Background
I reviewed TU-CDES
& UNDP Cooperation, Strengthening Disaster Risk Management in Academia
(SSDRMA), Disaster Risk Management Knowledge Brief from a total
of 9 Issues covering from January to September, 2015. The following sections
summarize the DRM Knowledge Briefs. The various Issues were summarized
considering that findings of all studies would reach to the target audiences
including policy makers timely in readable form. The Knowledge Briefs were compilations
of the abstracts of all 50 case studies carried out from a total of 19
districts, opinions of four concern experts and SDRMA highlights. Review has
been framed in types of disasters, management needs, gaps, and initiation that
has been taken to address the issues from various levels. Frequencies of issues
included in the reports are presented in figure 1.The following sections describes
various types of disasters such as landslides, earthquake, flood, climate
change, water sanitation & health, drought, food security, indoor air
pollution and improved cooking stoves.
Landslide
Landslides refers to the movement
of earth, rock or debris down slope under the influences of gravity. It is
considered as one of the major causes of loss of life, injury and property
damage around the world. Every year, about 12,000 small and large scale
landslides occur in Nepal.
Landslide Distribution:
Numerous landslides were reported in Nepal after devastating earthquake of
April 25, 2015. Most of them were confined in Rasuwa, Manang, Manaslu of
Gorkha. In total, 16 landslides were identified after Earthquake in Jharlang
VDC of Dhading alone. All landslides in Jharlang VDC were found in Western
aspect. Similarly, 119 landslides were found in Hansapur, Barpakk and Muchchok
VDCs, of Gorkha district. Elevation, slope, aspect, soil depth, grain size of
soil, soil moisture, water condition, type of landslide, ethno-botany and
accessibility were considered as the key factors of landslides.
Effect: More
than 40 settlements of Hansapur, Barpak and Muchchok VDCs of Gorkha were found
to be most vulnerable. Landslides and crack were found to be affecting mostly the
forest area as well as agricultural land. However, there was no adverse impact
of landslides in Khari VDC of Dhading District as it was covered with heavy
vegetation and some gabion walls made along the road side. About 20 different
types of tree species and many vertebrate animals were damaged in Jure of
Sindhupalchowk district. People who are mostly dependent on agriculture have
lost their way of earning and living in Jure of Sindhupalchowk. Landslide
damaged Sunkoshi Hydropower of 10.5 MW potential and Sanima Hydropower of 2.5
MW. Likewise, the landslide in Budhi Gandaki watershed area were one of the
major disasters with huge loss each year. Most of the landslides were north
facing in Gorkha (Ghyalchowk, Darbung, Fujel, Namjung, Borlang and Dhawa), Dhading
(Salang, Maidi, Khari, Chainpur and Salyantar), Gorkha and Dhading). Airport
and road construction have increased the problem of erosion and landslides in
Karkidanda of Mugu district.
Cause of Landslides:
There is no detailed technical investigation till date to find out the root
causes of landslides. Study in Jharlang VDC of Dhading DDC pointed out the need
of undertaking detailed geological study to explore the root cause of current
landslides in the VDC. Study in Arupokhari VDC of Gorkha found that 65% of the
total landslides were triggered due to road construction while remaining 35%
occurred naturally. Road induced disaster was foremost cause in Gorkha
(Ghyalchowk, Darbung, Fujel, Namjung, Borlang and Dhawa) and Dhading (Salang,
Maidi, Khari, Chainpur and Salyantar). Most of the landslides (75%) were manmade
or road induced and only 25% of the landslides were natural. Unsustainable road
construction in Bhadaure, Panchase area of Kaski is triggering landslide
increasing the extent and frequency of its occurrence. Numerous landslides have
occurred or reactivated after the earthquake in Jure of Sindhupalchowk.
Control Measures:
to control landslides, integrated watershed conservation strategy and solid
conservation strategy are recommended in Khari, Dhading. In the highly affected
areas, mitigation measures were applied by filling gabion net wall in
Shreenathkot, Gorkha. Study in Bhadaure, Kaski reveals that unless and until
the local stakeholders are made aware of landslides, it is not possible to
reduce impacts of landslides in future. School children should get knowledge
about landslide and its preparedness. Retaining wall and gabion dams were found
more suitable at toe and scar area where as other methods like hedge brush
layer, live check dams, palisades, jute netting, different bioengineering
plants are suitable to mitigate the overall landslides rather than making
another alternative road way in Ramche of Rasuwa. Local people are unknown
about the mitigation and adaptation measures in Jure of Sindhupalchowk.
