Alternative Feeds.

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nemo:
 Due to high cost of commercial feeds people now tend to resort to alternative feeds.

Some uses leaf-overs from restaurant, fast foods etc.

Some feed their animals plants like ipil ipil leaves, camote, duck weed, banana etc.

If you have read some article about alternative feeds please post it here for the benefit of everyone. 

Thanks.

nemo:
 Gabing San Fernando (Yautia sp.) as Potential Feed Ingredient for Commercialization in Swine Ration

Feeds comprise about 70% of the total cost of swine production. During the review of the FSSRI-BAR project entitled �Improving the Integration of Animal Production in the Upland Farming Systems of Selected Communities in Mt. Banahaw� in December 1999, trials on alternative feeds for swine was suggested by the Officers of the partner farmers organizations. Among the alternative feed ingredients mentioned were cassava (Manihot esculenta) and the corms of Gabing San Fernando (Yautia sp. , Family Araceae) locally known as sakwa.

The use of cassava had already been studied as an alternative to corn for feeds. Results of several experiments have proven that the performance of animals given with cassava-based feeds is comparable to those fed with corn based rations. However, its use as feeds was constrained by the availability of the materials. Demand for starch and table consumption are higher, hence the price of raw materials become prohibitive for feeds.

On the other hand, sakwa, a by-product of gabi production, is traditionally used as feeds for swine parti-cularly at the finishing stage. The sliced sakwa and gabi leaves are usually given fresh or boiled with feed concentrates.

Among other root crops grown in the Philippines, gabi ranks third to sweet potato and cassava in production and hectarage. It is generally grown as a backyard crop. Gabing San Fernando is the Tagalog term for Yautia or Tannia (Common name). This is also referred to as Takudo in Cebuano and Butig in Waray. Gabing San Fernando is a robust slant and generally adapted in the upland condition. It thrives best in deep, loose, friable and sandy loam soil with abundant organic matter and moisture. It is well adapted in plateaus and can withstand even soils dominated by cogon. Although it can be planted anytime of the year it performs best when planted at the start of the rainy season. This crop is resistant to adverse climatic conditions including drought and relatively resistant to pest and diseases.

Gabing San Fernando ranks second to sweet potato in terms of nutritive value and digestibility. Sakwa of Gabing San Fernando has a crude protein (7.67%) comparable to that of corn, thus giving it a greater potential use as feed ingredient. It has a more or less spherical shape while the cormels are flask-shaped, usually larger than those of gabi.

A preliminary study on the feeding of sakwa-based feed rations to swine fatteners was conducted by the Farming Systems and Soil Resources Institute (FSSRI) in Barangay Pinagdanglayan, Dolores, Quezon under the project supported by the Bureau of Agricultural Research (BAR).

Drying of sakwa was tried by air drying, sun drying or through mechanical drier. Air-drying requires at least five days to attain 14% moisture and sun drying, 3 days. Initial trial was also made using the CEAT multi-purpose drier. Chipping of sakwa is done manually or with the use of a mechanical chipper. Manual chipping is slow and laborious with an output of 9-20 kg/hr/person. Slices can either cross-sectional or longitudinal. Longitudinal slices are more advantageous than the cross sectional or oval cuts because they dry faster. Dried chips that are not milled right away are stored in sacks or containers that can be tightly closed to prevent moisture reabsorption. The use of mechanical drier and chipper are potentially economical if operation will be made on a large scale.

In the on-farm trial conducted for the utilization of sakwa-based feed ration for swine fattening, dried sakwa was used as a replacement for the corn component of the feeds. Corn was replaced in the ration at 50% for the grower feeds and 75% for the finisher rations. The feed formulation was prepared in cooperation with Luntian Multi-purpose Cooperative, Inc. (LMC). The LMC milled the dried sakwa and mixed with the feed ration.

There were three farmer-partners involved in the trial. Each farmer had nine fatteners which were crossbred of Landrace and Yorkshire from the Institute of Animal Science, UPLB. The fatteners were divided into three groups with the first group serving as the control and was fed with commercially available feeds used in the area. The second group was fed with sakwa based-feed starting from growing stage (about 30-35 kg per head) while the last group was fed with sakwa-based feed only during the finishing stage (60 kg above).

