APPENDICES
Chapter 1 : The Problem
1.2 Problems Associated with Agriculture
Projected Seasonal Temperature Changes under the Medium Range Emission
Scenario, Province of Pangasinan, Region I
Climate Season
Variable DJF MAM JJA SON
(˚C)
Observed 25.0 27.4 26.9 26.4
1971-2000
Change in 25.9 28.5 27.8 27.4
2020 (2006-
2035)
Change in 27.2 29.6 28.7 28.4
2050 (2036-
2065)
Source: 2011. Climate Change in the Philippines. PAGASA.
Table 1:Projected Seasonal Temperature Changes under the Medium Range Emission
Scenario, Province of Pangasinan, Region I
Frequency of Extreme Events under the Medium-Range Scenario, Province of
Pangasinan
Climate Variable Observed Changes in Changes in
(1971- 2020 (2006- 2050 (2036-
2000) 2035) 2065)
No. of days with Temp > 35˚C 1280 2265 3728
No. of dry days (rainfall < 2.5 mm) 8303 6443 6419
No. of days with Extreme Rainfall 2 13 20
> 300mm
Source: 2011. Climate Change in the Philippines. PAGASA.
Table 2: Frequency of Extreme Events under the Medium-Range Scenario, Province of
Pangasinan
HAZARD SUSCEPTIBILITY INVENTORY MATRIX, CITY OF URDANETA, PROVINCE
OF PANGASINAN
Variable Observed Specific Change General Information
Baseline (1971- Expected and Changes about Patterns
2000) Reference Period in Climate of Change
Variables
Temperatur 25.0 °C during 25.9 °C by 2020 and Increase in Hotter during the
e the DJF 27.4 ˚C 27.2 °C by 2050 temperatur months of MAM
during the MAM during the DJF 28.5 e
26.9 °C during °C by 2020 and 29.6
the JJA 26.4 °C °C by 2050 during
during the SON the MAM 27.8 °C by
2020 and 28.7 °C by
2050 during the JJA
27.4°C by 2020 and
28.4°C by 2050
during the SON
Rainfall 19.4 mm during 29.9 by 2020 and Increase in During the month
the DJF 298 mm 19.61 by 2050 the amount of JJA it is more
during the MAM during the DJF of rainfall likely to have a
1608.9 mm 280.12 by 2020 and during the higher percentage
during the JJA 264.62 by 2050 months of of rainfall
707.8 mm during during the MAM JJA
the SON 1707.04 by 2020
and 1977.34 by
2050 during the JJA
749.56 by 2020 and
792.03 by 2050
during the SON
Number of 1280 days 2265 days Increasing There is an
Hot days exceeding 35°C in number of increase of 985
2020 3728 days hot days hots days from
exceeding 35°C in with the year 2000 to
2050 exceeding 2020, and there is
35°C also an increase
of 1463 hot days
from the year
2020 to 2050
Number of 8303 days 6443 days with <2.5 Decreasing A gradual
Dry days mm of rain in 2020 number of decrease of dry
6419 days with <2.5 dry days days
mm of rain in 2050 with
<2.5mm of
rain
Source: 2011. Climate Change in the Philippines. PAGASA.
HAZARD SUSCEPTIBILITY INVENTORY MATRIX, CITY OF URDANETA,
PROVINCE OF PANGASINAN
Variable Population Natural Critical Urban Infrastructure
resources Facilities Use and Utilities
Areas
Temperatur YES YES YES YES YES
e
Rainfall YES YES YES YES YES
Number of YES YES YES YES
Hot days
Number of YES YES YES YES YES
Dry days
Source: 2011. Climate Change in the Philippines. PAGASA.
The table above presented the elements susceptible to hazard. Elements are identified
as Population, Natural Resources, Critical Facilities, Urban Use Areas, and
Infrastructure and Utilities. Climate variables that may affect these vulnerable elements
are heavy rainfall and drastic increase in temperature. According to the table, almost all
of the identified elements are affected by the said climate variables. In terms of higher
temperature, the most affected months will be on March, April, and May. And the
months of June, July, and August will be the peak months for rainy season.
1.2.6 Priority Legislative measures of Urdaneta City, Pangasinan, Cy. 2017-2019
Priority Legislative measures of Urdaneta City, Pangasinan, CY. 2017-2019
STRATEGIC PRIORITY NEEDED IMPLEMENTING WHEN
THRUST/ PPAs LEGISLATIVE OFFICE/ NEEDED
POLICY AREA MEASURES AGENCY
Decrease ofRehabilitation Flooding City Agriculture 2017
irrigated areas of community production/request Office
irrigation assistance of the
system noted agency
Lack of training Organized Poor operation and City Agriculture 2017
and information Farmer’s maintenance causing Office
dissemination Association, to water conflict and
COOP, water distribution
Irrigators with decrease in the
area program
Flooding during rainy City Agriculture 2017
season and irrigated Office
during dry season
The area of the Uncoordinated Decrease in the City Agriculture 2017
affected land of National production income Office
will decrease Government and flooding of both
agencies in the agricultural and
implementation residential areas
of projects
Non – Soil analysis of Training and City Agriculture 2017
knowledge of land Information Office
farmers; lack in dissemination
information education
dissemination
Land to be Fishery Training City Agriculture 2017
used should be Office
developed
[ CITATION Com22 \l 1033 ]
Prepared by:
ENGR. NESTOR A. IBAY
Local Planning & Development Coordinator
Urban – Environment Matrix Analysis of Urdaneta City
Problems Impacts/ Effects Proposed Solutions/
Programs/ Projects/ Policies
Drought Use drought resistant
Food security varieties
Limited or no income at Changes in timing of farm
all activities
Irrigation solution
Conserve water thru
Socialized Water Impounding
Project
Floods Damage to crops, Forecast and early warning
thereby affecting food system
security Change to timing of farm
activities
Water conservation Water shortage Establish/construction of
Rain water harvesting centralized wastewater
River water pollution treatment facility
Air pollution in urban Increase in mortality/ Improve access to health care
morbidity due to Disease monitoring and
respiratory diseases emergency response
Increase cost in health Provide bike lane
maintenance Ordinance on the importance
of anti-smoke belching drive
means and protecting public
health and the environment
Incomplete volume of Health hazard, increase Increase waste management
solid waste cost in health Improve recycling/
maintenance, composting
proliferation of disease
causing microbes
Unproductive Lands Food security is affected Diversify crops and livelihood
and Limited income plant crops for such kind as
Heavy siltation root crops
Non-adherence on
Infection causing Strict implementation of the
implementation of the
River water resources ordinance
city septage and other underground Establish/construction of a
management water resource pollution centralized waste water
ordinance. Increase cost of potable treatment facility
water necessities
Source: [CITATION Com22 \l 1033 ] p. 21
Summary of Problems Associated with Agriculture
1. Urbanization and Conversion of
Land
2. Population Growth and Food
Insecurity
3. Climate Change and Environmental
Crises
4. Socio-Economic Aspects
5. Farming Perceptions
6. Public Nutrition and Food Miles
