Leucaena leucocephala  
Project Report

Title : On-farm evaluation of tree leaf supplementation using Leucaena leucocephala and Gmellina arborea to goats under traditional feeding management

Researchers : Elenita Espinosa and F. Gabunada

Implementing Agency : Farm and Resource Management Institute Visayas State College of Agriculture

Site Location : Matalom, Leyte

Source of Funds : BAI/FAO Regional Working Group on Grazing and Feed Resources FARMI, Visayas State College of Agriculture

Objectives :

  • To obtain farmers’ evaluation on tree-leaf supplementation in goats using Gmellina and Leucaena
  • To evaluate, with farmers, the performance of tethered goats supplemented with Leucaena or Gmellina leaves
Procedure :

The activity was conducted on-farm with farmers’ participation during the dry and wet season of 1998. A total of twenty-seven goats (9 males, 20 females) were distributed to 9 farmer cooperators. These farmers were from three barangays of Matalom (3 farmers from each barangay).

In addition to the farmers’ traditional feeding practice, 1 kg of legume tree leaves were fed to goats in Treatments 1 and 2. Goats in Treatment 1 received 1 kg of Leucaena leucocephala leaves while goats in Treatment 2 received Gmellina arborea leaves. Treatment 3 served as the control (no supplementation).

Farmer-cooperators were visited every month to (a) monitor weight changes of the animals, and (b) discuss with farmers their experiences related to the activity. At the end of the year, a workshop was conducted to come up with conclusions and ideas to improve the practice of supplementation.

The data collected were monthly weight changes of the animal and farmers’ observations and comments.

Significant Findings :

  • Goats provided with tree-leaf supplements had higher liveweight gains than the control (no supplementation). Moreover, those supplemented with Gmellina arborea had higher weight gain than those provided with Leucaena leucocephala (Table 1).
  • The explanation of this surfaced during the farmers’ workshop. It was learned that goats provided with Gmellina leaves were also able to feed on the fruits. Apparently, the fruits provided better nutriment for the goats. Moreover, goats provided with Leucaena leaves were not eating much of the supplement. Although the same was true to the Gmellina supplement, the goats in the latter were able to feed also on the fruits aside from the leaves.
  • The farmers’ workshop provided some useful insights on the practice of tree-leaf supplementation to goats in smallholder situations (Tables 2 and 3). For instance, the farmers’ observation that a considerable proportion of the supplement was not eaten implies the need to think about appropriate means or scheduling when to provide the supplement.
  • Another fact often neglected when dealing with tree leaf supplementation is the possibility that not only the leaves, but also fruits are eaten by the animals.
SEMINAR-WORKSHOP ON SMALL RUMINANT FEEDING USING FODDER TREE LEAVES (FTL) AS FEED SUPPLEMENT

The seminar-workshop was conducted at the Matalom site office on October 9, 1998.This was participated in by 20 farmers composed of goat cooperators, alayon leaders and other farmers interested in raising goats. The participants are the following:
 


NAME
POSITION
Nemesia Purgatorio  Goat cooperator/Alayon Leader
Bernardino Gozo  Goat cooperator/Alayon Leader
Benedicto Gayo  Goat cooperator
Norberto Inderio  Alayon Leader
Irene Pria  Goat cooperator/Alayon Leader
Bonifacia Gura  Goat cooperator
Gertrudis Inderio  Goat cooperator/Alayon Leader
Justino Pen  Goat cooperator
Jacinto Gerona  Alayon leader
Diosdado Padon  Goat cooperator
Pedro Pen  Farmer
Carlito Purgatorio  Alayon leader
Agripino Timkang  Goat cooperator/Alayon leader
Andres Gilo  Alayon leader
Crispino Odias  Alayon leader
Loreto Odias  Farmer
Carlos Infortuna  Alayon leader
Felipe Itallo  Alayon leader
Margarito Refuela  Farmer
Tito Pael  Goat cooperator/alayon leader

The activity started at 10:00 with a short opening program.

This was immediately followed by the presentation of research findings. E. Espinosa presented the results of the study particularly the liveweight changes of the animals (Table 1). Farmers problems and observations (Tables 2 & 3) made during the conduct of the experiment were also presented for validation purposes.

