Agenda
Geo Hazards Mapping and Environment Summit
HMES 2014 Manila
Protocol
Shift in policy regimes:
· Factor natural phenomena and natural emissions in addition to industrial caused Greenhouse Gases (GHG) into Disaster and Climate Change risk parameters
· All natural and man-made land deformations or wetlands defacements including altering life and inorganic objects therein should be seriously studied and factored into future Disaster Risk Reduction (DRR) activities
· Signing Declaration to observe 2014 as International Hazard Mapping Year
· Signing Declaration for observing December 2014 and of every year thereafter as the Disaster Risk Reduction Month
· Signing Declaration for observing December 17 on 2014 and on every year thereafter as the International Hazards Awareness Day
· Signing expanded agreements between UN, member nations on sharing of GIS on disasters and information from outer space
· Signing of Declaration for priority humanitarian care for disabled persons and waiver of immigration regulations in major disasters
· Balancing campaign for community resilience with tagging of non buildable areas and relocation of communities directly in the path of disasters, extremely hazardous earthquake faults or liquefaction sites, other risk vulnerable places
· Factor natural phenomena and natural emissions in addition to industrial caused Greenhouse Gases (GHG) into Disaster and Climate Change risk parameters
· All natural and man-made land deformations or wetlands defacements including altering life and inorganic objects therein should be seriously studied and factored into future Disaster Risk Reduction (DRR) activities
· Signing Declaration to observe 2014 as International Hazard Mapping Year
· Signing Declaration for observing December 2014 and of every year thereafter as the Disaster Risk Reduction Month
· Signing Declaration for observing December 17 on 2014 and on every year thereafter as the International Hazards Awareness Day
· Signing expanded agreements between UN, member nations on sharing of GIS on disasters and information from outer space
· Signing of Declaration for priority humanitarian care for disabled persons and waiver of immigration regulations in major disasters
· Balancing campaign for community resilience with tagging of non buildable areas and relocation of communities directly in the path of disasters, extremely hazardous earthquake faults or liquefaction sites, other risk vulnerable places
·
Create Agreements in paper on new framework, parameters for a full-function Geoinformation Technology (GIT) Infrastructure for geo-hazards, disasters, emergency response and other possible crisis applications factoring both natural and man-made causes and build a functional GIS for disasters.
HMES 2014 Specific Objectives
HMES 2014 Specific Objectives
·
· Build a full scale, manual and computer coded environment and climate change risk map embedded with all available information overlays relevant to disasters.· Propose unifying of existing and new policy advocacy for the new millennium on disaster forecasting, management and interventions.
· Identify non-functional framework, obsolescent parameters and technologies that should be shelved and disseminate and delist from future acquisitions by end-user states
· Promulgate new systems for forecasting and early warning for higher avoidance of displacement and casualties
· Map unsafe and safe areas and propose augmentation program for internal migration and relocation to the campaign for community resiliency
· Identify Partners Clusters in building integrated GIS.
Initial Identified GIS applications
Priority 1
o Water, Riverine Systems
|
o Earthquakes / Faults
|
o Volcanoes, Surface
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o Storm Data Analysis, Forecasting
|
o Storm Cyclone Hurricane Detection
|
o Hazards to Life Forms
|
o Hazards to Human Life
|
o Hazards to Land Transport
|
o Hazards to Maritime Transport
|
o Hazards to Infrastructure
|
o Hazards to Aviation
|
Priority 2
o Human Settlement Issues
|
o Relocation
|
o Political Conflict, Hostilities
|
o Major Crime Incidents
|
o Public Warning Systems
|
o Equipage
|
o Disaster Response
|
o Humanitarian Assistance, Relief
|
o Displacement
|
o Post Disaster Measures
|
o Warming, Temperature Change
|
o Meteorologic
|
Priority 3
o Forest Cover
|
o Water contamination
|
o Health, Hygiene Patterns
|
o Disease Control, Mortuary Operations
|
o Food
|
o Agriculture
|
o Aquaculture
|
o Aeroculture
|
Selected References:
Global map
Philippine Fault Map
Philippine Seismicity Map ( USGS - 2001 )
Map of Bohol - recently hit by 7.2 earthquake
Image capture of Super Typhoon Haiyan (Yolanda) in progress
Hardest hit area Super Typhoon Haiyan (Yolanda)
ENVIRONMENTAL ADVOCACY
In
the 1980s, the proponents were inspired by the resource recovery concept from Finland's
FINKONSULT and the components of the Saemaul Undong model of the Republic of
Korea (South Korea). The resource recovery concept is characterized by its
originators in Finland as a simple cost-saving methodology for organizations
using appropriate technologies that will enable higher prevention of loss and
generate greater savings either at the assembly line or in resource systems.
Resulting
from this were studies submitted to the Department of Science and Technology
(DOST) on modeling the Saemaul Undong in the Philippines and beginning a series
of direct actions to promote resource recovery in the Philippines. In 1990, Jose
B. Martinez proposed to the DND to re-activate the Forest Ranger Battalion and
requested the proponents to put together a study that will be submitted to the head
of that agency.
