4.09 Information Product Descriptions - Land Management


4.09.01 Land Management: Land Classification

Note: This is a first attempt to provide guidance in preparing the information product needed for the CLUP and is intended to be used hand-in-hand with Volumes 1 and 2. As more knowledge is gathered, the IP will be updated. Likewise, updates may be required due to new or changing land-use policies. Furthermore, data will continuously be prepared by the custodians, which may require updates.
For the latest update, please check HLURB Homepage: http://www.hlurb.gov.ph/ or contact HLURB, telephone +632 927 2698.

  Step 1: Prepare the Background and Identify the Objectives of the GIS Analysis  
  The Land Classification chart shows that under classified land are forest lands and alienable and disposable lands. The first step in the identifying land classification in the municipality/city is for the MPDC to verify with NAMRIA’s Land Classification Division.

In order to visualize land use conflicts in a given municipality/city, this IP is included in the CLUP process to organize the data regarding classified areas in the respective municipality.

 
  Step 2: Identify the Indicators to Evaluate Land Classification  
  Land Classification is found in maps, produced and provided by NAMRIA. If there are unclassified areas within the municipality, the planner should contact NAMRIA to get the status of these areas. In principle, only A & D Lands are suitable for future urban use.  
  Step 3: Create the Database  
  Attributes  
  There is one CLUP table that is needed for this dataset:

LM04 Land Classification

 
  The Land Classification Department at NAMRIA should be consulted regarding current information. The land classification maps are in analogue format, and there are no available digital datasets.

Another source of information concerning alienable and disposable lands is the Land Management Bureau (LMB).

 
  Spatial  
  The feature types are here polygons.  
  The following symbology is used in this example.The following symbology is used in this example.Forest land
  Alienable and disposable land.
  Land with other classification Blank
  Unclassified land:
   
  Step 4: Analyze the Data  
  In planning for future urban development, the land classification layer should be used as one constraint for location of designated areas. Select the alienable and disposable areas and save these as a new layer. This layer will then be used within the risk and suitability analysis.  
  This new layer will be symbolized by a hatching pattern:
  Step 5: Present the Data  
  The map below shows the areas that are unavailable for urban land use. Roads, rivers and barangay boundaries are added to the map for orientation purposes.  
   

4.09.02 Land Management: Existing Land Use

Note: This is a first attempt to provide guidance in preparing the information product needed for the CLUP and is intended to be used hand-in-hand with Volumes 1 and 2. As more knowledge is gathered, the IP will be updated. Likewise, updates may be required due to new or changing land-use policies. Furthermore, data will continuously be prepared by the custodians, which may require updates.
For the latest update, please check HLURB Homepage: http://www.hlurb.gov.ph/ or contact HLURB, telephone +632 927 2698.

   
  Step 1: Provide a Background and Identify the Objectives of the GIS Analysis  
  Remote Sensing is the act of obtaining information about an object from a distance. Although that distance can be near or far, remote sensing usually means gathering data from some distance above the Earth's surface (e.g. aerial photography and satellite remote sensing).

Satellite Image- A picture of the earth taken from an earth-orbital satellite. Satellite images may be produced photographically or by on-board scanners (e.g. MSS).

Aerial Photo- High altitude pictures taken from an aircraft or satellite.

The objective is to prepare an existing land use map of the municipality/city to see the actual development in a municipality/city. Satellite images and aerial photos will greatly aid the planner in delineating the boundaries of the different land uses. This is the best and quickest way to prepare an existing land use map.

 
  Step 2: Identify the Indicators to Evaluate Objective Fulfillment  
  Validation on the ground or ground truthing is necessary to determine the correctness of the initial land use interpretation.

Built-up Area – a contiguous grouping of ten (10) or more structures
Agricultural – an area within a city/municipality intended for cultivation/fishing and pastoral activities, e.g. fish farming, cultivation of crops, goat/cattle raising, etc.
Forest - an area within a city/municipality intended primarily for forest purposes
Residential - an area within a city/municipality principally for dwelling/housing purposes
Commercial - an area within a city/municipality for trading/services/business purposes
Industrial – Includes manufacturing, refining, fabricating, assembly, storage, parking and other incidental uses; including food processing, cottage industries, sawmills, rice mills, steel mills, chemical processing, etc.
Institutional - an area within a city/municipality principally for general types of institutional establishments e.g. government offices, schools, hospitals/clinics, academic/research, convention center.

