Report compiled by; Savana Research and Consultancy ... · Report compiled by; Savana Research and...
Transcript of Report compiled by; Savana Research and Consultancy ... · Report compiled by; Savana Research and...
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INTER-GOVERNMENTAL AUTHORITY ON DEVELOPMENT (IGAD)
THE BIODIVERSITY MANAGEMENT PROGRAMME IN
THE HORN OF AFRICA (BMP)
Report compiled by; Savana Research and Consultancy Limited, 2017
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Table of Contents
1. Acknowledgement ................................................................................................................... iii
2. Executive summary ................................................................................................................. iii
3. BACKGROUND ....................................................................................................................... 1
4. OVERVIEW OF PROJECT TARGET DISTRICT SITES ........................................................ 1
5. LIVELIHOOD STRATEGIES ................................................................................................... 2
1.1 Fishing ......................................................................................................................... 2
1.2 Farming ....................................................................................................................... 3
1.3 Pastoralism/Livestock Keeping ...................................................................................... 3
1.4 Bee Hunting ................................................................................................................. 4
1.5 Trade ........................................................................................................................... 4
1.6 Shelter and Housing...................................................................................................... 5
6. IGAD BMP PILOT PROJECT PROGRESS IN RAS KAMBONI............................................. 6
1.7 Mobilization of Community for Awareness Creation on Natural Resource Management (NRM)
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1.8 Details of the five days training on NRM ........................................................................ 9
1.8.1 Day 1: Introduction to Natural Resource Management ............................................... 9
1.8.2 Day 2: Social and Economic issues of NRM ............................................................... 10
1.8.3 Day 3: Identifying biodiversity Hotspots ................................................................... 10
1.8.4 Examples of common signs of hot spots ................................................................... 11
1.8.5 Day 4 & 5: Developing an NRM Plan......................................................................... 13
1.8.6 How to prepare an NRM plan .................................................................................. 13
1.9 Rainwater Harvesting (RWH) and Water Catchment Improvement Interventions ........... 15
1.9.1 Summary of the progress achieved .......................................................................... 15
1.9.2 Details of the training ............................................................................................. 16
1.10 Support Development of Honey Value Chain ................................................................ 24
1.10.1 Details of the training ............................................................................................. 25
7. Challenges Encountered In Implementing the BMP Project Activities ................................. 34
8. Recommendations ................................................................................................................. 36
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LIST OF TABLES
Table 1: Summary of integrated soil water conservation techniques................................................... 12
Table 2: Indigenous technologies for RWH in Somalia (SWALIM, FAO, 2007) ....................................... 18
Table 3: Life cycle of honey bees....................................................................................................... 27
1. Acknowledgement
Savana Research and consultancy limited would like to sincerely thank and express our felt
gratitude to the local community of Ras kamboni for their hospitality and cooperation during
the course of the pilot activities. We would also like to thank the Honorable Mohamed Yusuf
and the staff at the ministry of minerals, energy and water of Jubbaland, Somalia. Special
thanks also goes to the district authority of Badhadhe and Ras kamboni division who provided
support to the team in the area despite the numerous challenges in the area.
2. Executive summary
The IGAD BMP implemented by ICRAF has successfully supported three project activities in Ras
Kamboni, Somalia. The three activities are honey value chain development, rainwater
harvesting and training and capacity building on natural resource management. The report
provides the achievements and next steps for each of the three activities.
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3. BACKGROUND
Biodiversity Management Programme (BMP) is an IGAD initiative with the financial support of
the European Union (EU) aiming to contribute to poverty reduction by improving the s ocial and
economic wellbeing of the populations in the IGAD region, through a better regional integration
in the environmental sector. Its purpose is the conservation and sustainable management of
the ecosystems in the IGAD region, in order to contribute to lasting ecosystem goods and
services.
ICRAF is one of the BMP Implementing Partners and is managing The Tana-Kipini-Laga Badana
Bush Bushle Land and Seascape (North East Kenya and South East Somalia), one of the three
projects financed through the IGAD Biodiversity Management Programme in the Horn of Africa
to develop collaborative management in three cross-boundaries land and seascapes between
Kenya-Somalia, Djibouti-Ethiopia and Ethiopia-South Sudan.
The ICRAF project started in November 2013 and will last till November 2017. It is being
implemented in the cross-border area of North Eastern Kenya and Southern Somalia in an area
extending from the Tana River delta in Kenya to the Laga Badana Bush Bushle National Reserve
in Somalia. Savana Consultancy & Research Services Ltd (SCRS) will partner with ICRAF and
contribute in supporting for the implementation of the proposed activities in targeted sites of
Ras Kamboni in Jubbaland-Somalia to achieve the project result on cross border biodiversity
conservation. Savana Consultancy & Research Services Ltd (SCRS) consultant of the project
selected by ICRAF to fast track implementation of activities within the cross border area of
Somalia. The priority activities include: a) Community mobilization and awareness creation on
Natural Resource Management (NRM), b) Rainwater harvesting and water catchment
improvement, c) Honey value chain development. The main objective is to implement the
above priority activities in the IGAD BMP project area in Southern Somalia to real ize the
project’s envisaged biodiversity conservation results
4. OVERVIEW OF PROJECT TARGET DISTRICT SITES
Badhadhe district is one of the four districts of the Lower Juba Region that is located in South of
Somalia adjacent to Kenya's border close to the coastal town of Lamu in Kenya (Latitude of -
1.00207 and Longitude 41.66144). The district has a total population of 49,008 with 85% or
41,656 living in rural villages and remote satellite settlements with limited access to basic social
services (UNDP-2014). The Laga Badana Bush Bushel national park s ituated at 1°23′S 41°35′E
covers an area of 3,340 km2. The park adjoins Boni-Dodori National Reserves in Kenya. This
coastal cross border area is host to a large variety of biodiversity, which is under human driven
degradation threat. The IGAD BMP project is envisaged to reverse the degradation trend to
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contribute to poverty reduction by improving the social and economic wellbeing of the
populations for conservation and sustainable management of the ecosystems in the IGAD
region, in order to contribute to lasting ecosystem goods and services. Communities in Laga -
Badana are mainly pastoralists and their main socioeconomic activities are livestock production,
small businesses, casual labour and extraction of forest products mainly for commercial
charcoal production, firewood, timber and wild honey production.
