BIBLIOGRAPHY
ANALYN B. GARCILIAN, November 2006. Agricultural Development in
Bauko, Mountain Province. Benguet State University, La Trinidad, Benguet.

Adviser: Maria Luz D. Fang-asan, Ph. D.
ABSTRACT
Including the Highland Agricultural Development Program and non- Highland
Agricultural Development Program covered barangays of Bauko, Mountain Province, the
study determined the socio-economic and farming profiles of the respondents, the
agricultural development interventions, the perceived degree of implementation of the
agricultural development interventions, the existing agricultural practices of the farmers,
and the perceived problems of the farmers.
The respondents range in age from 25 to 50 years, most are females, and almost
all are married. The majority are high school graduates; have been farming for less than
25 years; and have other complimentary sources of income. A family has from one to 12
children. The respondents’ educational attainment ranges from being in the elementary
grade to college graduates. Their houses are made of either wood and galvanized iron or a
combination of wood, concrete and GI materials. The water sources are mainly developed
springs (tank and pipe). They have an electrical source of light and open pit to automatic
water-sealed bowl for toilets. The majority have concrete bowl-type of toilet, and various
electrical and electronics appliances. They plant mainly rice, vegetables or combination
of rice and vegetables on a farm which area ranges from less than 500 to more than 5,000

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square meter. They either own or rent the land they till through purely manual method in
farming. The major farm inputs are fertilizers and pesticides.

On interventions the infrastructure support facilities, that includes farm-to- market
roads, bridges, and pathways, are already sufficient and generally in good condition
although a significant portion needs improvement and/or repair. They are mainly funded
by the internal revenue allotments of the barangay, municipality and province. The
agricultural facilities developed are greenhouses, storage houses, packing and waiting
sheds, training centers, nurseries, dryers and irrigation systems. Manpower development
activities include conducting of various seminar-workshops on farm management topics
and food processing, and establishing farmers’ field school (FFS). The credit facilities are
loans from banks, cooperatives, government assistance program, and farmers
associations. Farmers’ products are sold in the municipality satellite markets and nearby
provinces. Policy supports in the form of several barangay ordinances are implemented or
proposed.

These agricultural interventions are perceived by respondents as either fairly or
fully implemented. The leading agricultural practices of respondents under HADP are
manual land preparation, soaking seeds overnight, selecting seeds based on experience
and transplanting 1½-months-old rice seedlings. Those under non-HADP are tapping
water from river/stream for irrigation and tending farm daily.

The agricultural technology adopted by the respondents in rice farming is the
gapas system and the use of pedal-powered thresher and in vegetable production is the
use of rainbird for irrigation and new varieties of crops planted.
ii

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The leading problems perceived as very serious in both HADP and non-HADP
areas are low, and highly fluctuating, prices; vegetable importation; and high costs of
inputs.




















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TABLE OF CONTENTS

Page
Bibliography. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
i
Abstract . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
i
Table of Contents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
iii
INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1
Background of the Study . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1
Statement of the Problem . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
2
Objectives of the Study . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
3
Importance of the Study . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
4
Scope and Delimitation of the Study . . . . . . . . . . . . . . . . . . . . . . . . .
4
REVIEW OF LITERATURE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
5
Socio-economic Profile of Farmers . . . . . . . . . . . . . . . . . . . . . . . . . .
5
Topographic Profile of Bauko, Mt. Province

as a Farming Community . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
8

Agricultural Development Intervention . . . . . . . . . . . . . . . . . . . . . .
11
Implementation of Agricultural

Development Intervention . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
15

Agricultural Practices in Rice and

Vegetable Production . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
18

Promoting Sustainable Agriculture . . . . . . . . . . . . . . . . . . . . . . . . . .
26
Agricultural Problems Encountered by Farmers . . . . . . . . . . . . . . . .
27
Conceptual Framework . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
29
Operational Definition of Terms . . . . . . . . . . . . . . . . . . . . . . . . . . .
31
iv

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Hypotheses of the Study . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
33
METHODOLOGY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
34
Locale and Time of the Study . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
34
Respondents of the Study . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
34
Instrumentation and Data Gathering . . . . . . . . . . . . . . . . . . . . . . . .
37
Data Interpretation and Analysis . . . . . . . . . . . . . . . . . . . . . . . . . . . .
37
RESULTS AND DISCUSSION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
39
Respondents’ Profile . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
39
Agricultural Development Interventions . . . . . . . . . . . . . . . . . . . . . .
52

Extent of Implementation of Agricultural Development

Interventions as Perceived by the Respondents . . . . . . . . . . . . . . . .
78

Respondents’ Agricultural Practices . . . . . . . . . . . . . . . . . . . . . . . . .
83

Practices in Rice Production . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
83

Respondents’
Vegetable
Production Practices . . . . . . . . . . . . . . . . .
94

Agricultural Technologies Adopted . . . . . . . . . . . . . . . . . . . . . . . . .
101

Agricultural Problems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
102

SUMMARY, CONCLUSIONS AND RECOMMENDATIONS . . . . .
107
Summary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
107
Conclusions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
109
Recommendations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
110
LITERATURE CITED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
112
APPENDICES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
115
Interview Schedule . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
115
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Glossary of Terms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
133
BIOGRAPHICAL SKETCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
135

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INTRODUCTION


Background of the Study

In the Cordillera region, Benguet and Mountain Province are the known
major producers of semi-temperate vegetables, fruits, and cutflower-ornamentals.
They have a wide range of climatic conditions in these provinces, which include a
cool climate in some areas, favor the production of these high-value crops.
Benguet utilizes a larger land area for farming as compared to Mountain Province.
In the latter, only the municipalities of Bauko, Tadian, and Sabangan are engaged
in a commercial scale vegetable production.

Despite its mountainous and very rugged terrain, Bauko is one of the first
municipalities to engage in commercial vegetable production in Mountain
Province and in the Cordillera region. This municipality raises vegetables in its
highland zones, and staple crops such as rice, corn, and legumes in its lower and
warmer zones.

The municipality’s unique location and varied climatic conditions have
made diversified farming possible. Because of its production potentials, it is also
one of the longest beneficiaries of the first major agricultural development
interventions in the Cordillera, the Highland Agriculture Development Project
(HADP) from 1987 to 1993, and the Cordillera Highland Agricultural Resource
Management Project (CHARMP) from 1994 to 2004. It can be noted that HADP
included infrastructural development such as the building of agri-infrastructure
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and the improvement of road networks. CHARMP, on the other hand, focuses on
social services such as livelihood projects and community mobilization. Both
projects, along with the different programs of the local and national governments,
aim to alleviate poverty by implementing various kinds of development
interventions. This study aims to assess the agricultural developments in Bauko,
Mountain Province, specifically the extent of implementation of agricultural
development interventions, along with the socio-economic and farming profiles of
the respondents.

Statement of the Problem


To contribute information needed in the formulation and effective
implementation of sustainable development programs or projects in Bauko,
Mountain Province, this study was conceptualized to assess the agricultural
development interventions in the municipality. It specifically sought the answers
to the following questions:
1. What is the socio-economic and farming profile of the respondents?
2. What are the agricultural development interventions of government and
non-government organizations in the municipality?
3. What is the extent of implementation of the agricultural development
interventions ?
4. What are the agricultural practices in rice and vegetable production by
the farmers?
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5. What are the agricultural problems encountered by the farmers and their
degree of seriousness?

Objectives of the Study

The objectives of the study are as follows:
1. To determine the socio-economic and farming profile of the
respondents.
2. To determine the agricultural development interventions in Bauko in
terms of:

a. Infrastructure support facilities

b. Manpower development

c. Market and credit facilities

d. Agricultural facilities

e. Policy support
3. To determine the extent of implementation of the agricultural
development interventions.
4. To describe the agricultural practices in rice and vegetable production
by the farmers.
5. To determine the agricultural problems encountered by the farmers and
their degree of seriousness.



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Importance of the Study
The role of the provincial, city and municipal governments in agricultural
development has been greatly magnified by the Local Government Code of 1991.
Through this code, all extension-related activities have been devolved to local
government units. Today, the LGU’s plan and implement most development
interventions in their own jurisdictions.
The results of this study provide development planners, especially the
LGU of Bauko Department of Agriculture, information relevant to sustainable
development program/project formulation and implementation for the study area;
can give project implementers ideas in properly monitoring and evaluating
agricultural programs being implemented; can provide other concerned
government agencies and non-government agencies about ways of implementing
agricultural and related projects in communities with similar case as that of
Bauko; and can serve as reference for researchers.


Scope and Delimitation of the Study
The study focused on the agricultural development interventions in Bauko,
Mountain Province. Its scope is delimited to the socio-economic and farming
profiles of the respondents; the agricultural development interventions; the extent
of implementation of the agricultural interventions; the respondents’ practices in
rice and in vegetable production; and the problems encountered by the farmers in
Bauko, Mountain Province.
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REVIEW OF LITERATURE

Socio-economic Profile of Farmers


Mountain Province is one among the three provinces covered by the
Cordillera Highland Agricultural Resources Management Project (CHARMP).
Prior to the establishment of CHARMP, it was also one of the first beneficiaries
of the Highland Agriculture Development Project in 1987, the first major
agricultural development project in the Cordillera region. There are five
municipalities of Mountain Province prioritized in the CHARMP Project: Bauko,
Sabangan, Tadian, Bontoc, and Sagada. These municipalities are the major
producers of commercially grown vegetables and agroforestry products.
Age. Based on the statistics derived from CHARMP Project Benefit
Monitoring and Evaluation (PBME) Report, the great majority of the 360 project
beneficiary-respondents in Mountain Province fall under the age bracket of 31-40,
41-50, or 51-60. The same pattern is observed in Abra and Benguet. This finding
implies that the great majority of beneficiaries of the CHARMP are adults.
Primary
occupation. In terms of occupation, Mountain Province
respondents are mostly government employees (66.4 percent), quite a number (19
percent) are businessmen, and few (15 percent) are farmers. The same pattern is
observed in Benguet where the great majority (78.1 percent) respondents are
government employees; only 7.8 percent are farmers. Although the majority of
the respondents in Abra (54.3 percent) are farmer-respondents, the overall results
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show that the beneficiaries of this development project are concentrated on the
literate population. Based on the foregoing figures, Project Benchmarking,
Monitoring, and Evaluation (PBME) Report (2004) concluded that the
respondents in said provinces have a subsistence nature of livelihood that is
highly dependent on agriculture, especially for the respondents in Abra.

Tenurial status as farm operators. In the three provinces included in the
survey made by CHARMP in 2004, most of the respondents are full owners of a
particular parcel of land/farm area. In Abra, only a few have ancestral domain
claims. In Benguet, the prevailing form of tenurial ownership is through tax
declarations, and in Mountain Province, is being a lessee. These results indicate
that the community households have a large control over their parcel of land.

Farming as main source of income. The majority of the respondents for
the three provinces reported that farming is their main source of income. This
response validates earlier reports that these provinces are highly dependent on
agriculture for subsistence. Hence, there is a need to concentrate more on the
development of agricultural components.

Participation in training activities to increase farm production. Abra
respondents have a high level of participation in agricultural training activities,
which indicates their willingness to adopt agricultural innovations. Conversely,
those from Benguet and Mountain Province have a very low level of participation
in the trainings given. The leading reasons are that there is lack of information
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dissemination, there is lack of incentive for them to attend and learn, they cling to
the traditional means of farming, and they are unwilling to adopt new
technologies.

Seminars and trainings attended for the last three years. Most of the
respondents from Benguet and Mountain province have not attended agri-related
seminars for the past three years as indicated by the survey results. In Abra, most
of the respondents have attended commercial and crop production seminars.
Awareness
on
DA-CHARMP sponsored trainings. The respondents in
Abra are aware that DA-CHARMP has sponsored trainings (75.7 percent). In
Benguet and Mountain Province, the majority of the respondents are either not
aware of trainings conducted or are not able to attend any of these trainings.

Awareness on government, NGO, and private-sponsored trainings. Most
of the respondents in the three provinces have answered that they are not aware of
any government or non-government organization conducting trainings in their
area for the last three years. This finding indicates that these organizations employ
a poor information dissemination scheme. Their response is quite unusual because
a number of GOs and NGOs, who are mandated to conduct agri-related trainings,
operate within the area. In regard to private organizations, the respondents also
claim that they are not aware of any trainings conducted.




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Topographic Profile of Bauko, Mountain
Province as a Farming Community

In 1911, Bauko was already a separate municipality of the old Mountain
Province, together with Benguet, Bontoc-Lepanto, Amburayan, Ifugao and
Kalinga-Apayao. Act Number 82 dated provided January 31, 1909 provided for
the creation of the municipality. When the province was politically subdivided in
1967, Bauko remained a part of Bontoc, Mountain Province.

Bauko municipality has an area of 17,819.4 hectares and a population
density of 156 persons per square kilometer. It is located in the southwestern
corner of Mountain Province, and is bounded by the municipalities of Sagada in
the north, Sabangan in the east, Tadian in the west and by the Provinces of Ifugao
and Benguet in the south. This territory is located at 17 degrees latitude and 121
degree longitude, stretching several kilometers along the Bontoc - Baguio City
national road.

Bauko’s topography could be divided into three ecological zones: the
highlands, the midland slopes, and the valley (Gaioni ,1994).

Highlands. The highlands are comprised by the Mt. Data plateau region as
the center, the villages of Sinto and Paktil, which are on slopes with elevation of
as high as 2,280 meters above sea level, and down to the village of Maba-ay,
which has average elevation of 1,850 meters above sea level. The area is best
characterized by the imposing, impressive and sacred twin waterfalls, that are
named Inudey and Ampasit. The latter, also known as Pusnawan, cascades from
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Mount Data plateau unto the green valleys below. Local Igorot religious folklore
and etiological beliefs attest to the century-old importance of this waterfall as
source of irrigation for agriculture. The area is damp and misty at night and in the
early hours of the morning.

The remaining patches on what was once dense rain forest in Mount Data
plateau are protected by law. However, the primeval forest in the plateau is almost
totally stripped through repeated slash-and-burn activities and subsequent
conversion of cleared areas into vegetable gardens. Even the remaining woods
around the plateau are fast disappearing due to continuous timber extraction that
the DENR grossly neglected to regulate. The never-ending demand for lumber by
the booming population and by the gold and copper mining activities in the
neighboring municipalities, compounded by the gross negligence of authorities
led to the devastation of the forests in the area. The main agricultural crops on
these forests turned vegetable gardens are potatoes, cabbages and sweet peas,
which are cultivated on a rotation basis with widespread use of chemical
pesticides and fertilizers.
Midlands. The midlands could be described as transitional ecological zone
and are comprised by the second level of slopes of the Mt. Data eco-system.
These areas include the portion of Maba-ay, which are below 1,850 meters in
elevation, Guinzadan, which is 1,400 in elevation, and Abatan Junction where the
Bauko Municipal Hall and District Hospital (Luis Hora Memorial Hospital) which
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has an elevation of 1,450 m. Guinzadan, the largest are and most populated with
3,557 inhabitants (Provincial Health Office 1989). The climate in this midland
zone is mild and more pleasant than that in the other zones. This zone is devoid of
tropical rain forests but it has scattered clusters of secondary forests, mainly the
conifer species. The area is undergoing a significant agricultural change. There is
significant decrease of irrigated ricefields as some are converted into vegetable
gardens. Maize, coffee, beans, fruit trees and other traditional home garden crops
are being cultivated. Guinzadan stands apart from other villages of the
municipality because a large number of houses (binatang) are made of traditional
thatched roofs.
Valley. The valley constitutes areas with elevations ranging from 1,400
down to 1,150 meters above sea level, or the lowest part of the Mt. Data
ecological complex. This zone includes the lower barangays of Bauko. The
climate here is much warmer than that of the higher elevations, both during the
day and night. Large patches of pine forests remaining are mainly found in Bila,
Otucan, Banao and Bagnen. Due to growing scarcity of lumber, cash and food, as
population constantly increases, the villagers are often at odds over the exact
boundaries with other barangays. Cutting of timber is mainly for house
construction rather than for commercial purposes. The disputed land areas are
usually for slash-and-burn activities. Village elders and barangay officials cannot
always control individual behavior in their attempt to enforce inter-village
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agreements regarding land use and exploitation of natural resources. The valley’s
ecological zone is still largely and mainly utilized for wet rice agriculture, but the
impact of cash economy is evident as shown by more rice terraces being turned
into vegetable gardens each year. Maize, coffee, several varieties of beans,
sugarcane, sweet potato, taro, peanut, pineapple and many species of tropical fruit
trees are also grown in this area.


Agricultural Development Intervention

Rural development was viewed synonymously with agricultural
development. The agricultural sector was considered the foundation of rural
economy. Thus most rural development programs/projects were designed to
increase agricultural productivity, generate employment opportunities and
improve basic facilities and services in health and education. Rural development
programs are thus essentially designed to promote livelihood and self-reliance for
rural population (Villacorta and Gaon, 1986).

The first major agricultural development project in the Cordillera is the
Highland Agricultural Development Project, which was implemented in 1987.
The project was funded by a loan from the Asian Development Bank (ADB) and
International Fund for Agricultural Development (IFAD), with a counterpart from
the Government of the Philippines. It covered five municipalities in Mountain
Province and eight municipalities in Benguet with a total area of 486,973
hectares.
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HADP is considered the first major agricultural development intervention
in the Cordillera. Its Phase II, known as CHARMP, which is implemented from
1994 - 2004, set the direction of agriculture development in the region, especially
in Benguet and Mountain Province.

The HADP Completion Report (1994) summarized the three major project
components, as follows: road, irrigation and agricultural-support services. These
components served as the starting point for development in the selected areas
where infrastructure and agricultural support services were wanting.
Infrastructure. Prior to the implementation of the HADP in 1987, the
roads of the municipalities of Bauko, Bontoc, Sabangan, Sagada, and Tadian in
Mountain Province and the other eight selected municipalities of Benguet were
extremely rugged, and cultivation was limited to narrow valleys and terraces
constructed along mountain slopes. Water supply sources are small springs and
streams. Since most of the irrigation systems are old, traditional practices of
subsistence rice growers still prevail.

Beyond Baguio, the road networks to these Project areas were rugged and
poorly maintained. Halsema highway, the major artery for transporting
agricultural inputs and outputs of highland vegetables, is in poor condition, and all
provincial and barangay roads are only accessible to four-wheel drive vehicles.

After six years of implementation, access was improved through the
construction of 88 kilometers of new roads, rehabilitation of 125 kilometers of
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roads, and the construction of 241 meters road-bridges, and 490 meters of
footbridges.

In Mountain Province, a total of 126.79 kilometers of barangay roads was
constructed or rehabilitated, and 402.07 meters of road bridges, and 361 meters of
footbridges were constructed.

Furthermore HADP facilitated establishment of sprinkler and drip-
irrigation installations on a 20-hectare farm that served as a demonstration model
for modern and efficient application of irrigation water.

Agricultural support services. Before the implementation of the HADP,
farmers in the project areas were already engaged in commercial production of
semi-temperate vegetables. Their principal crops were potato, cabbage, Chinese
cabbage, green pepper, pole bean and garden pea, with smaller areas planted to
lettuce, carrot, and other vegetables. Vegetable production advancement involve
considerable use of raw organic fertilizer and imported inputs including seeds,
fertilizers, pesticides and fungicides.

Agricultural research is provided by HARRDEC, and agricultural
extension is primarily the responsibility of the Provincial and Municipal
Agricultural Offices of Benguet and Mountain Province.