 
  Step 3: Create the Database  
  Attributes  
  The following attribute table may be used for this sector. It is used for the examples here.

LM01 Existing General Land and Water Use

 
  The Custodians of sector data are NAMRIA (For Land Classification), LMB (For A&D Lands) and the LGU.  
  Spatial  
  The following Analyses layers can be prepared from the Baseline Information:  
  The use of aerial photos or satellite imagery is recommended in the preparation of an Existing land Use map of a municipality/city.

The resolution of the Satellite Image and the size of the municipality/city are of major consideration. High-resolution satellite images (2.5 m or higher) are ideal and will be useful for both urban and rural areas but these are more expensive. Low resolution Satellite images (10 m or lower) are inexpensive and can cover a larger area but are only of good use for rural areas (forest, agricultural) and in identifying built up/urban areas. For low-income municipalities, it is advisable to have high resolution satellite Images.

For a large rural municipality/city, a combination of Low Resolution Satellite Images and either Aerial Photography or High Resolution Satellite image may be very useful in preparing the existing land use map for LGU. Aerial Photography or High Resolution Satellite images will best be used for the urban areas (usually the Poblacion). Archive images of not more than 5 years for rural areas and 3 years for urban areas may be used. If the available archive image is older, or no Aerial Photographs are available, it is advisable for the LGUs to acquire these photos if funds allow.

Aerial Photos or satellite images will not be enough to create the existing land use map. At first, they can be used to view the municipality/city ‘from the top’. An initial interpretation of the images can already be made to determine the actual land use, however, ground survey is necessary to determine unidentifiable features and to verify if initial interpretation is correct.

It is also preferable that the base map coincide with the aerial photos or satellite images. Documentation on how and what adjustments were made to whatever dataset was adjusted should be created and attached as metadata on the adjusted layer.

 
  The figure below shows a satellite image overlaid with the base map of the municipality/city. Low-resolution satellite images distinguish between built-up and vegetation which maybe agricultural or forest use. Higher resolution will be required for built-up areas. Further processing of the image using Remote Sensing software may further distinguish agricultural and forest use.  
   
  An aerial photo also shows land that is used for agricultural purposes. Areas marked in red are built-up areas where more detailed inspection should be done.  
   
  Further inspection of the built-up areas will show possible uses in these areas.  
   
  Determining land use for a certain area can be based on stored knowledge. Municipal planners usually know the locations of schools and big industries and once they see them in the photos, these are easily interpreted/identified.  
  The following figures constitute a basic photo interpretation tutorial:

Residential areas are usually clusters of small buildings, organized in blocks and streets.

 
   
  Agricultural lands can easily be identified as big areas of green or open areas while brown patches are rice paddies that have not yet been planted.  
   
  The presence of these irregularly shaped structures that look like storage facilities indicates a possible industrial activity.  
   
  There will however be features that will be difficult to identify. The photo below left is a possible construction site or just an open area, while the one on the right may be an industrial building or factory, a school facility or a site for mass housing (BLISS or condominium type). In this case, and for other similar cases, ground truthing or field validation is necessary.  
   
  Urban Areas will require more detailed inspection, since the uses of the areas in the aerial photos will only be approximated. A field survey will give the exact details of the actual uses.  
   
  Google earth will also be very useful if a High Resolution image is available for the LGU. Though the images in Google Earth cannot be downloaded or read directly form a GIS software, it can still aid in the delineation of land uses. With a base map, it can be used as a guide to determine land use as shown in the example below.  
   
  The outcome will be a draft existing land use map that will be verified by field survey. It’s handy to have this printed and overlaid with the aerial photo and brought along when the field survey is conducted.  
   
  *Definition of terms for coastal and marine areas are provided in Annex 4-4.  
   
  For field validation, refer to Chapter 4.19.02 (Case Study – How to Prepare a Barangay Survey). Once ground verification is complete, the changes or corrections should be made with the aid of the aerial photos.  
   