5. LIVELIHOOD STRATEGIES
Residents of Ras kamboni town engage in various activities as sources of income and they
include:
1.1 Fishing
Many Ras kamboni residents depend on fishing as their main livelihood source including those
who don’t own fishing gear by themselves but work for those who have the equipment e.g
boats and the necessary tools. However, there exists many challenges that hinder the
development and sustainability of this potentially rewarding venture. These include the lack of
good markets for fish and other sea products, foreign trawlers and ships who either destroy
nets or restrict the movement of local fishermen, lack of freezers for stocking fish, poor and
unsustainable methods or skills including over exploitation and depleting specific sea creatures
specially turtles and lobsters among others.
The marine environment around Ras kamboni is also gradually being polluted as residents
dump all their household waste at the beach.
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Bajuni fishermen arrive in Kamboni after a fishing trip photo credit: Savana Consultancy
Limited/ICRAF.
Dumping and pollution on the Ras Kamboni beach photo credit: Savana Consultancy
Limited/ICRAF.
1.2 Farming
Limited farming activities takes place from time to time around Ras kamboni area particularly
relying on rain water. Crops cultivated are usually maize and vegetables. However, some
residents carry out more established farming activities further north inland , about 30-40 km
from Ras Kamboni whereby water availability and soils support farming on a large scale.
Farmers have permanent fruit trees and other crops and vegetables. These activities have been
severely hampered by the military activities by Al shabab and KDF.
1.3 Pastoralism/Livestock Keeping
Rearing of animals especially goats, sheep, cattle and donkeys are widely practiced in the area.
Camel rearing is not practiced in the kamboni area since camels do not do well at all in this zone
but thrives to the north east near Burgavo town. Recurrent droughts and a changing
environment that has been seriously affected by deforestation is now making this kind of
livelihood strategy an extremely hard one. Water availability for the big animal herds is a critical
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factor that affects local livelihood groups and at the moment, this group is facing huge
challenges and are trekking long distances, many times across the border into Kenya, in search
of water.
Cattle herd from Ras Kamboni crossing into Kenya photo credit: Savana Consultancy
Limited/ICRAF.
1.4 Bee Hunting
Some residents have been good at collecting honey in the bush using unsustainable methods
including chasing away bees with fires
1.5 Trade
Local trading activities takes place in Ras Kamboni with Kismayo town their main source of
goods. Dhows are the only transportation method possible at the moment via the Indian
Ocean. Very limited cross border activity takes place with neighboring Kiunga on the Kenya
Side. However, Ras Kamboni is a key transit hub for Khat (Mira) stimulants imported via Kiunga
border and is transported to nearby islands and Kismayo in the space of 4 or 5 hours using
speed boats. Some residents especially women have also their service providing businesses
including tea and food kiosks, butcheries and other small shops. Other important sources of
income include: building and construction, donkey carts, livestock sale and dhow making.
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Donkey carts make their way into sea to off load goods from a boat in from Kiunga, Lamu
Border in Kenya, photo credit: Savana Consultancy Limited/ICRAF.
1.6 Shelter and Housing
Many housing structures in the area
involve traditional mud houses with very
modest building materials including
mud, small stones and palm leaves.
Many residents have rusty iron sheets
for their roof but clearly from
observation, all households have trouble
with fencing their homes including well
to do ones. Strong Sea winds and humid air conditions increase the cost of maintaining iron
sheets and shelter in general.
Sample of houses in Ras
Kamboni, photo credit: Savana
Consultancy Limited/ICRAF.
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6. IGAD BMP PILOT PROJECT PROGRESS IN RAS KAMBONI
After successful baseline assessment of three activities in Ras Kamboni , Savana Consultancy
limited with facilitation from ICRAF conducted the actual implementation of the three activities
in Ras Kamboni. The subsection below provides the progress of each of the three activities
commissioned under the IGAD BMP project implemented by ICRAF.
Progress on the three activities commissioned under the IGAD BMP project
1.7 Mobilization of Community for Awareness Creation on Natural Resource Management
(NRM)
Summary of the progress achieved
Baseline assessment on natural resource management in Ras Kamboni revealed that the people
dwelling in Ras Kamboni generate their income from jobs related to the marine biodiversity
through fishing, pastoralism, charcoal harvested from the forest, wild honey collection and
small businesses. From the survey, it was clear that;
The stakeholder in the area had inadequate knowledge about the conservation of
Natural resources
Community awareness on biodiversity conservation was low
There was weakness on development and enforcement of policies and regulations for
biodiversity conservation at local and national level
Insecurity in the area has negatively impacted the management of natural resources
Human wildlife conflict due to access to natural resource was common
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Pastoralism is among the main source of livelihood in Ras Kamboni, photo credit: Savana
Consultancy Limited/ICRAF
Additionally, it was evident that Ras Kamboni has rich natural resources especially biotic
resources on land and in the ocean that includes various types of flora and fauna which
support the community wellbeing. Others include natural energy resources for instance solar
and wind power and (yet to be confirmed but widely believed) natural gas and other fossil
fuels. Water is currently perhaps the most important natural resource for the local community.
However, sustainability of natural resources is at risk of degradation due to inadequate
community awareness on natural resources management and weak guiding policy framework.
The study recommended awareness creation and capacity building on natural resource
management targeting local communities and authorities in Ras Kamboni.
Considering the recommendation made after the baseline assessment, Savana consultancy
limited with support from World Agroforestry Center conducted training and capacity building
to local communities and local authorities in Ras Kamboni area on NRM.
The training took five days between 15th and 19th of February 2017. On the first day, the
participants were trained on the general concept of NRM, social economic dimensions of
natural resource management, objectives, benefits, challenges as well as opportunities
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presented by NRM. On the second day, the role of various stakeholders in natural resource
management was discussed and a participatory approach to identification of biodiversity
hotspots and its management was pointed out by both participants and the facilitators. On the
third day, technologies used for NRM were presented and discussed with the participants
while the fourth and fifth day involved practical sessions on the formation of a natural
resource plan for the area.