Results of the trial showed no significant differences on the average daily gain (600 g/day) and final weight (80 kg) among the test animals after four months of fattening. Meat color was comparable while backfat thickness was acceptable for all treatments. However, differrences in the net benefit was observed. Sakwa-based feeds had lower cost compared to corn-based ration. Partial budget analysis showed a higher net benefit in the feeding of sakwa-based feeds to swine starting at the grower stage. Animals fed with sakwa-based rations realized a net benefit of about P 740 per head of swine while those fed with commercial feeds has about P 340 per head.

Considering the savings in the cost of feeds and the insignificant differences in weight gain compared to animals fed with commercial feeds, the use of sakwa-based feed rations for swine has potentials as feeds. Besides, sakwa is a by-product of the production of Gabing San Fernando and produced with less external inputs. There are no imported fertilizers and insecticides component in the production process. The utilization of Gabing San Fernando as the main ingredient of swine feed rations can reduce our dependence on corn as feed ingredients. Studies could also be done on the potential of sakwa-based feeds for cattle fattening and poultry (V.T. Villancio, R.V. Labios and D.R Dahilig)

taken from : //community.uplb.edu.ph/ca/agandg/od2000.html

nemo:
FRESH GOLDEN SNAIL MEAT AS FEEDS FOR SWINE
   
Name and Address of Institution:

MARIANO MARCOS STATE UNIVERSITY
Batac, 2906 Ilocos Norte
Tel No.: (077) 792-3878
Telefax: (077) 792-3191, 792-3447
E-mail address: mmsuop@laoag.net

Name of Researcher/Author:

MERGELINA S. SALAZAR, ROSEMINDA R. SAIR and ANABELLE G. ABALOS

BRIEF DESCRIPTION:

The swine industry dominates other livestock industries in the Philippines in terms of volume and value of production. In 1998, swine population was 10.4 million heads which 17% is in commercial scale and 83 % in backyard farms. One major problem, however, is the rapid increase in price of commercial feeds and feed ingredients which comprice 70 to 75 percent of the total production costs. Golden apple snail (Pomacea caniculata), commonly known as golden kuhol, is a major pest of rice. However, its meat is a good source of protein for swine. Research results showed that fresh golden snail meat could replace 10 percent commercial mash for growing-finishing pigs or 37.5 and 60 percent soybean oil meal in formulated grower and finisher rations, respectively.

DESCRIPTION/DETAILS

Nutrient Composition Shown below is the proximate analysis of fresh golden snail meat (FGSM) on an air dry basis.



Required Amount of FGSM

As replacement of commercial mash

Below is the recommended mixture of FGSM and commercial mash that should be fed to the animals daily as a function of their age.



As substitute of soybean oil meal in formulated ration

Below are the composition, nutrient content and cost of formulated grower and finisher rations with FGSM.



Preparation of Fresh Golden Snail Meal

1. Collect Golden Kuhol in the field

2. Clean and wash the Golden Kuhol

3. Crush the Kuhol

4. Separate the FGSM from the shells.

5. Wash then chop the FGSM

6. Mix the FGSM with commercial mash (as replacement) or as substitute of soybean oil meal in the formulated ration following the level described above.

Animal Performance and Cost Benefits

As replacement of commercial mash



BENEFITS

1. Converts golden kuhol into a high protein feeds for animals

2. Increases the income of animal raisers in golden snail infected areas.

3. Provide source of income for children and out of school youth

4. Reduce destruction on rice fields thereby increasing the yield and income of the farmers


Taken from:neda website.

mikey:
Doc,it has been my experience in the Philippines that no one will give up their trade secret(s),anyone who has a winning formulation will keep it to themselves,fair enough.I will say avacados work well it has some sort of oil in it,our hogs love them,fed to the breeding stock only.Protein is the main ingredient that cost the most,if you are going to feed your hogs snails,might as well feed them dried poultry manure as well.
Later: mikey

mr hog:
hey mikey you are so right no hog farmer will give away any winning secrets for free.

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