  Step 4: Analyze the Data  
  The existing land use map will show whether any of the land uses are in conflict with other data that have legal restrictions like NIPAS, Protected Areas and Forestlands. This can be done by highlighting the uses that will be conflicting with the usual restricted activities like commercial, industrial or recreational activities like golf courses. It is more informative when overlaid with the base map.  
   
  In this example figure, the identified land use is analyzed for conflicting uses. In the scenario below, red color is used for areas with restricted use (mangrove area). The area at the lower left in yellow color, and the large area in yellow, represent the built up areas, which as shown below have areas of overlap with the red color. The colors selected make it possible to make the overlaps more visible. By making the yellow layer semi-transparent, any overlaps will be reflected as orange area, which represent in this case those areas of conflicting use.  
   
  Step 5: Present the Data  
   
  The details of the urban land use are shown below.  
   
  The land area should be quantified in a matrix as shown below.  
   

4.09.03 Land Management: NIPAS/Non-NIPAS

Note: This is a first attempt to provide guidance in preparing the information product needed for the CLUP and is intended to be used hand-in-hand with Volumes 1 and 2. As more knowledge is gathered, the IP will be updated. Likewise, updates may be required due to new or changing land-use policies. Furthermore, data will continuously be prepared by the custodians, which may require updates. For the latest update, please check HLURB Homepage: http://www.hlurb.gov.ph/ or contact HLURB, telephone +632 927 2698

   
  Step 1: Provide a Background and Identify the Objectives of the GIS Analysis  
  ‘National Integrated Protected Areas System (NIPAS)’ is the classification and the administration of all designated protected areas to maintain essential ecological processes and life-support systems, to preserve genetic diversity, to protect the resources found therein, and to maintain their natural conditions to the greatest extent possible.

Aside from NIPAS areas, there are also protected areas which are “Non-NIPAS.” The current issue pervading in protected areas is the actual protection and preservation of these areas from illegal activities.

The objective of the GIS Analysis is to map out the protected areas as part of the input maps in determining suitable areas for future urban development. The final output map will show the areas which should be protected and therefore are not available for urban development.

 
  Step 2: Identify the Areas within NIPAS as Input to the Risk and Suitability Map  
  The NIPAS Buffer zones are not of standard area and dimension, the list of NIPAS areas has no specified buffer zones areas.

(RA 7586 NIPAS Act)
Section 8 Buffer Zones
For each protected area, there shall be established peripheral buffer zones when necessary, in the same manner as Congress establishes the protected area, to protect the same from activities that will directly and indirectly harm it. Such buffer zones shall be included in the individual protected area management plan that shall be prepared for each protected area. The DENR shall exercise its authority over protected areas as provided in this Act on such area designated as buffer zones.

 
  Classification of NIPAS

Strict Nature Reserve is an area possessing some outstanding ecosystem, features and/or species of flora and fauna of national scientific importance maintained to protect nature and maintain processes in an undisturbed state in order to have ecologically representative examples of the natural environment available for scientific study, environmental monitoring, education, and for the maintenance of genetic resources in a dynamic and evolutionary state;

Natural Park is a relatively large area not materially altered by human activity where extractive resource uses are not allowed and maintained to protect outstanding natural and scenic areas of national or international significance for scientific, educational and recreational use;

Natural Monument is a relatively small area focused on protection of small features to protect or preserve nationally significant natural features on account of their special interest or unique characteristics;

Wildlife Sanctuary comprises an area which assures the natural conditions necessary to protect nationally significant species, groups of species, biotic communities or physical features of the environment where these may require specific human manipulation for the perpetuation;

Protected Landscapes and Seascapes are areas of national significance which are characterized by the harmonious interaction of man and land while providing opportunities for public enjoyment through recreation and tourism within the normal lifestyle and economic activity of these areas;

Resource Reserve is an extensive and relatively isolated and uninhabited area normally with difficult access designated as such to protect natural resource of the area for future use and prevent or contain development activities that could affect the resource pending the establishment of objectives which are based upon appropriate knowledge and planning;

Natural Biotic Area is an area set aside to allow the way of life of societies living in harmony with the environment to adapt to modern technology at their pace;

Other Categories established by law, conventions or international agreements which the Philippine Government is a signatory.

 
  Step 3: Create the Database  
  Attribute  
  The following attribute tables may be used for this sector. The one in bold is used for the examples here.