In terms of farm supplies, the private sector supplies fertilizers and
pesticides to the farmers. A small amount of fertilizer is used in subsistence rice
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and other foodcrops but fertilizer and pesticide usage on commercial vegetable
crops is high. Vegetable seeds are imported.

In terms of marketing, agricultural produce is sold wholesale in La
Trinidad and Baguio before some produce are bulked for shipment to Manila.
Vegetables usually pass from four to seven channels before they reach the
consumers.

Financing for vegetable production is usually provided by informal money
lenders who charge a high interest in a credit-marketing tie-up. Formal credit is
made available only by Land Bank starting in 1990.

To improve these existing agricultural support services, HADP included
research and extension (R & E) component, marketing, and agri-infrastructure.
The R & E components seek to improve production and contribute to crop
diversification through agricultural extension in soil conservation establishment of
demonstration farm project, soil analysis, establishment of agricultural nurseries,
farmers trainings/education.
The HADP marketing assistance program (MAP) provides the
construction of the following agri-infrastructure: barangay and municipal markets
and loading platforms; barangay nurseries; and seedpotato storages. The
marketing assistance programs include price monitoring and dissemination
through billboards and radio broadcast; and crop production programming.
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CHARMP practically continued the HADP projects. When CHARMP was
concluded in 2004, it was able to deliver a total of PhP 240,689,505.46 worth of
projects in rural infrastructure development, agricultural support services, and
community mobilization and natural resource management in Mountain Province.
Its beneficiaries were the municipalities of Bauko, Bontoc, Sabangan, Tadian and
Sagada.

Implementation of Agricultural
Development Interventions


The role of provincial, city and municipal governments in agricultural
development is greatly magnified by R.A. 7160 or the Local Government Code of
1991. Under this law, most extension-related activities were devolved to the local
government units; hence, today, most of the planning and implementation of
development interventions are done by the personnel of the local government
units (DA-CARFU Information Kit, 1995).

Section 36 of the Local Government Code states that local government
units may, through the local chief executives and with the concurrence of the
Sangunian Bayan members concerned, provide assistance, financial or otherwise,
to people’s organizations and NGO’s for economic, socially oriented,
environmental or cultural projects to be implemented within their territorial
jurisdiction.
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Generally, with the LGU, agricultural intervention may come in two
phases. First is the agricultural support facilities and the second is the capability
building or training that comes with the former. Former Department of
Agriculture Secretary Eduardo Angara emphasized in DA Action Plan for 2000
that capability building is one of the most important concepts to be integrated
along with the establishment of agricultural support facilities such as road,
irrigation, post-harvest facilities, and improved seed varieties.

Capability building can be achieved through extension services in the form
of farm visit, informal group discussion, formal group meeting, demonstration,
local verification trial, expository tour, and farmer’s training course. The major
objective of these services is to help establish and sustain income-generating
projects (Dalog, 2002).

The study conducted by Dalog (2002) showed that the municipalities of
Bauko, Sabangan, and Bontoc, of Mountain Province have strong support from
local government units in terms of agricultural support activities such as the
provisions of loans, establishing strong linkage with other institutions like
CHARMP, TESDA, DTI, and DA, and providing active agricultural development
staff.

Strong linkages with government and non-government organizations have
greatly helped in accelerating the overall development of Bauko. For instance, it
was reported in DA-CHARMP Mt. Province Project Profile (2004) that in the
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ten-year project of CHARMP, which was concluded in 2004, a total of PhP
45,882,736.44 was spent for rural infrastructure development, which included the
construction of farm-to-market access, foot bridges, domestic water supply,
CIP/CIS, and calamity projects; agricultural support services, which included
adaptive research services projects, extension support services projects, and
integrated pest management project; and community mobilization and natural
resource management, which included reforestation projects.

Based on the CHARMP project profile which reflected the budget
allocation in the five project sites in Mountain Province, Bauko is the third
highest in project expenditure. Thus, it can be said that the LGU of Bauko is very
active in facilitating the implementation of such projects as indicated by its long-
term partnership with HADP in 1987, then later with CHARMP.

Dalog also found that the LGUs in Bauko, Sabangan, and Bontoc perform
their role and function of providing extension services as embodied in the Local
Government Code of 1991; and that the LGUs are highly committed in
performing their role and function that do not involve big financial cost.

Gomez and Pacardo (2004) found in their study on the Ifugao Rice
Terraces that more farmers perceived government agencies to be extending aid to
them. They further noted that the DA-CECAP is the most strongly-felt
development program in the Cordillera because it involved construction of
various infrastructure projects such as pathways, repair of irrigation systems, and
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distribution of fruit tree seedlings to be planted as part of its natural resource
management component. They further found that the LGU-MAO’s were
perceived to have provided credit/loan, technical information, trainings and
infrastructure.


Agricultural Practices in Rice
and Vegetable Production

While modern science and technology is spreading, the vast majority of
people in the world still survive through the material and intellectual sustenance
from their own indigenous traditions. COMPAS programme, an international
network that called this system “endogenous knowledge,” zeroes in on the
potentials and limitations of traditional and indigenous agricultural practices;
however, few efforts have been undertaken to test and improve them on the basis
of the worldview of the people involved (Upawansa, 2005).

Based on the COMPAS framework, indigenous knowledge, practices and
leadership are not assumed to be all positive. As with other knowledge systems,
indigenous knowledge of different cultural backgrounds does not have all the
answers to the present-day problems. However, the need to understand this
endogenous concept is a major requirement in facilitating development in a
community, especially if such knowledge exists like in the case of the Cordillera.

People of the Cordillera Region, amidst the many agricultural
interventions and new technologies introduced to its farmers, still perform many
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of its traditional and indigenous farming practices. Colting (2006) prefers to call
the IP’s sustainable practices of “indigenous technologies” to emphasize their
importance. These indigenous technologies include the kaingin system, multistory
system, homelot/homegarden, and terrace-woodlot system. The kaingin system or
the slash-and-burn agriculture is a common practice in the Cordillera. There are
two types of kaingin systems: settled type and shifting type.

The multistory system involves planting crops with differing growth
characteristics on the same piece of land. This practice increases diversity in crop
species or vegetable types and increases the variety of farm products as well. The
system employs mixed or row intercropping to produce different layers of canopy
or plant heights, resulting in a multistory effect. Examples are: coffee + pine (2-
storey) and vegetable + citrus + alnus (3-storey).

Maintaining a homelot/homegarden is also common in the Cordillera. The
open spaces near household settlements are planted to a mixture of
fruits/horticultural crops, root crops, vegetables, fodder, medicinal plants, fuel
wood, and timber species.

The small individual homegardens range from a few square meters up to a
0.5 hectares, but occasionally may range from up to 5 hectares. Two very
common types of homegardens in Benguet are (1) coffee under pine, and (2)
Alnus spp. plus coffee. In Mountain Province, the homegarden is composed of
Benguet pine (Pinus kesiya) and banana or fruit tree combination with poultry
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and/or livestock. In Abra, the narra or acacia/rain tree, combined with coffee and
other crops, is a common type of homegarden. In general, most home gardens are
established in a multistory or mixed cropping system.

The terrace and woodlot system is another traditional practice in the
Cordillera. Terraces in the region may be either irrigated or rainfed. These
terraces are constructed across very steep mountainsides to provide some planting
areas for a range of agricultural crops. The woodlot is located upslope and serves
as watershed from which irrigation water is obtained. The watershed is managed
through to customary laws.

Traditional agricultural cycle. This sustainable agricultural system in the
Cordillera is best practiced in Bontoc, Mountain province. To illustrate, the
Bontoks follow an agricultural cycle throughout the year that consists of three
periods: the first period is from November to February (chinamey), the second is
the dry period, from February to March (chakhon), when rain is scarce and food is
insufficient; and the third is July to November (kesep). The second period is a
long period of waiting, thus, the people resort to eating camote, corn and millet,
alternated with rice. The ricefields are prepared: plowed and harrowed for the
planting of the seedlings. February to May is when the people need to water the
plants (asi chanum) because it is dry season. The farmers usually spend the nights
seeing to it that their ricefields are equally watered. This can also be done with
owners of neighboring ricefields agreeing to water one field one night, then the
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next field the next night, and so on. From May to June, the rice grains begin to
develop and the people start putting up scarecrows (asi faked) and the children are
sent to their rice fields to drive away the rice-eating birds (enfelewcha). Asi ani
(harvest time) is usually in the months of June and July. In between harvest times,
the women start sowing seeds for the second rice crop. After harvest in July is a
thanksgiving ceremony may be performed. During the third period, the people
have much to eat. It is also the onset of the rainy season and the second crop is
planted. During this period, in the latter part of November, is the asi tokhi
(digging of camote) and towards the end of November and the whole month of
December, is the harvesting of second cropping (De Los Reyes, 1987).

Wet rice is planted on the rice terraces on the mountain slopes or on
narrow flat areas along riverbanks where there is abundant water supply and
where the people are able to grow crops of rice annually. Generally, the rice
produce is not sufficient to support everyone all year round, hence, the need to
supplement the produce from the swidden farms where crops are grown and sold
to obtain money to buy additional rice if necessary (De Los Reyes, 1987).

Culhi et al. (1998-1999) found in their evaluation of the sustainability of
the Ifugao terraces farming system, that the three traditional practices like
ahigabut (genera/weeding), ahihopnak (seedbed preparation) and ahikagoko
(weeding inside the rice paddies) significantly influenced the sustainability of the
Ifugao rice terraces. Increased practice of these three traditional practices
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contributed to the ecological sustainability of the terraces. The weeds removed
and uprooted from the rice paddies are incorporated in the soil of rice paddies to
be composted into an organic fertilizer.

Introduced/adopted agricultural practices. The Philippine economy
remains to be predominantly agricultural. About 65 percent of Filipinos depend
on agriculture for their livelihood. Logically, therefore, where agriculture goes,
there goes the country (Valera et al., 1987).

However, traditional agricultural practices which are still widely practiced
by the majority of the Filipino farmers should go up to the level of modern and
science-based farming. Interventions, especially on the side of the government,
are needed to fast track transformation and meet the demands of time and the
increasing population. As reported in the 2006 Indicative Plans of the Department
of Agriculture, improved agricultural practices in terms of seeding, transplanting
and harvesting were the priority areas. Added to these are the improved
technologies on plant varieties like the hybrid program on rice and vegetables.

Among the successful cultural technologies is the one introduced by
AVRDC that improve production of pakchoi and has been proven to be profitable
based on experimental and survey data from San Leonardo and CLSU (Marzan et
al., 2001). The cost-and-return analysis of technology showed significant
improvement in yield and net income when compared to traditional farmer’s
practice. For example, by sowing in rows on raised beds covered with screen
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tunnels and by fertilizing with composted household waste, yield increased by
247 percent over the standard practice of broadcast seeding on flat beds with only
inorganic fertilizer. The cost differential between improved and standard practices
was 103 percent. The additional expense with the improved practice comes from
the purchase of screen, and labor costs for bed preparation, seeding in rows, and
harvesting/packaging more produce as a result of applying the improved
practice. However, negative perceptions of the technology by farmers arise on the
capital needed to buy screens and on labor needed to raise beds, to sow seeds in
rows, and to erect screen tunnels. Farmers saw that by using the technologies,
yield per unit was increased and pesticides cost was reduced, yet they were
unwilling to invest the time and money required to use a new practice. Apparently
farmers are most comfortable with their old practices, and they lack starting
capital.

In the Cordillera, some of the successful agricultural practices adopted are
the improved practices on pest and disease control.

Vegetable pests and disease control. Cabatu (1997), as cited by Wandalen
(1996), stated that the ideal method of combating diseases is to grow resistant
varieties. Since 1900, resistance breeding has assumed growing importance. The
substantial increase in world food production has not only been possible because
of improvement in the yield potential of the crop varieties but also because these
varieties have genetic qualities to resist pathogen. The crop selection practices
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adopted by many would play an important role in combating pathogens. With the
variability among the hosts and also several efficient techniques for resistance
breeding, there is a bright hope for continued success in this selection process.

The agricultural practice widely adopted by farmers in Benguet and
Mountain Province are the use of sprinkler and drip irrigation. This is credited to
the Highland Agricultural Development Project, which introduced such practice
in 1987. After its implementation, the common method of irrigation practiced
was sprinkler irrigation. Furrow irrigation and the use of watering cans have given
way to the use of sprinkler or spray irrigation. Farmers have in fact invented their
own version of sprinklers; they call it “rainbird.”

Aside from the adoption of this improved system of water application,
controlled irrigation can also be used to control specific pests and diseases.
Talekar et al. (1986) conducted a study on modified irrigation and appropriate
intercropping on the control of DBM during the dry period where DBM is a
serious pest. They applied water by 1.5 meter high sprinkler system over five
minutes at dusk, then half days over the first three to four weeks, then every day
thereafter. As reported, this method significantly reduced the DBM infestation
and increased the yield at a level that is much better when compared with yield at
a level that is on plots applied with drip irrigation (check plots), which received
equal amount of water. The physical disruption of flying activity and oviposition,
and to some extent, washing of larvae and adults, were presumably the major
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causes of the observed effects. The researchers added that besides insect
infestation, the irrigation system probably played a significant role in other ways
in increasing the yield.

For bean rust, overhead irrigation is suitable to dispense the spores from
the leaf surface. Right timing of planting and general sanitation are also
important. On root rots, collection and destruction of infected plants are effective.
Maintaining soil fertility through the application of organic matter inhibits the
build-up of the disease. For downy mildew, this could be avoided by using
resistant varieties, and observing general sanitation and proper irrigation (IIRR,
1986).

Phases of Agricultural Development

The farming areas in most of the provinces in the Cordillera are limited.
Of the region’s total land area of 1,829,400 hectares, only about 17 percent is
classified as alienable and disposable and only about 10 percent is devoted to
agriculture; approximately 40 percent is forest land, mostly pine forest; 15 percent
is grassland; and 34 percent is with mixed crops.
Agriculture in the Cordillera, therefore, needs to be intensified to meet
future demands for commodities and to avoid further expansion into marginal
lands and encroachment on fragile ecosystems. In other words, there is a need to
diversify the production systems to maximize benefits from local resources while
minimizing environmental and economic risks (Colting, 2006).
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Promoting Sustainable Agriculture

The objectives of promoting sustainable agriculture are: (a) to improve
farm productivity in a sustainable manner, as well as to increase diversification,
efficiency, food security and rural incomes, while ensuring minimized risks to the
ecosystem; (b) to enhance the self-reliance of farmers in constructing and
improving rural infrastructure; facilitate the transfer of environmentally sound
technologies for integrated production systems, including indigenous technologies
and the sustainable use of biological and ecological processes, agroforestry,
sustainable wildlife management, aquaculture, inland fisheries and animal
husbandry; and (c) to create farm and non-farm employment opportunities,
particularly among the poor and those living in marginal areas, taking into
account the alternative livelihood proposal inter alia in dry land areas (Agenda
21).

In the Cordillera, agricultural sustainability is at its weakest in the farming
communities that engage in commercial vegetable production. The excessive use
of pesticide has already altered the environment and worsened pest and disease
problems in those communities. In rice production, however, some sustainable
agricultural practices have been observed.
In their evaluation study, Culhi et al. (1998-1999) found that the
sustainability of the Ifugao terraces farming system was at moderate level. With
time, the Ifugao terraces farming system in its dynamic relationships with the
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environment undertook ecological, social, cultural, and economic changes. This
changes were due to the gradual loss of forests, abandonment of the rice terraces
by some of the young farmers, gradual construction of houses along the rice
terraces by some of the young farmers, non-existence of ordinances and
sustainable agricultural programs, and the minimal application of pingkol
(mounds) and inado (composts) by the farmers themselves.

Agricultural Problems Encountered
by Farmers



Despite success of banner programs in agriculture as supported by major
agricultural development projects such as HADP and CHARMP, several
problems still remain in the Cordillera, both physical and non-physical. Physical
problems include inadequate facilities and infrastructure. The insufficient and bad
condition of many farm-to-market roads in the region has been stalling
development in the countryside. The Philippines has the largest transport margin,
which means that transporting products to the market takes 50 percent of the
production cost. More expenses are incurred in delivering farm goods to the
market (DA-CARFU, 1995).

Another area of concern is the inadequate irrigation facilities. Sufficient
irrigation water is needed so that farmers can plant twice or more times a year.

For non-physical problems, economic factors, specifically farmers’ access
to credit and lack of control over rice trading, have remained the barriers in
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improving the rice industry (DAR-FAPOs, 2002). Farmers continue to rely on
informal money lenders who exact high interest despite the presence of sufficient
credit facilities in the country due to the stringent criteria for the approval of the
loan application.

Guiague (2002) found that the implementation of agricultural projects and
programs is most extensively affected by unavailability of funds and
inaccessibility of sites. These are coupled with lack of communication facilities.
Some LGU officials cannot participate actively in the implementation of
agricultural projects and programs due to problems on access and communication
network. It was also found that cultural practices and beliefs of people and
misunderstanding on land ownership are the most serious problems affecting the
implementation of the agricultural programs and projects. Thus it was
recommended that, to be effective in delivering support services such as funds
and transportation facilities, strong coordination between LGU and the
implementing body should be established which can be done by involving the
latter in the project from planning to the implementation period.

Buen (2003) found that farmers/beneficiaries encountered serious
problems such as difficulty to convince fellow farmers to change their old beliefs
and practices in farming, illiteracy among most of the local leaders, lack of fellow
farmer’s capability to adopt technology due to lack of capital, complexity of
technology, lack of material control among beneficiaries, persistence of the
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“donor” syndrome and lack of interest in attending meetings/briefings. On the
other hand, extension workers perceived that the problem on physical resources is
serious and that the problem of road network highly affects the respondents.

These problems differ in different places in the Cordillera. The study of
Vargas (1997) on the effect of devolution on selected agricultural development
projects and extension services in Nueve Ecija, revealed that the problems stem
from the following factors: extreme strictness of some local officials in the
whereabouts of agricultural personnel; lack of financial support, trainings, and
some seminars of AT’s in technology; lack of monitoring and evaluation coming
from national government; inadequate budget for supplies and materials; and non-
implementation of yearly salary increase and hazard pay. It was inferred that there
were changes on the adequacy of different items like budgetary appropriation,
technical assistance provided to farmers, visit to target clientele, communication
flow, organizational structure, monitoring and evaluation of the devolved
function. Thus devolution affected the agricultural development programs and
extension services in various degrees.

Conceptual Framework

Figure 1 shows the variables of the study. Farmers’ socio-economic and
community’s agricultural profiles are interrelated. Agricultural development leads
to improvement of farmers’ socio-economic life.

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INDEPENDENT
INTERVENING


DEPENDENT
VARIABLE

VARIABLE

VARIABLE



Profile of Agricultural

Profile of Farmers
Development:
- socio-economic
- present profile of


profile
farmers
- agricultural
profile
- present status of

agriculture
Agricultural Development
o much
improved

Interventions:
o moderately
- infrastructure
improved
o not
improved

support
- new
agricultural
- manpower
practices adopted

development
- extent
of
- market and credit
implementation of
facilities

agricultural
- policy
support
development

interventions
Agricultural Problems
o fully
implemented

o moderately
implemented

o not
implemented

Interventions:
- Political
- Development agents

Fig. 1. Paradigm of the study showing the interrelationships of variables

Establishment and/or improvement of agricultural support facilities such
as infrastructure, credit, market, and technical support facilities will increase
production, income, and managerial capabilities of farmers. But this will only be
possible depending on the nature of implementation employed by the change
agents and the political machinery/system that supports it. Thus, the extent and
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pace of agricultural development depends on the extent of implementation of
agricultural development interventions. Strong political will augurs the full
implementation of appropriate agricultural development interventions that will
consequently hasten community development growth. This study looks into the
extent of agricultural interventions and development in Bauko which is important
in formulating and implementing further development plans.