Disaster
Drought was the prominent hazard
in Danse 8, Khaniyapani VDC of Ramechhap District. Other disasters reported in
Danse include flood, fire, famine and epidemics. Similarly, landslides, drought
and forest fires are considered as disaster.
Needs: It is opined
the DRM issues need to align with Post-Hyogo Framework for Action and Post
Millennium Development Goals. Emphasis should also be given to ecosystem
resilience with the adoption of bottom up and inclusive decision making
process. DRM Act is essential to cover entire cycle of disaster including pre, during
and post disasters. To overcome problem of prevailing ineffective coordination
between different ministries, separate disaster risk management ministry should
be formed. Moreover, development of Early Warning System, well prepared
communities, effective response and recovery mechanism, use of scientific data,
information and research including space technology are needed to address the
issues of disaster.
Koshi Flood impact areas communities
wanted the treaty and negotiation between India and Nepal be transparent, road
access to markets, and some livelihood and vocational training. People of
Panchkhal VDC, Kabhrepalanchok asked support for awareness program on
conservation and management of their environment. People of Darbungphant,
Gorkha believe that construction of embankments and afforestation programs
could be a probable solutions to control floods. Further, it is opined that
outbreak of pests occur due to overuse of pesticides which can be prevented by
its proper use and use of bio-pesticides and compost.
People in Maidi VDC of Dhading understood
that proper dissemination knowledge of the academia to the core people of
community is a must and the linkage between the theoretical practice and
practical approach is of utmost importance to reduce the DR. As an entry point
of creating awareness, school and university educations should include DRM in consistent
with national DRM policies, structures, and accountability mechanisms. Budgets
should be allocated from all concern organizations for DRM activities. To
attain effective result it is recommended to work even by going beyond
government structure.
Gaps: Despite having
realization of ever escalating disaster hazards, there was no DRR/Management
Plans in Bangefadke - 4 Syangja and Arthar Dandakharka of Parbat VDCs. School
students were not included in community decision making process on disaster
risk management. Based on desk review, it was found that there is a gap between
the investment and project effectiveness mainly due to lack of coordination
between organizations, low expenditure in real field level, lack of
technological resources and lack of people participation. Moreover, there is no
research work on problems and resources at community level on disaster risk
management.
Best Practice: School
curricula has started to include disaster as main chapters covering floods,
landslides, drought, fire, pollution, earthquakes, soil erosion, volcano and
epidemics. Danse 8 in Khaniyapani VDC of Ramechhap have constructed plastic/cemented
ponds and waste water collection ponds at different places on their own
initiations. Moreover, they have initiated changing cropping pattern. However,
reliable methods to reduce ongoing drought risk in the area are of high demand.
Earthquake
Impact: Earthquake
of 25th April 2015 has caused loss of livestock and crops of about NR.
1150241450 in Bungmati, Lalitpur. Goshainkunda trekking route of Rasuwa was
very much affected by the recent Gorkha Earthquake especially from Dhunche to
Dimsa via Ghattekhola. Gaps:
Local people in Bode, Lachhi and Duwatole of Madhyapur Thimi Municipality,
Bhaktapur were unaware about the earthquake preparedness and even seemed to
ignore the importance of being prepared for addressing any unforeseen
challenges. Most of the school students lacked knowledge about the cause of
earthquake and unaware of the preparedness to be taken during earthquake in
Thokarpa, Sindhupalchowk. Need: Earthquake preparedness plan
recommended and emergency plans to combat against earthquake were recommended
in Madhyapur Thimi Municipality. The plan should include training programs to
do before, after and during the earthquake.
Best Practices: With
the initiation of university students together with faculties, a total of 25
temporary learning centers (TLCs) have been constructed in the earthquake
affected areas mainly in schools of Dhading and Gorkha. Under this scheme, school
children along with local communities were provided with nine-day humanitarian
aid, earthquake education classes, post-earthquake scenario assessment, water
purification techniques such as SODIS, and chlorination. Further, students were
given psychological counselling, WASH demo, and humanitarian support such as
bamboo sorting, rubble piling etc. Also baby foods, clothes, playing materials were
distributed to the school children. The programs turned out to be very
effective particularly beneficial in raising community awareness. TLC
immediately after disaster is very useful through mobilizing university
students.