In a five day period, the team was able to create local awareness on the objectives of the
biodiversity management project and build a good platform for better and effective
management strategies of locally available natural resources. Of particular importance was the
need for soil, water and vegetation conservation of the area and prevent further
environmental degradation to ensure sustainable use of these resources. About 300
Community members of which about 70 were women which also included 40 youth members
of both sexes (14 girls) were sensitized as a result and were receptive to the messages.
However, many of the participants pointed out the challenges that exist in the area which
could hamper efforts geared towards biodiversity conservation. These include water scarcity
and the diminishing livelihood sources that resulted from protracted and recurring drought
situation that wiped out most of the animals that are the livelihood backbone for most
households. Difficulty in accessing markets especially for fishermen and restriction of
movement both on sea and land by various actors have also frustrated young people who
desperately need to gain income. All these factors strongly contribute to and may actually
compel people to adopt environmentally adverse coping mechanisms of earning income
including cutting down trees for charcoal production.
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Section of the community during the NRM discussions at the community hall in Ras Kamboni
photo credit: Savana Consultancy Limited/ICRAF
1.8 Details of the five days training on NRM
1.8.1 Day 1: Introduction to Natural Resource Management
The participants was trained on various categorize of natural resources which included wildlife,
trees, agroecology, soils and soil erosion, plants and water.
Agroecology was described as an area which could be arid, semi-arid, or humid. Agro ecological
regions have varying terrains which could be flat, gently sloping or hilly. Soil was described
based on soil characteristics whether sandy or clay; fertile or infertile, depth of topsoil, water
holding capacity, soil variation within the area and soil management practices by farmers. In
addition the participants were informed that soil fertility affects productivity and how to
manage soil to maintain fertility and reduce soil erosion. Wildlife and trees were also
mentioned as important natural resources as well as water.
The benefits of natural resources were explained as below;
Source of ecosystem services- provisioning, cultural, supporting and regulating
ecosystem services are derived from natural resources.
Ornamental- trees, wildlife and landscapes provides beauty scenery for aesthetic values
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Ecotourism – unique biodiversity attracts tourist who are a source of employment and
income generation
Wood fuel - trees are the main source of solid biomass used in sub-Sahara Africa for
cooking, lighting and other energy needs.
Construction materials- trees are sources of construction materials
National heritage - natural resources are part of the national heritage
1.8.2 Day 2: Social and Economic issues of NRM
The training covered the Objectives, benefits, challenges, opportunities presented by NRM and
Stakeholder engagement in NRM.
1.8.3 Day 3: Identifying biodiversity Hotspots
Facilitators discussed with participants the meaning of biodiversity hotspots, causes of
biodiversity degradation, indicators to identify degraded areas and recommended possible
solutions. Currently the potential hotspots to the north and north east of Ras Kamboni is a
conflict zone involving Al Shabab insurgents which makes conservation plans impossible and
therefore needs the actions of state and national authorities and their security partners to
retake territory before any environmental conservation initiative is even discussed.
Hotspot was referred to as a place where there is a lot of biodiversity that is at risk. Sometime s ,
it is used to describe an area where there is severe risk of natural resource degradation.
A biodiversity hotspot is an area with many different species of plant, animals, or
insects interacting with physical surrounding.
An agro-environmental hotspot is an area where human agricultural activities are
having a detrimental impact on the environment. This affects the environment, and
makes agriculture less productive.
An environmental hotspot is an area where any natural resource is at risk. For instance
if the project is focused around reducing the risk of disasters due to floods, landslides,
droughts, or other natural hazards, these manifestation of natural resource at risk in the
area(environmental hotspot).
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Some natural resource management problems are natural such as flooding or gullying; others
are less dramatic and harder to see because they are more gradual such as the loss of topsoil.
Others are human induced/related such as slash and burn reducing vegetation cover,
cultivating on high gradient/slope ground exposing soil to erosion, overuse of agro-chemical
leading to pollution of ecosystems
1.8.4 Examples of common signs of hot spots
Erosion - Rills or gullies, Patches of bare, stony soil where the topsoil has been removed,
Exposed tree roots, Muddy water in streams and Accumulations of silt in flat areas
Water problems - Yellow or stunted crops, damaged canals and bunds, Dry wells and springs
and Areas at risk of landslides
Soil fertility problems - Bare, stony soil, Poor crop growth, abandoned fields, certain types of
weeds and Evidence of burning fields to clear brush, decreasing productivity (yields)
Deforestation Tree stumps and trees with branches hacked off, Land covered with bushes or
coarse grasses that cannot be used for grazing, Hills with trees only in small areas and evidence
of charcoal making
Loss of native habitat and declining biodiversity- Trends in land cover of native habitats,
changes in the number of different plant or animal species and loss of forests or “bush”,
replaced by houses and/or fields.
Technologies utilized in natural resource management
Agroforestry: land use practice that involves inclusion of trees, livestock and crops in farming
systems. The Agroforestry in farming systems can be categorized into; croplands, along soil
conservation structures, for windbreaks, around homesteads for shade and ornamental, in fruit
orchard and home gardens, for improved fallows using nitrogen fixing species and In cropland
or pasture land for fodder or browse. Agroforestry systems can use fruit trees such as Mangoes,
plums, citrus, pears, bananas, avocados and Timber trees such as Grevillea spp. casuarinas
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species. Aside from agroforestry, other technologies that can be used include integrated soil
and water management technologies summarized in the table below;
Table 1: Summary of integrated soil water conservation techniques
Type Tech. Description Condition Advantages Limitations
Zai holes Holes measuring approx. 30
cm wide and 15 cm deep
- Ideal for cereal
crops
Works well in arid area,
areas with silt and clay soils.
