ethnobotanical investigation of matigsalug ethnic group in sitio patag part 1
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Ethnobotanical Investigation of Matigsalug Ethnic Group in Sitio Patag, Brgy. Datu
Salumay, Marilog District, Davao City
Undergraduate Thesis Presented to The
Faculty of The Department of Natural and Physical Science
College of Arts and Sciences
University of Southeastern Philippines
Barrio Obrero, Davao City
As Partial Fulfillment of the Requirements
For the Degree of
BACHELOR OF SCIENCE IN BIOLOGY
KATHLEEN E. ABALLE
March 2012
APPROVAL SHEET
This undergraduate thesis hereto attached entitled Ethnobotanical Investigation of
Matigsalug Ethnic Group in Sitio Patag, Brgy. Datu Salumay, Marilog District, Davao
City, prepared and submitted by Kathleen E. Aballe in partial fulfillment of the
requirement for the degree of Bachelor of Science in Biology hereby recommended for
acceptance and approval.
MAJELLA G. BAUTISTA, M.S.
Adviser
MARNIE GRACE SONICO, Ed. D. HELEN
PONDEVIDA, Ph. D.
Panel Member
Panel Member
Accepted and approved as partial fulfillment of the requirement for the degree of
Bachelor of Science in Biology.
EVEYTH DELIGERO, Ph.D.
Dean
ABSTRACT
A survey and documentation was made in Sitio Patag, Brgy. Datu Salumay,
Marilog District Davao City. It aims to determine the different plants and their ecological
importance of the Matigsalug Indigenous Tribe. Respondents were randomly selected for
the interview. Overall, there are 48 plants species documented, representing 46 genera in
25 families. Family of Poaceae had the highest number of species and second is from the
family of Fabaceae. Many of these species of plants had more than one purpose: 26 of
plant provide food, 21 had a medicinal value, 13 of which may used for construction and
other tools that can be made out of this plant. Thirteen are also are used as economic
plant and 8 is for fuel. Majority were identified for food and medicine. Moreover, it
was also documented that some practices are declining now, because of so many factors
and one of this is deforestation and conversion of the land into agricultural land. Plants
are now declining especially the endemic ones. Although most of the community knows
this tragic realization but there is a lack of implementing the programs to address such
issue. Awareness of conservation measure and management program is needed and more
research is encouraged.
ACKNOWLEDGEMENT
The researcher wants to extend her profound gratitude and genuine appreciation
to the following individuals who made this study a reality.
First and foremost, to our Almighty God, for all the blessings and graces, courage,
strength, guidance, love, good health, and wisdom He gave to the researcher.
To her adviser, Professor Majella G. Bautista, for her unending support, the
knowledge she shared and the supervision she did in pursuing the study.
To her panelist; Dr. Marnie Sonico and Dr. Helen Pondevida, for their advices,
suggestions, and the knowledge they shared for the success of this study.
To Datu Amado Mansabid and his family for allowing the study to be conducted
in his vicinity and for accommodation and assistance while conducting this study. To
Arnil Mansabid and Kuya Agustino Paligawon, for the help in communicating with the
locals and for sorting the information needed patiently.
To all the Datu’s, Bae’s and Elders of Matigsalug Indigenous Group and all
the community for participating in answering the questions.
To Josefa Segovia Foundation (JSF) for allowing the research to be conducted
while having their seminar in the Matigsalug IP group.
To Jean and the group of Crossing S for introducing the tribe and for the help in
conducting the study.
To all the classmates’ batch 2011 and batch 2012, especially the Biots and the
Ecorangers who helped and gave inspiration and advice to finish this study. Thank you.
To Ate Maje and Ate Hads for all the suggestions how to create a better outcome
of this study.
To Aunt Lucille, Ate Honey and Kuya Oli for providing the material and financial
means to achieve such noble endeavor.
To the parents, Mr. Arturo P. Aballe and Mrs. Angelita E. Aballe, for their
unending support, understanding, patience, sacrifices and love they constantly given and
also to all the siblings and nieces who gave inspiration to pursue this study.
And for those who were not mentioned but in one way or another have
contributed a lot in this study, thank you very much!
