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SOCIO ECONOMIC PROFILE 11 |
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TOURISM
Table 1
Source: DOT XII
Development Goals and Objectives The city’s long term objective of being known as a tourism hub shall be guided by specific objectives for accelerated growth of the tourism industry of the city. These are :
To
develop the city’s tourism potentials, promote the
preservation of cultural heritage and historical
attractions of the City.
Strategies / Policies. Tourism promotion is covered by some factors affecting its growth. To implement the goals and objectives for tourism, the following strategies and policies shall be implemented :
Targets
Programs / Projects
As
part of the City Tourism Plan, the following projects
shall be implemented:
SPORTS AND RECREATION
Profile For spiritual activities, there are seven Catholic churches, 18 chapels, 24 Mosques, One Iglesia ni Kristo Church, one Seventh Day Adventist Church, one Evangelical Church, one Episcopal Church, one Church of the Latter Day Saints, one House of Jehova’s Witness, one Church of Jesus Christ, United Church of Christ and one Aglipayan Church. Goals and Objectives
The promotion of the physical well being of the people
both the youth and adults by the year 2010. Policies and Strategies 1.
Institutionalization of a sports program for Cotabato
City Targets
Program Component ENVIRONMENTAL MANAGEMENT Flood Control and Drainage Considering the physiological and topographic features of the area, Cotabato City is considered flood prone. The major causes of flooding may be attributed to the flow of the Rio Grande during heavy rainfalls. This river, however, had not overflowed in the city for the last ten (10) years. The most recent records of flooding by this river was in the 60’s. The river, however, has been flooding the area along its upstream. The bulk of storm water run-off of the city is carried by the Matampay River and the Esteros Creek. The Matampay River discharges into the northern portion of Rio Grande while the Esteros Creek empties into Illana Bay. Out of the total land area of 17,599 hectares, 80% of which has a low density for urban development because this is erosion prone and has poor internal drainage but good for external drainage characteristics. The city is a delta bounded by two big rivers, the Rio Grande de Mindanao and Tamontaka River and crisscrossed by several rivers and its tributaries. It is flood prone due to its topographic limitation, being below sea level. The water levels in the delta are governed by tides from the sea that penetrate into the river. Some low spots in the city experienced flooding during high tide. During rainy season, flooding is more significant due to high river water level and run-off from heavy rainfall. The frequent cause of flooding in the city is caused by the inadequacy of drainage facilities to convey excess water during heavy rains. This is very noticeable in commercial and residential areas in the city particularly in the low lying ones. The problem is further aggravated by the indiscriminate dumping of solid wastes in natural and man-made channels thus reducing their waste conveyance capacity. The clogging is caused by silts and debris materials in undersized drainpipes CHB box culverts and the uncontrolled growth of unplanned residential areas / slums without proper and sufficient drainage facilities. The rivers and creeks serve as the natural outlet for the urban drainage system. This rivers and its tributaries show evidence of significant water bodies contamination. To minimize the occurrence of floods, the city government is speeding up its campaign against squatting along esteros, creeks and other waste bodies. Many squatters along river banks shall be relocated in more livable surroundings. Likewise dredging / rip-rapping of the flooded areas where possible is also considered. Covered canals are clogged with debris thus water could not pass and be drained naturally. In the area of water pollution among urban rivers where the bulk of population come from domestic wastes, there is a need for the development of communal wastewater plants. Sanitation and Sewerage There is no existing piped waste water collection system in Cotabato City. About half of the household population have septic tanks for human wastes. Those with toilets but without septic tanks discharge their wastes to pits, ditches and water or practice the “wrap and throw” method. About 50% of the city’s population live below the poverty level. People in low-income areas may be willing to use communal toilets. The existing technology of flush and pour-flush toilets are used by 50% of the households population and are generally regarded as sanitary facilities.
The Camp Dresser and Mckee was commissioned by World
bank to prepare the feasibility study for Cotabato
City’s Sanitation, Sewerage and Drainage Project. If the
city agrees, World Bank will finance the project through
the Land Bank of the Philippines through loan. Under the plan, the sanitation component will include the construction of 2,200 VIP latrines, 734 pour-flush toilets with septic tanks and 33 communal toilets. The sewerage system will include house connections, feeder sewers for the collection of waste water in neighborhood, trunk sewers and pumping system for waste-water conveyance and sewerage and septic treatment plants. The sewerage system after construction will be turned over to CCWD for operation, maintenance and construction of additional connections.
The project will include consulting services for
detailed design, consultation of beneficiaries and
construction supervision. Solid Waste Management Garbage collection and disposal in Cotabato City is now lodged with the office on General Services under the Refuse and Control Division. Garbage collection and disposal is a major problem that needs a long term solution. Solid waste is generated at approximately less than 70 tons per day, the bulk of which comes from residential, commercial / industrial establishments and institutions. About 55 tons are collected daily while the remaining 15 tons are disposed through burning, recycling. Some are either picked up on the next day or not collected at all. The city has four (4) dump trucks and three (3) compactor trucks and four (4) mini-compactor trucks used for garbage collection . Each of the large trucks are manned by 1 driver and 5 loaders while the smaller ones are operated by 1 driver and 2 loaders. Collection is done daily with seven (7) collection vehicles operating from 4:00 a.m. Four (4) trucks operate from 10:30 a.m. – 5:00 p.m. The trucks are assigned to a designated area route which passes through main thoroughfare and some internal routes. Twenty eighth (28) barangays out of the city’s thirty seven (37) are served. To answer the problem on uncollected garbage, the City General Services Office (GSO) has implemented a night shift program and introduced a new scheme on collection and disposal. The collected garbage are then dumped at the Malagapas dump site. Presently, all wastes are dumped here. However, the Malagapas dump site now in its full capacity thereby posing health and environmental hazard to the nearby residents. To address this, the City Government, through the created Technical Working Group (TWG) has identified and acquired a 10 hectare property in Biniruan Pob. 9 as the new dumping site. Off-site facilities leading to that property were constructed such as the construction of bailey bridge and an off-site road. Once these facilities will be completed, on-site facilities will be constructed. Presently, the type of solid waste facility to be established in the area is being studied by a composite team created for the purpose. Goals and Objectives Goal: To promote a wholesome environment conducive to economic growth and healthful living
Objectives:
Development Policies / Strategies Targets 1.
Construction / repair and maintenance of flood control
and drainage facilities to improve sanitation and
prevent overflowing of water and flooding 4.
Formulation of Environmental Plan Programs / Projects 1.
Construction / repair and maintenance of flood control
and drainage facilities to improve sanitation and
prevent overflowing of water and flooding by 2000 – 2001
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