Operational Definition of Terms

The following terms are defined according to how they are used in the
study:
Agricultural development refers to the changes related to agricultural
technologies, support facilities and practices that improve sustainability and
productivity of farming systems.
Farming profile refers to the respondents’ number of years in farming,
species and type of crops planted, farm area, farming methods and farm income.
Farmers refer to the respondents involved in farming activities in rice and
vegetable production.
Agricultural development interventions refer to the introduced
technologies or practices and support services (such as infrastructure, credits, etc)
that improve the socio-economic condition of the respondents or a certain
community.
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Agricultural practices refer to the traditional or modern activities in
farming.
Agricultural facilities refer to the agricultural development interventions
such as storage and greenhouses, packing and waiting sheds, nursery, training
centers, dryers and irrigation system.
Agricultural technology refer to an innovation in the technique/method/
approach related to the farming systems of the communities.
Infrastructure refer to the agricultural support facilities such as community
road network, farm-to-market road, pathways, bridges, buildings, irrigation
system, and post-harvest facilities.
Manpower development refers to the capability building activities for the
farmers such as seminars and workshops on new agricultural technologies.
Policy support refers to the ordinances formulated and passed by the local
government units for agricultural development.
Degree of seriousness of problems refers to the extent of a problem
encountered by the farmer-respondents in their farming activities, described as
follows: extremely serious, very serious, moderately serious, slightly serious and
not serious problem by the farmers.
Implementation refers to the degree by which an agricultural development
intervention is operationalized or fulfilled by concerned agencies as perceived by
the respondents, described as: fully implemented (100 percent completed) fairly
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implemented (75 percent completed), moderately implemented (50 percent
completed), and no implementation of the project/program.
Political intervention refers to the activities or outputs of the politicians or
LGUs related to agricultural development projects or program.
Development agents refer to persons, agencies or organizations that
initiate development programs or projects in the community.

Hypotheses of the Study

The following hypotheses were put forward for testing:
1. There is a significant difference in the socio-economic profiles of the
respondents.
2. There is a significant difference in the respondents’ perception of the
extent of implementation of the agricultural development interventions in the
community.
3. There are new agricultural practices and problems encountered in rice
and vegetable production by farmers at present.
4. There is a significant difference on the degree of seriousness of the
problems encountered by the respondents in the HADP and non-HADP areas.




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METHODOLOGY


Locale and Time of the Study

The study was conducted in Bauko, one of the ten municipalities of
Mountain Province (Fig. 2). The other municipalities of the province are Barlig,
Bauko, Besao, Bontoc, Natonin, Paracelis, Sabangan, Sadanga, Sagada and
Tadian.
Bauko is approximately 30 kilometers away from Bontoc, the capital town
of Mountain Province, and 123 kilometers away from the City of Baguio. It takes
about five to six hours ride to reach the place from Baguio. It consists of 22
barangays, namely, Sinto, Mt. Data, Monamon Sur, Monamon Norte, Sadsadan,
Maba-ay, Leseb, Tapapan, Guinzadan Central, Guinzadan Sur, and Guinzadan
Norte, Mayag, Abatan, Banao, Lagawa, Poblacion, Otucan Sur, Otucan Norte,
Bila, Bagnen Oriente, Bagnen Proper and Balintaugan (Fig. 3).
The study was conducted from August to September 2006.

Respondents of the Study

The respondents of the study consisted of farmers, barangay captains,
farmer leaders, municipal agriculture officers and municipal agricultural
technicians.



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Figure 2. Map of Mountain Province showing Bauko and the other municipalities
of the province



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The respondents were selected from the 22 barangays of Bauko. The study
area was categorized into non-HADP-covered barangays (Sinto, Mt. Data, Leseb,
Guinzadan Central, Abatan and Poblacion) and HADP-covered barangays
(Monamon Sur, Sadsadan, Mabaay, Tapapan, Banao, Otucan Sur and Bila). There
were 70 respondents from each of the two groups of barangays, giving a total of
140 respondents.

Instrumentation and Data Gathering

In gathering the needed information, the instrument used depended on the
problems and objectives of the study. For objective number 1, an interview
schedule was used. For objective number 2, both interview and the annual
accomplishment reports of the different barangays and the municipal LGU were
used. For objectives 3, 4 and 5, interview schedule was also used. Ocular
observations, photo-documentation, tape recording of respondents were also
employed.

Data Interpretation and Analysis

The researcher consolidated and tabulated the gathered data in accordance
with the objectives of the study. Frequency counts, percentages, weighted means
and ranks were used to facilitate data interpretation.


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The formula for weighted means is as follows:

∑ fi Xi

χw = ------------



∑
fi



Where: fi = frequencies


Xi = weights


∑ = summation


χw = weighted mean
T-ratio was also computed to determine the tabular value in testing the
hypotheses of the study. The formula is:

Average mean of X – average mean of Y
T-ratio = -----------------------------------------------------


Standard Error of Difference (SEd)


The
chi-square
(χ2) test was utilized to test differences between the
respondents’ profiles, perception on the extent of implementation of the
agricultural interventions, farming practices, and perception of the degree of
seriousness of their problems.

The formula of the chi-square is:

(Oi – Oe)2
χ2c = ∑ ------------


Oe


Where:



χ2c = computed chi-square value
Oi = observed frequency
Oe = expected frequency
∑ = summation
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RESULTS AND DISCUSSION

Respondents’ Profile


The socio-economic and farming profiles of the respondents were
determined. The socio-economic variables considered are age, sex, civil status,
complimentary sources of income, number of children, educational attainment of
respondents’ children, house condition, water source, light source, toilet and
appliances. Determined in farming profile are crops planted, types of crops
planted, farm area, annual income, land tenure, farming method, farm inputs,
cropping pattern and utilization of products.

Socio-Economic Profile

Table 1 shows the socio-economic profile of the respondents.
Age. The greatest number of the respondents from the barangays covered
by the Highland Agricultural Development Program (HADP) range in age from
41 to 50 years, followed in descending order by those whose age range from 51 to
60 years, 61 to 65 years, 36 to 40 years, 31 to 35 years, and 25 to 30 years.
Similarly, the greatest number of the respondents from HADP areas are
those who range in age from 41 to 50 years, followed by those who range in age
from 51 to 60 years. Further followed in descending order by those aged 36 to 40
years, 31 to 35 years, and 25 to 30 years.

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Table 1. Socio-economic profile of the respondents from non-HADP and HADP
covered barangays of Bauko

PROFILE
NON-HADP AREA
HADP AREA
N %
N
%
Age (year)




25-30

3
4.29
3
4.29
31-35
3
4.29
3
4.29
36-40
9
12.86
12
17.14
41-50
23
32.86
32
45.71
51-60
20
28.58
15
21.43
61-65
12
17.14
6
8.57
Sub-total
70
100.00
70
100.00

X2c = 5.497ns
X2.05 = 11.07
Sex




Male
53
75.71
29
41.43
Female
17
24.29
41
58.57
Sub-total
70
100.00
70
100.00

X2c = 16.98*
X2.05 = 3.84
Civil Status




Single
8
11.43
5
7.14
Married
62
88.57
65
92.86
Sub-total
70
100.00
70
100.00

X2c = 0.762ns
X2.05 = 3.84
Educational Attainment




No
Schooling
6
8.57
6
8.57
Elementary
level
9
12.86
9
12.86
Elementary
graduate
9
12.86
9
12.86
High
school
level
3
4.29
-
-
High
school
graduate
26
37.14
26
37.14
College
graduate
12
17.14
17
24.29
Vocational
5
7.14
3
4.29
Sub-total
70
100.00
70
100.00

X2c = 2.862ns
X2.05 = 14.07
Number of Years in Farming




20 – 25
47
67.14
38
54.29
25 – 30
14
20.00
17
24.29
36 – 40
9
12.86
9
12.86
41 – 50
-
-
6
8.57
Sub-total
70
100.00
70
100.00

X2c = 3.942ns
X2.05 = 7.81

An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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41
Table 1. Continued ….

PROFILE
NON-HADP AREA
HADP AREA
N %
N
%
Complimentary Sources of Income




None
32
45.71
20
28.57
Vending - transfer from one place
6 8.57
3
4.29
to another (ambulant)
Storekeeping
(stationary/semi-
11 52.86 - -
permanent store/stall/booth)
Wage
earning
9
12.86
17
24.29
Animal
husbandry
3
4.29
6
8.57
Wine
making
-
-
3
4.29
Barangay
official
9
12.86
15
21.42
Government
employee
-
-
6
8.57
Sub-total
70
100.00
70
100.00

X2c = 16.19*
X2.05 = 14.07
Number of Children




0 – 3
20
28.57
17
24.29
4 – 6
43
61.43
32
45.71
7 – 9
9
12.86
9
12.86
10 – 12
3
4.29
12
17.14
Sub-total
70
100.00
70
100.00

X2c = 7.24ns
X2.05 = 7.81
Educational Attainment of Respondents’ Children



Elementary
level
15
21.42
56
80.00
Elementary
graduate
54
77.14
36
51.42
High
school
level
24
34.29
27
38.57
High
school
graduate
59
84.29
54
77.14
College
level
24
34.29
9
12.86
College
graduate
68
97.14
65
92.86

X2c = 34.41*
X2.05 = 11.07
House Condition




Concrete + Wood + G.I.
32
45.71
44
62.85
Wood + G.I.
37
52.86
26
37.14
Sub-total
70
100.00
70
100.00

X2c = 3.81ns
X2.05 = 5.99





An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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42
Table 1. Continued …

PROFILE
NON-HADP AREA
HADP AREA
N %
N
%
Light Source




Electric
70
100.00 67
95.71
Others (candle and/or kerosene
- -
3
4.29
lamp)
Sub-total
70
100.00
70
100.00

X2c = 1.56ns
X2.05 = 7.81
Water Source (potable)




Undeveloped
spring
-
-
8
11.43
Developed spring (tank + faucet)
65
92.86
59
84.28
Pumping
5
7.14
3
4.29
Sub-total
70
100.00
70
100.00

X2c = 4.75ns
X2.05 = 5.99
Toilet Facilities




Open
pit
6
8.57
3
4.29
Toilet with bowl (cemented)
44
62.86
41
58.57
Water sealed (automatic)
6
8.57
23
32.86
Water sealed (manual)
14
20.00
3
4.29
Sub-total
70
100.00
70
70

X2c = 18.17*
X2.05 = 7.81
Appliances




Television
30
42.85
27
38.57
Radio
50
71.43
47
67.14
Refrigerator
18
25.71
24
34.27
Gas
range
6
8.57
18
25.71
VHS/DVD
12
17.14
9
12.86
Gas
stove
20
28.57
29
41.43
Others
(Computer)
-
-
6
8.57

X2c = 10.77ns
X2.05 = 14.07
* - significant / ns - not significant

Sex. The great majority of the respondents from non-HADP-covered areas
are males. Conversely, the majority of the respondents under the HADP-covered
areas are females.
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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43
Civil status. In both groups of respondents, almost all are married; only a
few are single.
Educational
attainment. In both groups, the greatest number of
respondents are high school graduates. Following in descending order of
frequencies are college graduates, elementary graduates or those with elementary
education, those without schooling, and vocational course graduates.
Number of years in farming. Leading in number in both groups of
respondents are those who have been farming for 25 to 30 years, followed by
those who have been farming for 36 to 40 years. No respondents under non-
HADP areas have engaged in farming for 41 to 50 years while a few of those
under HADP areas have engaged in farming for 41 to 50 years.

Complimentary source of income. The majority of the respondents from
non-HADP areas derive additional income from storekeeping; less than half have
no source of additional income; few derive additional income in the form of
wage, they being employees of certain institution; and very few derive other
income either from vending or from engaging in livestock raising.
In HADP areas, leading in number are respondents without other income
sources, followed in descending order by those who derive other income from
their employment in an institutions, from engaging in livestock raising, by
working as government employees, and by engaging in wine making and vending
(ambulant vendor’s practice).
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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44
Number
of
children. The great majority of the respondents from non-
HADP areas have four to six children; some have one to three children; few have
seven to nine children; and very few have 10 to 12 children. In HADP areas,
leading in number are also those with four to six children, followed also by those
with one to three children; next are those with 10 to 12 children, and then those
with seven to five children.
Educational
attainment
of respondents’ children. The greatest number of
respondents’ children from non-HADP areas are college graduates, followed in
descending order by high school graduates, elementary graduates, those who have
reached high school or college level, and those who have attended elementary
level. Similarly, most of the respondents’ children of the HADP-covered areas are
college graduates. Following in descending order are those who have attained
elementary education, high school graduates, and those who have attended college
or tertiary education.
House condition. The majority of respondents from non-HADP areas have
houses made of wood and galvanized iron. Almost half of them have houses made
of wood, concrete and galvanized iron. Conversely, the great majority of the
respondents from HADP areas have houses made of concrete, wood and
galvanized iron. Few of them have houses made of wood and galvanized iron.
Water
source. Almost all the respondents from the non-HADP areas
derive their potable water from developed spring with tank and faucet facilities.
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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45
The rest derive their potable water underground through pumping. None of them
get their potable water from undeveloped spring. On the other hand, most of the
respondents from HADP areas derive their potable water from developed spring,
few of them derive their potable water from undeveloped spring, and very few
derive their potable water from underground through pumping.
Light
source. Both groups of respondents derive their lighting from
electricity, except for three respondents from the non-HADP-covered areas who
use candle and/or kerosene lamp for lighting.
Toilet. The great majority of respondents from non-HADP areas use a
cemented bowl. Few of them use water-sealed bowls which are flushed manually.
Similarly, the majority of the respondents from HADP-covered areas use
cemented bowl; however, many of them use water-sealed bowls with flushers and
very few have either manual-water sealed toilet or an open-pit toilet.
Appliances. In non-HADP areas, the leading household appliance the
respondents have is radio, followed in descending order of frequencies by
television, gas stove, refrigerator, and gas range. Similarly, in the HADP-covered
areas, the leading appliance the respondents have is radio. Following in
descending order of frequencies are gas stove, television, refrigerator, gas range,
VHS/DVD player and computer.

Test of difference. Based on the results of the chi-square test, the
hypothesis that there is a significant difference among respondents’ socio-
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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46
economic profile is accepted only in terms of their sex, complimentary source of
income, and educational attainment of respondents’ children.

On the other hand, the age, civil status, educational attainment, number of
years in farming, number of respondents’ children, house condition, water and
light sources, and appliances of the respondents do not significantly differ. This
insignificant difference is shown by the computed chi-square value being lower
than the tabular value at .05 level of significance.

Respondents’ Farming Profile

Table 2 presents the farming profile of the respondents which includes
crops planted, types of crops planted, farm area, annual income, land tenure,
farming method, farm inputs, cropping pattern, and utilization of product.
Crops
planted. In non-HADP areas, the leading crop planted by
respondents is cabbage. Following in descending frequencies are carrots, gabi,
Baguio beans and corn; wombok and rice; potatoes, peanuts, pepper and camote;
sweetpeas, pechay and radish; and tomatoes. Conversely, the leading crop planted
by respondents from HADP areas is rice, followed in descending order of
frequencies by carrots, Baguio beans, peanut, cabbage, potatoes, corn, camote,
wombok and pechay, gabi, pepper, and sweetpeas. None of them plant tomatoes
and radish.


An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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47
Table 2. Farming profile of the respondents

PROFILE
NON-HADP AREA
HADP AREA
N %
N
%
Crops Planted




a. Rice
24
34.29
50
71.43
b. Vegetables




Tomatoes
3
4.29
-
-
Carrots
32
45.71
41
58.58
Cabbage
38
54.29
27
38.57
Wombok
24
34.29
15
21.43
Pechay
6
8.57
15
21.43
Radish
6
8.57
-
-
Pepper
12
17.14
6
8.57
Potatoes
21
30.00
21
30.00
c. Root Crops




Camote
11
15.71
17
24.29
Gabi
29
41.43
8
11.43
d. Legumes




Baguio
beans
26
37.14
29
41.43
Sweetpeas
5
7.14
5
7.14
e. Others




Peanut
17
24.29
29
41.43
Corn
23
32.86
20
28.57

X2c = 5.914ns
X2.05 = 9.49
Type of Crops Planted




Hybrid
45
71.43
59
84.29
Local
33
50.00
29
41.43
Mixed
15
21.43
6
8.57

X2c = 6.026*
X2.05 = 5.99
Farm Area (square meter)




0 – 500
3
4.29
17
24.29
501 – 1,000
35
50.00
29
41.43
1,001 – 2,000
8
11.43
6
8.57
2,001 – 3,000
-
-
3
4.29
3,0001 – 4,000
6
8.57
3
4.29
4, 001 – 5,000
6
8.57
3
4.29
5,001 – 6,000
12
17.14
9
12.86
Sub-total
70
100.00
70
100.00
Average Farm Area = 2,572
X2c = 14.57*
X2.05 = 12.50


An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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48
Table 2. Continued . . .

PROFILE
NON-HADP AREA
HADP AREA
N %
N
%
Annual Income




P1,000 – P5,000
3
4.29
23
32.86
P 6,000 – 10,000
6
8.57
11
15.71
P11,000 – 15,000
6
8.57
24
34.29
P16,000 – 20,000
29
41.43
3
4.29
P20, 000 – 25,000
14
20.00
6
8.57
P26,000 – P30,000
12
17.14
9
12.86
Sub-total
70
100.00
70
100.00
Average Income = P13,166
X2c = 52.2*
X2.05 = 11.07
Land Tenure




Tenant
17
24.29
9
12.86
Owned
47
67.14
50
71.43
Rented
6
8.57
11
15.71
Sub-total
70
100.00
70
100.00

X2c = 4.01ns
X2.05 = 5.99
Farming Method




Manual
(pure)
59
84.29
47
67.14
Manual with the help of animals
11
15.71
23
32.86
Sub-total
70
100.00
70
100.00

X2c = 5.56ns
X2.05 = 5.99
Farm Inputs




Fertilizers - ammonia, triple 14,
47 67.14
59
84.29
etc.
Pesticides/insecticides


70
100.00 50
71.43
Organic/chicken dung
15
21.43
3
4.29
Seeds/seedlings
15
21.43
20
28.54
Hired
labor
15
21.43
38
54.29

X2c = 20.7*
X2.05 = 9.49
Cropping Pattern




Mono
cropping
9
12.86
15
21.43
Intercropping
29
41.43
42
62.86
Crop
rotation
50
71.43
51
78.57

X2c = 1.827ns
X2.05 = 5.99
Utilization of Product
For
consumption
30
42.86
38
54.29
For
market
50
71.43
18
25.71
Both consumption and for market
38
54.29
32
45.71

X2c = 12.37*
X2.05 = 5.99
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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49
Highland Agricultural Development Program (1994) reported that the
principal crops in the program’s coverage, which includes Bauko, were potatoes,
cabbage, green pepper, pole beans, and garden peas; with smaller areas planted to
lettuce, carrots, and other vegetables. This report is almost consistent with the
findings of this study as to the crops planted by the respondents.

