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8/12/2019 Apec Grid NAMRIA

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Randolf S. VicenteChief, Plans and Operations Division

National Mapping and Resource Information Authority

Philippines

The Philippine Geodetic Referencing

Infrastructure Development Project


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Scope of PresentationScope of Presentation

1. Agency Background

2. Overview on the Philippine Reference

System of 1992 (PRS92)

3. The Geodetic ReferencingInfrastructure Development Project

1. Agency Background

2. Overview on the Philippine Reference

System of 1992 (PRS92)

3. The Geodetic ReferencingInfrastructure Development Project


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The authority shall act as the central mappingagency which will serve the needs of the lineservices of the Department of Environment andNatural Resources (DENR) and other government

offices with regard to information and researches,and shall expand its capability in the productionand maintenance of maps, charts and similar

photogrammetry and cartography materials.

Implemented by DENR Administrative Order (DAO) No. 31,series of 1988

Executive Order (EO) No. 192, seriesof 1987, Section 22 (a)

Executive Order (EO) No. 192, seriesof 1987, Section 22 (a)

MandateMandate


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NationalCartography

Authority(Office of the President)

NationalCartographyAuthority

(Office of the President)

Natural ResourcesManagement

Center(Department of Natural

Resources)

Natural ResourcesManagementCenter

(Department of NaturalResources)

Bureau ofCoast and Geodetic

Survey(Department of National Defense)

Bureau ofCoast and GeodeticSurvey

(Department of National Defense)

LandClassification

Teams(Bureau of Forest Development)

LandClassification

Teams(Bureau of Forest Development)


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ExistingOrganizationalStructure

ExistingOrganizationalStructure

Deputy Administrators

OFFICE OF THE

ADMINISTRATOR

Board of

Governors

Head Executi veAss istant

Consultants

Inter-Agency

Technical

Committee

Admin istrative

Division

Financial

Management

Division

Plans &

Operations

Division

Security &

Intelligence

Division

Oceanographic

Division

Coast &

Geodetic

Surveys Dept.

Survey &

Operations

Division

Hydrographic

Division

Geodetic &

GeophysicsDivision

Mapping

Department

Photogrammetry

Division

Cartography

Division

Reprography &Printing

Division

Aerial & Spatial

Surveys Division

Remote Sensing

& Resource Data

Anal ysi s Dept .

LandResource

Division

Physiography

& AquaticsDivision

GIS

ApplicationsDivision

Land

ClassificationDivision

Information

Management

Department

DatabaseManagement

Division

SystemsDevelopment

& Prog. Div.

Media

ProductionDivision

Information

ServicesDivision

Transport

Division

Computer

Engineering

Division

Instrumentation &

Communications

Division

Facilities

Maintenance &Repair Division

Engineering

Services

Department


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Department ofAgriculture

Department ofAgriculture

Department ofNationalDefense

Department ofNationalDefense

DepartmentOfTransportation &Communications

DepartmentOfTransportation &Communications

Department ofPublicWorks &Highways

Department ofPublicWorks &Highways

Board of GovernorsBoard of Governors

Department of

Environment &NaturalResources

Department of

Environment &NaturalResources


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Gathering and

processing of data of

the countrys Exclusive

Economic Zone (EEZ),

internal waters,

sealanes, national

ports and harbors, and

other maritime zones.

Hydrographic SurveyHydrographic Survey

FunctionsFunctions


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Compilation, updating

and publication of paper

and electronic

navigational charts ofthe countrys EEZ,

archipelagic waters,

national ports andharbors, and other

maritime jurisdictions.

Nautical ChartingNautical Charting

FunctionsFunctions


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Acquisition, processing

and analysis of sea

levels, maintenance of

the National

Oceanographic Data

Center, publication of

Annual Tide and CurrentTables, and other

popular technical

materials.

Physical Oceanographic SurveyPhysical Oceanographic Survey

FunctionsFunctions


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Map production (aerial

photography and/or

satellite image acquisition

to map printing andreproduction)

Analysis and

interpretation of aerial

photographs and satellite,

radar, and other remotely

sensed data

FunctionsFunctions

Topographic Base MappingTopographic Base Mapping


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Establishment and

maintenance of

primary geodetic

control points as

reference of all

mapping and

surveying activities.