Table 1. Bi-weekly weights of goats grazing native forages supplemented with Leucaena and Gmelina leaves.
Treatment

diet

Weight (kg)
In. Wt.
1
2
3
4
5
Wt. gain
10 Mar
26 Mar
9 Apr
1 May
15 May
1 Jun
 
Leucaena            
Ave=3.8
1LFC1
8.5
8.5
-
=
=
=
-
1LFC2
11.5
10.5
10.0
-
14.0
14.5
2.0
1LFC3
10.5
11.5
-
-
12.5
13.0
3.0
2LFC1
11.5
11.0
11.5
13.0
13.5
13.0
1.5
2LFC2
9.0
10.5
13.0
13.0
13.0
15.0
6.0
2LFC3
9.5
10.5
13.0
13.0
15.0
17.0
6.5
3LFC1
13.0
13.0
12.0
-
14.0
14.5
1.5
3LFC2
7.5
7.0
10.5
-
13.5
14.0
6.0
3LFC3
9.0
8.5
=
=
=
=
=
               
Gmelina            
Ave = 4.4
1GFC1
16.5
19.0
19.0
18.5
=
20.0
5.5
1GFC2
15.0
14.0
15.5
16.5
15.5
14.0
1.0
1GFC3
9.5
10.0
10.5
13.0
=
13.0
5.0
2GFC1
5.0
6.0
8.0
-
11.0
11.5
8.0
2GFC2
14.0
14.0
14.5
14.5
15.5
16.0
2.5
2GFC3
7.0
9.5
10.5
14.0
14.0
15.5
8.5
3GFC1
9.5
10.5
11.0
11.5
11.0
11.5
3.5
3GFC2
11.5
12.0
12.0
12.5
12.0
13.0
1.5
3GFC3
8.0
10.0
9.5
10.0
11.0
12.0
4.0
               
Control            
Ave = 2.7
1CFC1
7.5
10.0
12.0
12.5
14.5
15.0
8.0
1CFC2
9.0
10.0
12.5
13.0
15.0
15.0
6.0
1CFC3
14.5
14.5
16.5
16.5
17.0
17.0
3.5
2CFC1
11.0
10.5
11.0
11.5
10.5
11.0
0.0
2CFC2
12.0
11.0
11.0
11.0
10.5
11.0
-0.5
2CFC3
22.5
22.5
23.5
25.0
24.0
25.0
1.5
3CFC1
**18.5
20.0
21.0
20.5
21.0
21.5
3.5
3CFC2
16.5
16.5
17.0
16.5
19.0
20.0
0.5
3CFC3
13.0
13.0
14.5
12.5
15.5
16.0
2.0
Code: LFC -Leucaena Farmer Cooperator; GFC -Gmelina Farmer Cooperator;

CFC - Control Farmer Cooperator.

Note: - Not captured during weighing

= Dead

* New animal

** Kid/produced offspring

Table 2. Problems, their causes and the actions taken by the farmer-cooperators using Leucaena Gmelina leaves supplements for goats
Problems
Cause
Actions taken
  • Limited feeds/scarcity of feeds
  • drought
  • animals were loosen
  • Little/limited intake of supplements being offered (both Leucaena and Gmelina)
  • Animals do not eat Gmelina leaves permanently.
  • animals were already full when brought to the shed house and/or when the supplements are offered.
  • none
  • Accidental eating of Gmelina fruits and leaves of animals assigned to the Leucaena diet
  • Gmelina trees are also growing nearby
  •  
    • Scarcity of Gmelina leaves during flowering and fruit bearing stage.
    • Difficulty of gathering Gmelina leaves especially when the tree is already tall.
     
    • resorted to other tree leaves.
  • Mortality/untimely death of some experimental animals in Leucaena diets.
  • 0n-and-off diarrhea
  • sudden death (no cause being reported by the FC )
  • dewormed the experimental animals.
  • Unexpected kidding and pregnancies of some experimental animals in Leucaena and control diets, respectively.
  •    
    • Some animals in the control diet also eat other leguminous tree leaves like kakawate and sometimes Gmelina
  • Abundant in the area
  •  
    • No assurance of not impregnating the female animals because of some neighbor buck that always visits the experimental animals.
       

     
     
    Table 3. Farmer-cooperators’ observations on feeding Leucaena and Gmelina leaves to goats.
    Treatment diet
    Observations
    Leucaena supplement
    • Animals cannot utilize all the Leucaena offered for the day, however the animals can also eat Leucaena leaves from the Leucaena tree nearby especially if somebody cut the tree.
    • On the average, the animals consume only about one-half kilo a day (for the 3 animals) because they are always full.
    • Animals select and eat the succulent leaves only.
    • Of the three (3) farmer-cooperators, only one (1) provided housing to his animals.
    • Generally, supplements are being offered at noon and in the afternoon after the animals were collected from the grazing area.
    • Water is also being offered.
    • Animals increased in weights 
    Gmelina supplement
    • Animals eat Gmelina fruits, flowers and leaves.
    • Animals cannot utilize all the Gmelina leaves offered.
    • Limited leaves during flowering and fruit bearing stage of Gmelina tree.
    • Gmelina leaves offered to the animals are obtained by trimming the side branches
    • Getting Gmelina leaves is sometimes difficult especially if the tree is already tall.
    • Two FCs provides housing to the experimental animals.
    • Only one (1) out of the three (3) farmer-cooperators collects the manure of his animals.
    Control - no supplement
    • Of the 3 FCs only 1 provided housing to his animals.
    • Because of the limited feed supply, animals were allowed to eat other leguminous tree leaves. In addition, eating those leaves cannot be avoided since these are available in the area and very accessible to the animals.
    • Pregnancies cannot be avoided because of a neighbor buck.