Climate Change
Impact: Productivity
of oilseed and potato increased from 1974 to 2004 despite of increasing
temperature and declining rainfall annually in Aruchanaute VDC of Budhi Gandaki
Watershed. Most of the people were in Aruchanaute VDC had felt the climate
change over the past years. Study in Thakre VDC of Dhading revealed that poor, marginalized
women and dalit households were more vulnerable to climate change impacts. Furthermore,
it was found that level of adaptive capacity compared to the exposure of
climate induced disaster is lower in the community of Aruchanaute VDC.
Cause: Chemical
fertilizers and pesticides use in cultivating crops have caused climate change
by increasing greenhouse gas (GHG) emissions in Budhi Gandaki Watershed. Adaptation
measures: People in Giranchaur 6 Bansbari of Sindhupalchowk had shown interest
on adopting rainwater harvesting system and planned to construct plastic ponds.
However, most of the people in ward no 5, Bansbari VDC, Sindhupalchowk were unaware
about the term climate change as such though they were alert about the changes
seen in the climatic pattern. They built plastic ponds and adapted to the
change and helped to mitigate the climate change effects. People at ward no 5,
Bansbari VDC of Sindhupalchowk assured that they would install more
eco-friendly system like rain water harvesting, constructing well and ponds at
their own costs too if they get subsidy. Need: Livelihood base of
the community must be diversified in order to increase the adaptive capacity of
the local people.
Water Sanitation and Health
(WASH)
Impacts: Epidemics
are in fact the number one killer hazard in Nepal, with an average of 410
deaths per year. More than 80% of Tharu ethnic group with poor economic
condition and traditional way of living had suffered most from various diseases
immediately after experiencing heavy floods in Terai. Spread of epidemics such
as high fever, cholera, diarrhea, dysentery, inflammation by polluted water
were prevalent after flood of 2050, 2058, 2059, 2063 BS in Debauli Village of Chitwan.
It was reported that in every summer season, epidemic break out and almost all people
of Maidi VDC, 9 in Dhading become the victims. In total 38% household suffered
from typhoid and 65% suffered from diarrhea and cholera in Latikoili VDC of Surkhet
after flood.
Cause: Lack of treated drinking
water was the cause of epidemics such as gastro-enteritis, cholera,
encephalitis, meningitis, dysentery and diarrhea in Maidi VDC-9 of Dhading. People
were unaware on simple techniques for treating water at home such as
chlorination, filters, and solar disinfection, storing in safe containers in
Baseri – 3 of Ghyalchowk VDC in Gorkha. In total, 69% of the respondents know
about water purification methods, however they performed it only during
illness/sickness period. Though ward no 7&8 of Chapakot VDC, Kaski declared
as ODF and had good facility of latrine, only 11.5% and 23% had knowledge on
effective hand washing and waterborne diseases respectively. Likewise, only 15%
of the household were using filtration techniques and 56% people were unaware
on waterborne disease in Latikoili VDC of Surkhet.
Flood
Flood is a recurring hazard at Aptar-9 of Durbang in Gorkha
district. A total of 40 individuals of blackbuck were lost due to the flood of
2071/4/30 and it caused minor injury to 4 individuals in Blackbuck Conservation
Area of Bardia. Due to regular flooding, Gobargada VDC of Saptari has been
shifted time to time leading to loss of life and property. Need: Study has recommended to build
a high land to protect the blackbuck from possible flood in future in Blackbuck
Conservation Area of Bardia. Similarly, people of Arughat in Salyantar VDC of
Dhading suggested enhancing both adaptive and coping capacity strategies should
be designed in participation of poor and marginalized community. Community
level agro-forestry practices as riparian buffer strips can effectively
stabilize the river banks of Damak Municipality 19, Jhapa. Agro-forestry
practices need to be awarded, encouraged and incorporated in disaster risk
management (DRM) plan of Damak Municipality, Jhapa. Best Practices: Flood vulnerable communities
were analyzed through land use maps, analysis of socio-economic conditions,
coping capacity, and distance from the flood plain in Morang. Embankment
constructed at the bank of river at Aptar - 9, Durbang, Gorkha was found very effective
to address floods risk.