The Researcher
TABLE OF CONTENTS
Title Page Page
Approval Sheet……………………………………………………………………...........ii
Abstract…………………………………………………………………………………..iii
Acknowledgement……………………………………………………………………….iv
Table of Contents………………………………………………………………………...vi
List of Figures...…………………………………………………………………………viii
List of Tables .……………………………………………………………………...........xi
CHAPTER I. INTRODUCTION
Objective of the study………………………………………………………….1
Significance of the study……………………………………………………….2
Scope and Limitation of the study ……………………………………………..3
CHAPTER II. REVIEW OF RELATED LITERATURE
Importance of Ethnobotany …………………………………………………....4
History of Ethnobotany …………………………………………………..........7
Ethnobotany in the Philippines ………………………………………………...8
CHAPTER III. METHODOLOGY
Location and Duration of the Study ……………...…………………………….11
Field Work …………………………………………………………………......14
Documentation …………………………….…………………………………...14
CHAPTER IV. RESULTS AND DISCUSSION
Species Composition …………………………………………………………..16
Collection of Plant Species …………………………………………………….20
Discussion …………………………………………………………………….51
CHAPTER V. SUMMARY, CONCLUSION AND RECOMMENDATION
Summary …………………………………………………………..……55
Conclusion ………………………………………………………………55
Recommendation ………………………………………………………..56
LITERATURE CITED
APPENDICES
Taxonomic Classification ……………………………………………………….60
Permission letters ………………………………………………………………..76
Survey Questionnaire ……………………………………………………………78
CURRICULUM VITAE 79
List of Figure
Figure Page
1. Map of the vicinity of Matigsalug- Manobo Tribe 11
2. Sketch Map of study area 12
3. Panoramic view of Purok 10, Sitio Patag Brgy. Datu Salumay 13
3.1 Remaining forest or Puwalas area 13
4. Example of specimen form 15
5. Imperata cylindrical 35
6. Paspalum conjugatum . 35
7. Oriza sativa 35
8. Zea mayz 36
9. Bambusa bambos 36
10. Saccharum officinarum 36
11. Vigna cylindrica 37
12. Gliricidia sepium 37
13. Leucaena leucocephala 37
14. Tamarindus indica 38
15. Erythrina variegata 38
16. Capsicum frutescens 38
17.Solanum molengena 39
18. Solanum lycopersicum 39
19. Cucurbita maxima 39
20. Secchium edule 40
21. Luffa acutangula 40
22. Euphorbia hirta 40
23. Manihot esculenta 41
24. Medinilla venusa 41
25. Ricinus communis 41
26. Vitex negundo 42
27.Mentha arvensis 42
28. Abelmoschus esculentus 42
29. Gossypium hirsutum 43
30. Musa acuminata 43
31. Musa sapientum 43
32. Coleus blumei 44
33. Allium tuberosum 44
34. Centella asiatica 44
35. Ipomea aquatic 45
36. Duranta erecta 45
37. Colocasia esculenta 45
38. Pandanus tectorius 46
39. Zingiber officinale 46
40. Basella alba 46
41. Amaranthus caudatus 47
42. Carica papaya 47
43. Bechemia scandens 47
44. Coffea Arabica 48
45. Bixa orellana 48
46. Psidium guajava 48
47. Citrus maxima 49
48. Switenia mahogani 49
49. Gmelina arborea 49
50. Heliotropium indicum 50
51. Annona muricata 50
52. Alstonia scholaris 50
List of Tables
Table
Page
1 Number of Plants identified in 25 families 16
2 Uses of Plants 17
3 Uses and Parts of the Plants Utilized 18
3.1 Continuation of table 3 19
4. The 48 species with their scientific and common
name, its description and its uses 20
Chapter 1
INTRODUCTION
The symbiotic relationship between man and plant had been the most
outstanding aspects of today’s world, not just because of the plants availability but also
for their different uses and significance. Plants are fundamental to the functioning of all
human societies and to the operation of all ecosystems. Along with the photosynthetic
bacteria and algae, plants are responsible for the formation of almost all energy that we
consume. In terms of the energy from biomass that we are so actively seeking to develop
now, they also provide the hope of energy supplies in the future. Yet, despite of the
central importance, plants are poorly appreciated (Prance, 2007).