LM05 NIPAS 
LM06 Non-NIPAS

 
  The Custodian of sector data is the PAWB of DENR.  
  Spatial  
  The feature type will be a polygon. The location will be traced by a secondary source. SYMBOL for the (service)
  NIPAS/Protected Areas
  Step 4: Analyze the Data  
  The following Analyses layers can be prepared based on the Baseline Information:  
  The NIPAS Layer will be included in the Risk and Suitability Analysis. It is a restriction for urban land use expansion but is an asset for tourism and recreation uses and activities. The NIPAS layer will also be included in the Land Use Map.  
  Step 5: Present the Data  
  Location of the NIPAS is overlaid with the Base Map.  

4.09.04 Land Management: SAFDZ (Strategic Agriculture and Fisheries Development Zones)

Note: This is a first attempt to provide guidance in preparing the information product needed for the CLUP and is intended to be used hand-in-hand with Volumes 1 and 2. As more knowledge is gathered, the IP will be updated. Likewise, updates may be required due to new or changing land-use policies. Furthermore, data will continuously be prepared by the custodians, which may require updates.
For the latest update, please check HLURB Homepage: http://www.hlurb.gov.ph/ or contact HLURB, telephone +632 927 2698.

   
  Step 1: Provide a Background and Identify the Objectives of the GIS Analysis  
  Objectives of the SAFDZ (RA 8435):
  1. To modernize the agriculture and fisheries sectors by transforming these sectors from a resource-based to a technology-based industry;
  2. to enhance profits and incomes in the agriculture and fisheries sectors, particularly the small farmers and fisherfolk, by ensuring equitable access to assets, resources and services, and promoting higher-value crops, value-added processing, agribusiness activities, and agro-industrialization.

The SAFDZ analysis should result in two maps. The first one will display all SAFDZ areas. This SAFDZ layer can be acquired from BSWM (see below, step 3) and will include all land in the municipality. The second map will present a layer of the SAFDZ areas of importance, where the Network of Protected Areas for Agricultural and Agro-industrial Development (NPAAAD) are the areas that are classified as prime agriculture land. This layer will be used later in the risk and suitability analysis, where any area declared as NPAAAD will be a constraint, and should not be considered or planned for urban use.

 
  Step 2: Identify the Indicators to Determine Coverage of NPAAAD  
  The NPAAAD covers:
  1. All irrigated areas including all irrigable lands already covered by irrigation projects with firm funding commitments;
  2. All alluvial plain land highly suitable for agriculture whether irrigated or not;
  3. Agro-industrial crop lands or lands presently planted to industrial crops that support the viability of existing agricultural infrastructure and agro-based enterprises;
  4. Highlands which are areas located at an elevation of five hundred (500) meters or above and have the potential for growing semi temperate and high-value crops;
  5. All agricultural lands that are ecologically fragile, the conversion of which will result in serious environmental degradation;
  6. Mangrove areas;
  7. Fish sanctuaries.
 
  Step 3: Create the Database  
  Attribute  
  There is one table of Land Management Information to prepare for Step 4.
LM07 SAFDZ
 