Miscellaneous
Drought: Drought was considered
as the most severe hazard affecting crops and livestock in Anaikot of
Kabhrepalanchowk. The other disaster realized by the community of Anaikot include
earthquake, forest fire, erosion, epidemics and lightening. Anaikot people were
well aware of the various hazards but were
unaware of the idea of tackling hazards. Improved Cooking Stoves: Out of 586 household of Bhedetar
VDC, 211 households have installed ICS in their houses. In this way, ICS has
been integrated into livelihood of local people of Bhedetar VDC, Dhankuta. Indoor Air Pollution: People were less aware about the
health impacts that may have caused by long term exposure to the indoor smoke.
Mostly the old age people were suffering from Chronic Obstructive Pulmonary
Disease (COPD). . Some have the problem of eye irritation, mostly women from
the Tamang community in Manikhel – 1, Lalitpur who make wine in traditional cooking stove and
sit for a long hours in smoke. Solid Waste Management: Waste generation scenario was
found higher from household level in Topgachi 7, Kerkha, Jhapa. Therefore, plan
for solid waste treatment and management at household level is necessary. Food Security: After flood in 2014, most of the households
were forced to live in tents in Uttarganga, Surkhet. The food consumption of
the people was quite low i.e. only 39.5% of the household consume acceptable
food. To overcome this food insecurity situations, different coping strategies
have been adopted.
|
District
|
Study Area / VDCs
|
Research Topic
|
Findings
|
|
Bardia
|
Blackbuck Conservation Area
|
Impact Assessment of Flood in Blackbuck
Conservation Area
|
In total 40 individuals of blackbuck were
lost due to the flood of 2071/4/30 and it caused minor injury to 4
individuals
|
|
Bhaktapur
|
Madhyapur
Thimi Municipality, Ward no 1, Bode, Lachhi and Duwatole
|
Earthquake
Preparedness
|
Local
people were unaware about the earthquake preparedness and locals even seemed
to ignore the importance of being prepared for addressing any unforeseen
challenges.
|
|
Budhi Gandaki Watershed
|
Aruchanaute
|
Climate change induced vulnerabilities in
agriculture sector
|
Productivity of oilseed and potato
increased from 1974 to 2004 despite of increasing temperature and declining
rainfall annually
|
|
Chitwan
|
Debauli
Village
|
Post
Flood Health and Sanitation Practices in Tharu Ethnic Community
|
Epidemics
are in fact the number one killer hazard in Nepal, with an average of 410
deaths per year.
More than 80% of the people in the community belong to the Tharu ethnic group with poor economic condition and traditional way of living The spread of epidemics by polluted water such as high fever, cholera, diarrhea, dysentery, inflammation were prevalent after flood periods i.e. 2050, 2058, 2059, 2063 BS. |
|
Dhading
|
1 & 2 of Thakre VDC
|
Study of People's understanding on climate
change impact and adaptation practices in Thakre VDC of Dhading
|
Most of the people were found to feel the
climate change over the past years
Poor, marginalized women and dalit households were more vulnerable to climate change impacts |
|
Dhading
|
Maidi
VDC
|
Community
Awareness on Disaster Risk Reducaiton in Maidi VDC
|
proper
dissemination of the knowledge of the academia to the core people of
community is a must and the linkage between the theoretical practice and
practical approach is of utmost importance to reduce the DR
|
|
Dhading
|
Nalang
|
Post Earthquake Relief Activities
|
|
|
Dhading
|
Salyantar
VDC of Aarughat
|
Poverty
and Flood Hazard Interrelation in Budhi Gandaki Watershed
|
45%
of people were poor followed by medium (35%) and extremely poor (20%)
to enhance both adaptive and coping capacity, the level of poverty should be reduced and pro-poor and marginalized community should always be in the center of program design |
|
Dhading
|
Khari
|
Road Induced Landslide Vulnerability
Assessment
|
There was not adverse impact of landslides
in the area as it was covered with heavy vegetation and some gabion walls
made along the road side
|
|
Dhading
|
Jharlang
|
Preparation
of Landslide Distribution Map of Jharlang VDC
|
16
landslides were presented on landslide distribution map of Jharlang VDC.