Type of crops planted. Of the crops planted by respondents from non-
HADP areas, hybrid crops rank first in frequency, followed in descending order
by local varieties and then by mixture of hybrid and local varieties. Hybrid crops
also ranked first in barangays covered by HADP areas, followed by local variety
and by mixture of hybrid and local variety.
Farm
area. The average farm size of the respondents is 2,572 square
meters. The farms of one half of respondents from non-HADP areas measure 501-
1,000 square meters. Following in descending order are those with farms
measuring more than 5,001 square meters; those with 1,001-2,000 square meters;
those with 3,001-4,000 square meters and 4,001-5,000 square meters, and those
with less than 500 square meters.
Similarly, the respondents from HADP areas having farms measuring 501-
1,000 square meters have the greatest number (but less than are half), followed in
descending order of frequencies by those with farms measuring 100-500 square
meters.; those with more than 5,001 square meters; and those with 2,001-3,000
square meters, 3,001-4,000 square meters, and 4,001-5,000 square meters
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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50
Annual income. The average annual income of the respondents is P13,166.
Almost half of the number of respondents from the non-HADP-covered areas earn
annual incomes ranging from P16,000 to P20,000; some earn more than P26,000;
few earn P11,000 to P15,000 and 6,000 to P10,000; and very few earn less than
P5,000.
Many respondents from HADP areas earn annual incomes of P11,000 to
P15,000 and less than P5,000; some earn P6,000 to P10,000 and more than
P26,000; and few earn P16,000 to P20,000 or P20,000 to P25,000.
Land
tenure. The majority of the respondents from non-HADP areas own
the land that they till, some of them are tenants, and very few rent the land they
cultivate. Similarly, the great majority of the respondents from HADP-covered
areas own the land that they till; the rest are either tenant, or rent the land they
cultivate. This finding that the great majority of the respondents own the land they
cultivate is almost consistent with the CHARMP’s report (2004) that most of their
respondents are full owners of a particular parcel of land/farm.
Farming
method. Almost all of the respondents from non-HADP areas and
the great majority of the respondents from HADP areas employ purely manual
method of farming. Only few of the respondents from non-HADP and some
respondents from HADP areas employ manual method coupled with the use of
domesticated animals. None of them employs mechanized farming.
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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51
Farm
inputs. Leading in frequency as to farm inputs used by respondents
from non-HADP areas is pesticides or insecticides, followed by commercial
inorganic fertilizers, and then organic fertilizers (mainly chicken dung), seeds or
seedlings and labor. On the other hand, the leading inputs of the respondents from
HADP areas are commercial/inorganic fertilizers, followed in descending order
by pesticides or insecticides, labor, seeds or seedlings and organic fertilizers.

The above information as to farm inputs partially jibes with HADPs
(1994) report that the private sector supplies fertilizers and food crops; that
fertilizers and pesticides usage on commercial vegetables is high; and that the
vegetable seeds used are imported.
Cropping
pattern. Leading in frequency among the cropping pattern
practiced by respondents from non-HADP areas is crop rotation, followed by
intercropping and monocropping. Similarly, among the cropping patterns
practiced by respondents from HADP areas, crop rotation ranks first, followed by
intercropping and monocropping.
Utilization
of
product. The great majority of the respondents from non-
HADP areas raise the crops purposely to be sold in the market; more than half of
them raise the crops mainly for both market and home consumption; and less than
half raise crops purposely for home consumption only. Conversely in HADP
areas, the majority of the respondents produce crops mainly for home
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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52
consumption; almost one half say they produce crops for both home consumption
and market; and one fourth of them say they produce crops for market.

Test of difference. Based on the result of the chi-square test, the
respondents’ type of crops planted, farm area, annual income, farm inputs, and
manner of product utilization significantly vary while the respondents’ choice of
crop species/varieties, land tenure, farming method, and cropping pattern do not
significantly vary. Hence the hypothesis, that there is a significant difference in
respondents’ farming profile, is accepted only in terms of their types of crops
planted, farm area, annual income, farm inputs and manner of crop utilization.

Agricultural Development Interventions


The agricultural development interventions are composed of infrastructure
support facilities such as community roads, farm-to-market road, foot and road
bridges, and pathways; agricultural facilities; manpower development; market and
credit facilities; and policy support. Such interventions are part of the functions
devolved to LGU as per RA 7160, otherwise known as the local Government
Code of 1991. According to Dalog (2002), the LGUs of Bauko, Sabangan and
Bontoc provide strong support for agricultural development in the form of loans;
strong linkage with development agencies such as the CHARMP, DTI, TESDA
and DA; and active staff/personnel. As per information gathered, Bauko has
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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53
achieved significant improvement in its agricultural industries through support
that comes mainly from its LGU.

Infrastructure
Table 3 shows the infrastructure developed in Bauko, specifically farm-to-
market roads, bridges, and pathways. Portions of them farm road networks are
shown in Plates 1 and 2. These infrastructure support facilities are generally in
good condition, although a significant number need improvement and/or repair.
Those that need urgent improvement or repair or completion are the following:
Infrastructure
Improvement
Needed

Roads:



Community road with a
total
length
of:
52.77 km
-
Concreting or asphalting



45 km
-
Full concreting (only tire
path
concreted)
Farm to market road with a
total
length
of:
115.35 km -
Gravelling or concreting
35.53 km
-
Full concreting (tire path concreted)
Bridges:
Road bridges with a total
length of 96.5 m


-
Repair
Foot bridges with a total
span of 106 m


-
Repair
Foot bridges with a span
of 21.6 m in Banao and Sadsadan -
Completion

Pathways:
Graveled pathway with a total
span of 5 km


-
Concreting
5.23 km foot path


-
Concreting
(on natural soil bed)
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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Table 3. Agricultural development interventions in terms of infrastructure support facilities


MATERIALS
USED CONDITION
INFRASTRUCTURE
TOTAL
DIMENSION
KIND OF MATERIAL
% OF THE
CRITERIA %
BY
NUMBER

INFRA MADE OF
CATEGORY
THE MATERIAL
HADP
NON
HADP
NON
HADP
NON
HADP
NON
AREA
HADP
AREA
HADP
AREA
HADP
AREA
HADP
1. Community
16 9
4.5m*
x
4.5m* x Concrete
68.75
44.44
In good condition
83.33
88.89
roads
149.50k
135km
Gravel
41.66
11.11
Needs repair


m
Asphalt
-
11.11
Not concreted
41.66
11.11
Concrete (tire path)
-
33.33
8.33
-

2. Farm to
19 12 4m*
x
4m* x
Gravel
10.53
33.34
In good condition
78.95
75.00
market
62.27km
22.1km
Concrete (tire path)
10.53
25.00
Needs repair


roads
Natural soil bed
73.68
41.67
Newly opened
10.53
8.33
(FMR)
Concrete
5.28
25.00
Proposed
10.53
-



-
16.67

3. Road
6 4
4.2m*x
4.2* x
Concrete
50.00
75.00
In good condition
50.00
75.00
bridges
160m
66m
Solid steel (floor) +
16.67
25.00
Needs repair


concrete (post)



50.00
25.00
Steel + wood + concrete
33.33
-

4. Foot
22 12
0.9m*x
0.9m* x Concrete
40.91
33.33
In good condition
81.82
83.33
bridges
474m
248m
Steel matting + cable
40.91
58.33
Needs repair


wire
13.64
-
Under construction
13.64
16.66
Concrete + wood
4.55
8.33
4.55
-
Cable wire + wood

5. Pathways
35
19
1m* x
1m* x
Concrete
94.29
94.73
In good condition
94.29
94.73
86km
95km
Gravel
5.71
-
Needs repair


Natural soil bed
-
5.26
5.71
5.26



X2c = 0.19

X2 .05 = 9.49 ns
ns – not significant
Legend:
* average standard width

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55


















Plate 1. Portion of the community and farm road networks; upper plate shows a
gravelled road and the lower plate shows that only tire paths are
cemented


An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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56



















Plate 2. Portions of farm-to-community road network paved with stones

An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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57
One proposed farm to market road with a span of 3.68 km need to be
allotted with funds.

Considered first class in terms of durability and quality by the respondents
are those infrastructure made of concrete, followed by those made of steel and
concrete combination. Considered last class are those made mainly of wood (for
bridges) and roads on natural soil bed.


Based on HADP (1994) report, the roads of Bauko and other HADP
projects in Mountain Province were extremely rugged prior to 1987. Data
gathered in this data show significant improvement of the road network of Bauko.
Infrastructure funding agency. In terms of funding, the Barangay IRA,
Municipal government and Provincial government are the regular sources (Table
4); each of these sources contributes about 1/4, or a total of 75 percent of the
funding, for the infrastructure development in the municipality. The other sources
altogether contribute about 25 percent of the funding, with the CDF contributing
about 10 percent, about six percent from CHARMP/HADP, two percent from
DPWH, and one percent from farmers association, community, and private
sources. CHARMP (2004) reported that it delivered in Mountain Province a total
of P240,689,505.46 worth of projects in rural infrastructure development,
agricultural support services and community mobilization and resource
management. Based on information gathered in this study, Bauko as CHARMP
beneficiary has received an insignificant infrastructure support.
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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58
Table 4. Funding sources for the infrastructure support facilities of Bauko

SOURCE OF FUND
INFRASTRUCTURE
AGENCY %
CONTRIBUTION
HADP
AREA
NON-HADP
1. Community roads
Community effort
-
11.11
DPWH
-
22.22
CHARMP
8.69
-
Barangay IRA
17.39
22.22
Municipal Gov’t.
43.48
22.22
Provincial Gov’t.
30.43
22.22

2. Farm to market
CDF
-
41.67
roads (FMR)
Farmers association
-
8.33
CHARM
21.05
-
Community effort
5.26
-
Private individuals
5.26
-
Barangay IRA
21.15
16.67
Municipal Gov’t.
21.05
16.67
Provincial Gov’t.
26.32
16.67

3. Road bridges
CDF
-
50.00
HADP
16.67
-
Barangay IRA
-
50.00
Municipal Gov’t.
33.33
-
Provincial Gov’t.
50.00
-

4. Foot bridges
Community effort
4.55
8.33
DA
4.55
-
DPWH
9.09
-
Barangay IRA
27.27
16.67
Municipal Gov’t.
40.91
58.33
Provincial Gov’t.
1364
16.67

5. Pathways
DPWH
14.28
-
Barangay IRA
28.57
52.63
Municipal Gov’t.
21.43
41.67
Provincial Gov’t.
35.71
33.33


Legend: IRA - Internal Revenue Allotment
CDF - Congressional Development Fund
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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59
Agricultural Facility

Table 5 shows that the existing agricultural facilities in the municipality of
Bauko include green-and storage houses, packing and waiting sheds, nurseries,
dryers, and irrigation systems. Plate 3 shows representative waiting sheds; Plate 4,
training centers of Sadsadan and Banao; and Plate 5, common drying facilities.
These facilities are generally in good conditions although a significant number
need improvement or repair.

The greenhouses, which are privately owned are all in good condition.
They are temporary in nature, being made of plastics or nets with wooden skeletal
frames.

The storage houses, which are either privately owned or for public use, are
mainly for potato. Five of them, which are found in Sinto, Mt. Data and Sadsadan,
need repair. Privately owned, packing sheds have semi-permanent structures,
made of either concrete, or a combination of concrete, GI (roof) and wood
(skeletal framework). One of the four packing sheds reported has no walls. There
are six reported nurseries: one municipal nursery and five barangay nurseries.
Only the nursery in Bila has a temporary shade made of wooden skeletal frames
and grasses/brush as roof; the others are open (no temporary shed). Raised in
those nurseries include, pine tree, germelina, and alnus seedlings.


An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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Table 5. Agricultural facility




MATERIALS
USED
CONDITION
FACILITY TOTAL
DIMEN
TOTAL AREA
KIND OF
% OF THE
CRITERIA %
BY
NUMBER
-SION
MATERIAL
FACILITY MADE OF
CATEGORY
MATERIAL
HADP
NON-
HADP
NON-
HADP
NON-HADP
HADP NON-
AREA HADP
AREA
HADP
AREA
AREA
HADP
1. Green house
-
3
10m x
- 600
Plastic or net and
-
100 In
good - 100
15m*
sq.m
wood
-
condition
2. Storage
9 4
20m
x
1,341
1,300
Concrete roof top 88.89
50.00
In good
55.56
75.00
house:
24m*
sq.m.
sq.m
& wall


condition
44.44
25.00
(mainly for
Concrete floor +
11.11
50.00
Needs repair
potato)
GI + wood

3. Packing sheds
-
4
10m x
- 800
Concrete
-
25.00
In good
-
75.00
18m*
sq.m.



condition


Concrete (floor) + -
75.00
Needs wall
-
25.00
GI (wall and roof)
construction
4. Nursery
3
3
15m x
2,500
2,000
(Open )
66.67
100
In good
100 100
25m*
sq.m.
sq.m
Shade (grass w/
33.33
-
condition
wood as structure
frame)
5. Training
5 3
27m
x
1,700
1,500
Concrete (floor)
40.00
16.67
In good
66.67
66.67
centers
24m*
sq.m.
sq.m
+GI roof + wood


condition


Wood+ GI roof
60.00
33.33
Needs repair
33.33
33.33
6. Waiting sheds
29
23
4.56m x
456.50
320.5
Concrete +
37.93
8.70
In good
75.86
82.61
5.22m*
sq.m.
sq.m
(loading flat form

condition


on top)





Concrete + GI
24.14
78.26
Needs wall
24.14
17.39
roof (no wall)


construction


Concrete (with
37.93
13.05
In good
88.89
100
wall)


condition

---

Table 5. Continued . . .




MATERIALS
USED
CONDITION
FACILITY TOTAL
DIMEN-
TOTAL AREA
KIND OF
% OF THE
CRITERIA %
BY
NUMBER
SION
MATERIAL
FACILITY MADE OF
CATEGORY
MATERIAL
HADP
NON-
HADP
NON-
HADP
NON-
HADP
NON-
AREA HADP
AREA
HADP
AREA
HADP
AREA
HADP
7. Dryers (solar)











- public dryers
9
6
7.29m x
1,183
1,300
Concrete 100
100
Needs
repair
11.11
-
61.11m*
sq.m.
sq.m


- private dryers
7
9
4.85m x
258 sq.m. 500sq.m Concrete
100
100 In
good
100 100
6.71m*
.


condition

8. Irrigation











- conveyance
20
11
0.45m x
39.9 km
63km
Concrete
65.00
45.46
In good
80.00
72.73
3.75km*
(length)
(length) (Natural soil
10.00
9.09
condition


(length)
bed)
20.00
45.46
Needs repair
10.00
18.18
Hose
5.00
-
Unusable
5.00
9.09
Pipe
Proposed
5.00
-

- mini-dams
3
2
5m x 10m*
1,300
1,000
Concrete
66.66
-
In good
66.67
100

sq.m.
sq.m



condition


Soil
33.33
100
Needs repair
33.33
-





X2c =2.9

X2 .05 = 14.07 ns
ns – not significant

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62




















Plate 3. Waiting sheds; the lower plate shows a built-in loading platform
on the second deck
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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63




















Plate 4. Multi-purpose hall of Sadsadan (upper) and Banao (lower); the halls
are usually used for trainings/seminars
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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64












Plate 5. Seasoning agricultural products; lower photo shows corn being dried on
a rooftop of the house; middle photos, drying of rice and grains in a
stone-paved backyard wherein handwoven crafts, sacks, and other
containers are used; upper photo, a concrete pavement where palay and
other crops can be dried
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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65

Eight semi-permanent trainings centers are reported: one each in Bila,
Otucan, Bagnen, Guinzadan, Banao, Sadsadan, Bauko Poblacion, and Mabaay;
those found in Sadsadan, Otucan and Bagnen need repair.

Of the reported 52 public waiting sheds, all are semi-permanent but 11
need walls to safeguard people from getting wet during the rainy season or during
a typhoon. The waiting sheds are usually used by people waiting for ride, resting
when coming from farms with heavy load, and sometimes as packing shades for
their products. Every barangay has one to three waiting sheds. HADP has
contributed in the construction of potato storages, nursery, and waiting sheds with
loading platform at the upper deck as part of its marketing assistance program
(HADP, 1994).

The irrigation systems consist of 31 irrigation canals and five mini-water
impounding dams. The mini-dams, found in Otucan and Bauko, are concrete; the
other two, which are found in Bila and Bagnen, are made of soil materials and
need repair.
Agricultural facility funding source. As shown in Table 6, there are 12
sources of funds. Barangay IRA is the top source, followed in descending order
by private (facility owners), the municipal and provincial governments, NIA,
HADP/CHARMP, DA, DENR, CDF, SK fund, community contribution and
OCW’s own effort. The data show that green- and storage houses, packing sheds,
dryers are mostly privately-owned.
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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66
Table 6. Funding source for agricultural facilities

SOURCE OF FUND
FACILITY AGENCY %
CONTRIBUTION
OF AGENCY

HADP
AREA
NON-HADP
1. Green house
Private
-
100
2. Storage house:
HADP
100
75.00
(mainly for potato)
Private
-
25.00
Barangay IRA
-
3. Packing sheds
Private
-
100
4. Nursery
DA
33.33
-
DENR
33.33
-
Municipal gov’t
33.33
66.67
Provincial gov’t
-
33.33
5. Training centers
Barangay IRA
100
-
Municipal gov’t
-
66.67
Provincial gov’t
-
33.33
6. Waiting sheds
OCWs Fund
3.45
-
SK Fund
6.90
-
HADP
10.34
-
Barangay IRA
27.59
8.70
Municipal gov’t
27.59
69.57
Provincial gov’t
24.14
4.35
CDF
-
13.04
Community e
-
4.35
7. Dryers (solar)



- public dryers
SK Fund
11.11
-
Barangay IRA
22.22
100
Municipal gov’t
33.33
-
- private dryers
Private
100
100
8. Irrigation



- conveyance
NIA
35.00
54.55
DA
10.00
-
Barangay IRA
-
18.19
Municipal gov’t
20.00
18.19
HADP
5.00
-
CDF
30.00
-
Provincial
-
18.19
- mini-dams
HADP
33.33
-

NIA
33.33
-
Barangay IRA
33.33
-
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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67

The number of facilities under HADP areas, as shown in the table, is
slightly higher than that in non-HADP areas, impliedly due to HADP projects.
HADP is ranked sixth among the funding sources.

Manpower Development

Various seminar-workshops related to farm management including
farmers field school trainings and food processing have been conducted, mainly
by DA-LGU (Table 7). The table shows that the seminars on the safety use of
pesticides are conducted by private companies. Soil testing and Farmers Field
School (FFS) trainings are conducted by the DA, and the rest jointly by DA-LGU.