Development of GeodeticNetwork

Development of GeodeticNetwork

FunctionsFunctions


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Classification ofunclassified lands of

the public domain,

sub-classification of

forestlands, and

production of

environment and

natural resources

(ENR) atlas.

FunctionsFunctions

Land ResourceManagement

Land ResourceManagement


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Development of geographic

information system (GIS)

applications and databases

Formulation of mapping

standards and protocols

Spatial Information ManagementSpatial Information Management

FunctionsFunctions

Packaging and dissemination

of geographic informationCapability building (training)

Institutional networking (government agencies,

academe, private sectors, and NGOs)


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International Union of Geodesy and Geophysics

(IUGG)

International Cartography Association (ICA)

Permanent Committee on Geographic

Information in Asia and the Pacific (PCGIAP)

International Hydrographic Organization (IHO)

East Asia Hydrographic Commission (EAHC)

ASEAN Experts Group on Remote Sensing

(AEGRS)

International LinkagesInternational Linkages


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Mandate of the Agency on Geodetic

Surveys and Geographic InformationManagement (EO 192)

Mandate of the Agency on Geodetic

Surveys and Geographic InformationManagement (EO 192)

Establishment of a nationwide network of

control points that serves as a common

reference system for all surveys in the

country,

and

integration of geographic and related

information to facil itate access to andanalysis of data and its transformation into

useful information for resource policy

formulation, planning and management.


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The Philippine ReferenceSystem of 1992 (PRS92):

An Overview

The Philippine ReferenceSystem of 1992 (PRS92):

An Overview


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What is PRS92?What is PRS92?

By law, it is the countrys standard survey andmapping reference coordinate system.

An upgrade of the Luzon Datum of 1911.

Established in 1992 through the NaturalResource Management and Development Project(NRMDP) of the DENR in collaboration with the

Government of Australia.

Adopted by virtue of:

EO 45, series of 1993; DAO 22-94 & DAO 98-48; TransitionPeriod: Until 2000

EO 280, series of 2000; Transition Period : Until 2005

EO 321, series of 2004; DAO 2005-13; Transition Period :Until 2010

By law, it is the countrys standard survey andmapping reference coordinate system.

An upgrade of the Luzon Datum of 1911.

Established in 1992 through the NaturalResource Management and Development Project(NRMDP) of the DENR in collaboration with the

Government of Australia.

Adopted by virtue of:

EO 45, series of 1993; DAO 22-94 & DAO 98-48; TransitionPeriod: Until 2000

EO 280, series of 2000; Transition Period : Until 2005

EO 321, series of 2004; DAO 2005-13; Transition Period :

Until 2010


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Characteristics of PRS92Characteristics of PRS92

37,680.90 meters

Distance from station

Balanacan to triangulation

station Baltazar

N 9 12 37.000 and

E 189 11 50.600

Forward and back azimuth

from station Balanacan to

triangulation station Baltazar

0.34 metersGeoid-Spheroid Separation

N 13 33 41.000

E 121 52 03.000Coordinates of the Origin

Balanacan, Marinduque

ProvinceDatum Origin

Clarke Spheroid of 1866Spheroid

ParticularsSubject


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Significance of PRS92Significance of PRS92

Serves as the countrysstandard coordinatereference system for allsurveys and mappingactivities.

Fundamental component

of the national spatialdata infrastructure.

Provides the meansthrough which base andthematic data sets canbe inter-relatedgeographically.


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Serious backlog in densification and

integration of surveys and plans

Changing role and needs of government

Expanding user community and their

future requirementsOther key players untapped e.g., private

sector, academe, professional

organizations and other stakeholders

Inadequacy in human resources

Issues and ChallengesIssues and Challenges


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Datum shift issues (geodetic to

geocentric and vice-versa)

Migration to business systemsautomation and other referencing

technology innovations (data portal, user

positioning online services, etc.)