All were in western aspect. Which have gentle slope, human settlement, agricultural activities, and many river channel eroding the weak landmass. There is no detailed technical investigation till date to find out the root causes of landslides. There is a need of detailed geological study to explore the root cause of current landslides |
|
Dhading
|
Maidi VDC - 9
|
Community Awareness on DRR: Focus on Human
Health and Sanitation in Kumal Community
|
Every year, during the summer seasons,
epidemic break out, and almost all the people becomes the victims
Lack of treated drinking water is the causes of epidemics such as gastro-enteritis,, cholera, encephalitis, meningitis, dysentery and diarrhea |
|
Dhankuta
|
Bhedetar
VDC
|
Awareness
Program on Effectiveness and Promotion of Improved Cooking Stoves
|
Out
of 586 household of Bhedetar VDC, 211 households have installed ICS in their
houses
ICS has been integrated into livelihood of local people |
|
Gorkha
|
Aaruchanauute vdc
|
Vulnerability assessment of climate change
on livelihood of Aaru-Chanaute Gorkha
|
Majority of the people in the area are
dependent on agriculture and livestock for their livelihood
The level of adaptive capacity compared to the exposure of climate induced disaster is lower in the community |
|
Gorkha
|
Darbung
Phat
|
Community
Awareness for DRR
|
The construction
of embankments and afforestation were presented as probable solutions to
flood control. Forest fires were caused due to the negligence of people and
can be prevented through adequate level of awareness. Similarly, outbreak of
pests occur due to overuse of pesticides which can be prevented by its proper
use and use of bio-pesticides and compost
|
|
Gorkha
|
Kharikot
|
||
|
Gorkha
|
Borlang
|
Post-Earthquake
Relief Activities
|
9
days - provided humanitarian aid, earthquake education classes,
post-earthquake scenario assessment, water purification techniques such as
SODIS, chlorination, students were given psychological counceLing, WASH demo,
and humanitarian support such as bamboo sorting, rubble piling etc. were
done. These activities were significantly beneficial in raising community
awareness. Distributed also baby foods, clothes, playing materials for the
school children. The programs turned out to be very effective
|
|
Gorkha
|
Aptar-09, Durbang
|
Disaster Risk Reduction on Flood at Aptar
Village
|
Flood is a recurring hazard in the area
Embankment has constructed at the bank of river that cause significant damage to the village in the past floods risk Reliable methods to reduce floods risks in the area are of high demand |
|
Gorkha
|
Kharekhola,
Darbung
|
Bioengineering
techniques to stabilize landslide
|
French
drain, gabion net, wire bolster, jute netting, bamboo planting to be suitable
bioengineering techniques
|
|
Gorkha
|
Aarupokhari
|
Identification of Hazard Prone Areas in
Maudi Khola Catchment
|
65%
of the total landslides were triggered due to road construction while
remaining 35% occurred naturally
Landslide as a key factor for property damage primarily due to road construction and deforestation Less rainfall during the months of Bhadra, and lack of irrigation system, forest fire Susceptible to hazards however no efforts to mitigate potential catastrophic neither from government nor community level |
|
Gorkha
|
Aarupokhari,
Maudi Watershed
|
Landslide
distribution and loss/damage assessment in Maudi Watershed
|
The
land affected by landslides is mostly forest area which is 58%of the total
followed by Kharpakha and agricultural land. The infrastructure associated
with landslide area is mainly road. There was huge loss of property due to
the landslides included infrastructures, agricultural land, houses and forest
areas
|
|
Gorkha
|
Shreenathkot VDC
|
Road Induced Landslide Vulnerability
Assessment
|
There were many landslides but no human
casualty from landslides. Settlement, schools and cultivation areas were at
vulnerable condition. In the highly affected areas, mitigation measures were
applied by filling gabion net wall
|
|
Gorkha
|
13
VDCs - Kerauja, Uhya, Lapprak, Ghyachowk, Barpak, Gumda, Kashigaun, Barpak,
Lapu, Manbu, Thumi, Saurepani, Swara and Arubang. Focus study carried out in
Hansapur, Barpakk and Muchchok VDCs
|
Co-seismic
landslides distribution in 13 VDCs, Western Nepal: Issues of Gorkha
Earthquake
|
On Saturday,
25 April 2015, a 7.6 magnitude earthquake hit the country making epicenter at
Barpak, Gorkha. Altogether 119 landslides were found. More than 40 villages
were found to be most vulnerable. Landslides and crack were found to be
affecting mostly the forest area as well as agricultural land.