In general ethnobotany refers to the field of study that examines the interaction
between human societies and plant kingdom. Especially how indigenous people
distinguish, manage and utilize the plant around them (Cotton, 1996). Along with the
related discipline of ethnobiology the central importance for this field of study is for
understanding and improving the sustainability of our relationship with the living world
(Prance, 2007). It makes it possible for us to learn from the past and from the diverse
approaches to plants represented by the different human cultures that exist today.
Ethnobotany is at once a vital key to preserve the diversity of plants as well as to
understand and interpret the knowledge by which we are, and will be, enabled to deal
with the effectivity and sustainability (Prance, 2007).
Concurrently, the diversity of human cultures (ethnobotanical knowledge) is
being eroded rapidly everywhere (Prance, 2007). These problems occur because of the
plant extinction and disappearance of traditional cultures. As the plant fares through the
human and environmental changes, knowledge about the plant declines. The problem of
the declining biodiversity is compounded by the problem of cultural alienation. Cultural
alienation is the result of ethnic discrimination, formal education, and exposure to mass
media (Sumiguit, 2006).
In connection with this, the Matigsalug indigenous group which is one of the 37
Indigenous People found in the Central of Mindanao also encounters similar problem
(Peralta, 2009). Although, Patinio (2009) revealed that the members of this tribe are
sensitive in foreign themes, there are still factors that deprive them to follow their
primitive way of lifestyle. Examples of this are intermarriage, entry of Christian
missionaries and influence of modern technology. So now some of the members are
adopting the modern way of living and some combined it with their traditional ways.
For this reason, the documentation of the ethnobotanical knowledge is really
needed for the Matigsalug tribe. To conserve and preserve their knowledge, as well as
protect their customs and cultural integrity of the group.
Objectives of the Study
This study identified the different plants and their taxonomic level in Sitio Patag,
Brgy. Datu Salumay Marilog District Davao City. Specifically the study recorded the
uses of different plant parts and their cultural importance.
Significance of the Study
The study provides baseline information about the maintenance and uses of
ethnobotanical diversity and plant utilization among Matigsalug IP group. In addition, the
result of this assessment contributes to the awareness on conservation measures of this
group.
Scope and Limitation of the Study
This study was conducted within Sitio Patag, Brgy. Datu Salumay, Marilog
District Davao City, area populated mostly by Matigsalug Indegenous group. This study
focused in the known plants, the parts that been used and its significance in the tribe by
conducting an interview among the knowledgeable members of the community as key
informant, with respect of their tradition and rules in the community.
Chapter II
REVIEW RELATED LITERATURE
Ethnobotany is defined as the study of the interrelationship between plants and
people (Gomez-Beloz, 2002). It was develop into its related scientific discipline that
looks at the people-plants relationship in a multidisciplinary manner using not only
botany and anthropology, but also ecology, economics, public policy, pharmacology,
public health, and other disciplines as needed (Balick, 1996; Gomez-Beloz, 2002).
To answer the many fast-developing specific subdivisions of this interdisciplinary
field, Schultes (1994) gives a more inclusive definition of ethnobotany. He concluded
that “it is the study of the uses, technological manipulation, classification, agricultural
systems, magico-religious concepts, conservation techniques and general economic and
sociological importance of plants in primitive or pre-literate societies.”
Ethnobotanists, can be able to relate local and specialized plant taxonomies and to
study all the physical properties of the plants through close contact with plants of a region.
They can pay attention to culturally related mental and the symbolic properties of the
plants in a region. Ecological relationships within the plant community are the central to
these studies (Ford, 1978).
Importance of Ethnobotany
Plants are essential for the functioning of all human societies and to the
operation of all ecosystems. Along with its photosynthetic bacteria and algae, it is
responsible for the formation of almost all of the energy that we consume. Yet despite
their great importance in the society and to all ecosystems, plants is poorly appreciated
(Prance, 2007).