From
1990-1991, the Philippines experienced two great natural disasters: the Baguio Killer Earthquake in July 16, 1990
and the Mt. Pinatubo eruption nearly one year later in June 15, 1991. In 1992, the proponents were briefed about
the harmful effects of the accumulation of billions of tons of tephra (ash, lapilli, solid
chunks of rock), in the high elevation parts of Zambales, Pangasinan and
other provinces in the vicinity of Pinatubo.
The
source of the data was a scientist visiting from Germany to study the volcano
and with whom the proponents had a brief but productive encounter. The scientist recommended the seeding of
weeds on the tephra-covered elevated areas around Pinatubo. This insight was
strongly suggested to Malacañang however it was not acted upon. A few months after the letter to the Office
of the President, flash floods hit Pangasinan.
Around eleven barangays were submerged in water and technically
disappeared from the map temporarily.
Lives and property were lost.
Also
in the same year, the proponents conducted a survey on the impact of Pinatubo
with Bulacan as a Case Study and came out with findings that one to a maximum
of three out of ten people in no less than eleven municipalities of Bulacan --
mostly coastal -- excreted minor amounts of blood in their urine. The
proponents also found the potable water in these eleven municipalities,
including Malolos, Bulacan (provincial capital), to be highly salinated and to
be the cause of the internal affliction of some of the respondents. The
proponents campaigned for a solution to the saline water intrusion into the
aquifers of Bulacan that was causing the high salinity content of the
province's potable water. The Congress of the Philippines was moved to
resuscitate an approved and dormant billion-peso fund solely intended for the
water system of Bulacan.
In
the same year, the proponents helped in the campaign began by the Philippine
Rural Reconstruction Movement (PRRM) to stop the building of a huge
bridge-breakwater from Bataan to Batangas on the premise that the project will
kill Manila Bay. At the time and up to
now, the deterioration of Manila Bay still need to be addressed fully but the
mothballing of the super bridge-breakwater project stemmed the early demise of
the golden sunset bay.
Further,
the proponents also strongly advocated the stopping of indiscriminate
conversion of agricultural land for industrial-commercial-residential
usage. During the Kabisig National
Assembly of 1992, Malacañang ordered a moratorium in the land conversion. In
1995, the proponents went into a joint undertaking with the Pangasinan network
of non-government organizations led by Mr. Jose Burgos to carry out
reforestation projects in the province of Pangasinan.
At
the time, the proponents observed that the landscape particularly in Central
and Eastern Pangasinan was drastically transformed during the period between
the Baguio Earthquake, the Pinatubo eruption, three to four years hence. The
linking up with the NGO network was borne out by the forecast made in 1983 by
scientists from DOST research and development, Dr. Ponciano Batugal and
company, that Pangasinan will turn into a desert in a span of twenty five
years.
PUBLIC SAFETY AND
DISASTER RISK REDUCTION
In
1990-1991, the proponents earnestly started the advocacy for a full-function
geographic information system for disaster and environment protection at the Philippines'
Department of National Defense (DND).
Among
these activities was the promotion of Public Warning Systems (PWS) in the
country. In 1992, a total number of
nineteen (19) public sector agencies were enjoined to attend the 1992 PWS
Seminar conducted by experts from Germany led by Dr. Peter Pfeiffer at Camp
General Aguinaldo, Quezon City. This was conducted by the same organizers of
the 2014 summit in cooperation with German technical assistance. Further, the
advocacy for a nationwide Safety agency from Jan 1992 evolved into the
Philippine Safety organization under the Department of Transportation and
Communications in 1995 that became technically enacted into law as the National
Transport Safety Board (NTSB) after having passed the Third Reading and all the
other requirements of legislation.
The
proposed safety agency was patterned after the United States NTSB and Singapore’s
Safety Commission. Malacañang’s then acting lady secretary of budget and
management, Ms. Emilia Boncodin, returned the law back to Congress stating that
she will refuse to comply with the requirements of the law because of the
absence of funds for safety in the country.
In
the time of former Presidents Fidel Valdez Ramos and Jose Marcelo Ejercito
(Joseph Estrada), the advocacy for safe air transport, GIS,
command-control-communications-computer-information (C4I) went into full swing
and the proponents worked actively with specialists from the United States and
not the least among them, the Federal Aviation Administration (FAA).
The
proponents succeeded in upgrading the CAT Status of the country one rank higher
due to the development of the Master Plan Framework for the Development of Air
Traffic Systems (ATS) in the Philippines.
Asian Development Bank (ADB) and Harris BankCorp, Inc. (HBCI) under
Harris Corp. (Florida) of the United States provided the initial pledges and
committed to finance the proponents a minimum seed fund of Sixty Million United
States Dollars (USD60,000,000) for the development of Philippine air traffic
and air communications services.
Today,
the entire Philippine aviation administration is privatized and extensively
under re-engineering and development.
The transport safety Board was never implemented however an Office of
Transport Security modeled after the same structure under the Department of
Homeland Security of the United States is in place.
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