  The Custodian of sector data is the Bureau of Soil and Water Management through its Agricultural Land Management and Evaluation Division (ALMDED), Integrated Soil Resources Information Services (ISRIS) for tabular data/digitized maps of selected municipalities/cities/provinces and Cartographic Operations Division (Carto) for analogue maps.  
  Section 10 of RA 8435 requires LGUs to integrate SAFDZ into their CLUP. To facilitate such undertaking, the BSWM provides technical assistance for SAFDZ integration into the preparation of CLUP. To avail of this service, LGUs may send a formal request. A Memorandum of Agreement (MOA) will be executed between the concerned municipality/city, other related agencies and the BSWM.  
  Spatial  
  The feature type will be a polygon. The location and demarcation of the areas will primary be given by BSWM. Note that the symbology here is only used in this dataset. SYMBOL
  1- Strategic Crop Sub-development Zone
  2- Strategic Livestock Sub-development Zone
  3 - Strategic Fishery Sub-development Zone
  4 - Strategic Integrated Crop/Livestock Sub-development Zone
  5 - Strategic Integrated Crop/Fishery Sub-development Zone
  6 - Strategic Integrated Crop/Livestock/Fishery Sub-development Zone
  7 - Strategic Integrated Fishery and Livestock Sub-development Zone
  8 - Remaining NPAAAD
  9 - Agro-Forestry Zone
  10 -Watershed/Forestry Zone
  11 - Built-up Areas
  R/L - River wash
  EZ – Economic Zone
  MR – Military Reservation
  SD – Sand dunes/beach area
  NIPAS
  Proposed Tourism
  Proposed Recreation
  Step 4: Analyze the Data  
  The data does not need any thorough analyses. The strategic zones come with hard restrictions when it comes to converting them into urban land use. These issues must be paid attention to in the planning process. The SAFDZ layer can always be used in other analyses. At least, the NPAAAD category should be selected and added to a new layer that will be used in risk and suitability analyses for new urban land uses. For more advanced analyses, suitability weights (equivalent to less suitable) can be added to the strategic zones within the SAFDZ layer.  
  The layer will show areas with restrictions for urban expansion. Compose a new layer by selecting the NPAAAD features and define the new layer as ‘NPAAAD-restricted from urban expansion’. As it is an administrative/manmade restriction, a dashed outline will define the area. This layer will then be a part of the Risk and Suitability Analysis Map
  Step 5: Present the Data  
  The SAFDZ map (featuring all of its categories) is overlaid with basic features (roads, rivers, barangay boundaries) to make it more informative:  
   
  The second map shows the NPAAAD, drawn with a hatching pattern to indicate that urban land use is not allowed in the area.  
   

4.09.05 Land Management: Ancestral Domain

Note: This is a first attempt to provide guidance in preparing the information product needed for the CLUP and is intended to be used hand-in-hand with Volumes 1 and 2. As more knowledge is gathered, the IP will be updated. Likewise, updates may be required due to new or changing land-use policies. Furthermore, data will continuously be prepared by the custodians, which may require updates.
For the latest update, please check HLURB Homepage: http://www.hlurb.gov.ph/ or contact HLURB, telephone +632 927 2698

   
  Step 1: Prepare Background and Identify the Objectives of the GIS Analysis  
  The Department of Environment and Natural Resources (DENR) implemented several mechanisms to delineate ancestral lands and domains resulting to the issuance of evidences of claims called “Certificates of Ancestral Land Claims (CALC)” and “Certificates of Ancestral Domain Claims (CADC)”. About two million hectares constituting almost 7 % of the total land area within the Philippines were covered by these claims by 1997.

It was only in 1997 that the Indigenous Peoples Rights Act (IPRA, Rep. Act No. 8371) passed into law. The law recognizes ownership held by indigenous peoples in the form of ancestral lands and domains. It authorizes the delineation of indigenous peoples’ areas and the issuances of evidences of titles called Certificates of Ancestral Land Title (CALT) or Certificates of Ancestral Domain Title (CADT). Claims that had been issued through former DENR programs were to be converted to titles. It also recognized a limited form of self determination for communities within ancestral domain allowing the State to recognize customary laws for the settlement of conflicts.

Ongoing claims on ancestral land that are not yet given titles are handled by the Ancestral Domain Office (ADO) under the National Commission for Indigenous People (NCIP).

The objective of the GIS analysis is to show the areas bounded by ancestral domains/lands. Since these areas often are situated in forest lands, they will be outside the real scope of the CLUP. Nevertheless, their location and delineation should be a part of the CLUP GIS.

 
  Step 2: Identify the Ancestral Domains and Lands  
  The NCIP should provide the LGU with data on the delineated and titled areas. The LGU should ask for the status of claimed land without issued titles.  
  Step 3: Create the Database  
  Attributes  
  The following attribute table may be used for this sector:

LM08 Ancestral Domain

 
  The Custodian of sector data is the National Commission for Indigenous People.  
  Spatial  
  The feature types will be polygons.  
  Ancestral domain with CADT
  Ancestral land area with CALT
  Other areas claimed to be ancestral domains by indigenous people
  Step 4: Analyze the Data  
  The ancestral land domains and areas are protected and cannot be the location for future urban development. The layer can be used in a risk and suitability analysis, where the ancestral areas in overlays constitute constraints to any urban development.  
  Step 5: Present the Data  
  The ancestral domain and land layer(s) will be put on top of the Base Map as shown below.  
   