Integration of data geared towards the

development of the national spatial datainfrastructure (NSDI)

Maintenance of the network of ground

marks

Issues and ChallengesIssues and Challenges


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Collect data

PrimaryNetwork

Densified

Network

C. MultiC. Multi--deliverydelivery

system andsystem andinfrastructureinfrastructure

A. Positioning System

B. Infrastructure

Development Concept


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The Philippine

Geodetic

Referencing

Infrastructure

Development

(GRID) Project

The Philippine

Geodetic

Referencing

Infrastructure

Development

(GRID) Project

Enabler for the establishment and maintenance of a

reliable geodetic network, design and adoption of asuitable geoid model, operationalization of an efficient

information management systems, pooling of adequate

intellectual capital, and effective legal framework

DonorsCommunityInt l Bodies

Research

GroupsProf. Org.NGOs

AcademeBusinessGovt


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Goal and Primary ObjectiveGoal and Primary Objective

an efficient geodeticinfrastructure that

supports and sustains

national, regional andlocal resource,

economic and social

development

an efficient geodeticinfrastructure that

supports and sustains

national, regional andlocal resource,

economic and social

development

to provide an efficient

and modern referencingfacility that will allow

accessibility to quality

geodetic information andfacilitates consistent

integration of all

surveys, maps andgeographic information

by the year 2010

to provide an efficient

and modern referencingfacility that will allow

accessibility to quality

geodetic information andfacilitates consistent

integration of all

surveys, maps andgeographic information

by the year 2010


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Elements of the InfrastructureElements of the Infrastructure

1. Geodetic Network Being the backbone ofthe infrastructure, it

involves thestrengthening of theexisting horizontal

control network,improvement ofvertical and gravitynetworks, and

establishment of newand upgrading ofexisting primary tide

stations.

1. Geodetic Network Being the backbone ofthe infrastructure, it

involves thestrengthening of theexisting horizontal

control network,improvement ofvertical and gravitynetworks, and

establishment of newand upgrading ofexisting primary tide

stations.


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2. Reference Framework The definition of the size

and shape of the earth, geodetic and vertical

datums, map projections, transformation between

datums and projections, and the geoid model.

2. Reference Framework The definition of the size

and shape of the earth, geodetic and vertical

datums, map projections, transformation between

datums and projections, and the geoid model.

O2

O1

AsiaN. America

S. AmericaAustralia

N TopographyN

WGS

Bestspheroid



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4. Intellectual Comprised by the networkdesign, methods and procedures on how to

migrate from one system to another, andknowledge base of professionals and users.

Z

Y

XGeo-centric to Geodetic Datum

Professionals & Users

Network Design



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5. Legal The laws that serve as bases for theadoption of the infrastructure and relevantregulations, guidelines, and standards.

5. Legal The laws that serve as bases for theadoption of the infrastructure and relevantregulations, guidelines, and standards.



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6. Institutional The role and responsibilitiesof stakeholders, functional structure, capacitybuilding, proto-typing, action planning, and

other related organizational arrangementsrequired to deliver the infrastructure.

6. Institutional The role and responsibilitiesof stakeholders, functional structure, capacitybuilding, proto-typing, action planning, and

other related organizational arrangementsrequired to deliver the infrastructure.

Government Business

Sector

Academe Other Stakeholders



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Components and Implementation ScheduleComponents and Implementation Schedule

25 Active Geodetic Stations

(AGS)

1 Central Processing Center

1.5 Establishment and

Operationalization of an

Active Geodetic Network

(AGN)

4,300 HC Network data

12,000 VC Network data

1,200 Gravity Network data

3,000 Tidal heights data (old sta.)

960 Tidal heights data (new sta.)

1.4 Data Analysis and

Adjustments

80 1st Order gravity stations

1,200 2nd Order gravity stations

1.3 Gravity Network Surveys

2,000 Old VC physical markers

12,000 New VC physical markers

4 Old primary tide stations

10 New primary tide stations

1.2 Vertical Control (VC )

Surveys

300 Old HC physical markers

4,000 New HC physical markers

1.1 Horizontal Control (HC)

Network Surveys

Component 1: Primary Geodetic Network Surveys

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YEAR OF IMPLEMENTATIONQUANTIFIABLE

TARGETS

SUB-

COMPONENT


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1,617 Sets of survey data

1,617 Sets of data/maps

1,617 Sets of unified projection

maps

2.2 Conversion &

Transformation of Survey

data and Maps

4,851 3rd Order control points

48,510 Project control points/

location monuments

1,617 sets of local transformationparameters

2.1 Densification/Connection

Surveys

Component 2: Survey Data and Map Integration

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TARGETS

SUB-

COMPONENT

Components and Implementation ScheduleComponents and Implementation Schedule


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6 Application Systems

1 Set of ICT eqpt. & furnishings

3.5 Development &

Operationalization of

Application System in

Suport of Research &

Devlopment (R/D)