Traps moisture,
increase soil water
retention and
minimize soil
erosion
Labour intensive
Conservation tillage Entails minimal soil
disturbance
Examples include; Herbicide
selection and application
based on type of weed and
crop; minimal or no tillage;
mulching
Reduces labour
cost,
Conserve soil
moisture, improves
water
infiltration and
water holding
capacity, reduce soil
erosion, conserve
soil structure and
beneficial
biodiversity in soil
Requires knowledge and
skills, agricultural equipment
can be costly, overuse of
herbicide can be detrimental
to environments e.g.
pollution, some broad
spectrum herbicides can
destroy other beneficial plant
species, mulching can create
conditions for crop pests and
diseases
Semi-circular bands Earth bands in the shape of a
semi-circle
varying from structures
Ideal for fruit trees and
fodder crops
Suitable on gentle slope,
works well with deep non
saline soils
Easy to construct
Suitable for uneven
terrain
Increases soil
moisture
Controls erosion
Requires regular
maintenance
Retention ditch They are laid to captures
runoff from external
catchment
suitable on gentle slope
Reduce soil erosion
Holds runoff
Guards other
structure down
stream
Labour demanding
Requires regular
maintenance
Prone to overflow
Cover crop Used to cover the ground to
minimize water loss
Attractive for crops with
shallow roots.
Improves soil
fertility, reduce soil
erosion
Beneficial to crops with
shallow roots.
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1.8.5 Day 4 & 5: Developing an NRM Plan
The participants were informed that the NRM plan identifies;
Key challenges facing natural resources;
Sets current and future goals in utilization and management of natural resource;
Provides description of activities that affect natural resources both positively and
negatively including a timeline with dates and names of people responsible with the list
of resources required, including a budget if one is needed; and
Provides a set of indicators enabling community groups to measure successes and
challenges with regards to natural resource management.
1.8.6 How to prepare an NRM plan
The best way to prepare and implement NRM plan includes community engagement, formation
of community based groups for NRM, information gathering using Participatory Rural Appraisal
(PRA) and active participation from relevant community members.
An NRM plan should include:
Problems: The list of priority problems the group decides to solve
Solutions: The general strategy to overcome each problem
Activities: The specific activities needed to put the solutions into effect. Interventions
that will enhance community livelihoods e.g. income generating activities and
contribute to biodiversity conservation
Inputs: The cash, materials, labor and other inputs needed.
Location: Where the activities will take place. You can show this on your community
social-resource map, or another map of the community or watershed.
Person(s) responsible: The names of the individuals who will lead the work, and
everyone who will participate, along with their roles
Timing: The date the activity will begin, how long it will take, and when it will end. You
can draw up a calendar to show the timing of the various activities.
Budget: A good estimate of the costs or resources required to achieve the activities, and
where the resources will come from to implement them.
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Monitoring: How to make sure that the work is progressing – and if not, why not.
Youth representatives of Ras kamboni discuss with the team on development of an NRM plan photo credit: Savana Consultancy Limited/ICRAF
1.8.6.1 Practical session to formulate NRM plan
The participants were split into 15 groups each comprising 20 members. In each group the
participants worked together in developing a NRM plan. The identified biodiversity hotspots in
the area, roles of various stakeholders in NRM, discussed the inputs and support needed to
establish NRM plan and proposed the formation of community based natural resource
managers to support in NRM.
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Groups discussing the content of the NRM plan photo credit: Savana Consultancy Limited/ICRAF
1.9 Rainwater Harvesting (RWH) and Water Catchment Improvement Interventions
1.9.1 Summary of the progress achieved
The baseline assessment recommended capacity building of the stakeholders on rain water
harvesting and the rehabilitation of the existing water pan in Ras Kamboni. Training was
conducted on rainwater harvesting technologies, various ways to access water including natural
catchments, manmade and water harvesting, use and management of water sources,
technologies used to access, collect and store water e.g. domestic rainwater harvesting, surface
catchment systems, small scale dams, micro catchment, external catchment systems (rainwater
harvesting). Groups sessions focused on; various technologies trained on, each group to coming
up with the best technology in the area based on what has been thought, discussion of
sustainability issues concerning water and appropriate management practices to mana ge the
water sources. The participants then came up with a proposal to the relevant authorities
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concerning the discussed water issues to lobby for support and inclusion into government
plans.
The existing water catchment is highly silted and needs rehabilitation, photo credit: Savana
Consultancy Limited/ICRAF.
1.9.2 Details of the training
1.9.2.1 Day 1: General Background on Water and Somalia
Somalia is located in an extreme water scarce area, where most of the available water
resources exist in rivers shared with neighbouring countries and demand for water is increasing
due to the population and urban growth. Many sources of water in Somalia have been
damaged or have lacked maintenance since the outbreak of conflict in the early 1990s. Many
places in Somalia today, if someone wants water, he/she have to walk a long distance to find it
for family and/or animals. If found, one has to pay for it in many cases. And even then, it is
often dirty, and not suitable for human consumption. Millions of people have fled to other
areas due to conflict, abuse of their rights or drought/shortage of water and food. During the
past few years, Somalia has experienced flooding, droughts and overgrazing. Food security and
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clean water are issues of concern since there is little cultivation due to the vast areas of desert
or semi-desert.
Water shortage has been one of the major causes contributing to the ongoing civil war, a
determining factor in the fragile system of life in rural areas and one of the country's main
traditional sources of social conflict because of its scarcity. Similarly, Children’s health and
nutritional well-being are strongly linked to their access to safe water and proper sanitation and
hygiene. Unlike other countries in the region that have networks of rainwater harvesting
associations composed of diverse disciples relevant to the technology, Somalia is just beginning
to establish its own structure therefore, It is important to put in place more sustainable
solutions for water including rehabilitating boreholes/shallow wells, water catchments, and
improving the management of both water and sanitation facilities.
In Ras Kamboni area, access to water resource follows a similar pattern with the rest of the
country. Households have some access to shallow wells that are predominantly saline with
women and girls usually bearing the brunt of continuous search of water for their families. A 20
litre of fresh water in Ras Kamboni sells at 0.25 USD forcing children especially girls to be tasked
with fetching water. These have implications at other levels for instance on health and
education of the young who spend much of their time carrying loads of water on a daily basis.