4.09.06 Land Management: Cultural Heritage

Note: This is a first attempt to provide guidance in preparing the information product needed for the CLUP and is intended to be used hand-in-hand with Volumes 1 and 2. As more knowledge is gathered, the IP will be updated. Likewise, updates may be required due to new or changing land use policies. Furthermore, data will continuously be prepared by the custodians, which may require updates.
For the latest update, please check HLURB Homepage: http://www.hlurb.gov.ph/ or contact HLURB, telephone +632 927 2698.

   
  Step 1: Prepare Background and Identify the Objectives of the GIS Analysis  
  Apart from the World Heritage Sites (as declared by UNESCO) there are no laws or regulations on cultural heritage sites in the Philippines. Thus, the preservation of cultural heritage sites or objects depends in much on the nature of the LGU’s policies.

There are two national bodies - National Commission for Culture and Art (NCCA) and the National Historical Institute (NHI) – that are given the role to preserve Filipino cultural heritage (NCCA) and promote and administer national shrines, monuments and landmarks (NHI). These agencies can provide support in different issues concerning cultural heritage. But the LGU should also by itself preserve and protect such objects that the officials consider to be of cultural heritage. Within the means of comprehensive land use planning and the zoning ordinances the LGU can set up rules for preservation of such sites.

Compared to more pressing issues such as infrastructure development, poverty alleviation or job creation, the preservation of cultural heritage may seem less of a priority. But effective conservation of heritage resources not only helps in revitalizing the local economy (through tourism) of municipalities/cities, it also brings about a sense of city identity and belonging to its residents.

The objective of the GIS analysis is to conserve urban heritage - historical buildings, festivals, art forms, dance, music and sculptures. A resulting map showing an inventory of cultural heritage objects and sites serves as a first step to analyze where such objects are situated and what specific measures can be taken in order to protect and preserve them.

 
  Step 2: Identify the Cultural Heritage Sites  
  The UNESCO world heritage sites are well documented. As of today, there are eight of them within the Philippines, of which two constitute national parks and thus are outside of LGU control. The others are the Baroque Churches of the Philippines, including:

1. Immaculate Conception: District of Intramuros, City of Manila
2. Nuestra Senora: Municipality of Santa Maria, Province of Ilocos Sur
3. San Agustin: Municipality of Paoay, Province of Ilocos Norte
4. Santo Tomas: Municipality of Miag-ao, Province of Iloilo

The two other sites are:

5. Rice Terraces of the Philippines Cordilleras, Ifugao Province
6. Historic Town of Vigan, Province of Ilocos Sur

Other sites may be determined in coordination with the NCCA and the NHI, and through the LGU’s own inventories.

 
  Step 3: Create the Database  
  Attributes  
  There is one table of Land Management Information to prepare for Step 4.

LM09 Cultural Heritage

 
  The Custodians of sector data are the NCCA and NHI.  
  Data can be obtained during the GPS survey. A form to be filled-up by the building or site manager can be used while another person records the GPS readings.  
  Spatial  
  The feature type will most probably be a point but eventually also a polygon can be used on small-scale maps or if the cultural heritage area is large. The location will be traced by a GPS or derived from a secondary source from the custodians mentioned above. For the GPS reading use if possible one and same place for all objects, for example the street façade of a building or the front side of a monument. Symbol
  Cultural Heritage Object declared by UNESCO (World Heritage Site)
  Cultural Heritage Object declared by National Historical Institute
  Cultural Heritage Object declared by National Commission for Culture and Arts
  Cultural Heritage Object declared by National Museum
  Cultural Heritage Object declared by LGU
  Step 4: Analyze the Data  
  This IP will not result in an analysis. The heritage objects will only be presented in the GIS. However, the LGU could introduce some ‘conservancy area’ to protect an environment with cultural heritage objects. For example, a new layer can contain areas of great importance for cultural heritage where designs of new buildings, conversion and renovation have to respect the ‘building code’ of the environment.

The aspects of such areas should conform to and be protected by the zoning ordinance of the municipality/city.

 
  Step 5: Present the Data  
  The cultural heritage layers will be put on top of some features from the base map and the land use layer. Photos indicating the cultural heritage objects could be added to the map or placed beside it.