The Farmers Field School, as envisioned and implemented by DA, is a
strategy in promoting Integrated Pest Management (IPM). It was launched by
then Pres. Fidel V. Ramos in 1993 through Memorandum Order 126, series of
1993. This strategy consists of a series of activities: planning, establishing
rapport, setting criteria of prospective participants, conducting benchmark
surveys, validating participants’ needs, and curriculum designing. Its
implementation entails giving orientation and overview, leveling of expectations,
team farming, team building, pre-testing and using ballot box test, soil sampling
and demonstrating the use of soil test kit, demonstrating effects of pesticides on
human, discussing growth stages of crops, conducting participatory action
research and analyzing of the agro-ecosystem, and assessing the FFS which
include post-testing, field day, integrating learning, evaluation, and graduation.
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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Table 7. Manpower development


NO. OF
FRE-
PARTICIPANTS FUNDING
AGENCY
REMARKS

BARANGAYS
QUENCY
MANPOWER DEVELOPMENT
BENEFITED
HADP
NON-




AREA
HADP
1. Seminars/ workshops






- Safety use of pesticides
5
4
3x/year
Farmers
SYNGENTA,
- Continuous education
Barangay officials
BAYER, ALDIS,
- More free samples
FACONDA
- Farm management
4
4
1x/year
Farmers
DA-LGU
- Farmers applied their
Barangay Officials
experiences in farming
- Organic farming
7
7
1x/year
Farmers
DA-LGU
- Not applied
Barangay officials
- Soil testing
5
3
1x/year
Selected farmers
DA
- Only 1 soil test kit
Barangay officials
- Applied as need arises
- Integrated pest management
4
5
2x/year
Selected farmer
DA-LGU
- Some IPM component
(IPM)
applied like natural cultural
and biological control
2. FFS (Farmers Field School)
4
2
1x/year
Selected farmers
DA
- No follow-up
3. Food processing trainings






- soya-milk, taho and tokwa
4
3
1x/year
Women
DA-LGU
- Not practical
making
- banana and potato chips making
6
4
1x/year
Farmers
DA-LGU
- Lack of facility

- banana vinegar making
3
2
1x/year
Farmers
DA-LGU
- For food consumption
- fruit jelly
3
2
2x/year
Farmers
DA-LGU
- For commercial
- squash ukoy and maja making
2
4
1x/year
Farmers
DA-LGU
- Seasonal product
- baking (squash/carrots/banana
4
-
1x/year
Farmers
TESDA
- Additional income
cakes)
- carrot juice making
7
7
1x/year
Farmers
DA-LGU
- For food consumption
- Meat (longanisa and tocino
2
4
2x/year
Farmers
DA-LGU
- Not affordable
making)
- No grinder
4. Wine making
4
4
4x/year
Farmers
DA-LGU
- Additional income
- Improved packaging
- Improved taste



X2c = 5
X2 .05 = 22 ns

ns – not significant

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69
Farmers Field School is a “school without walls,” where 25 or more
farmer-members gather in a schedule agreed by them to meet and share learning
experiences in farming, to come up with solutions to specific problems and
conduct researches and do analysis. The farm becomes the school because 90
percent of the activities are done in the field. Technicians are present to facilitate
discussions.

As gathered from the respondents, applying chemicals is the dominant
practice in farming. According to them, organic farming is too laborious and thus,
the Farmer Field School, which is supposed to promote environment-friendly
farming system, is not sustained. Hence, organic farming remains a dream. At
least some environment-friendly, cultural-and-biological-pest-and-disease
management practices are still employed by some farmers. These practices
include manual weeding, crop rotation, rat trapping, bewew and incorporation of
sunflower leaves into the soil as fertilizer and pest repellant.

The new development is the conduct of soil testing to determine soil
condition as guide in fertilization and in selecting appropriate crops to plant.
However, the respondents commented that only one soil testing kit is available in
their barangay and not all barangays are provided.
Food
processing. Trainings on fruit, root crop, vegetable and meat
processing, and wine making are popular among the barangays (Table 7). The
people in each barangays are taught to make potato and banana chips, banana
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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70
vinegar, carrot juices, and fruit jelly such as that of guava and cherries; taught to
bake cakes out of banana, carrots, squash, etc; and also taught to make maja and
ukoy from squash, longanisa and tocino from meat, soya milk, taho, and tokwa
from soybeans and wines from fruits like guava, cherry, pineapple, bugnay and
citrus (lemon and pomelo), and out of pongpong leaves.

Some respondents said that those trainings have helped them in their home
needs like vinegar, longanisa, tocino and cakes for their snacks; hence their
market dependence for such items is lessened. Others say that they are able to
realize some income by selling their processed products, especially fruit wines
and jellies.

The respondents recommend the provision of facilities especially for
banana and potato chips processing so as to make the venture more profitable.
They added that the trainings or workshops should be continuous so that new
technologies are shared to them.

Test of difference. The computed chi-square value, being lower than the
tabular value at .05 level of significance, leads to the rejection of the hypothesis,
that there is a significant difference on the agricultural interventions as to
infrastructure support facilities, agricultural facilities and manpower development.
The result implies that in terms of the agricultural development interventions in
Bauko, HADP has contributed particularly in its service-covered barangays;
however, its contribution has not significantly spread across the non-HADP areas.
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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71
It may also imply that, although the non-HADP areas may have been supported
by agencies other than HADP, it has achieved development at par with that of the
HADP-covered barangays.

Credit Facilities

Two banks, five cooperatives, three microfinance providers, one
government program, and a community association which are all engaged in
providing loans presently operate in the municipality (Table 8). These credit
facilities offer low interests, 1-2 percent per month, except for the Episcopal
Church Lending Office which collects 10 percent interest per month. The
government loaning program, Geb-an Self Employment Assistance Kaunlaran
(SEAK-DSWD), and the farmer’s paluwagan entail no interest. The loanable
amount from these various providers range from as low as P300 to P1,500 to as
high as P50,000 to P500,000.

The Rural Bank of Buguias, which has a branch in Abatan, Bauko,
provides more services than the other providers. Corporate in structure, this bank
is under the supervision of the Bangko Sentral ng Pilipinas. Loans offered in this
bank entails collaterals. The average interests charged by rural banks is 20-30
percent per annum. The bank offers many types of loans like productive,
agricultural, and providential; it also accepts saving and time deposits.


An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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St. Paul’s Credit Cooperative, which is located in Otucan Norte, is the
biggest credit cooperative in Bauko. It provides services such as loans, savings
and time deposits to members only. A member is required a capital share aside
from approved application. Loanable amount is 2x to 3x of the member’s share
capital. Interests rates range from 12 percent – 24 percent per annum. Borrowers
in this cooperative are required to have collaterals like pledging share capital,
savings and/or time deposits, real estate and chattel mortgage, and to have co-
makers. Patronage and dividends from the cooperative’s earnings are distributed
to members annually.

The microfinance lending schemes that reach the municipality of Bauko
are those of the Christian Children’s Fund (CCF) and Simpangabong
microfinance. The same follows the so-called GRAMEEN Bank model, which
was reportedly developed in Bangladesh by professor Mohamad Yunus. In this
model, small amounts of loans are extended to the poorest borrowers. Loan
amounts range from P2,000 to P150,000. Repayments are short-term (one year),
but the amortization is either daily, weekly or monthly. Interest rates are higher as
compared to those given by other lending institutions. This range rates from 3
percent – 6 percent per month. No hard collateral is required because most of the
clients are poor. Collateral substitutes are utilized such as peer pressure, wherein
the borrowers are grouped into five and each member acts as guarantor to their
co-maker. Another scheme resorted to is 2-2-1. This scheme involves three
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
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74
people, two of which are borrowers and one is a guarantor. The guarantor may
borrow only when the first two have fully paid their loans. The borrower’s
performance is rated and the rating will be the basis of whether to increase or not
the succeeding loans. A regular saving deposit, which is collected daily or
weekly, is required also from borrowers.
At present, microfinance is being adopted by banks, cooperatives and
NGOs and government agencies such as Self Employment Assistance Kaunlaran
of Department of Social Welfare and Development. The microfinance scheme is
introduced in almost all barangays of Bauko.
Agricultural loan is the dominant among the types of loan being availed of
by the farmers. As claimed by the farmers, the credit facilities help them much in
their farm improvement, farm inputs and even the needs of their families.
Highland Agricultural Development Program (1994) reported that in its service
communities, financing vegetable production is usually provided by informal
money lenders who charge a high interest in a credit-marketing tie-up, and formal
credit was made available only by Land Bank in 1990. The scenario now in
Bauko is different as there are several credit facilities, both formal and informal.

Marketing of Products

In marketing of products, the different barangays in Bauko sell during
trade fairs, local feasts/fiestas, and market days in satellite or nearby markets, and
through buyers (Table 9).
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
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75
Table 9. Marketing of products by the respondents
MARKETING NUMBER
OF PLACE OF MARKETING
BARANGAYS
PRODUCTS
PRACTICING
Through trade fairs
10
Municipal (Town fiesta)
Bontoc (Lang-ay)
Benguet (Adivay)
Direct selling
14
Bontoc
Isabela
La Trinidad (Tading post)
Baguio City
Through middlemen
8
Within the barangay
(ahente)
Outside buyers
Market satellite
14
Abatan, Bauko
Guinzadan
Sadsadan
Abatan 90, Buguias

Considered as interventions in the marketing of products are the construction of
satellite markets and conduct of trade fairs where products of farmers are
promoted.

Almost all of respondents practiced direct selling. They bring their
products in bulk to the different market places in Bontoc, Isabela, La Trinidad
(trading post) and Baguio City. The respondents also bring their products in
satellite market in the barangays such as Abatan, Guinzadan and Sadsadan in
Mountain Province and nearby municipalities as Abatan 90, Buguias in Benguet.
They also participate in trade fairs held during town fiesta, provincial fiesta like
the Lang-ay of Bontoc and Adivay of Benguet. These feasts are seasonal, but the
respondents take note of the dates. There are less but significant number of
respondents who sell their harvests or products through ahente (middlemen) in
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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76
their community or Baguio and Manila. Some respondents report that most
middlemen are barat (cheapskate).
Highland Agricultural Development Program (1994) reported that
vegetables usually pass from four to seven channels before they reach the
consumers; and agricultural produce is sold wholesale in La Trinidad and Baguio
City. According to the report, vegetables sold wholesale in La Trinidad and
Baguio City are usually bulked for shipment to Manila.

Barangay Ordinances

The implemented barangay ordinances in Bauko municipality are shown
in Table 10. No stealing of crops is implemented in all the barangays covered by
the study; scheduling of connection of hose at the mini- irrigation system/water
source is implemented in almost all the barangays, no stealing of hose and no
using of sprinkler or rainbird during summer are implemented in 10 barangays;
and liquor ban for peace and order in the community is enforced in eight
barangays.
The Barangays nearest to the business sites do not implement liquor ban
because respondents claim that serving liquor is their major business. Backyard
gardening in Sadsadan barangay to support the clean-and-green program of the
municipality is proposed. In this proposed ordinance, each household must plant
any vegetable or flower in its backyard for beautification and for having a source
of income or product for household use.
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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77
Table 10. Barangay ordinance implemented


NUMBER OF
REMARKS
ORDINANCE
BARANGAYS
IMPLEMENTING
1. No stealing of hose
10
Implemented

2. Scheduling of connection of hose at the
13 Implemented
mini-irrigation system/water source
3. No stealing of crops
14
Implemented

4. No using of sprinkler or rainbird during
10 Implemented
summer
5. Enforcing backyard gardening (clean and
1 Proposed
green program)
6. Others (banning liquor to maintain peace
8 Implemented
and order)



Livelihood Support Projects

Table 11 presents the other livelihood projects in Bauko municipality. Ten
farmers have benefited from seedlings dispersal; 15 farmers, from fruit trees; and
22 households; from tilapia fingerling dispersal. Those benefited are required by
the DA-LGU to establish demo-farms to serve as showcases for other farmers.
The respondents claim that almost all the projects are successful.

Table 11. Livelihood support projects

PROJECT NUMBER
REQUIREMENT AGENCY REMARKS
BENEFITED
Seedlings
10 farmers
Farmers with
DA-LGU successful

dispersal
demo- farms
Fruit tree
15 farmers
Farmers with
DA-LGU successful

production
demo- farms
Fingerlings
22 household
Farmers with
DA-LGU successful

dispersal (tilapia)
demo-farms
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Extent of Implementation of Agricultural Development
Intervention as Perceived by the Respondents



Presented in Table 12 are the agricultural development interventions and
their extent of implementation as perceived by the respondents. Included in the
table are the weighted means of the respondents’ perception with its respective
descriptive equivalent and rank. The respondents’ perceptions in HADP area are
compared with those in the non-HADP area. The computed t-ratio and the tabular
value at .05 level of probability or significance for each agricultural intervention
is also provided in the table.

Infrastructure Service
First in rank among the infrastructure services is the community road
network. This support service is perceived by the respondents from HADP-
covered barangays as fully implemented. Second in rank are farm-to-market road,
pathways, and foot bridges, all of which are perceived as fairly implemented. Last
in rank is road bridges which are perceived also as fairly implemented .

Dryer
Ranked first among the dryers in HADP areas is the public solar dryer,
which is perceived by the respondents as fairly implemented; and ranked second
is private dryers, perceived as slightly implemented. No mechanical dryer is
reported by the respondents.
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Table 12. Respondents’ perception of the extent of implementation of agricultural
development interventions in Bauko


EXTENT OF IMPLEMENTATION
INTERVENTION
HADP AREA
NON-HADP AREA

WM Desc. Rank WM Desc. Rank
A.

Infrastructure
Service
1. Community road
3.6 FI 1 3.54 FaI 1
network
2. Farm-to-market road
3.3
FaI
3.5
3
FaI
3.3
3. Pathways
3.3
FaI
3.5
3
FaI
3.3
4. Foot bridges
3.5
FaI
2
3
FaI
3.3
5. Road bridges
2.8
FaI
5
2.8
FaI
6

tc = 7.07*
t.05 = 2.77


B. Dryers






1. Public solar dryer
3.27
FaI
1
3.54
FaI
1
2. Private solar dryer
1.51
SI
2
3.41
FaI
2

tc = - 0.85ns t.05 = 12.7


C. Buildings






1. Waiting shed
3.32
FaI
4
3.67
FaI
1
2. Packing shed
3.61
FI
1
3.46
FaI
3
3. Green house
3.46
FaI
3
3.54
FaI
2
4. Training center
3.6
FI
2
3.37
FaI
4

tc = - .016ns t.05 = 3.18


D.
Irrigation
System

1. Conveyance
3.45
FaI
1
3.5
FaI
1.5
2. Mini-dams
3.33
FaI
2
3.4
FaI
1.5

tc = - .703ns t.05 = 12.7


E.
Manpower
Development
1. Trainings, seminars and
3.21 FaI 1.5 3.5 FaI 1
workshops attended
2. Livelihood projects
3.2
FaI
1.5
3.24
FaI
2

tc = - .94ns t.05 = 12.7


F.
Credit
Facilities

1. Banks
3.41
FaI
5
3.28
FaI
5
2. Coop
3.6
FI
3.5
3.32
FaI
4
3. Government loan
3.6
FI
3.5
2.46
FaI
1
4. Paluwagan
system
3.67 FI 1.5 3.41 FI 2.5
5. Micro-finance
3.67
FI
1.5
3.41
FI
2.5

tc = 1.99ns t.05 = 3.18



An Assessment of the Agrarian Reform Impact Barangay / Community Program in
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Table 12. Continued . . .

EXTENT OF IMPELEMENTATION
INTERVENTION
HADP AREA
NON-HADP AREA

WM Desc. Rank WM Desc. Rank
G.
Marketing
of
Products

1.Trade fair
3.58
FaI
4
3.37
FaI
2.5
2. Satellite market
3.67
FI
1.5
3.71
FaI
1

tc = 1.875ns t.05 = 3.18


H.
Policy
Support

1. No stealing of neighbor’s
3.45
FaI 2 3.2 FaI 2
produce
2. No use of sprinkler during
3.5 FaI 1 3.42
FaI 1
summer
3. Penalizing those who
3.04 FaI 4.5 3.02 FaI 4.
intentionally damage of
hose of others
4. Scheduling of connection
3.04 FaI 4.5 3.02 FaI 4.5
of hose at the mini-
irrigation system/water
source

tc = 1.954ns t.05 = 4.3



Legend:
Numerical
Value Weighted Mean Description
5

4.6 – 5.0
Fully Implemented (FI)
4

3.6 – 4.5
Fairly Implemented (FaI)
3

2.6 – 3.5
Moderately Implemented (MI)
2

1.6 – 2.5
Slightly Implemented (SI)
1

0 – 1.5
Not Implemented (NI)


Similarly, in HADP areas, public solar dryers are ranked first and are
perceived by the respondents as fairly implemented. Private solar dryers, ranked
second, are perceived as fairly implemented. There is no reported mechanical
dryers.


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Building
First in rank among the building structures in HADP-covered barangays is
packing shed, which is perceived by the respondents to be fully implemented;
followed by training center, which is perceived to be fully implemented; and
greenhouse, which is perceived to be fairly implemented.
In the non-HADP area, first in rank is waiting shed, followed by
greenhouse, packing shed and training center. Waiting shed is perceived to be
fully implemented and the rest are perceived to be fairly implemented.

Irrigation System
Both groups of respondents perceived that are conveyance system and
mini-dams as fairly implemented.

Manpower Development
Both groups of respondents perceive as fairly implemented the trainings
and workshops and livelihood projects. Based on the weighted mean, trainings
and workshops rank first, followed by livelihood projects.

Credit Facilities
Perceived by respondents in HADP-covered barangays as fully
implemented, arranged in descending order of ranks, are paluwagan system and
microfinance, and cooperatives and government loan; last in rank is bank services
which is perceived as fairly implemented. The respondents in barangays not
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82
covered by HADP perceive that all the facilities are fairly implemented and rank
them in descending order as follows: government loan, paluwagan system and
microfinance; and cooperatives and banks.

Marketing of Products
Perceived by both groups of respondents as fully implemented is the
construction of satellite market. They perceive as fairly implemented is the
conduct of trade fair.

Policy Support
Both groups of respondents received as fairly implemented all the policies
and rank them in the following descending order: no use of sprinkler during
summer, by no stealing of neighbors produce, penalizing those who intentionally
damage hose of others, and scheduling of connection of hose at the mini-irrigation
facility.

Test of Differences
The t-test results shows that the respondents perceptions of the extent of
implementation of the agricultural development interventions in Bauko do not
significantly vary except on infrastructure services. Their identified perceptions
imply that HADP is not a major factor in the implementation of agricultural
intervention in Bauko, except in that of infrastructure development. As reported
by HADP (1994), the implementation leads to the construction of 126.79
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83
kilometers barangays roads, 402.07 meters of road bridges, and 361 meters foot
bridges in Mountain Province. This report justifies the result of the t-test in this
study showing which indicates that infrastructure development in HADP areas are
better than that in the non-HADP-covered areas.