Pastoralists have even more challenges as they need water for their animals and may be forced
to trek long distances especially in dry seasons whereby water related conflicts may arise
particularly when affected families cross the border with their animals putting pressure on the
scarce water and grazing points of the host community.
1.9.2.2 Day 2: Main Reasons for Water Crisis in Somalia
During this session participants were trained on the causes of water challenges including; lack
of funds and investments for water development, lack of Political stability/Conflicts, social
problems associated with access to natural resources and environmental related Disasters
such as drought and environmental degradation.
Proposal for mitigation of water related challenges
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Proper management of water resources; this involves protection of upstream aquifers,
desiltation of water pan, proper use of water sources and safeguarding the water points.
Government and donor support to establish and rehabilitate existing water bodies
Considering the local population in Ras Kamboni lacks the financial and technical skills to
establish water points, there is need for donor and government support in establishing and
maintaining the water points.
Building community capacity on use and sustainability of water resource
For effective utilization of the local community in management of water resources, capacity
building is necessary.
Stakeholder engagement in access, utilization and proper management of water
Identification and definition of the roles of different stakeholders in natural resource
management is a key step towards efficiency in accessing, utilization and management of
water resources.
1.9.2.3 Day 3: Indigenous technologies for RWH in Somalia
Table 2: Indigenous technologies for RWH in Somalia (SWALIM, FAO, 2007)
Somaliland Puntland S. Somalia
Technology Local name Technology Local name
Technology Local name
Cement water tank
Berkad Underground water tank
Berkad Cement water tank
Berkad
Bund Naxaroor/Xadhig
Natural water pond
Balli Underground reservoir
Ceel/Mugsid
Water pond/earth dam
Balley Water pond/earth
dam
Xurfad Water pond/earth
dam
War
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Somaliland Puntland S. Somalia
Hand well behind a dam
Ceel Well Ceel Natural water course
Tog
Spring IL Spring IL Flood diversion
Deshek
Roof water
harvesting
Majaroor Roof water
tank
Berkad
Guri
Natural
depression
Gal
Subsurface dam Doox xidh
Underground reservoir
Ceel/Mugsid
Natural ditch Dhiijan
Flood channel Deshek
Terrace
Plastic pond
Pit
1.9.2.4 Day 4. Examples of RWH in Somalia
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Desilted water pan in Ras Kamboni, Director Savanna consultancy limited seeking feedback from one of the direct beneficiary, photo credit: Savana Consultancy Limited/ICRAF.
1.9.2.5 Day 4 and 5: Visit to the water point requested by the community for de-silting
Some technologies used in rain water harvesting in Somalia, photo credit: Savana Consultancy
Limited/OXFAM.
With regards to rehabilitation of the water pan, ICRAF supported in purchasing wheel barrows,
shovels and other materials to support in rehabilitation of the water pan to harvest rain water
and reduce water shortages in the area.
Savana consultancy mobilized local communities and the authorities on the need for harvesting
rain water at family and community levels as a sustainable way of availing much needed water
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resource in the dry periods. Fifty local men as a result participated in the de-siltation activity of
war serka catchment in the month of February, 2017 with a daily average incentive of $5 for
each worker. This was done in order to improve the capacity of the catchment as well as the
quality of the water to be harvested in the next rainy period. Severe temperatures in Ras
Kamboni and the prolonged emergency food conditions in the area has impacted the work time
every day as it was almost impossible to work more than 4-5 hours on each day. There was also
a need to transport workers to the area and provide water and food with tea at the break.
With the help of the local authority, and as a direct result of mobilization efforts, a contractor
working on a road project across the border agreed to further carry out some digging and
expansion on the water pan which is expected to considerably increase the current capacity.
This means things may well change for the better in terms of fresh water availability in the area
next season. Unfortunately contractor abandoned the work. It is reported that he was
threatened and told to halt the project by insurgent groups.
The water pan is situated on the Kenya Somalia border near Ras Kamboni, the war Sera water
catchment has the capacity to serve local population and their livestock in and around Ras
kamboni with fresh water in the rainy seasons and more importantly in the dry seasons. In
many instances, livestock herders from neighboring Kenya also use water from this water pan.
The inner basin measures approximately 20 m in width and 25 m in length and is roughly 2.2 m
deep. On the outer basin, the approximate measurements are 70 m long and 32 meters wide
with an estimated depth of 3.5 meters. The dimensions indicate the water pan has good
capacity to hold over 4 million liters using the aforementioned measurements once full and
supply much needed fresh water for several months. With proper management, it can
contribute to local resilience in the dry periods. During the rainy seasons, siltation occurs due
to localized soil erosion leading to reduced capacity to hold water therefore necessitating
regular de-siltation activities.
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Community members working on the warserka water catchment: Location (-1.632613, 41.56097) photo credit: Savana Consultancy Limited/ICRAF.
Livestock keepers, more than any other livelihood group benefit from the catchment/ surface
dam while some agro-pastoralists practice farming activities near the catchment.
Meanwhile, in nearby Ras kamboni settlement, households rely on shallow wells for their
domestic water needs with families either sending members to fetch water or relying on water
vendors who use donkey carts to sell fresh water to households. A 20 liter jerry can cost up to
$0.25 or even more. Most of these wells or scoop-holes have fences around them but are not
protected at the mouth and hence dirty water or run-off water can easily flow into them during
water drawing or when it rains.
23
Community members at work in the catchment photo credit: Savana Consultancy Limited/ICRAF.
Unprotected water hole in Ras Kamboni seen here on the left. A similar shallow well in Odhow area is used to supply water to Burgavo, 50 km further north east. photo credit: Savana
Consultancy Limited/ICRAF.
The other very important water catchment in the area, Mera Bannaan, is located 8-12 km
further north which serves a large area in comparison and according to many locals, needs
significant de-siltation. Of all the coastal archipelago regions, South of Kismayo, Ras Kamboni
and especially Odhow area seem to have better access to water than say Manarani and
Burgavo which seem to suffer more and who at the time of the pilot project, relied on water
trucking using vehicles whereby a 20 liter jerry can cost as much as a dollar.
