their buildings. Nepal
was placed literally on top of Alpine-Himalayan Belt while the Philippines is
placed around 5 different faults namely The Eastern Philippine Fault, The South
of Mindanao Fault, Central Philippine Fault, and the Markina/ Valley Fault System.
So, therefore, Nepal gets more intense earthquakes than the Philippines. Nepal also
gets least volunteers than the Philippines, their preparedness plan is different
from the Philippines. According to our research, five percent of the locals in Nepal only participated
in discussions events and think that these types of programs are neither
sufficient nor effective. Eighty-five percent of the people have learned about
earthquake risk from these media sources. In Nepal they don’t perform or
execute in having seminars or discussions, they only tell the civilians what
will happen before, during, and after the earthquake. While in the Philippines
the NDRRMC hold seminars that discuss and make the civilians perform for them to get to know what will happen before, during and after. They inform
what should they prepare if any calamities might happen. The
buildings of Nepal are mostly made of stone brick masonry and only 40% of total
buildings are made of reinforced concrete, which can withstand an earthquake
with better survivability while in the Philippines total percentage of
reinforced concrete buildings is considerably higher.
Earthquakes are unpredictable, we
individuals wouldn’t even know whether when will that thing happen nor would
that be vulnerable one or not. As what individuals would always say, “Best
the thing to do is just to be prepared physically and mentally”
We should be prepared anytime because
we cannot predict our future. That’s why preparedness should be practiced and
must matter to everyone the most so that not only you can save yourself, but if
you see someone who needs help, you can lend your hands to grab them. Be alert
every time and join any seminars that involve first aid and preparedness so
that if there are calamities, you always know what to do and what you shouldn’t
do.
Before, Nepal’s earthquake plan
regarding on preparedness is not so powerful enough to lessen the casualties
since Nepal is also known as one of the poorest country, and they couldn’t
afford to make the structures of the buildings strong enough to withstand the
tragedy. But now, a new government
task force was created to help deal with future earthquakes. The people are now
educated across Nepal to perform earthquake drills.
It’s
also good since they are planning for the structures of the building that it
shouldn’t be the same as before where it can be easily crushed into pieces due
to the trembling and movement of the ground that can’t withstand the subduction
of the two plates which are the Indo- Australian Plate and Eurasian Plate.
Reference
The Nepal Earthquake of
25th April 2015
http://www.coolgeography.co.uk/A-level/AQA/Year%2013/Plate%20Tectonics/Extra_case_studies/Nepal_Earthquake_2015.htm
Nepal Earthquake 2015 – Impact – Immediate response – Long
Term Response
\https://www.internetgeography.net/topics/nepal-earthquake-2015/Disaster Preparedness Pamphlet (Philippines)https://photos.state.gov/libraries/manila/299618/ACS-JCD/Disaster%20Preparedness%20Pamphlet.pdf
Nepal’s Emergency Preparedness Saved Lives In Earthquake
Aftermath – UN Health Agency
https://news.un.org/en/story/2015/05/498582-nepals-emergency-preparedness-saved-lives-earthquake-aftermath-un-health-agency
Common Structural And Construction
Deficiencies Of Nepalese Buildings
https://link.springer.com/article/10.1007/s41062-016-0001-3?fbclid=IwAR2saCxF1J-gAy2GwqIOPk7018gSZWs9kpaNDDP18aid22bykgcemmDv60I
Field Investigation On The
Performance Of Building Structures During April 25, 2015, Gorkha Earthquake
In Nepal
https://www.sciencedirect.com/science/article/pii/S0141029616301626?fbclid=IwAR1l6Ho9rJP1T5X2D-BU74JyRHyeHOJrRPhYe9udU7GNio07m3Bh-6uVMjk
The Science Behind Nepal Earthquakes
https://earthsky.org/earth/the-science-behind-the-nepal-earthquake
Nepal earthquake: Waiting for the complete rupture
https://www.sciencedaily.com/releases/2019/01/190116115518.htm
Nepal Earthquake:
Disaster Risk Reduction Preparation
https://www.usaid.gov/nepal/newsletter/april-june-2015/p02-nepal-earthquake-disaster-risk-reduction-preparation |
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