Respondents’ Agricultural Practices


Practices in Rice Production


Table 13 shows the rice production practices of the respondents. The
practices relate to land preparation, seed selection, sowing or planting, soil
fertility and water management, variety selection, pest and disease management,
cropping season, and crop integration, harvesting and post-harvest practices.
Land
preparation. The respondents employ land preparation practices
either manually or with the aid of draft animals. Those with large farm areas
usually have draft animals (Plate 6) for farming, and those with small farms
generally prepare their land solely by manual labor. Weeds and/or crop residues
on continuously irrigated ricefields are either manually pulled-out or hoed, then
trampled by the feet and/or pressed by the hands into the soil or directly
incorporated into the soil by daynek – the use of an animal, or a group of draft
animals guided to move around over an area of the ricefield until weeds and crops
residues are incorporated into the soil. Daynek is also applied on hoed or plowed
rainfed ricefield to pulverize soil and incorporate into the soil vegetable materials.
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Table 13. Rice production practices of the respondents


HADP AREA
NON-HADP AREA
PRACTICE
Practicing Not Practicing Not
Practicing
Practicing
N % N % N % N %
1.
Land
Preparation


- manual (hoeing and/or pulling by
58 82.86 12 17.14 53 75.71 17 27.29
the hand stubbles and weeds and
trampling and or pressing by
hand into the soil)
- hoeing soil and pulverizing it by
48 68.54 22 31.43 43 61.43 27 38.57
harrowing and/or by trampling
- use of wooden plow and harrow
53 75.71 17 24.29 53 75.71 17 27.29
pulled by carabao
- daynek (pulverizing plowed/hoed
58 82.86 12 17.14 53 75.71 17 27.29
soil or incorporating into the soil
stubbles and weeds through
guided movement of draft animal
- use of banana stem, wood or
53 75.71 17 24.29 43 61.43 27 38.57
bamboo pole pulled by carabao or
pushed manually to level soil on
an irrigated field prior to planting
X2c = 0.917
X2.05=3.84
ns - not significant
2. Sowing








- soaking seeds overnight up to 3
58 82.86 12 17.14 43 61.43 27 38.57
days prior to sowing
- broadcasting seed on submerged
63 90.00 7 10.00 53 75.71 17 27.29
seed bed
- broadcasting seed and covering
12 17.14 58 82.86 17 24.29 53 75.71
with thin layer of pulverized soil
(unirrigated/rainfed seed bed)
X2c = 1.32
X2.05=3.84
ns - not significant
3. Planting








- transplanting 1- 1 ½ months old
53 75.71 17 24.29 70 100 0
0
seedlings
- approximately 4-6 inches spacing
53 75.71 17 24.29 43 61.43 27 38.57
- single seedling per planting
38 54.29 32 45.71 32 45.71 38 54.29
space/hole
- planting during besca
(full
moon) 27 38.57 43 61.43 12 17.14 58 82.86
X2c = 0.36
X2.05=3.84
ns - not significant



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Table 13. Continued . . .

HADP AREA
NON-HADP AREA
PRACTICE
Practicing Not Practicing Not
Practicing
Practicing
N % N % N % N %
4.
Soil
Fertility
Management


- fallowing (resting field after
43 61.43 27 38.57 53 75.71 17 24.29
each cropping)
- rice stubbles and weeds are
32 45.71 38 54.29 38 54.71 32 45.71
incorporated or left to
decomposed the field
- umang and taep (rice hulls and
22 31.43 48 68.57 38 54.71 32 45.71
rice stalks) are returned to rice
fields
- kamas incorporating organic
22 31.43 48 68.57 43 61.43 27 38.57
matter into the soil trough
daynek or manually during the
onset fallow period
X2c = 3.10
X2.05=3.18
ns - not significant

5.
Water
Management


- continuously irrigated, water
17 24.29 53 75.51 17 24.29 53 75.71
level is maintained by fixing
the level of outlet
- tapping unused water from
63 90.00 7 10.00 70 100 0 0
river/stream or outflows from
other rice fields with use of
indigenous conveyance system
(ordinary canal and/or bamboo
poles)
- use of hose for irrigation
63 90.00
7
10.00 70
100
0
0
X2c = 0.77
X2.05=3.18
ns - not significant

6. Rice Variety








- magumbal/dalacan
(red
rice) 7
10.00
63 90 0 0 0 0
-
intan
53 75.71 17 24.29 43 61.43 27 38.57
-
intan
bradon
22 31.43 48 68.57 22 31.43 48 68.57
-
California/Taiwan
70 100 0
0 53 75.71 17 24.29
- diket (white), balatinao (red)-
48 68.57 22 31.43 22 31.43 48 68.57
glutinous rice
X2c = 0.52
X2.05=3.18
ns - not significant



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Table 13. Continued . . .


HADP AREA
NON-HADP AREA
PRACTICE
Practiced Not Practiced Not
Practiced
Practiced
N % N % N % N %
7.
Pest
and
Disease
Management
- use of scarecrows to drive away 63 90.00 7 10.00 70 100 0 0
mayas (rice birds)
- use of piket (sticky sap from
7
10.00
63
90.00
0 0 0 0
trees) to trap mayas
- bewew (a farmer or any
70 100 0
0 53 75.71 17 24.29
member of the family keep
watch of their rice field to
drive mayas until harvest time)
- use of hand-made rat traps
70
100
0
0
43 61.43 27 38.57
- use of silo (straw trap) for other 38 54.29 32 45.71 22 31.43 48 68.57
pests like bayawak, danggo,etc
- maintaining pets like anop (dog 32 45.71 38 54.29 38 54.29 32 45.71
that search and kill rats,
bayawak etc.)
- cultural rituals/ceremonies
17 24.29 53 75.71 38 54.29 32 45.71
(entails butchering of
chicken/pig and prayer of
elders or manbunong)
X2c = 0.7
X2.05=3.18
ns - not significant

8.
Cropping
Season

-
once
a
year
53 75.71 17 24.29 53 75.71 17 24.29
- tupeng (twice a year)
38 54.71 32 45.71 70
100
0
0
X2c = 10.4
X2.05=3.18
* - significant
9.
Crop
Integration


- root crops + rice
17 24.29 53 75.71 70
100
0
0
- rice only
70
100
0
0
70
100
0
0
X2c = 12.6
X2.05=3.18
* - significant
10. Harvesting








- use of rakem (special knife
58 82.86 12 17.14 48 68.57 22 31.43
to cut panicle) and daneg
(thin strips of bamboo or
rattan) to bundle palay
- gapas with basbas or hampas 70 100 0 0 70 100 0 0
system to separate grains
from panicle (iric)
- kutong (use of finger to glean
12 17.14 58 82.86 48 68.54 22 31.43
the palay)
X2c = 2.3
X2.05=3.18
ns - not significant

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Table 13. Continued . . .

HADP AREA
NON-HADP AREA
PRACTICE
Practicing Not Practicing Not
Practicing
Practicing
N % N % N % N %
11.
Post
Harvest
Practices


a.
Packaging

- use of sacks
70
100
0
0
70
100
0
0
- use of ropes/bamboo/rattan to
38 54.29 32 45.71 32 45.71 38 54.29
bundle palay
- use of woven baskets, such as
12 17.14 58 82.86 17 24.29 53 75.71
luwa or labba to pack
harvested palay
b. Drying








- use of solar dryer
53 75.71 17 24.29 32 45.71 38 54.29
- use of multi-purpose drying
70 100 0 0 70 100 0 0
pavement
- use of private dryers
70 100 0 0 70 100 0 0
(frontage, or roof)
c. Storing








- store in agamang (rice
70 100 0 0 70 100 0 0
granary)
- use of bobeda (attic) of the
38 54.29 32 45.71 32 45.71 38 54.29
house to store palay
d.
Cleaning/Threshing


- use of pedal-powered thresher
70
100
0
0
70
100
0
0
- use of manual method
38 54.29 32 45.71 38 54.29 32 45.71
(treading by feet to separate
grains from panicle)
- use of basbas or hampas
48 68.57 22 31.43 38 54.29 32 45.71
method (use of solid object to
beat the panicle or striking
bundled rice to hard objects)
e.
Milling


- manual pounding and
32 45.71 38 54.29 32 45.71 38 54.29
winnowing
- rice mill
70
100
0
0
70
100
0
0
X2c = 0.25
X2.05=3.18
ns - not significant






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Plate 6. Carabao used in farming; farmers may either place their carabaos
under shade at high noon or leave them to wallow on muddy areas

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To level the soil in order to make the water level uniform over the rice field, the
farmers utilize a whole banana stalk, or a wooden or bamboo pole; the banana
stalk or wooden pole is either pulled or pushed manually or pulled by a guided
draft animal.

Sowing. The respondents reported three common sowing practices,
namely, soaking seeds overnight up to three days, broadcasting seed on
submerged seed bed, and broadcasting seed on rainfed beds and covering them
with thin layer of pulverized soil.
Planting. The respondents transplant about 1½-months-old seedlings at 4-
inches or 6-inches spacing. A single seedling is planted per planting space/hole.
Few plant during besca (full moon), although not a few respondents believe that
planting at this time can ensure better palay growth and yield. However, those
who do not believe that effect say that at this time, destructive insects and other
pests become very active in destroying or damaging the plants.

Soil fertility management. The common practices of the respondents to
maintain soil fertility are fallowing after each cropping, letting stubbles and
weeds decomposed on the fields, and returning rice hulls and stalks in ricefields.
Plate 7 shows representative ricefields under fallow. Usually in fallowing
irrigated fields, the crop residues (such as stubbles), weeds, and other organic
matter are incorporated into the soil, either manually or through daynek.
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Plate 7. Photos of continuously irrigated rice fields under fallow (rested)



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Water
management. The common practice of the respondents to maintain
irrigation or sufficient water in their ricefields is tapping water from river/
stream/spring, usually using hose to convey water. According to some
respondents, many ricefields in Bauko are irrigated by on-site springs, which they
believe are maintained by forests on upper slope. With the belief, some protect
existing trees from being burnt or indiscriminately cut and plant trees around or
near water sources.
Rice
variety. The respondents have identified the common rice varieties
they plant, namely, dalacan/magumbal, intan, intan-bradon, California/Taiwan,
and glutinous rice (white and violet-red varieties). A significant percentage of the
respondents prefer intan, California/Taiwan, and diket. All of the respondents
from HADP areas plant the California or Taiwan variety. Some respondents
choose intan because it is more resistant to drought. They further report that their
main bases in selecting varieties are productiveness and resistance to drought and
pests/diseases; secondarily, they also base their selection on the recommendations
of DA personnel and other knowledgeable people.
The
diket, according to the respondents, is a special kind of rice meant for
special occasions only, not for everyday consumption as is the case for ordinary
varieties; hence, not all plant diket. According to them, diket is mainly used in
making rice wine for special occasions and for making delicacies such as suman
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to be eaten during occasions such as anniversaries or commemorative activities
for the dead, and during barangay fiestas, Holy Week and Christmas season.

Pest disease management. All the respondents in barangays covered by
HADP have adopted the practice of attending to their ricefields every day to drive
away mayas or ricebirds. Almost all of them have adopted the practice of using
scarecrows. A majority of them use silo (straw trap), and almost half of them
maintain pets such as dogs and cats to prey on pests.

Most of the barangays not covered by HADP attend to their farm every
day to drive away mayas and use hand-made rat traps. The majority maintain pets
and observe cultural rituals. Few of them use silo (straw trap).
Cropping
season. The respondents practice one or two croppings per year,
depending on the availability of water and labor. Cropping twice a year is locally
termed tupeng (Plate 8). Most areas with sufficient water the whole year round
are, as some respondents report, cultivated twice a year.







Plate 8. Ricefield planted for second cropping (tupeng)
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Crop
integration. As gleaned, the respondents either integrate other crops
with rice or not. In most continuously irrigated areas, rice is the only crop while in
rainfed areas, usually root crops are integrated rotationally with rice.
Harvesting. The respondents practice either gapas or the use of rakem
(small knife). In the gapas system, the harvested rice is threshed by striking the
bundled rice against an improvised object. This is known in the locality as gapas
and basbas system. Usually the tall rice varieties, specially the diket, are
harvested by using the rakem, and if the crops have very poor yield or have only
some portions producing good grains. Kutong (use of finger to collect the panicle)
is applied in gleaning from harvested ricefields.
Post-harvest practices. The respondents use sacks as containers of palay
harvested through the gapas system, and thin strips of bamboo to bundle panicles
on their stalks; use multi-purpose drying pavement or their own solar dryer in
seasoning palay; use rice granaries or attic of the house for storage; use of pedal-
powered thresher, treading by foot, and hampas/basbas method of threshing; and
use of rice mill or manual pounding and winnowing in dehulling.
Test of significance. Based on the chi-square test, the two groups of
respondents do not significantly vary in their rice production practices. The result
of the test implies that HADP does not have a significant impact on the
respondents’ rice production practices. The respondents only significantly vary in
their cropping season and crop integration practices. All the respondents in the
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non-HADP practice two croppings a year while the majority of the respondents in
HADP areas practice the same. As gathered from farmer respondents, the two
croppings per year, which is practiced in continuously irrigated areas, entails
availability of labor, and depends on owners’ sufficiency of rice supply. On this
premise, it may be inferred that most ricefields in non-HADP areas are
continuously irrigated.
In crop integration all respondents in HADP area practice both
monoculture rice production and integration of root crops and rice. In non-HADP
areas, all the respondents said they practice pure rice production, and some
integrate root-crops with rice. As reported by some respondents, root-crop and
rice integration is more commonly applied in rainfed areas than in continuously
irrigated farms.
It can be then inferred that the respondents on non-HADP areas, who
generally have both continuously irrigated and rainfed rice fields, are maximizing
the use of their land. With the increase of population, it is expected that there will
be less available land per capita. Hence, there is a need to maximize the use of
every parcel of land.

Respondents’ Vegetable Production
Practices


The respondents practices in vegetable production are shown in Table 14.
The information gathered pertain to land preparation, seed planting/bed
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preparation, sowing, planting soil management, irrigation, thinning, fertilization
hilling-up and pest-and-disease management.

Table 14. Respondents’ vegetable production practices


HADP AREA
NON-HADP AREA

Practicing Not Practicing Not
PRACTICE
Practicing
Practicing
N % N % N % N %
1.
Land
Preparation


- Cleaning with the use of sickle,
53 75.71 17 24.29 63 90.00 7 10.00
bolo, or grub hoe)
- Plowing and harrowing, 2 or 3
48 68.57 22 31.43 48 68.57 22 31.43
times, to minimize weeds.
- Broadcasting of lime if the soil pH
43 61.43 27 38.57 15 21.43 53 75.71
is below 6.0
- Digging at least 30 cm deep to ease
38 54.29 32 45.71 48 68.57 22 31.43
root penetration and aeration.
-
Constructing/fixing
drainage/canals 48 68.57 22 31.43 58 82.86 12 17.14
- Manual plot or elevated bed
48 68.57 22 31.43 48 68.57 22 31.43
preparation manually
X2c = 0.56
X2.05=3.18
ns - not significant
2.
Seed/Planting
Bed
Preparation

-
Uniform
pulverization
of
soil
27 38.57 43 61.43 48 68.57 22 31.43
- Mixing organic fertilizers and ash
22 31.43 48 68.57 43 61.43 27 38.57
with the soil before planting
- Sterilization of seed beds by
27 38.57 43 61.43 22 31.43 48 68.57
burning combustible materials (e.g.
sticks, dried grasses, dried leaves)
on top of the seed beds
-
Single
row
seedbed
70 100 0
0 17 24.29 53 75.71
-
Double
row
seedbed
38 54.29 32 45.71 27 38.57 43 61.43
X2c = 0.73
X2.05=3.18
ns - not significant
3. Sowing








-
Broadcasting
seeds

22 34.43 48 68.57 7 10.00 63 90.00
- Sowing seeds along parallel lines
0
0
0
0
7
10.00
63
90.00
- Covering seeds sown with ash or
32 45.71 38 54.29 58 82.86 12 17.14
fine soil
- Mulching (covering sown beds with 22 31.43 48 68.57 7 10.00 63 90.00
finely chopped dry grasses to
cushion it from the impact of
watering or rainfall)
X2c = 0.464
X2.05=3.18
ns - not significant
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Table 14. Continued . . .

HADP AREA
NON-HADP AREA

Practicing Not Practicing Not
PRACTICE
Practicing
Practicing
N % N % N % N %
4. Planting








- One or two seed per hole
43
61.43
27
38.57
70
100
0
0
- One seedling per hole
0
0
0
0
58
82.86
12
17.14
- Determining spacing be estimation
48 68.57 22 31.43 70 100 0
0
(4-9 inches) depending on size of
grown plant
X2c = 10
X2.05=3.18
* - significant
5.
Soil
Management

-
Fallowing

0
0
0
0 32 45.71 38 54.29
-
Intercropping
48 68.57 22 31.43 70 100 0
0
-
Crop
rotation
43 61.43 27 38.57 70 100 0
0
-
Mix
cropping
38 54.29 32 45.71 43 61.43 27 38.57
- Maintaining plants on the sides of
48 68.57 22 31.43 7 10.00 63 90.00
farm to prevent erosion
- Allowing vegetable materials to
48 68.57 22 31.43 7 10.00 63 90.00
decompose on the farm
X2c = 0.56
X2.05=3.18
ns - not significant
6.
Irrigation

- Fetching water for watering crops
0
0
0
0
7
10
63
90.00
- Watering crops thru the use
38 54.29 32 45.71 17 24.29 53 75.71
watering cans
- Using hose/pipeline to bring water
27 38.57 43 61.43 22 31.43 48 68.57
to the farm (thru gravitation)
- Using rainbird/rainburst method/
70 100 0
0 27 38.57 43 61.43
sprinkler.
- Flooding (conveying amount of
43 61.43 27 38.57 70 100 0
0
water enough to submerge planted
beds or plots)
X2c = 6.4
X2.05=3.18
* - significant
7. Thinning








- Two or three seeds are planted per
38 54.29 32 45.71 7 10.00 63 90.00
hole but only one plant will be left
to grow
- Thinned at 2-3 weeks after seed
27 38.57 43 61.43 7 10.00 63 90.00
germination
X2c = 22.9
X2.05=3.18
* - significant


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Table 14. Continued . . .

HADP AREA
NON-HADP AREA
PRACTICE
Practiced Not Practiced Not
Practiced
Practiced
N % N % N % N %
8.
Fertilization


-
Application
of
chicken
dung
53 75.71 17 24.29 58 82.86 12 17.14
-
Application
of
compost
0
0
0
0 53 75.71 17 24.29
- Application of commercial fertilizer
70 100 0
0 38 54.29 32 45.71
-
Application
of
ash
53 75.71 17 24.29 27 38.55 43 61.63
- Application of liquid fertilizers

27 38.57 43 61.43 70 100 0
0
X2c = 0.54
X2.05=3.18
ns - not significant
9.
Hilling-Up

- Placing soil at the bases of plants to
48 68.57 22 31.43 17 24.29 53 75.71
cover roots and keep the plants
firm
- Hilling immediately after applying
43 61.43 27 38.57 53 75.71 17 24.29
fertilizer
X2c = 3.21
X2.05=3.18
* - significant
10.
Pest
and
Disease
Management
- Maintaining strong smelling plants
22 31.43 48 68.57 43 61.43 27 38.57
around the farm to drive away
insects
- Inter planting strong-smelling
22 31.43 48 68.57 0
0
0
0
plants (e.g. tomatoes, mint, onion)
in between crops to drive away
insects
- Spraying pesticides and insecticides 53
75.71
17
24.29
70
100
0
0
- Trapping insects with stickers
22
31.43
48
68.57
0
0
0
0
- Catching insects thru the use of
0 0 0 0 7
10.00
63
90.00
mosquito net
- Hand picking and quashing of pests
27 38.57 43 61.43 70 100 0
0
(e.g. worms)
- Use of rainbird irrigation
22
31.43
48
68.57
70
100
0
0
- Maintaining good drainage in the
17 24.29 53 75.71 27 38.57 43 61.43
area
X2c = 7.05
X2.05=3.18
*- significant

Land
preparation. The respondents employ either manual cleaning,
plowing and harrowing, or digging (commonly by hoeing) as the primary land
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preparation activity. Constructing or fixing canals follows. Application of lime is
usually done to lower soil acidity.