|
|
Gorkha
|
Baseri-3, Ghyalchowk
|
Community Awareness on Disaster Risk
Reduction: A Focus on water related issues
|
People were unaware on simple techniques
for treating water at home such as chlorination, filters, and solar disinfection,
storing iin safe containers could save a huge number of lives each year
|
|
Gorkha & Dhading
|
Gorkha
(Ghyalchowk, Darbung, Fujel, Namjung, Borlang and Dhawa), Dhading (Salang,
Maidi, Khari, Chainpur and Salyantar)
|
Landslide
Distribution : A case study of Budhi Gandaki Watershed
|
The
landslide in Budhi Gandaki watershed were one of the major disasters with
huge loss each year. The road induced disaster was foremost cause and other
include bank cutting at the base and the natural condition of the slope that
would be triggered by intensive rainfall. About 25% of the landslides have
natural slope but 75% of the landslides were manmade slope i.e. road induced.
Most of the landslides (42%) were observed in the forest area followed by
agricultural land and sloppy grassland and so on. Most of the landslides
(75%) were manmade or road induced landslides and only 25% of the landslides
were natural. Most of the landslides were north facing
|
|
Jhapa
|
Damak Municipality 19
|
Assessment of Flood Risk Management Status and
Possibilities of Agro-forestry and farming for Reclamation of Flood Degraded
Areas
|
Community level agro-forestry practices as
riparian buffer strips can effectively stabilize the river banks
|
|
Jhapa
|
Topgachhi
- 7, Kerkha
|
Solid
Waste Management at Household Level
|
Efforts
should be made towards managing solid waste from household level.
|
|
Kabhrepalanchowk
|
Panchkhal VDC
|
Community work on Disaster at Panchkhal VDC
|
Awareness program local people become more
conscious towards conservation and management of their environment
|
|
Kabhrepalanchowk
|
Anaikot
|
Sensitization
and Brainstorming for drought management
|
Drought
was the most severe hazard affecting crops and livestock. The other disaster
include earthquake, forest fire, erosion, epidemics and lightening
|
|
Kaski
|
Bhadaure
|
Landslide Preparedness in Bhadaure VDC
(Panchaswe Area)
|
Unsustainable road construction in Panchase
area is triggering landslide increasing the extent and frequency of its occurrence
Unless and until the local stakeholders are made aware of landslides, it is not possible to reduce the impacts of landslides in future School children should get knowledge about landslide and its preparedness |
|
Kaski
|
Bhadaure
|
Landslide
preparedness in Bhadaure VDC
|
|
|
Kaski
|
Chapakot VDC- 7&8
|
Community Awareness Program on Water Health
and Sanitation in Panchase Area
|
69% of the respondents know about water
purification methods, however they performed it only during illness/sickness
Though VDC declared as ODF and had good facility of latrine, only 11.5% and 23% had knowledge on effective hand washing and waterborne diseases respectively |
|
Lalitpur
|
Bungmati
|
Estimation
of Damage and Loss Due to Gorkha Earthquake
|
The
total value of the damage caused by 25th April 2015 on house and livestock
was estimated to be NR. 1150241450.
|
|
Lalitpur
|
Manikhel - 1
|
Community work on Indoor Air Pollution and
its Health Risks in Manikhel-1, Lalitour
|
People were less aware about the health
impacts that may be caused by long term exposure to the smoke
Mostly the old age groups were suffering from Chronic Obstructive Pulmonary Disease (COPD), some have the problem of eye irritation, m ostly women from the Tamang community who make wine in traditional cooking stove and sit for a long hours in smoke. |
|
Morang
|
Assessment
of Community Vulnerability of Bakhara River: Finding the Cause and
Effectiveness of Mitigating Approaches
|
Vulnerable
communities were analyzed through land use maps, analyzing socio-economic
conditions, coping capacity, and distance from the flood plain
|
|
|
Mugu
|
Karkibada
|
Slope Stability Practices
|
People practice making gabion walls and
tree plantation to reduce slope failure in some areas but in very less
quantity
Airport and road construction have increased the problem of erosion and landslides. |
|
Nepal
|
Assessment
of Investment in Disaster Risk Reduction /Management in Nepal
|
The
gap between the investment and project effectiveness were mainly due to lack
of coordination between organizations, low expenditure in real field level,
lack of technological resources and lack of people participation
|
|
|
parbat and Shyangja
|
Bangefadke - 4 Syangja and Arthar
Dandakharka of Parbat
|
Reducing Disaster Risks through community
at Bangekhola - 4 & Arthardanda Kharka - 6 of Panchase Area
|
Despite of prevailing hazards, there was no
DRR/Management Plan in both VDCs
It was suggested to students should be included in community decision making process Teacher should also understand need of integrating disaster reduction in curriculum |
|
Ramechhap
|
Danse
8, Khaniyapani VDC
|
Community
based disaster risk reduction practices focus on Drought Issue
|
Drought
was the prominent hazard in the study area along with flood, fire, famine and
epidemics
|
|
Rasuwa
|
Goshaikunda Trail
|
Post-Earthquake Assessment of Goshainkunda
Trail from Dhunche
|
Trekking routes was very much affected by
the recent Gorkha Earthquake especially from Dhunche to Dimsa via
Ghattekhola.