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From Observation, many women and girls compared with men and boys spent more time
fetching water for household use, indicating the burden this places on the female members
who have traditionally more households’ chores to take care of.
1.10 Support Development of Honey Value Chain
The support for development of Biodiversity based value chains related to Ecosystem goods
and services focused on honey value chain. The participants informed the facilitators that in Ras
Kamboni, wild honey collection is practiced which pose a threat to biodiversity. The actors in
the sector are not organized and lack the adequate skills to handle the process. In this regard,
two training workshops were held; one in Kismayo and Ras Kamboni where skills in modern bee
keeping using modern Langstroth frame hives were introduced to participants. The trainees
were able to understand various concepts ranging from the classification of honey bees and
what actually takes place inside a hive, to harvesting and marketing of bee products. All the
stakeholders in honey value chain were also mapped and link in a value chain structure.
From the mobilization activity, bee keeping beneficiaries were selected and registered with the
local elders and leaders bringing the final list to 50 beneficiaries divided into groups of 5. Each
group was subsequently given one langstroth bee hive and the rest of the beekeeping gear
was handed to one group leader for sharing. With the help of two members that attended the
first training and with good experience, 6 out of 10 hives were colonized with bees in the two
weeks following the hive distribution.
The catching of bee swarms have been seriously affected by the severe drought raging through
the whole Somalia with bees migrating further inland where more trees exist and water could
be available.
During the first stage of mobilization where the team discussed the honey bee keeping. Many
residents were dismayed partly due to the high expectations created by previous organizations
that implemented interventions in the area, including the distribution of unconditional cash
and relief food. However, by the end of the mobilization and the demo workshops, almost
everyone in Ras Kamboni seriously wanted to take part. One fishing community that initially
made clear that beekeeping was not their kind of enterprise made a comeback to say that they
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erred in judgment and needed to be given a priority in the next phase. In all indication
therefore, the modern bee keeping system introduced in Ras Kamboni area will be a success in
the short term and more importantly in the long run.
1.10.1 Details of the training
The training sessions were subdivided into related topics with presentations. Participants
keenly followed the topics while the trainer included audio visual media where possible to
create a good grasp for the concepts. Each lecture was at the end followed by a question and
answer session where trainees asked for more clarification or shared their own experiences
with the rest of the participants.
1.10.1.1 Day 1: Session 1: Introduction to modern bee keeping and the honeybee
The training was officially opened by the director general of the ministry of water, minerals
and energy of Jubbaland state of Somalia Mr. Omar Ahmed who thanked the organizers and
the donors for facilitating the training and also pledged to provide support at state level.
Trainees were therefore taken through the basics of modern bee keeping and the facilitator
started with the theory part beginning with the honeybee that is at the centre of this particular
activity.
Honey bees are social insects, by working together the survival of all members of the colony
are ensured. Honey bees belong to the animal kingdom, Phylum Arthropoda, Order
Hymenoptera, class Insecta, family Apidae, genus Apis. The genus Apis is divided into several
species and sub-species/races but the training manual focus only Apis mellifera.
Honey bees are social insects that live in colonies of 10,000 to 80,000 bees. A colony consists
of a queen (fertile female), a few hundred drones (males) and thousands of workers (sterile
females). The queen is leader of the colony and responsible hive reproduction. The different
sort of bee in the colony their work in the hive was described to trainees as indicated below
described below:
Queen:
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The Queen bee is a reproductive female. There is only one queen in the hive and her job is to
lay eggs between 1,500 - 2,000 eggs per day. When a new queen born in the hive and starts life,
she mates only once with drones outside the hive. If climatic conditions permit, the queen will
make a mating flight around five or six days after emergence. She will start to lay eggs 36 hours
or more after a successful mating flight, usually more after three days. The life span of queen is
4-5 years and after two years start to lay few eggs and beekeepers have to pay attention to the
age of queen and change queen after three years in order to keep the hive production
maximum. Queen is largest bee sort in the colony due to massive feeding with royal jelly during
the development at the larvae stage. The queen controls the colony and releases pheromones
to inform the member of the colony that she is still alive and undertakes her duty of egg laying
and others has go after their work in order thrive the bee colony.
Drones
The Drones are males that develop from unfertilized eggs and their only task is to mate with
the queen during initiation new colony. There are about 500 drones in a hive and are bigger
than the workers. They have very large eyes which are used to spot the Queen during mating.
Drones do not collect food due to shorter proboscis and are dependent on the workers for
food. The worker chase the drones out of the hive to die during the food shortage and their
lifespan is usually not more than 2 months
The Workers
Workers are all sterile females and constitute the largest group in a hive. The worker bees’
change tasks according to age. Young worker bees clean the hive, feed both young and the
Queen, make the beeswax combs and guard the hive. Older workers lookout for food and
collect the nectar, pollen, propolis and water. The workers are responsible for the honey
formation process and defence of the colony against enemies. Worker lifespan is 7-8 weeks
during the main flowering season when they work hard, however, they can live longer during
dormant period.
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One of the training participants seeking clarification from Dr. Osman Gedow, standing on the left side, photo credit: Savana Consultancy Limited/ICRAF.
Life cycle of honey bee
Honey bee start life as a small egg laid by the queen in the wax cells. After three days, the egg
hatches and becomes tiny larvae in open cell, young workers start to feed first on royal jelly
and then mixture of honey and pollen grain. After five days the development of worker larvae
is completed and the cell is capped and the larvae begin to pupate in which it gradually
changes into an adult bee. The bee chews through the wax wall and emerge as an adult. The
drone larvae need to develop six day to the capping stage.