    In addition, the following experiences and observations were also shared by the farmer-cooperators:

    A. Ipil-ipil group: 1. Agring Timkang  According to Agring goat’s hair becomes coarse if its always exposed to the sun. Thus in his care, he provided housing for his goats because he believe that these animals need shade/ house especially during noon time . As for his practice of giving the forage supplement; he usually get the ipil-ipil in the morning and give it in the afternoon and for the mornings offering he gathered the forage in the afternoon. Accodingly this is to get rid of the insects found in the ipil-ipil that causes the forage to have bad odor or taste. Based on estimate, his 3 goats consume a little over 3 kilos of ipil-ipil/day. Animals usually selects the young stems with so many leaves.

    2. Dado Padon

    Like Agring Dado, commented that he also gathers ipil-ipil that are still very young, however he usually give it immediately to the animals.

    B. Gmelina group:

    1. Bingbing Gula

    His practice of giving Gmelina as forage supplement to his goats is to gather and tie 3 branches (as big as the first finger toe) and hang them inside the goat house for the animals to eat. He admitted however, that he cannot give forage supplement everyday especially when he has plenty of farm work. Unlike other farmers he does not believe that Gmelina is poisonous to animals.

    2. Mesing Purgatorio

    Unlike her past belief, Mesing has already proven that Gmelina is not poisonous. According to her, she even include the flowers and fruits in feeding. Her method of feeding is by throwing or staking a branch of the forage (Gmelina) near the animal. However, when they are out the whole day, she just leave enough Gmelina leaves for the animals. She added that one of her experimental animals got pregnant even though she tried her best that her female and male animals will not mate. She added further that its really hard to control breeding especially if the animals are in heat.

    Control group:

    1. Irid Pria

    Nang Irid complained that one of her female animals is dangerous, fights other goats including man. All her animals are tied, and to avoid unwanted pregnancies she usually do not collect the female and male together from the field or vice versa. After the presentation of findings as well as farmers’ experience in raising the experimental animals, the following were the suggestions made by some technical staff: 1. Provide a spring weighing scale for each farmer to closely monitor the feed supplement offered and refused.

    2. Weigh the stem after the leaves have already been consumed, to determine how much Gmelina the animals have actually consumed.

    3. Just let the farmer weigh how much forage supplement the animal consumed instead of giving recommendation.

    4. Get a benchmark data in terms of initial weight. The terms and conditions set at the start of the experiment should be followed.

    5. Start the experiment again this season using all male goats of the same age.

    Based on the results of Phase I, it was decided that the experiment will be restarted again this season (Phase II) with the same farmer-cooperators. In order to avoid pregnancies of experimental animals during the conduct of the experiment, it was decided that only male animals will be used in Phase II. Moreover, it was emphasized that conditions set at the start of the experiment should be strictly followed.

    To facilitate faster purchase of experimental goats Dr. Balbarino requested the help of alayon leaders. These animals will be in addition to the existing experimental animals in Phase I.

    The researchers and the cooperators divided the experimental animals folowing the sharing system agreed at the start of the experiment. The table below shows the animal inventory and sharing system of the study.
     

    Treatment/Cooperator No. of animals No. of An. for farmer No. of An. for FARMI No. of progeny No. of preg-