Plants serve as a global asset of exceptional value to the present and future
generations as a continuous appreciation of biodiversity. The human existence would not
be complete without a look at plant roles in many cultures, including medicinal purposes
(Cabauatan; del Rosario, 2007). In the investigation among the Ybanag Ethnic Minority
of Cabauatan and del Rosario (2007) they revealed some plant knowledge practices or
indigenous plant knowledge associated with the group. These are the Wild plants as
source of food, Plants as source of medicine, Plants as source of income and subsistence,
Plants used in their beliefs, ceremonies and rituals, and lastly plants as part of their birth
practices and child rearing. In the investigation of Coe and Anderson (1999), the Ulwa
has 225 species of plants, and used for agricultural fields, markets ("purchased plants"),
door- yard gardens, and the forest. Some 187 species are medicinal, 69 are food plants,
and 84 are for ancillary uses such as clothing, construction, and crafts. The plants in these
various plant use categories play a significant role in providing the Ulwa with the
materials for sustenance, medicinal treatments, and even some cash income.
Despite of the many importance of the plant in the society, the overgrazing and
over exploitation of plant resources are still vast to our world today. It had already led to
the decline of the plant material available (Bussman, 2006). As plant diversity dwindles
due to human induced environmental changes, knowledge about plants also declines.
With the connection of the waning and disappearance of traditional culture (Suminguit,
2006).
As Prance (2007) stated that “concurrently the diversity of human cultures is being
eroded rapidly everywhere. For example, every week one of the remaining 7,000
languages is being lost.” This is only one of the results of the many factors that show how
rapid is the disappearance of traditional cultures. According to Schultes (1994) The
knowledge of the many indigenous groups about the ambient vegetation as a result of
inherited knowledge, is unfortunately doomed to extinction with the rapid acculturation
and westernization in many parts of the globe where indigenous peoples can still live
peacefully without disruption, from road-building, airstrips, warfare, tourism, industrial
penetration, dam-building local greed on the part of settlers or various efforts to "civilize"
the natives. Also, as Cunningham (2001) emphasizes that “cultural system are even more
dynamic than biological ones in the shift from the subsistence economy to a cash economy
is the dominant factor amongst all but the remotest of the people.
According to Suminguit (2006), “the problem of declining biodiversity is
compounded by problem of cultural alienation. This cultural alienation is the result of
ethnic discrimination, formal education, and exposure to mass media”. Ironically, it is the
new settler that discriminates the indigenous population. The indigenous population would
either withdraw by retreating into the inaccessible mountains or totally blend in with the
immigrant population by hiding their ethnic identity. In the study of Rossato, Leitão-Filho
and Begossi (1999) it is observed that the knowledge of native populations, and their
environments, is threatened in most parts of the world and that it was stated that
ethnomedical uses are documented for only about 28% of plants on earth.
Each of these represents a distinct philosophical and realistic approach to the
organization of our lives which means we are losing our cultural heritage at a rate that
will seriously diminish our opportunities to achieve sustainability in the future(Prance,
2007).
This suggests that ethnobotanical knowledge is an important resource for the
society that could be tapped to revitalize agriculture, increase livelihood options, improve
health and raise some sense of cultural pride of the community (Suminguit, 2006). As
Prance (2007) emphasized that “it is the key to preserving the diversity of plants as well
as to understanding and interpreting the knowledge by which we are, and will be, enabled
to deal with them effectively and sustainably throughout the world.
In Addition, Suminguit(2006) concluded that “ethnobotanical documentation can
be seen as a way to preserve the oral ethnobotanical knowledge and a way to make it
available for the present and future generations.” Documentation also provides the
indigenous community an opportunity to reflect on the conservation status of biodiversity
in their ancestral domain. Hence, in documenting knowledge it also helps to generate new
knowledge. This is also a way to generate culturally pertinent learning materials for the
functional literacy programs of the indigenous community.
History of Ethnobotany
All over the world, there has been an increasing interest in the scientific study of
man-plant interaction in the natural environment which is clearly visible among various
indigenous people commonly designated as aboriginals, natives, autochthonous, fourth
world, first people, adivasis (original settlers) and tribal’s ( Srivastava,2007)
Cotton (1996) traced the history of ethnobotany to the casual observation of
European travelers and explorers in the 15th century who recorded in their diaries the
economic uses of plants used by indigenous peoples they encountered in their travels
(Suminguit,2006). More systematic documentation was carried out later by
anthropologists (Alcorn 1984; Brush 1980; Conklin, 1957; Hays, 1979), with the primary
goal of understanding how indigenous communities perceived the plants around them and
how this perception influenced their subsistence decisions (Suminguit, 2006).