Table 3: Life cycle of honey bees
Egg Larvae Pupae Total
Queen 3 6 6-7 16
Worker 3 6 11-12 21
Drone 3 6-8 12-13 24
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Beekeeping system
The human’s relation to the honeybee started quite long with honey hunting forest and
woodland. People learn the important of honey for their national and start to exert some
degree of control to the bees in order to reduce unpredictability of harvesting honey from the
wild colonies, and begin to own and manage the bee hives. There are three stages of from
traditional to the modern beekeeping system and include:-
Honey hunting and opportunistic collection
This method involves search bee colonies in the forest and woodland without knowing the
location of the colonies. Once a good colony is found, the hunter and gatherer kills all bees or
chase them from the trees, cliffs or in the earth where they have brood and honey. He
destroys structure that houses bee and remove the combs which contains honey and larvae
and pupae (brood). The hunter uses honey and leaves the brood which is consumed by the
Honey Badger (Mellivora capensis)). This honey hunting and gathering method is destructive to
the bee colonies as well as to the environment.
Bee Swarm Trap
This is semi-housing or providing of empty log, grass or clay made houses to attract free living
bees. Log is positioned top on the tree trunk and attracting incenses may be applied to attract
bees. Combs containing honey are identified and removed periodically. The bee owner
provides protection and maintains the colony for future harvest without destroying it. This
allows him to return colony and harvest honey periodically as well as other hive products such
as wax, pollen, and propolis.
Modern beekeeping
The modern beekeeping system is based on manipulation and management of hive without
destruction of colony brood. There are two hive designs use in eastern African countries and
they are include:-
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Top bar hive: this is a box with a series of wood bars arranged side by side along the upper part
of box. Inside the box is empty and bees are encourages to construct their combs from the
under site of the wood bars. The movability of bars allows the beekeeper to lift the each bar
and check if it contains ripe honey and removed for harvesting. This hive is very simple and it
good for honey and wax harvesting.
Frame hive: Frame hive is a box with 9-11 movable frames. This type of hive gives beekeeper
to manipulate and manage the compartment of hive without destroying brood or honey
storage area of the hive. Honey extract of such hive needs specialized machinery to harvest.
Beewax yield from the movable frame hive is very low compared to top bar hives, becaus e the
structure in brood and honey compartment is fixed once and no need removing or changing
wax for several years.
Factors affecting quality of honey and other honey products
Honeybee pests and Diseases and parasite management
Apiary management; colony Inspection
Colony Cycle and Seasonal Management; Swarming
Feeding honeybees, bee forage
1.10.1.2 Day 2: Beekeeping Equipment
Many different types of equipment are used in beekeeping industry right from the apiary
through harvesting, processing and packaging to transporting and storage of hive products.
Beekeeping equipment include beehives, harvesting gear, processing gear, storage and
transportation facilities.
Woven basket hive: the woven baskets vary in shape, form, size type of materials prepared or
made. They are made leaves of palm trees or reed grass.
Log hive: this tree trunk removed the inner part and has cylindrical in shape. Both end have
opening which is closable and the entrance is made on one side of cylindrical tree trunk.
Clay hive: this is made from baked clay soil and has different shape and size. The entrance bees
is small hole made at one end.
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Langstroth hive: a Langstroth hive is any vertically modular compartment bee hive that fits
inside the box 9-11 frames and named after the found of Langstroth in 1852.
Some participants holding the lang-stroth hive provided by ICRAF through the IGAD BMP project, photo credit: Savana Consultancy Limited/ICRAF.
Day 3: Bee harvesting gear
Session 1:
Bee harvesting gear
Smokers: this is made on galvanized metallic sheet and has different in shape and size. It has
chamber where you can burn grass or husk to produce smoke.
Bee suit: Consists of an overall and a head veil; the overall is made of white or yellow khaki
material with a head veil attached to it. The net of the head veil is made out of strong black
nylon material in order to have good vision and ventilation. The hat of the veil consists of the
same khaki material of the overall with a round stretching stiff ring of approximate diameter of
42 cm.
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Bee gloves: the gloves is made of soft leather material or soft latex gloves, joined with a piece
of strong cloth to protect the hand. The beekeeper is urged to acquire gloves to ensure that he
works with little or no difficulty protected from bee stinging.
Gum or leather boots: the boot is made to protect the sting of bees on your leg and feet while
you are working at the hive. When they are not available, a pair of light shoes and thick white
socks can be worn.
Hive tool set: the hive tool Consists of a bee brush and hive opener. The hive opener is made
flat iron bar and used to detach the frames and become movable within the hive while the bush
needed to remove bees on the frames.
One of the participant dressed in harvesting gear provided by ICRAF through IGAD BMP, photo credit: Savana Consultancy Limited/ICRAF.
Session 2:
Bee processing Equipment
Modern beekeeping system need to use machinery for harvesting and processing quality
honey and include:-
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Centrifuge extractor: the centrifuge is ready made machine and made stainless steel. They
have extracting capacity of 3 to 8 frames and they are manual and electric operatory.
Bucket and sieves: every beekeeper needs to have clean buckets with capacity of 20kg for easy
transport or lifting. They also need double sieve for cleaning the honey before pouring in the
marketing containers.
Harvesting bucks lined with muslin clothe for squeezing out the honey.
Other hive products: beeswax, propolis, bee venom, pollen, royal jelly, brood etc.
Honey and other products packaging, branding and marketing
Record keeping
Practical training on frame hives
Instructor has to show how the frames are fixed and wired so the new beekeepers know
the wire and inner wax fixing procedures.
If the hive is knockdown model, the instructor has to assemble of hive from the floor,
brood chamber, honey chamber and protective cover.
Bee hive population is very important step of beekeeping and it has to be dealt very
thoroughly so the beekeeper understand populating bee hive and swam catching
techniques.
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The instructor also need to show how the centrifuges are used and de-capping ways of
frames as well as purification of honey before marketing.
Day 4 and Five: Honey Value Chains and Market Management
Forming honey value chain development group(s): production and marketing
Development of honey value chain. This may include better packaging and surveying of new
markets where increased revenues could be generated. Employing stringent hygiene measures
also raises the profile and further improves value.
Trained community members share knowledge with community groups on modern keeping.
Source, field photo, Savana Consultancy Limited/ICRAF
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Honey Value Chain groups at hive distribution site, photo credit: Savana Consultancy Limited/ICRAF.