Activities


2 Sets of Operating Manual

3.4 Development &

Operationalization of an

Application System for

User Positioning Online

Services (UPOS) in

Support of the AGN


17 Regional ENR Database

3.3 Development &


Applic. Systems for

Survey & Map Integration


2 Sets of populated database

17 Regional Data Centers

3.2 Development &


Regional GNIS

971 Topographic maps

1 Set of seamless digitaltopographic database

3.6 Generation of a

Seamless Digital

Topographic Database

(SDTDB)

5 Application systems

2 Sets of populated database

2 Central processing centers

3.1 Development &

Operationalization of a

National GNIS

Component 3: Geodetic Network Information System (GNIS) & Systems Support

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TARGETS

SUB-

COMPONENT


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1 National Survey Act

15 Implementing Rules andRegulations

14 Technical Standards and

Specifications

5.3 Policy and Standards

Development

65 Monitoring & Evaluation reports5.2 Monitoring and

Evaluation

10 Annual work / financial plans

2 Medium-term plans

1 Long-term plan

5.1 Planning and

Coordination

Component 5: Infrastructure Management

3 Assessment Reports

36 Training Programs

1 Training Center

36 Evaluation Reports

4.2 Education and Training

6 Studies

24 Reports

1 Transition Strategy

5.4 Research and

Development

23 Tri-media campaigns

80 Memorandum of Agreements

4.1 Information and

Communication (IC)

Campaign

Component 4: Information, Communication and Education (ICE)

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TARGETS

SUB-

COMPONENT

d i ( 000)


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2,915,867.00644,181.002,271,686.00TOTAL

35,327.006,847.0028,480.005. Infrastructure

Management

53,366.005,370.0047,996.004. ICE Campaign

156,001.00127,605.0028,396.003. GNIS and ICT

Support

1,982,481.5010,531.501,971,950.002. Survey and Map

Integration

688,691.50493,827.50194,864.00

1. Primary

GeodeticNetwork Surveys

SUB-TOTAL

COMOOECOMPONENT

Budgetary Requirements (P000)Budgetary Requirements (P000)

MOOE Maintenance and Other Operating Expenses CO Capital Outlay

ibl ll b iP ibl A C ll b ti


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Possible Areas CollaborationPossible Areas Collaboration

Establishment of at least 25 active geodetic stationsnationwide including the installation of a Central ProcessingCenter

Establishment of vertical control and gravity networks Capability building on infrastructure management

Development, Operationalization and Maintenance

Research and Development

Infrastructure Evaluation (Systems Audit)

Information and Communication Technology support

Formulation of the Strategic Plan (10-15 years)

Geared to support the development of the National

Spatial Data Infrastructure and designed to cater tothe needs for multi-modal/mobile sector applications

Si ifi f th P j tSi ifi f th P j t


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Enables efficient use of previously acquired data

Ensures availability of precise and accessible data for allusers throughout the country

Reduces risks of land/property boundary gaps and overlapsas well as data inconsistency

Improves surveying and mapping capabilities and supportsvital government programs and projects

Improves the land administration and tenure system which

forms the basis of all transactions dealing with land

Ensures that benefits of the infrastructure will be preservedfor future generations

Significance of the ProjectSignificance of the Project

Si ifi f th P j tSignificance of the Project


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Significance of the ProjectSignificance of the Project

Guarantees consistency of spatial datasets

I l t ti A tImplementation A angements


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Implementation ArrangementsImplementation Arrangements

1. DENR Program Steering Committee1. DENR Program Steering Committee

Chair : Undersecretary for Lands

Members : NAMRIA Administrator and Directors of

the Lands Management Bureau/ForestManagement Bureau/ Mines and Geo-sciences Bureau/ Protected Areas andWildlife Bureau/Planning and Policy

Services Office

2. Technical Working Group and National2. Technical Working Group and National

Secretariat (NAMRIA)Secretariat (NAMRIA)

3. Regional Operations Committees chaired by the3. Regional Operations Committees chaired by theDENR Regional Executive DirectorsDENR Regional Executive Directors

4. Merger of Regional Field Network Survey Parties4. Merger of Regional Field Network Survey Parties

((FNSPsFNSPs) and Land Evaluation Parties () and Land Evaluation Parties (LEPsLEPs))


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