Seed planting/bed preparation. The respondents prepare a single-row bed
or double-row beds. Soil is pulverized uniformly. Weeds are usually burnt on the
beds to eliminate pathogens and weeds, and at the same time to incorporate ash to
the soil. The farmers commonly mix organic fertilizers in the planting beds.
Seed sowing and planting. For seedling production, both broadcasting and
sowing on narrow parallel furrows are applied. The furrows may be made by the
use of stick or a Japanese hoe to have a uniformly-spaced planting furrows. Direct
field sowing is also reportedly applied wherein one to three seeds, sometimes
more, are sown per planting hill or hole. Usually, the holes, each about a
centimeter deep for fine seeds, are made by pressing a pencil-sized stick of the
planting hill or hole. Sometimes an improvised planting hole drill or maker is
made. The implement is just pressed on the planting beds to drill several
uniformly-spaced holes at a time. Some crops are sown in furrows. The furrows
are made through a stick or a Japanese hoe. After sowing, the seeds are covered
with a thin layer of fine soil or sometimes with ash. The farmers usually cover
sown beds with chopped dry grasses to cushion them from the impact of raindrops
and wind.

A seedling is planted per planting hill or hole at a spacing of 4- 9 inches,
depending on the size of grown plants. Spacing is usually estimated by the
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99
planter. Sometimes, furrows are made instead of planting hills or holes, as guide
in planting. The furrows can be made by the hand, or the use of hoe or other
improvised implement.
Soil
management. The respondents practice intercropping, crop rotation,
mix cropping, fallowing and maintenance of hedgerows on the side of farms to
prevent erosion. They also collect and pile plant materials for composting. In
some instances, they burn them to produce ash as fertilizers.
Irrigation. The respondents commonly use rainbird method or sprinkler,
flooding, or watering cans to water their crops. The use of hose for water
conveyance is commonly observed among the farmers.
Thinning. The farmers leave only one plant to grow per planting hole/hill.
Thinning is done two to three weeks after the emergence of seeds. The farmers
commonly remove the less robust plants and leave the healthy germinants or the
best ones.
Fertilizer
application. The respondents apply both commercial and organic
fertilizers. Chicken dung is the most common organic fertilizers, followed by
ashes and compost from plant residues. Some apply liquid fertilizers.
Hilling-up. The base of plants is covered by soil that is usually taken from
the canals of planting plots/beds. This common practice is done immediately after
solid fertilizer has been applied.
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Pest and disease management. The adopted practices of respondents in
barangays covered by HADP, arranged in descending order of frequencies, are
spraying commercial pesticides, quashing pest manually, using of rainbird
irrigation, trapping insects, and interplanting strong-smelling plants.

The practices of the respondents in non-HADP covered barangays are
spraying commercial pesticides, quashing of pests, using rainbird irrigation, using
strong-smelling plants left at the sides of each plot, maintaining good drainage in
the area, and catching insects through the use of mosquito net.
Test of difference. The result of the chi-square test reveals that the
vegetable production practices of the two groups of respondents generally do not
significantly vary. This result may imply that HADP has no significant impact
the vegetable production practices in the area. However, significant difference
between the two groups of respondents exists in their irrigation, thinning, and pest
and-disease management. All respondents in the HADP area utilize rainbird
system; only a minority use the system in the non-HADP areas. On the other
hand, all the respondents in the non-HADP area apply flooding while only near
half of HADP area respondents use flooding. This finding implies that water in
the non-HADP area is more abundant as flooding entails so much water.
Information about in the rice production practices among the respondents also
point out that most ricefields in the non-HADP area are irrigated since the
respondents practice two croppings of rice a year.
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Thinning is practiced by a very significantly higher number of respondents
in the HADP area as compared to those in the non-HADP area. It may be inferred
that the vegetable farmers of non-HADP areas generally practice seedling
production and transplanting, practices that do not require thinning in vegetable
production.

In pest-and-disease management, there is significantly fewer respondents
applying pesticides, hand-picking, and using rainbird to manage pests in the
HADP area. On the other hand, none from non-HADP area applies the use of
sticker traps and intercropping strong-smelling plants, which are applied by
nearby half of those in the HADP area. This finding implies significant
differences on the education and experiences of the respondents as to pest-and-
disease management.

New Agricultural Technologies Adopted

The new technologies adopted in rice farming are the (1) use of new
varieties of rice like Taiwan and California, which the respondents claim to have
long panicles that are easy to be threshed and milled, and have strongly desired
aroma, flavor and texture; (2) use of gapas system and of pedal-powered thresher;
and (3) the use of sacks for container of threshed palay from the farm. Some
respondents say that with such technologies, they find the work easier and less
labor on their part.
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In vegetable production, the following are the reported new technologies:
(1) use of rainbird and hose for irrigation, (2) establishment of potato seed storage
to prolong and improve shelf-life of the crop, (3) use of hybrid varieties of seeds,
and (4) use of improved chemical fertilizers, pesticides and insecticides.

Another new technology is the establishment of nurseries ins some
barangays of Bauko which are used for agroforestry seedling production.

Agricultural Problems



Presented in Table 15 are the respondents’ problems in farming and their
perceived degree of seriousness. Included in the table are the respective ranks of
the problems based on the computed weighted mean, computed chi-square value,
and the tabular value at .05 level of significance.

All the problems on infrastructure support facilities are perceived by the
respondents in HADP-covered barangays as moderately serious. The problems,
arranged in descending order of ranks, are lack/insufficient storage or packing
facilities, lack of credit facilities, insufficient farm to market road, and
lack/insufficient irrigation system.
The other problems perceived by the same group of respondents as very
serious, arranged in descending order of ranks, are low and highly fluctuating
prices, vegetable importation, high costs of inputs, lack of trainings/workshops on

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Table 15. Seriousness of the problems encountered by the respondents


DEGREE OF SERIOUSNESS
PROBLEM
HADP AREAS
NON-HADP AREAS
WM
Desc
Rank WM
Desc
Rank
1. Lack/insufficient infrastructure
3.37 MS 8 2.9 MS 10
support facilities

a. Farm-to market road
3.23
MS

3.68
VS

b. Irrigation system
3.12
MS

2.48
SS

c. Dryers
3.14
MS

2.05
SS

d. Storage/packing facilities
3.44
MS

2.71
MS

e. Credit facilities
3.05
MS

2.0
SS

2. Lack of support from LGUs
3.5 MS 7 3.21 MS 8
(animal or seedling dispersal)

3. Lack of trainings/workshops and 3.52 MS 6 3.0 MS
9
seminars related to
farm/agriculture

4. No market of products
3.91 VS 5 3.71 VS
4

5. Low and highly fluctuating
4.21 VS 1 3.68 VS
5
prices

6. Problem on vegetable
4.17 VS 2 3.91 VS
2
importation

7. High costs of inputs (labor,
4.08 VS 3 3.94 VS
1
fertilizers, pesticides, seeds etc.)

8. Lack of technical know how in
4.08 VS 3 3.0 MS 8
farm management



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Table 15. Continued . . .

DEGREE OF SERIOUSNESS
PROBLEM
HADP AREAS
NON-HADP AREAS
WM
Desc
Rank WM
Desc
Rank
9. Soil infertility caused by over
4.08 VS 3 3.82 VS
3
use of chemicals

10. Calamity (typhoons)
3.37
MS
8
3.62
VS
7
11. Pest and diseases
3.24
MS
9
2.96
SS
6
a. Rice







Pests (rats, mayas,
4.1 VS 1.9 SS

bayawak, golden kohol,
azolla, weeds)

Diseases (bungaw)
2.44 SS 2.87 MS


b. Vegetables







Pests (snails, slugs, aphids,
2.25 SS 3.8 VS

beetle, white flies, cutworm,
thrips)

Diseases (clubroot, powdery
4.18 VS 3.28 VS

mildew, bacterial wilt, root
nematodes)


Tc = 1.63
T0.05 = 2.22

Legend:


Scale Weighted Mean (WM) Description
(Desc)
5 4.6
–
5.0 Extremely
Serious
(ES)
4 3.6
–
4.5 Very
Serious
(VS)
3 2.6
–
3.5 Moderately
Serious
(MS)
2 1.6
–
2.5 Slightly
Serious
(SS)
1 0
–
1.5
Not
Serious
(NS)


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agriculture, lack of support from LGU on animal and seedling dispersal, and
pests-and-diseases outbreaks. Perceived as very serious is the infestation of crops
by rats, mayas, bayawak, bungaw, snails, slugs, aphids, beetle, white flies,
cutworms and thrips.

The respondents in non-HADP-covered barangays perceive the problems
in almost the same way as those in HADP areas. Perceived as very serious
problems, arranged in descending order of ranks, are high costs of inputs,
problems on vegetable importation, soil infertility caused by overused of
chemicals, no market of products, low and highly fluctuating prices and natural
calamity. Perceived as moderately serious are lack of support from LGUs, lack of
trainings and workshops, insufficient/lack of infrastructure support facilities and
pests-and-diseases outbreaks. Among the problems on infrastructure facilities,
perceived as very serious, relate to farm-to-market road and credit facilities.
Perceived as moderately serious is lack of or insufficient storage facilities and as
slightly serious is lack of irrigation system and dryers. Among the problems on
pests and diseases, perceived as very serious are the infestation of crops by snails,
slugs, aphids, beetle, white flies, cutworms and thrips, and the infestation of crops
by clubroot, powdery mildew, bacterial wilt, and nematodes. Perceived as
moderately serious is crop infestation by bungaw; and as slightly serious are crop
infestation by rats, mayas, bayawak, golden kohol, azolla and weeds.
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The computed t-ratio is lower than the tabular value at .05 level of
significance. Hence the hypothesis, that there is significant difference between
respondents’ perception on the degree of seriousness of problems in farming, is
rejected. Based on the result of the t-test, it may be inferred that the respondents
are affected by the problems in the same way, and that HADP has not
significantly reduced pest-and-disease problems in the area.

According to Vargas (1997), the problems on agriculture emanate from
the strictness of local officials, lack of monitoring and evaluation from the
national government, inadequate budget of supplies and materials and non-
implementation of yearly salary increase and hazard pay among project
implementors and personnel. The situation in Bauko is different; the information
gathered from the respondents do not directly relate to what Vargas reported.

















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SUMMARY, CONCLUSIONS AND RECOMMENDATIONS

Summary
The study sought to determine the agricultural development interventions
in Bauko, Mountain province. Specifically, it determined the socio-economic and
farming profiles of the respondents; the agricultural development interventions in
terms of infrastructure, agricultural facilities, manpower development, credit
facilities, marketing facilities, barangay ordinances, and livelihood projects; the
respondents’ perception of the extent of implementation of the agricultural
development interventions; the respondents’ agricultural practices; and the degree
of seriousness of the problems of the farmers.
Interview schedule and secondary data were used to gather the needed
data. Gathered data were tabulated and analyzed using descriptive statistics. The
hypotheses were tested using either the t-test or the chi-square test.
The salient findings of the study are the following:
1. The respondents range in age from 25 to 50 years, are mostly females,
and married; and are high school graduates. They have been farming for less than
25 to 50 years; have complimentary sources of income; have one to twelve
children with educational attainment ranging from elementary grade to college
graduates; have houses made of either wood and galvanized iron or wood-
concrete and GI materials; have water sources mainly from developed springs
(tank and pipe); have electrical source of light, and use toilet with concrete bowl;
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108
and own various electrical and electronics appliances. The respondents plant
mainly rice and/or vegetables; have farm areas ranging from less than 500 to more
than 5,000 square meters, either own or rent the land they till; employ purely
manual method in farming with only some using draft animals combined with
manual method; and use mainly fertilizers and pesticides as their major farm
inputs. Generally, the respondents do not significantly differ in their socio-
economic and farming profiles
2. The agricultural facilities in the municipality are storage houses,
packing and waiting sheds, nurseries, dryers and irrigation system. Internal
Revenue Allotment is the regular source of fund in the establishment of these
facilities. For manpower development, farmers field school (FFS) trainings and
food processing are undertaken mainly by DA-LGU. On food processing, the
respondents are taught to make potato and banana chips, banana vinegar, carrot
juices, and fruit jellies. The credit facilities available to the respondents are two
banks, five cooperatives, three micro-financing schemes, one government loan
program and a community lending association.
3. The leading infrastructure project perceived by the respondents as fully
implemented is community road network. Perceived as fully implemented under
HADP are packing shed, micro finance, cooperatives and government loan.
Perceived as fully implemented in non-HADP area is the establishment of waiting
shed.
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4. The leading practices of respondents under HADP area are engaging in
manual land preparation, soaking seeds overnight, and transplanting 1½ months
old seedlings. The leading practices of respondents under in non-HADP are
fallowing, tapping water from river/stream for irrigation and tending farm daily.
Generally, the respondents do not significantly differ in their farming practices.
5. The leading problems perceived as very serious by both groups of
respondents are low, and highly fluctuating, prices; vegetable importation; and
high costs of inputs.

Conclusions

Based on the findings, the following conclusions are drawn:

1. There is a significant difference in the respondents’ profile in terms of
the age, sex, complimentary source of income, educational attainment of the
respondents’ children, farm area, annual income, farm inputs, type of crops
planted and utilization of products. It may be generalized, therefore, that the
socio-economic profile of the respondents is not a total factor to be considered in
the agricultural development interventions in Bauko.

2. There is a significant difference between respondents’ perception of the
implementation of infrastructure services but not in their perception on the
implementation of agricultural interventions such as on the construction of
irrigation systems, manpower development, provision of credit facilities and
provision of policy support. Therefore, some barangays under the non-HADP and
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110
HADP-covered areas have different perceptions on the extent of implementation
in the infrastructure and some agricultural support facility interventions, and
similar in their perceptions on the construction of irrigation system, manpower
development, credit and policy support.

3. There is a significant difference between respondents’ planting practice
but not in land preparation, sowing, water management and pest/disease
management practices. The respondents have more or less similar farming
practices on rice and vegetable farming.

4. There is no significant difference between farmers’ perception of the
degree of seriousness of the problems they encounter in farming. In other words,
all respondents deal with the same problems.

Recommendations

Based on the findings and conclusions, the following are recommended:

1. Since there is significant difference between respondents in terms of
their perceptions on the implementation of infrastructure services, implying that
there are more infrastructure services in HADP covered barangays, the local
government and other partner agencies should give more consideration to the
other barangays not covered by HADP in terms of services to create a balance in
development.

2. As suggested by respondents, agricultural trainings, especially on
environment-friendly and sustainable technologies appropriate to the area such as
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111
organic farming, and integrated pest management should be intensified. Water
and soil fertility management and quality planting stock production by the farmers
themselves should be also emphasized or included in trainings to be provided.

3. To address the problems encountered by the respondents such as low,
and high fluctuating, prices and high cost of inputs, efforts should be made on the
following:
a. Establishing data base that will guide farmers on what crop to plant to
fill up a demand by feeding information as to the amount/volume of each crop
species is already planted every cropping season and their corresponding volume
of demand;
b. Training farmers on crop processing to achieve value added and ensure
long-shelf life of products;
c. Organizing farmers into cooperatives to manage their product marketing
so as to eliminate unfair prices and be able to compete with other marketing
business.






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Speaking Igorots of Bauko, Bila, and Otucan. A Thesis Dissertation in
Doctor of Philosophy in Anthropology. University of California,
Riverside. Pp. 66 – 76.

GOMEZ, R. A. Jr. and PACARDO, E. P. 2004. The Ifugao Rice Terraces:
Dynamics of a Changing Agricultural Landscape. BSU Research Journal.
March – June 2004. No. 42 and 43.A journal of researches published by
the Benguet State University, La Trinidad, Benguet. Philippines. Pp. 33 –
37.

GUIAGUE, J. M. 2002. Provincial Agriculture and Fishery Council (PAFC) as
partners in Community Development in Mountain Province. Unpublished
master’s thesis. BSU Open University, La Trinidad, Benguet. Pp. 79 – 80.


HADP, 1994. Project Completion Report. Highland Development Agriculture
Development Project. Pp. 1-69.

IIRR, 1986. Pest Control in Your Garden. Cavite.

MARZAN, E. G. Jr., R. V. ANTALAN Jr., B. P. TRIMOR, L. G. GREGORIO,
M. P. PINEDA and MUBARIK ALI. 2001. Peri-urban Vegetable
Production and Its Socio-economic Impact on Target Groups in Metro
Manila. Abstracts of Completed and On-going R & D Projects 2001.
Research, Extension and Training Fresh Water Aquaculture Center
Philippine Carabao Center at CLSU. R, E and Training. CLSU, Science
City of Munoz Nueva Ecija.

TALEKAR, N. S., S. T. Lee and S. W. Huang. 1986. Intercropping and
Modification of Irrigation Method for the Control of Diamondbackmoth.
Dimondbackmoth Management, Proceedings of the First International
Workshop. Taiwan: AVRDC.

UPAWANSA, G. K. 2005. Sowing Rice at the Proper Time, Why Farmers in Sri
Lanka Follow the Lunar Calendar. COMPAS Magazine for Endogenous
Development. P. 14.
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

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114
VARGAS, D. S. and T. T. ACOBA. 1997. Effect of Devolution on Selected
Agricultural Development Project and Extension Services in Nueva Ecija.
R & D Highlights. CLSU, Munoz, Nueva Ecija. Pp. 77-79.

VILLACORTA, C. R. and B. V. GAON. 1986. Development in the Rural Areas.
National Manual on Integrated Rural Development (IRD) Projects. Pp. 2-
3.

WANDALEN, C. 1996. Pesticide Utilization in Bauko, Mountain Province.
Unpublished master’s thesis in Public Administration. Baguio Central
University, Baguio City. Pp.






























An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

---

115
133
GLOSSARY OF TERMS

agamang – rice granary

anop – hunt; a dog used in hunting wildlife

besca – new moon

bewew – driving off rice birds by an individual

daynek – pulverizing harrowed/hoed soil or incorporating into the soil stubbles
and weeds through the trampling by guided movement of carabaos in
land preparation for rice production.

gapas – harvesting rice by cutting at about half of the stalks using sickle/scythe.

kutong – collecting rice panicles by cutting them off from the stalk by the pinch of
the hand; usually done when only few panicles bear good fruits, or when
gleaning from harvested fields.
labba – multi-purpose hand woven container made of thin strips of bamboo or
rattan, much taller than luwa.

rakem – tool for harvesting rice, made of about a centimeter-diameter and 4” long
wooden handle whose mid-length is attached a thin, arching, sharp-edge
metal or knife.

luwa – shallow hand woven container made of thin strips of bamboo or rattan and
used by women in carrying palay, usually from farm to the home.

piket – adhesive, usually sap made of collected from trees like jack fruit, Ficus sp.
(ex. balete) and cooked to a consistency which produce high binding
strength.

silo – trap/snare for wildlife (birds, wild cat, etc.)







An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

---

116
134























Plate 9. The researcher interviewing respondents during the data gathering phase
An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

---

117
BIOGRAPHICAL SKETCH


MS. ANALYN BALAAN-GARCILIAN has been employed as an
administrative staff member of the Benguet State University, Open University, La
Trinidad, Benguet since 1997.

She was born on August 18, 1976 at Bila, Bauko, Mountain Province. She
is the second of the five children of Mr. Estefanio Balaan and Dominga Payapey
Balaan. She is the only one married among their children, which include Dina,
Stephen, Dexter and Vanes.

She married RICHARD C. GARCILIAN of Benguet and Ilocos. They are
blessed with one girl, STEFIE FRANZ B. GARCILIAN. The family happily
resides at DA-014 Tomay, La Trinidad, Benguet.

As to her academic background she finished her elementary education at
Bila Elementary School, secondary education at Otucan-Bila National High
School, tertiary level at Benguet State University being a grantee under the
Special Selected Ethnic Groups Educational Assistance Program of the
Presidential Management Staff enabled her to obtain the degree Bachelor of
Science in Agriculture major in Extension Education. While working she pursued
her master’s degree in Rural Development with a minor in Public Administration
at the Graduate School, Benguet State University she hopes to graduate this
October 2006.