In the book entitled Ethnobotany a reader of Minnis (2000), emphasize that
“ethnobotany or systematic investigation was built on Greek, Roman and Islamic
Foundations and it was intensified by colonialism and geographic exploration (Ambrosoli,
1997).
Those early anthropological studies have established an idea that indigenous
peoples (IPs) have rich indigenous knowledge about their immediate surroundings
including biologically diverse plants. The elders are usually served as the store house or
the repository of the ethnobotanical knowledge that was traditionally handed down orally
from generation to generation. Unfortunately, its oral scenery makes it susceptible to
being forgotten (Suminguit, 2006).
Ethnobotany of the Philippines
The Philippines archipelago is remarkably having a rich flora. It is considered as
one hotspot of having the most important biodiversity on earth (Prigge, Langenberger,
Martin, 2005). Moreover, Davis (1995) stated that it provides amongst other habitat for
almost 8900 vascular plant and Myers (2000) added there are more than 500 endemic
vertebrate species. The land was covered almost entirely by rain forest that provided the
Filipino people with meat from wildlife, building materials, and seemingly everlasting
supplies of clear, cool water (Heaney, 2007).
Over the past few years, Encarnacion (1999) stated that “there has been a growing
trend to promote local management of forests as a potential solution to these threats. The
rationale of community forestry is to transfer the direct management and stewardship of
identified upland areas to the communities residing in those areas”. And this are the old
settlers of the Philippine island the Indigenous People. These communities are suited to
be "keepers of the forest" since they are dependent on the protection of these resources
for their very own social, economic and political survival (Encarnacion, 1999). This
explains that the indigenous tribes are now moved higher and higher up the mountains
where they try to retain their traditional ways in the face of incursions of missionaries,
civil servants, and violent attacks of the military on rebel hideouts (Michel, S.J, 1999).
However more of the IPs was being drawn into mainstream society through formal
education and exposure to mass media (Suminguit, 2007). This fact calls for a need to
document indigenous knowledge before it vanishes.
In the Island of Mindanao, 37 indigenous people’s communities are identified and
one of this is the Manobo-Matigsalog Tribe with 44,851 population (Peralta, 2009). The
term Matigsalog comes from the word “Matig” which means “people” and “salug” which
means “river”. Simply the Matigsalug people lives along the river. This ethnic group can
be found in the middle of the the boundaries of the provinces of in Davao, Cotabato and
Bukidnon (Sarahan, 2010).
In the study of Sarahan (2010), he points to the state of the Matigsalog
(Matigsalug) tribe and their diminishing practices. He stated that seven out of ten
respondents are concurrently not recognizing “Lilis”, one of the practices of the tribe, as a
system of healing practice because there is no right place to go and the forest was already
damaged. Also out of the seven respondents, four of them said that there are 80% still
using herbal plant medicine although 20% of the plants are not really identified.
Moreover, he concluded that some of the respondents are now buying medicines from the
pharmacies instead of using herbal medicine.
These days researchers reported that ethnobotanical knowledge can be carried out
without losing community ownership over intellectual property rights. Suminguit (2007)
revealed the significance of documenting the Ethnobotanical knowledge of the Subanen’s
life. He found that “there was a notable increase in the technical expertise of the Subanen
members of the ethnobotanical documentation team (five women and eight men)”. This
documentation helped reveal the great potential of ethnobotanical knowledge as key to a
largely untapped biological and genetic resources. In addition, Cabauatan and del Rosario
(2007) recommended that there is a need to introduce conservation measures and better
management practices while there is still time, to save the last few remaining plant
resources utilized for traditional plant knowledge practices.
CHAPTER III
MATERIALS AND METHOD
Location and Duration of the Study
The study was conducted in the IP community of Matigsalug in Sitio Patag,
Brgy. Datu Salumay, Marilog District Davao City. This area belongs to the 3rd
Congressional district and estimately has two hours away from the downtown area.
Elevation in Marilog District ranges from 1000 to 2000 meters above sea level and it
covers around 90 hectares (Cimafranca and Ompoy, 2008).Most forest areas were
converted to agricultural and residential area. Figure 1 shows the map of the location of
the Matigsalug Tribe in Davao City side and figure 2 shows the location of the study area
Sitio Patag Brgy. Datu Salumay, Marilog Distrtict Davao City. Figure 3 also shows the
panoramic view of the said site and figure 4 shows the remaining part of the forest.
