comprehensive disaster risk reduction and management plan - Jagna

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LIST OF ACRONYMS ABEC Inc. ACDV BDRRMC BIDEF BFP CCA CP DENR- MGB DRR JEMRU HFA LDRRMC LDRRMF LDRRMO LGU MAO MDRRMC MDRRMO MDRRMP MENRO MSWDO NGO PDRRMF PO RA UNISDR Antonio Balang Environmental Consultants Incorporated Accredited Community Disaster Volunteer Barangay Disaster Risk Reduction and Management Council Bohol Integrated Development Program Bureau of Fire Protection Climate Change Adaptation Contingency Plan Department of Environment and Natural Resource- Mines and Geosciences Bureau Disaster Risk Reduction Jagna Emergency Management and Rescue Unit Hyogo Framework of Action Local Disaster Risk Reduction and Management Council Local Disaster Risk Reduction and Management Fund Local Disaster Risk Reduction and Management Office Local Government Unit Municipal Agriculture office Municipal Disaster Risk Reduction and Management Council Municipal Disaster Risk Reduction and Management Office Municipal Disaster Risk Reduction and Management Plan Municipal Environment and Natural Resources office Municipal Social Welfare and Development Office Non-Government Organization Provincial Disaster Risk Reduction and Management Fund People’s Organization Republic Act United Nation International Strategy for Disaster Reduction Jagna, Bohol Disaster Risk Reduction and Management Plan (2012 -2016) 6
EXECUTIVE SUMMARY The municipality is located within the three (3) major rivers in Bohol: 1) Alejawan River is 69.28 square kilometers or 39% of the total length of the river basin, The Alejawan River is the longest river in Jagna which has headwaters in the inland mountainous portion and flows to the eastern part and drain directly to Mindanao Sea; 2) Manaba River is 12.52 square kilometers or 13% of the total length of the river basin and; 3) Inabanga River is 11.77 square kilometers or 1.89% of the total river basin. The river network system is moderately developed in the coastal area and well developed in the central portion of the town. But, in the northern inland mountainous range, the river network system is poorly developed which indicates that in the northern upland part of the municipality, most of the runoff can infiltrate into underground and form aquifers while in the central and coastal portion the water upstream is drained into the rivers and transported into the sea. The surface water runoff in the 3 major river basin in Alejawan, Manaba and Inabanga is (estimated to 792mm/yr/sq.m; 906mm/yr/sq.m; and 728mm/yr/sq.m respectively) within the municipal area is estimated to 204,854 cubic meter per day on the average which is sufficient to cover the projected water demand of 9,925 cum/day for the irrigation. The Municipal Government of Jagna is also conserving and protecting the abundant water resources of the municipality. This prompted the LGU to enact the following: the Environment Code, the Coastal Resource Management Code, the Local Fishery Code and the Marine Protected Area Plans. Fish wardens and Bantay Dagat Task Forces have been organized and deputized for the enforcement of these codes. Certainly, enactment and implementation of these codes attributed to the garnering of Jagna of the award as Best LGU on SWM Enforcement and Implementation and it becoming an appropriate learning site on SWM implementation in the province. Table 1: Existing Surface Water of Municipality of Jagna SURFACE WATER LOCATION CLASSIFICATION Alejawan River Boundary of Jagna and Duero Public Water Balili Spring Balili Public Water Kinahugan Cabungaan Public Water Lonoy Spring Lonoy Public Water Odiong Odiong Public Water Lonoy Creek Lonoy Public Water Source: Municipal Engineer's Office LGU Jagna 2007 Surface water in Lonoy is one of the major water sources of the town proper. The Tinubdan Spring in Lonoy is the main source of potable water drawn by gravity down to the water reservoirs located in Barangay Canukso, Cambugason and in Tejero. Other use of surface water is for the irrigation of the rice fields and farms in the barangay. The municipality may experience water scarcity especially during summer time or in season where there were only few rains. During this time there is a schedule of water service delivery in some areas like Canjulao and Can-upao. The water system Jagna, Bohol Disaster Risk Reduction and Management Plan (2012 -2016) 7
Page 1 and 2: 2012- 2016 COMPREHENSIVE DISASTER R
Page 3 and 4: TABLE OF CONTENTS PAGES 4 LIST OF T
Page 5: ACKNOWLEDGMENT We would like to giv
Page 9 and 10: The continued occurrences of these
Page 11 and 12: Last May 27, 2010 Former President
Page 13 and 14: C. SCOPE AND DURATION The 5-year MD
Page 15 and 16: Central Cebu. In fact in previous y
Page 17 and 18: Barangay Tejero Looc Pangdan Kinagb
Page 19 and 20: Barangay Landslide Susceptibility R
Page 21 and 22: C. Community Risk Assessments resul
Page 23 and 24: Kadaut sa Kalikupan Pagkatumbalukat
Page 25 and 26: VULNERABILITY AND CAPACITY ANALYSIS
Page 27 and 28: Figure 4: Rain Induced landslide Ma
Page 29 and 30: Figure 6: Tsunami Hazard Map Jagna,
Page 31 and 32: Figure 8: Multi Hazard Map Jagna, B
Page 33 and 34: 5) Policy Advocacy Agenda - Policy
Page 35 and 36: With this scenario, the 5 Year Tota
Page 37 and 38: IV. THE FIVE- YEAR MUNICIPAL DISAST
Page 39 and 40: PROGRAM/ PROJECT ACTIVITIES TIME FR
Page 43 and 44: PROGRAM/ PROJECT Environmental Prot
Page 47 and 48: OVER ALL SUMMARY OF BUDGET Table 12
Page 49 and 50: B. TASK, FUNCTION AND DEPARTMENTS I
Page 51 and 52: o Identify and implement cost· eff
Page 53 and 54: D. GENERAL MONITORING AND EVALUATIO

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