An Assessment of the Agrarian Reform Impact Barangay / Community Program in
Gadang, Kapangan, Benguet / Peter T. Dumaguing. 2006

---

INTERVIEW SCHEDULE


I. A. Socio-economic profile of the respondents

Age:
Other Source of Income:
Light Source:
_____ 25 – 30
_____ vending
_____ electric _____ others
_____ 31 – 35
_____ store keeping
_____ kerosene ________________
_____ 36 – 40
_____ wage earning
_____ gasul with lamp
_____ 41 – 50
_____ animal husbandry
_______________________________
_____ 51 – 60
_____ wine making/pottery/weaving
Toilet Facilities:
_____ above 60
_____ others __________________
_____ open pit
Sex:
Number of Children:
_____ toilet bowl (DOH)
_____ male
____ 0 – 3 _____ 7 – 9
_____ water sealed
_____ female
____ 4 – 6 _____ 9 – 12
_____ water sealed (manual)
_____ others ___________________
Civil Status:
Educational Attainment of Children:
Furniture and Appliances:
_____ single
____ elementary graduate
_____ TV _____ computer
_____ married
____ high school graduate
_____ radio _____ VHS/DVD
_____ separated
____ college graduate
_____ refrigerator _____ gas stove
_____ widower/er
____ vocational graduate
_____ gas range _____ electric
Educational Attainment:
House Condition:
Remarks:
_____ elementary
____ concrete
_______________________________
_____ high school
____ wooden
_______________________________
_____ vocational
____ nipa hut
_______________________________
_____ college
____ others ___________________
Number of Year in Farming:
Water Source:
_______________________________
_____ below 25
____ undeveloped spring
_______________________________
_____ 25 – 30
____ developed spring
_______________________________
_____ 31 – 35
____ creek
_______________________________
_____ 36 – 40
____ river
_______________________________
_____ 41 – 50
____ others ___________________
_______________________________
_____ 51 and above

---

I. B. Farming profile of the respondents

CROPS FARM
LAND
FARMING
FARM
KIND OF
INCOME
CROPPING
FARMING
REMARKS
AREA/
TENURE
METHOD
INPUTS
CROP
(market/
PATTERN/
NEEDS TO
Square
(tenant,
(manual,
(fertilizers,
PLANTED
consumption)
MIX
BE
Meter
owned,
with animals, pesticides, (hybrid/local)
CROPPING ADDRESSED
rented)
mechanical)
organic)
What?
Rice







Vegetables








a. Carrots









b. Celery









c. Cabbage








d. Wombok








e. Pechay









Others








Root Crops








a. Camote









b. Potato









c. Gabi









Others








Legumes








a. Beans









b. Peanut









c. Corn









Others









116

---

II. Agricultural Development Interventions

Give assessment of the status or conditions of the following agricultural development interventions in terms of the following areas?

INFRASTRUCTURE SUPPORT FACILITIES

A. ACCESS

1. ROAD (Community Road Network)

1.1. Identify and fill up the following data under community road network.

PARTICULAR DATA
REMARKS
a. Length
Concreted:


b.
Length not concreted:


c.
Length under construction:


d.
Length under repair:


e. Length
damaged/unpassable:


f.
Length of road planned to be opened:


g.
Average width of community road:


h.
Length of community network


i. Others:











117

---

1.2 Are there roads constructed and/or maintained through community initiative? _____ yes ____ no
If yes, please provide data on the following:

Location
Width
Height Nature of Community Initiative (ex.
Year
Actual or
Source of
Lead
Remarks/ Other
(place)
(m)
(m)
concreting widening, gravelling,
implemented
estimated
Fund/
person/s and
relevant
riprapping, aspalting, etc.)

cost
Agency
position’s
information
1.



2.



3.



4.



5.




1.3 Please give information on government initiatives (within last 10 years) on road construction/maintenance in Bauko.

Location
Width
Height Nature of Community Initiative (ex.
Year
Actual or
Source of
Lead
Remarks/ Other
(place)
(cm)
(m)
concreting widening, gravelling,
implemented
estimated
Fund/
person/s and
relevant
riprapping, aspalting, etc.)

cost
Agency
position’s
information
1.



2.



3.



4.



5.




1. 4 If there are foreign funded projects on the road access please identify.

Location
Width
Height Nature of Community Initiative (ex.
Year
Actual or
Source of
Lead
Remarks/ Other
(place)
(cm)
(m)
concreting widening, gravelling,
implemented
estimated
Fund/
person/s and
relevant
riprapping, aspalting, etc.)

cost
Agency
position’s
information
1.



2.



3.



4.



5.





118

---

2. Farm to market road (please fill the table below with appropriate data on farm to market road for Bauko.

Location
Width
Height Nature of Community Initiative (ex.
Year
Actual or
Source of
Lead
Remarks/ Other
(place)
(m)
(m)
concreting widening, gravelling,
implemented
estimated
Fund/
person/s and
relevant
riprapping, aspalting, etc.)

cost
Agency
position’s
information
1.



2.



3.



4.



5.




3. Bridges
3.1 Foot bridges. Please fill the table that follows wit appropr5iate data on foot bridges developed in Bauko.

Location
Length Width
Type of Material Used (cable,
Condition (excellent,
Year
Cost Implementing

Remarks
(place)
(m)
(m)
steel matting for hanging type,
good, needs repair,
Constr
Agency
wooden bridge, concrete)
damaged, under repair
ucted
and upassable.
1.






2.






3.






4.






5.







3.2 Road bridges
Location
Length Width
Type of Material Used (cable,
Condition (excellent,
Year
Cost Implementing

Remarks
(place)
(m)
(m)
steel matting for hanging type,
good, needs repair,
Constr
Agency
wooden bridge, concrete)
damaged, under repair
ucted
and upassable.
1.






2.






3.






4.






5.







119

---

B. Dryers

1. Solar dryers (pavement which can be used for drying and other purposes such as playing court)

Location
Length Width
Concrete or Not Concrete
Condition
Year
Cost Implementing

Remarks
(place)
(m)
(m)
Constructed
Agency
1.






2.






3.






4.






5.







2. Private dryers. Please identify household who have their own dryers and provide relevant information by filling the table below.

Household Length
Width
Type of Solar Dryer (concrete roof top/
Condition
Description
Cost
Remarks
(m)
(m)
concrete pavement)
1.





2.





3.





4.





5.






3. Mechanical dryers. Are there mechanical dryers installed in your community? ________ yes ______ no. If yes please
fill up the table below.

Location Brief Cost
Source of fund
Implementing agency
Year implemented
Remarks
Description
Description
1.




2.




3.




4.




5.







120

---

C. Buildings

1. Waiting shed

Location
Size and or
Materials Used (e.g. concrete
Condition (excellent, good,
Cost #
Implementing
Remarks
Floor Area
wall and floor, G.I. sheets roof
under repair, dilapidated
Fund
Agency/
and wall, etc.)
usable)
Source
1.



2.



3.



4.



5.




2. Packing shed

Location
Size and or
Materials Used (e.g. concrete
Condition (excellent, good,
Cost #
Implementing
Remarks
Floor Area
wall and floor, G.I. sheets roof
under repair, dilapidated
Fund
Agency/
and wall, etc.)
usable)
Source
1.



2.



3.



4.



5.




3. Green house

Location
Size and or
Materials Used (e.g. concrete
Condition (excellent, good,
Cost #
Implementing
Remarks
Floor Area
wall and floor, G.I. sheets roof
under repair, dilapidated
Fund
Agency/
and wall, etc.)
usable)
Source
1.



2.



3.



4.



5.




121

---

4. Training center

Location
Size and or
Materials Used (e.g. concrete
Condition (excellent, good,
Cost #
Implementing
Remarks
Floor Area
wall and floor, G.I. sheets roof
under repair, dilapidated
Fund
Agency/
and wall, etc.)
usable)
Source
1.



2.



3.



4.



5.




5. Others

Location
Size and or
Materials Used (e.g. concrete
Condition (excellent, good,
Cost #
Implementing
Remarks
Floor Area
wall and floor, G.I. sheets roof
under repair, dilapidated
Fund
Agency/
and wall, etc.)
usable)
Source
1.



2.



3.



4.



5.




D. Irrigation System

1. Conveyance

Location Length
Depth/
Type (concrete, canal,
Condition Cost
Implementing Remarks
(m)
diamet
pipe, hose, etc.)
Agency
er
1.





2.





3.





4.





5.






122

---

2. Dams

Location Length Depth/
Type (concrete, canal,
Wt./ Vol./
Cost
Implementing
Remarks
(m)
Diameter
pipe, hose, etc.)
Capacity
Agency
1.





2.





3.





4.





5.






MANPOWER DEVELOPMENT


Please provide relevant information on the table below.
PARTICULAR Year
Partici-
Duration
Agency
Place/
Comments/
Remarks
conducted
pants

Involved
Venue
Suggestions
A. Kinds of trainings attended







(identify)
1. FFS (farmers field school)







2. Safety use of pesticides







3.
Farm
management



4. Organic farming







5. Others _______________







B. Livelihood Projects







1. Homemaking (wine making)







2.
Crafts




3. Food processing







4.
Tailoring




5. Others _______________







Note: To validate choose among participants to be interviewed.

123

---

POLICY SUPPORT

ORDINANCES Year
Year
Commi-
Agency
Place/
Comments/
Remarks
Proposed
Approved
ttee
Involved
Venue
Suggestions












CREDIT FACILITIES
Please identify and provide relevant information on the available market/credit facilities for farming in Bauko by filling the table below.


LOAN SERVICES PROVIDED
CREDIT PROVIDER
Amount of
Rate (%)
Mode of
Requirement (collaterals,
Type of
Other
Loan
Payment
guarantor, etc.
Loan
information
Min. Max.





A. Banks (identify)







B. Coop (identify)







C. Paluwagan System







(identify)
C. Government Loan







Assistance (identify)
D. Others (specify)








MARKETING

A. Trade fair







D. Market satellite







E. Others (specify)










124

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III. Extent of awareness and implementation of the agricultural development interventions

Please check on the table provided using the following scale inside the table.
AGRICULTURAL DEVELOPMENT

IMPLEMENTATION
INTERVENTION
AWARENESS
Fully
Fairly
Moderately
Slightly
Not
Implemented implemented implemented implemented implemented
(100%)
(75%)
(50%)
(25%)
(0)
A. Access (Infrastructure service)
Aware
Not Aware





1. Road (Community Road Network)







2. Farm-to-market road







3. Bridges







B. Dryers







1. Solar







2. Mechanical







C.
Buildings


1. Waiting shed







2. Packing shed







3. Green house







4. Training center







D.
Irrigation
System


1. Conveyance







2. Dams







E.
Manpower
Development


1. Trainings attended by the farmers







2. Livelihood projects







F.
Credit
Facilities


1. Banks







2. Coop







3. Government loan







4. Paluwagan
system


G.
Market
Provider


1.Trade fair







4. Market satellite







H.
Policy
Support



125

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IV. AGRICULTURAL PRACTICES

a. Rice (please check in the column what you are practicing and not practicing in your ricefileds)

PRACTICE PRACTICING
NOT
PRACTICING
1. Land Preparation


- manual (hoeing and/or pulling by the hand stubbles and weeds


and trampling and or pressing by hand into the soil)
- hoeing soil and pulverizing it by harrowing and/or by trampling


- use of wooden plow and harrow pulled by carabao


- daynek (pulverizing plowed/hoed soil or incorporating into the


soil stubbles and weeds through guided movement of draft
animal
- use of banana stem, wood or bamboo pole pulled by carabao or


pushed manually to level soil on an irrigated field prior to
planting
2. Sowing


- soaking seeds overnight up to 3 days prior to sowing


- broadcasting seed on submerged seed bed


- broadcasting seed and covering with thin layer of pulverized soil


(unirrigated/rainfed seed bed)
3. Planting


- transplanting 1- 1 ½ months old seedlings


- approximately 4-6 inches spacing


- single seedling per planting space/hole


- planting during besca (full moon)


4. Soil Fertility Management


- fallowing (resting field after each cropping)


- rice stubbles and weeds are incorporated or left to decomposed


the field
- umang and taep (rice hulls and rice stalks) are returned to rice


fields
- kamas incorporating organic matter into the soil trough daynek or


manually during the onset fallow period

126

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5. Water Management
PRACTICING
NOT PRACTICING
- continuously irrigated, water level is maintained by fixing the


level of outlet
- tapping unused water from river/stream or outflows from other


rice fields with use of indigenous conveyance system (ordinary
canal and/or bamboo poles)
- use of hose for irrigation


6. Rice Variety


- magumbal/dalacan (red rice)


- kintoman


- intan


- intan bradon


- California/Taiwan


- diket (white), balatinao (red)-glutinous rice


7. Pest and Disease Management


- use of scarecrows to drive away mayas (rice birds)


- use of piket to trap mayas


- bewew (a farmer or any member of the family keep watch of their


rice field to drive mayas everyday until the rice is harvested
- use of hand-made rat traps


- use of silo (snare/trap) for other pests like bayawak, danggo, fowl


etc.
- maintaining pets like anop (dog that search and kill rats, bayawak


etc.)
- cultural rituals/ceremonies (entails butchering of chicken/pig and


prayer of elders or manbunong)
8. Cropping Season


- once a year


- tupeng (twice a year)


9. Crop Integration


- root crops + rice


- rice + vegetables


- rice only



127

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PRACTICING
NOT PRACTICING
10. Harvesting
- use of rakem (special knife to cut panicle) and daneg (thin strips


of bamboo or rattan) to bundle palay
- gapas with basbas or hampas system to separate grains from


panicle (iric)
- kutong (use of finger to glean the palay)


11. Post Harvest Practices


a. Packaging


- use of sacks


- use of ropes/bamboo/rattan to bundle palay


- use of woven baskets, such as luwa or labba to pack harvested


palay
b. Drying


- use of solar dryer


- use of multi-purpose drying pavement


- use of private dryers (frontage, or roof)


c. Storing


- store in agamang (rice granary)


- use of bobeda (attic) of the house to store palay


d. Cleaning/Threshing


- use of pedal-powered thresher


- use of manual method (treading by feet to separate grains from


panicle)
- use of basbas or hampas method (use of solid object to beat the


panicle or striking bundled rice to hard objects)
e. Milling


- manual pounding and winnowing


- rice mill








128

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b. Vegetable practices (pleas check in the column what you are practicing and not practicing in your garden)
PRACTICES
PRACTICING
NOT PRACTICING
1. Land Preparation


- Manual (cleaning with the use of sickle, bolo, or grub hoe)


- Plowing and harrowing, 2 or 3 times, to minimize weeds.


- Broadcasting of lime if the soil pH is below 6.0


- Digging at least 30 cm deep to ease root penetration and aeration.


- Constructing/fixing drainage/canals


- Manual plot or elevated bed preparation manually


2. Seed/Planting Bed Preparation


- Uniform pulverization of soil


- Mixing organic fertilizers and ash with the soil before planting


- Sterilization of seed beds by burning combustible materials (e.g.


sticks, dried grasses, dried leaves) on top of the seed beds
- Single row seedbed


- Double row seedbed


3. Sowing


- Broadcasting seeds


- Sowing seeds along parallel lines


- Covering seeds sown with ash or fine soil


- Mulching (covering sown beds with finely chopped dry grasses to


cushion it from the impact of watering or rainfall)
4. Planting


- One or two seed per hole


- One seedling per hole


- Determining spacing be estimation (4-9 inches) depending on size of


grown plant
5. Soil Management


- Fallowing


- Intercropping


- Crop rotation


- Mix cropping


- Maintaining plants on the sides of farm to prevent erosion


- Allowing vegetable materials to decompose on the farm



129

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6. Irrigation
PRACTICING
NOT PRACTICING
- Fetching water for watering crops


- Watering crops thru the use watering cans


- Using hose/pipeline to bring water to the farm (thru gravitation)


- Using rainbird/rainburst method/ sprinkler.


- Flooding (conveying amount of water enough to submerge planted


beds or plots)
7. Thinning


- Two or three seeds are planted per hole but only one plant will be


left to grow
- Thinned at 2-3 weeks after seed germination


X2c = 22.9


8. Fertilization


- Application of chicken dung


- Application of compost


- Application of commercial fertilizer


- Application of ash


- Application of liquid fertilizers


9. Hilling-Up


- Placing soil at the bases of plants to cover roots and keep the plants


firm
- Hilling immediately after applying fertilizer


10. Pest and Disease Management


- Maintaining strong smelling plants around the farm to drive away


insects
- Inter planting strong-smelling plants (e.g. tomatoes, mint, onion) in


between crops to drive away insects
- Spraying pesticides and insecticides


- Trapping insects with stickers


- Catching insects thru the use of mosquito net


- Hand picking and quashing of pests (e.g. worms)


- Use of rainbird irrigation


- Maintaining good drainage in the area




130

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V. What are the problems you encountered in your community kindly check the degree of seriousness by checking under the corresponding
numbers using the scale inside the table.

Problem Extremely
Very Serious
Moderately
Slightly
Not Serious
Remarks
Serious
Serious
Serious

(5) (4) (3) (2) (1)

1. Lack/insufficient infrastructure






support facilities
a. Farm-to market road






b. Irrigation system






c. Dryers






d. Storage/packing facilities






e. Credit facilities






3. Lack of support from LGUs






(animal or seedling dispersal)
4. Lack of trainings/workshops and






seminars related to
farm/agriculture
5. No market of products






4. Low and highly fluctuating






prices
6. Problem on vegetable






importation
7. High costs of inputs (labor,






fertilizers, pesticides, seeds etc.)
8. Lack of technical know how in






farm management
9. Soil infertility caused by over






use of chemicals




131

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Problem Extremely
Very Serious
Moderately
Slightly
Not Serious
Remarks
Serious
Serious
Serious

(5) (4) (3) (2) (1)

10. Calamity (typhoons)






11. Pest and diseases






a. Rice






Pests (rats, mayas,






bayawak, golden kohol,
azolla, weeds)
Diseases (bungaw)






b. Vegetables






Pests (snails, slugs, aphids,






beetle, white flies, cutworm,
thrips)
Diseases (clubroot, powdery






mildew, bacterial wilt, root
nematodes)


132

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Document Outline

• Agricultural Development inBauko, Mountain Province
  • BIBLIOGRAPHY
  • ABSTRACT
  • TABLE OF CONTENTS
  • INTRODUCTION
    • Background of the Study
    • Statement of the Problem
    • Objectives of the Study
    • Importance of the Study
    • Scope and Delimitation of the Study
  • REVIEW OF LITERATURE
    • Socio-economic Profile of Farmers
    • Topographic Profile of Bauko, MountainProvince as a Farming Community
    • Agricultural Development Intervention
    • Implementation of AgriculturalDevelopment Interventions
    • Agricultural Practices in Riceand Vegetable Production
    • Phases of Agricultural Development
    • Promoting Sustainable Agriculture
    • Agricultural Problems Encounteredby Farmers
    • Conceptual Framework
    • Paradigm of the study
    • Operational Definition of Terms
  • METHODOLOGY
  • RESULTS AND DISCUSSION
    • Respondents� Profile
    • Extent of Implementation of Agricultural DevelopmentIntervention as Perceived by the Respondents
    • Respondents� Agricultural Practices
    • Agricultural Problems
  • SUMMARY, CONCLUSIONS AND RECOMMENDATIONS
    • Summary
    • Conclusions
    • Recommendations
  • LITERATURE CITED
  • BIOGRAPHICAL SKETCH

---