7. Challenges Encountered In Implementing the BMP Project Activities
Implementing the pilot biodiversity programme in Ras Kamboni entailed quite some challenges
and some of them can be listed below:
Accessibility challenges: Ras Kamboni has limited accessibility due to Al shabab insurgent
activities in the Southern part of Somalia. Hence it can be safely accessed only by sea or
through the border with Kenya
Severe drought in the area and its effects have demoralized residents hence difficulty in
directing people's attention to environmental issues and alternative livelihood strategies
One of the key challenges in the area is the perception created by the visiting NGOs
whereby it is evident from the people's expectations that some kind of dependence on
NGO now exists, so much so that people are not ready to tackle local problems and believe
some NGO will come and bring funds for every specific problem they experience.
35
Transport and accessibility is one of the many challenges in Ras Kamboni, photo credit: Savana Consultancy Limited/ICRAF.
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8. Recommendations
There is dire need for all stakeholders to find timely solution to the water situation
in the accessible parts of Laga Badana Bush Bush in the shortest time possible. This
could include drilling of strategically located boreholes and the introduction of
concrete rainwater harvesting strategies including initiating new water dams and
distribution of tanks for maximizing water harvests . This could be key for subsequent
initiatives including establishing of tree nurseries and reversing desertification.
It is recommended that a scale up of the honey value chain input distribution and
capacity building be carried out once the drought ends. This will consolidate the
gains on the ground and motivate many people to divert from environmentally
harmful coping mechanisms and contribute to the overall poverty reduction goal.
The local authorities and the Central government in Somalia with internal or
external assistance, need to prioritize the area in terms of infrastructure
development and service delivery (e.g.; Education and health) and improve security
outside the coastal belt.
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List of participants
Name Contact
Jaji Shee Abdi 0618187496
Omar Mzee Ahmed 0618586090
Said Yusuf Said 0615060280
Musawa Taibu Ali 0618213939
Said Omar Sharif 0618671147
Omar Bwana Ahmed N/A
Abdi yusuf Maalim 0618213909
Mohamed Abdalla Musa 0617800214
Abdirizak Mohamed Musa
Ismail Abdala Wasir
Ali Bahero Musa 0618670582
Mohamed Bakar Shahib 06`5061191
Ali Hussein Sheli
Yusuf Husen Sheli
Musa Lali Musa 0618673963
Ahmed Siraji Shehe
Bakar Mohamed Musa
Mohamed Tibu Haji
Baa Haji Mohamed Mahdi 0617800192
Ali Shelal Hassan 0618213914
Shehe Omar Shehe 0618708817
Musa Ahmed Madi 0618586875
Hadi Mohamed Masuwa 0168213780
Kupi Shehe Mote `
Lali Hussen Lali
Maxamed Bakar Cusmaan
Twalib Bahaji Mohamed 0618586859
Abdii Samedi Bahero 0618583632
Abdi Tibu Haji 0617551101
38
Ali Muhdar Ali 0618671081
Mowlana Sharif Ali 0618583560
Ali Osman Hasan 0618671923
Ahmed yusuf Adamu 0616629463
AliTtawligu Ali 0618671072
Shelal Banu Arabu 0618584780
Hassan Omar Shee 0618821341
Mohamed Sheekhal Hasan
Mohamed Musa Haji 061586928
Shaali Shaban Faki 0618584778
Hashimu Shariif Ali 0618586688
Shali Lali Sheli 0615412565
Adiyo Ismail Ali 0612057351
Mohamed Ali Hamadi 0612190870
Hasan Sefu Abdala
Sadiki Sheli Musa 0617989054
Famau Shee Mote
Mohamed Musa Shaali 0616821577
Ahmed Idiris Ahmed 0618586690
Adamu Mohamed Siraji 0618585227
Shali Moalimu Shali 0618213526
Yasin Taha Masuwa 0615161871
Hasan Sheel Hasan 0618671741
Shee Maadi Ali 0618275178
Ali Musa Shekal 0618275268
Mahdi Ahmed Siraji
Mohamed Adan Husen
Abdirashid Ibraahin Maadeey
Ahmed Mohamed Ali
Abdirahman Nuur Ismaan
Iftiin Ibraahin Dhi'is
39
Maaida Barre Idiris
Mohamed Musa Shariif
Osman Dira Shahibu
Abulahi Osman Musa 0618398292
Harun Mohamed Tula
Halidi Ismail Ali
Hussen Adiyo
Maryamu Bili Bare 0618583543
Asiya Dahir Osman 0618585589
Sakiina Abdala Wasiir 0617770177
Maryan suleman Mohamed
Soda Abdikadir Saalah
Wayamenye Abdi Shali
Fadumo Mohamed Saalah
Zaynabu Faki Shebun
Hindu Mohamed Bakar 0618586903
Haziji Adam Siraji 0612190829
Fadumo Osman Hasan 616229743
Ika Ismail Faman 0618221592
Mwnase Mohamed Tibu 0615685501
Sahra Lali Shali 0615292016
Hawa Abdi Shehe `
Eisha Shariif Xuseen
Haliimo Hamid Shali 0618398276
Shamusi Sharif Bohol 0619059689
Tima Shalali Hasan
Nuru Mohamed Siraji
40
Participants of Honey Value Chain Training In Kismayu for IRDO and Savana
Name Organization Contact
Abdullahi Mohamed Mustafa Savana 616278988
Mohamed Noor Omar IRDO 619108255
Abdinafa Hassan Omar IRDO 612028559
Sahal Abdulahi Yusuf Omar Ministry of Energy, Water and Mineral resources 615290826
Adan sha’ban Mose Omar Ras kamboni 615633561
Mohamed Bayle Muhumad Burgabo 618837771
Siyaad Bashir Omar Burgabo 618060001
Mo’alim nor BASHIR Ras kamboni 615180025
Ibrahim Mo’alin Ali Savana 618440438
Fardowsa Osman Isak Ministry of Energy, Water and Mineral resources 615534992
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Appendix 1: Aerial view of environmental degradation in Ras kamboni area