Figure 1. Map of the vicinity of Matigsalug Tribe in Davao City side.
Figure 2. Sketch map of Sitio Patag, Brgy. Datu Salumay, Marilog District Davao City
Figure 3. Panoramic view of some part of Purok 10, Sitio Patag Brgy. Datu
Salumay, Marilog District Davao City
Figure 3.1. Some of the remaining forest or Puwalas in the area.
Field Work
This field work was based on interviews, observations, and documentation
(Khan et al., 2010). In the interview, survey was conducted with pure Matigsalug
respondents who were permanent residents of Marilog District (Philippines) particularly
at Sitio Patag. Respondents were randomly selected from ages 16 – 56 above of both
sexes. The questionnaire during the survey is for the information of the plant resources,
quantities and part of the plant that was being used, rate of consumption, availability and
percentage of plants species found, and their utilization by the people.
The simulation and immersion will play an important aspect in the data gathered
for direct observation. The primary purpose of this is to find out in a more detailed
direction regarding the usage of plants in the socio-economic practices of the Matigsalug
ethnic group. The standard parameters in identification and indexing of plants were
utilized (Cabauatan and del Rosario, 2007).
Documentation
The documentation will have a consideration on the belief and traditions of the
tribe with the coordination of the elders and Datu’s. Since this study is a non-destructive
research, the ethnobotanical specimen was documented through picture using digital
camera instead collection of the samples. Suminguit (2006) suggested to put the plant
specimens on the appropriate background to specify the plants or parts of the plant. After
which, resizing the image, and adjusting contrast and brightness should be done. These
routines can be done by almost any graphic editing software like Adobe Photoshop 7 or
higher version as recommended software.
In identifying the specimens, it will be classified based on the information founds
in books and compared with the existing literatures. The identification of the different
plants will be compared based on of the gross morphological characters of the specimen.
This will be subjected to labeling with the following format.
Family name: based on taxonomic classification provided
Scientific name: should be written in italic form
Common names: local names or vernacular names
Description: the morphological characteristics are enumerated
Uses: a brief discussion on how, when, who, were the plant will be used,
including the brief ecological status and the plants part that will be used
Figure 4. Specimen Form
Figure 4 shows the example of the specimen form, it is important to be printed
before going into the field to structure the recording of plant attributes. This makes
entering data into the database easier (Suminguit, 2006).
Local Name: _____________________ Location :
___________________
Specimen#: _____________________ Plant Type : ___________________
Photo# : _____________________ Flowers : ___________________
Scientific n.: _____________________
Habitat : _____________________ Fruits :
____________________
Availability : ____________________
Uses : _______________________________________________
Special Notes: ______________________________________________
CHAPTER IV
RESULTS AND DISCUSSION
Species Composition
A total of 48 species of plants samples were collected throughout the duration of
the study. Some of which had a multiple uses in the Matigsalug tribe. These 48 species
belongs to 46 genera in 25 families. The table 1 and table 1.1 show the summary of each
species belongs to its correspondent family.
Table1 Number of Plants identified in 25 families
Family Name Number of plants
Poaceae 6
Fabaceae 5
Lamiaceae 4
Euphorbiaceae 3
Solanaceae 3
Cucurbitaceae 3
Musaceae 2
Malvaceae 2
Boraginaceae 1
Pandanaceae 1
Zingerberaceae 1
Melastonaceae 1
Baselaceae 1
Amaranthaceae 1
Caricaceae 1
Rhamnaceae 1
Bixaceae 1
Myrtaceae 1
Rutaceae 1
Meliceae 1
Labiateae 1
Liliaceae 1
Apocynaceae 1
Convulvuceae 1
Apiaceae 1
The second Table shows the 48 species which is categorized in its uses ,
twenty-six (26) species of plants are used as food for the tribe, twenty-one (21) of
which is used as medicine, thirteen (13) species used as construction materials including
the different tools that can be made out of these plants. Thirteen (13) of which are source
of their income including the three (3) species used to make handicrafts. These plants has
economic significance and can be sold in many ways. Also, there are eight (8) species
that used as fuel and lastly three (3) has significant alternative uses.