    nant animal

    Ipil-ipil          
    Agripino Timkang 3 (all females) 1F 2F - 1
    Junior Pen 2 (all females) 1F 1F - -
    Diodado Padon 3 (all females) 1F 2F 2(M) -
    Gmelina          
    Nemesia Purgatorio 3 (1M,2F) 1F 2 (M,F) - 1
    Berardino Gozo 3 (1M,2F) 1F 2 (M,F) 3 (2M,1F -
    Bengbeng Gula 3 (2M,1F) 3 (1F,2M) - - -
    Control          
    Bonifacia Gura 3 (1M,2F) 1F 2 (M,F) 2 (M,F) -
    Concepcion Pada 3 (1M,2F) 1F 2 (M,F) 3(2M,1F) -
    Irid Pria 3 (1M,2F) 2F 1M - -
    TOTAL 7M, 19F 10F, 2M 8F, 5M 3F, 7M 2
    Afternoon Session: The afternoon session resumed at 1:45 p.m.. The group started to discuss about the common problems encountered by the farmers in raising goats. The problems identified are as follows:
    • goats doesn’t like much pure diet stylo. (Felipe Itallo)
    • destructive to neighbors’ crops if loosen. (Cinto Purgatorio)
    • materials for goat house construction are expensive. (Carlos Infortuna)
    • diarrhea/dysentery/wet feces, decreased pasture area due to massive tree planting. (Dodong Inderio)
    • lack of pasture area. (Carlos Infortuna)
    • migration. (Cinto Pizon)
    Other problems (related to the study):
    • Lost tags - B. Gozo, I. Pria, D. Padon
    In response to Dr. Balbarino’s inquiry as to the number goats the farmer are capable to raise, it was pointed out that they can raise about 2-20 heads.

    . The workshop proper started at 2:20 pm. With the identified problems in raising goats, the group was made to come up with possible solution/s. Indicated below is the group output:
     

    Problems Solutions
    1. Limited feed resources Pasture the animal at the same time adopt the cut-and-carry system of feeding.

    Plant different/improve kind of grasses such as Napier

    2. Destroys crops/properties if loosen Tie the animal. Strictly implement the Barangay ordinances. Provide fences for the animals.
    3. No formal housing Construct a goat house/shed
    4. Diseases (diarrhea/dysentery) Deworm. Provide housing to minimize effect of parasites.
    5. Decreased pasture area Plant grasses for cut-and-carry system.
    6. Commonly used in family occasions Raise plenty of goats.

    An inventory of the female goats that have already produced offsrpings was also done for the purpose of using the young animal (male only) in Phase II of the experiment. Farmer-cooperator whose animal/s produced kid/s and the availability of these animals are as follows:

    1. D. Padon - 2M       : Kid- Aug. 12 & 16   ; Available - Nov (2)

    2. B. Gozo  - 2M         : Kid- Sept. 28         ; Available - Dec. (2)

    3. B. Gura  - 1F; 1M    : Kid- Sept.             ; Available - Dec. (1)

    4. C. Pada  - *2M;1F   : Kid- Aug.              ; Availabe - Nov. (1)
               ---------- ----
                   7M; 2F 6
    *one animal is already 5 mos.

    Since it was ealier agreed that the same set of farmer-cooperators will be involved in the study, the researcher reminded the farmer cooperators to follow the terms and conditions (will be revised and distributed later to the cooperators) in the experiment particularly the animal house/shed. The following were the schedule indicated by the farmers in constructing shed/house for the experimental animals.
      Ipil-ipil: 
    Agring Timkang                 - October
    Dado Padon                     - October
    Junior Pen                       - October

    Gmelina: 
    Mesing Purgatorio             - already existing
    Bengbeng Gula                 - October
    Bernan Gozo                    - November

    Control: 
    Boning Gura                     - November
    Concep Pada                   - 
    Irid Pria                          - already existing

    The group also decided to disperse the available female animals from Phase I to interested recipients as follows: 1. Agring Timkang          - IF to be transferred to Jacinto Pizon
    2. Dado Padon              - IF to be transferred to Carlito Gerona
                                       1F retained
    3. Mesing Purgatorio      - 1F to be transferred to Felipe Itallo
    4. Bernan Gozo             - 1F to be transferred to Andres Gilo
    5. Junior Pen                - 1F retained
    6. Boning Gura              - 1F to be transferred to Norberto Inderio
    7. Concep Pada             - 1F to be transferred to Lito 

    *Other interested farmers : 

    1. Retoy Refuela
    2. Crispino Odias
    *Buy new animals for them.

    A contract duly signed by both party (ViSCA-FARMI as the first party; and FARMER as the second party ) will be created to formalize the dispersal.

    Other decisions made:

    1. Review and improve the terms and conditions of the experiment.
    2. Provide weighing scale to farmer-cooperators (20kg cap)
    3. Farmers will be given forms ( to be filled up by farmers themselves)for the weight and any disease occurences observed.
    4. Sharing system of the animals after the experiment will be: If 3 animals are still intact, 2 will be given to farmer and I for the project
    If only 2 animals, 1 goes to farmer; 1 for project
    If only 1 is left, the sharing is fifty-fifty (farmer and project).


    The activity ended at about 4:00 p.m.