Database :: SWIMS
Id Code Select the type of water source being inspected Select the agency inspecting this water source Enter the date of source inspection Region District Enter the name of settlement / village where the source is located Distance to nearest settlement (KM) Select the agency that established this water source Enter the date when the source was established Enter the water source name Source gpspoint Enter water source Latitude in decimal degrees Enter water source Longitude in decimal degrees Enter Elevation (m.a.s.l) Enter GPS Precision (m) Enter number of water sources in a cluster Water Source Photographs Select the category of users for this water source Is this a permanent status water source? For how many months in a year is this water source in use (#)? Is this water source currently functioning? Non functioning reason No. of persons using No. of Camels using the source No. of Cattle using the source No. of Sheep/Goats using the source Area irrigated using the source (ha) Is the source protected? What is the depth of this borehole (m)? Type of Casing Casing size (inches) What is the current static water level of this borehole (m)? What is the yield of this borehole (m3/hr)? How long is this borehole operated in a day (hr)? What is the borehole draw down (m)? After pumping, how long does this borehole take to recover (hr)? What is the depth of this dug well (m)? What is the current static water level of this dug well (m)? What is the yield of this dug well (m3/hr)? How long is this dug well operated in a day (hr)? What is the dug well draw down (m)? After pumping, how long does this dug well take to recover (hr)? What is the depth of this dam (m)? What is the length of this dam (m)? What is the width of this dam (m)? What is the depth of this berkad (m)? What is the length of this berkad (m)? What is the width of this berkad (m)? What is the cumulative discharge rate of this spring (m3/hr)? What is the depth of this source (m)? What is the length of this source (m)? What is the width of this source (m)? What is the yield of the source (m3/hr)? What type of reservoir is used for this source? Reservoir capacity (m3) Pipeline type Pipeline length (m) How many House Holds (HH) are connected to this water source? How many kiosks/water points are connected to this source? How many animal troughs are connected to this source? Source used for water trucking during emergency? No. of trucks / day Average truck capacity (m3) Pump type Pump model Pump capacity (m3/hr) Pump level (m) Power source Generator/Solar type Generator capacity (kVA/kWh) What type/model is the solar used? What capacity is the solar (kWh)? Condition of supply system Additional notes on supply & distribution system condition Any visible physical problem (color, odor)? Please describe the color, odor and smell of water Temperature PH Electrical Conductivity (µs/cm) Total Dissolved Solids (mg/l) Water sample code. (if taken) Management type Water & Sanitation Committee (WSC)? Year established WSC members male WSC members female DIs water for human use charged? Current cost of 20 ltr jerrican (USD/20ltr) Is water for animal use charged? Current cost for Livestock (USD/100ltr) What is the name of the operator/caretaker for this water source? What is the phone number of the operator/caretaker? Which agency carried out last intervention on this water source? Recent interventions Last intervention date Proposed intervention description Additional Notes Metadata Tag
2948 DWBRBA010 Dug Well SWALIM_HGS Feb. 21, 2012 Bari Bandar Beyla Dhuur 1 9.2474 50.6085 127.0 Yes 4.0 2.7 8.0 1930.0 2000-03-01 Limestone Hydrogeological Survey and Assessment of Selected Areas in Somaliland and Puntland - HASP
6959 TGBRBA001 Others_Togga SWALIM_WSIS Feb. 22, 2012 Bari Bandar beyla Dhuur/DHUT004 9.24971 50.60872 124.0 Yes 9000 26.0 8.7 Quarterian Hydrogeological Survey and Assessment of Selected Areas in Somaliland and Puntland - HASP
6144 SPBRBA015 Spring SWALIM_WSIS July 10, 2008 Bari Bandar Beyla Dhuur Diniq 9.2466 50.6285 107.0 Yes Yes 7.9 2190.0 Water Sources Inventory Survey – WSIS
6157 SPBRBA028 Spring SWALIM_WSIS July 12, 2008 Bari Bandar Beyla Kulule Kulule 9.1574 50.6463 43.0 Yes Yes 6.8 3720.0 Water Sources Inventory Survey – WSIS
6145 SPBRBA016 Spring SWALIM_WSIS July 9, 2008 Bari Bandar Beyla Dhuur Shululux 9.2325 50.6644 14.0 Yes Yes 7.5 3052.0 Water Sources Inventory Survey – WSIS
6146 SPBRBA017 Spring SWALIM_WSIS July 9, 2008 Bari Bandar Beyla Dhuur AF Jaan 9.2303 50.6661 9.0 Yes Yes 7.0 3200.0 Water Sources Inventory Survey – WSIS
7537 Dug Well Puntland Ministry of Energy Minerals and Water March 21, 2022 Bari iskushuban Gargoore 0.1 Community_ 10/01/2012 Gargoore duggwell 10.4938131 50.6961789 66.0 3 urban yes Yes 2000 6.0 3.0 2.0 6.0 Concrete/Masonry tank 6.0 Galvanised Steel 1200.0 30 6 no Submersible Pump Lowara 6.0 Solar fair Yield is very low. The tank is small. The rate of solar is low. no 28.0 7.8 1094.0 547.0 Communal yes 21/07/2019 2 3 yes 0.05 no CARE Somalia 24/11/2019 Replacement of distribution pipe line. Construction of 6 kiosks. Generator Pump. Construction of elevated water tank. Increasing of solar panels. Construction of caretaker room.
3074 DWBRIS004 Dug Well SWALIM_WSIS June 27, 2008 Bari Iskushuban gargoore 10.4937 50.6962 116.0 Yes Yes 7.0 5.0 6.0 8.0 820.0 Water Sources Inventory Survey – WSIS
7060 Spring Puntland Ministry of Energy Minerals and Water March 15, 2022 Bari iskushuban Iskorsaar 0.4 Community_ 23/07/2014 Iskorsaar spring. 9.9572419 50.7000843 245.0 1 rural urban yes Yes 1200 100 800 4.0 Concrete/Masonry tank 10.0 Galvanised Steel 3 1 yes 4 6.0 Submersible Pump Lowara Solar poor The iskorsaar spring distribute water to the elevated water tank. The elevated water tank distribute water to the kiosks in the village and animal troughs. At this time the submersible pump has no functioning. Water can not reach to the tank, and kiosks in the village. no 27.8 7.4 2640.0 1333.0 Communal yes 24/08/2016 4 3 yes 0.02 yes Puntland MoEMW 17/06/2018 Replacement of submersible pump. 1: Installation of submersible pump and distribution pipe lines. 2: Generator. 3: Opening the mouth of spring, in order to increase the yield. 4: Construction of spring protection and storage which collect water from spring. 5: Installation of solar power system. 6: Construction of another elevated water tank due demand of animals and society. 7: Construction of caretaker room.
6233 SPBRIS008 Spring SWALIM_WSIS June 30, 2008 Bari Iskushuban Xuubabays Iskoorosaar 9.9644 50.7003 294.0 Yes Yes 7.8 2892.0 Water Sources Inventory Survey – WSIS

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SWALIM is a multi-donor project managed by FAO and currently funded by The European Union, USAID, SDC, FCDO and Government of France

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