|
|
Rasuwa
|
Ramche
|
Stabilization
of Ramche Landslide through the application of Bioengineering Techniques
|
By
using different bioengineering techniques, the landslide can be mitigated
Retaining wall and gabion dams will be more suitable at toe and scar area where as other methods like hedge brush layer, live check dams, palisades, nute netting, different bioengineering plants are suitable to mitigate the over all landslides rather than making another alternative road way |
|
Saptari
|
Lauki, Haripur, Sripur and Kushaha
|
The dwellers of those areas wanted the
treaty and negotiation between India and Nepal be transparent, they wanted
road access, some livelihood and vocational training
|
|
|
Saptari
|
Gobargada
|
Shifting
of VDC due to flood hazard - a case study from Gobargada VDC
|
Due
to regular flooding, the village shifts time to time leading to loss of life,
property and natural resources causing disruption in social and economic development
|
|
Sindhupalchowk
|
Giranchaur - 6, Basbari
|
Learning and Sharing Disaster Risk
Management
|
People showed interest on rainwater
harvesting system and planned to construct plastic ponds
|
|
Sindhupalchowk
|
Ward
5, Bansbari VDC
|
Status
and adaptation practices of Drought at Bansbari VDC
|
Most
of the people were unaware about the term climate change though they were
alert about the changes seen in the climatic pattern. They build plastic
ponds and adapt to the change and help to mitigate the effects.
|
|
Sindhupalchowk
|
Thokarpa - 9
|
Community Work on Earthquake Preparedness and
safety in Shree Kalidevi Primary School
|
|
|
Sindhupalchowk
|
Jure
|
Impact
Assessment of Landslide in Jure
|
Due
to rugged mountain topography, its fragile geological nature, and high
intense rainfall during monsoon, the mountain terrains are vulnerable to landslides
and debris flow
About 20 different types of tree species and many vertebrate animals were found to be damaged |
|
Sindhupalchowk
|
Jure
|
Impacts on Local People's Livelihood by
Jure Landslide
|
Jure landslide was due to different natural
processes such as creeping and granular flow
People who are mostly dependent on agriculture have lost their way of earning and living Local people are unknown about them mitigation and adaptation measures. |
|
Sindhupalchowk
|
Mankha,
Dhuskun, Tekanpur and Ramche
|
Impacte
of Landslide on Hydropower: A case study of Sanima and Sunkooshi Hydropower
|
The
hydropower had to face huge economic loss due to damage of the equipment and
the cut electricity production
The Sunkoshi Hydropower of 10.5 MW potential and Sanima Hydropower of 2.5 MW had to face loss |
|
Surkhet
|
Uttarganga
|
Food Security Under Poverty in Flood Plain
Area of Surkhet
|
After the flood in 2014, most of the
households were living in tents
The food consumption of the people was quite low i.e. only 39.5% of the household consume acceptable food To overcome this food insecurity situations, different coping strategies. The Uttarganga VDC is still in food insecure stage |
|
Surkhet
|
Latikoili
VDC
|
Sanitation
and Waterborne Diseasein Tharu Community,, Budgbudhi, Latikoili VDC
|
38% household
suffered from typhoid, and 65% suffered from diarrhea and cholera
Only 15% of the household were using filtration techniques and 56% people were unaware on waterborne disease |
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