The table 3 and table 3.1 shows the 48 species categorized in its uses, part of the
plant that being utilized in the Sitio Patag, Brgy. Datu, Salumay, Marilog District, Davao
City.
Table 2. Uses of Plants
Food Medicine Construction Source
of
income
handicraft Significant
alternative
uses
Fuel
woods
No. of
species 26 21 13 13 3 3 8
Table 3. Uses and Parts of the Plants Utilized
Local name Scientific Name Part/s of the plant
used Use/s
1.Kogon Imperata cylindrica Leaf, stalk Medicine, house
construction
2.Herbabuena Synedrella
nodiflora Leaf Medicine
3.Carabao grass Paspalum
conjugatum Leaf, roots Medicine
4.Tawa-tawa Euphorbia hirta Whole plant Medicine
5.Mayana Coleus blumei Leaf Medicine
6.Sibuyas dahon Allium tuberosum Whole plant Food, medicine
7.Balatong Vigna cylindrical Food, medicine
8.Goto-kola Centella asiatica Leaf Medicine
9.Kangkong Ipomea aquatica Leaf,veins Food
10. Bulak sa Puwalas Duranta erecta Roots Medicine
11. Sole (Gabi) Colocassia
esculenta Corm, leaf Food, medicine
12. Daluos
(Romblon) Pandanus tectorius Leaf
Handicraft, source
of income
13. Benesil Capsicum
frutescens Seed, fruit Food, medicine
14. Luy-a Zingeber officinale Corm Food, medicine
15. Tungaw-tungaw Medinilla venosa Leaf Medicine
16. Patola Luffa acutangula Fruit Food
17. Kamatis Salanum
lycopersicum Fruit, seed Food, medicine
18. Sayote Sechium edule Fruit Food
19. Talong Solanum
melongena Fruit Food
20. Alugbati Basella alba Leaf, fruit Food
21. Kalabasa Cucurbita maxima Fruit Food
22. Okra Abelmoschus
esculentus Fruit Food
23. Tire (tubo) Saccharum
officinarum Stem Food
24. Kamoteng kahoy Manihot esculenta Tuber Food, source of
income
25. Kudyapa Amarathus sp. Seeds Food
Table3.1. Continuation of Uses and Parts of the Plants Utilized
26. Saging Musa acuminata
Leaf, fruit Food, medicine,
source of income Musa sapientum
27. Humay Oryza sativa Seeds Food, source of
income
28. Papaya Carica papaya Fruit, leaf Food, alternative
lotion
29. Mais Zea Mays Fruit Food, source of
income
30. Ratan Berchemia scandens Stem Handicraft, source of
income
31. Laak
(Kawayan) Bambusa bambos Stem, leaf
Construction
materials, holding
materials, food
32. Kape Coffea arabica Fruit, stem Food, Fuel wood,
source of income
33. Atsuete Bixa orellana Stem Food, Fuel wood,
holding materials
34. Madre kakaw Gliricidia sepium Leaf, stem Alternative lotion,
holding materials
35. Beyabas Psidium guajava Leaf, stem Medicine, tool handle,
fuel wood
36. Buongon Citrus maxima Fruit, stem Food, fuel wood
37. Gapas Gossypium hirsutum Leaf, fruit, stem Medicine, fuel wood
38. Talang-talang Racinus communis Fruit Alternative fuel to
produce fire
39. Ipil-ipil Leucaena
leucocephala Stem
Fuel wood, tool
handles
40. Mahogany Switenia mahogany Stem
Fuel wood, tool
handles, construction
materials
41. Simbag Tamarindus indica Fruit, stem Food, construction
materials, fuel wood
42. Gemelina Gmelina arborea Stems Construction materials
43. Lagundi Vitex negundo Leaf Medicine
44. Elepante Heliotropium
indicum Leaf, Roots Medicine
45. Banaba Musa sapientum Fruit, stem Food, fuel wood
46. Dapdap Erythrina variegata
orientalis Bark, stem, leaf
Medicine, construction
materials
47. Dita Alstonia scholaris Bark, stem
Handicraft,
construction materials,
source of income