The APPLICATION OF SCIENCE AND TECHNOLOGY TO NATURAL FARMING AND ORGANIC
AGRICULTURE SYSTEM is designed to assist individuals and communities produce
food at least effort and least cost. This will result in a stress free living
and promote a peaceful life. The principles embedded in the application of
technologies will become the basis for team work and communicating as mature
individuals. Learning process is peer-learning using adult learning principles.
The list of action
activities below consists of knowledge and skills that consolidate technologies
in horticulture, aquaculture, animal production and industrial technologies.
This will result in long-term sustainable
outcome and livelihood for a marginalized community.
A. Propagate and
grow bread fruit as alternative food for the farmer and animals
B. Raise catfish
.tilapia in a backyard pond
C. Grow root
crops and jackfruit
D. Continue to
participate in the waste segregation program in the community
E. Participate in
seminars in the community especially on disaster preparedness
SPECIAL FEATURES:
1. EXPAND COMMUNICATION CAPABILITIES BY CALLING A SOUND AMPLIFIER AND WITHOUT A TECHNICIAN OR HUMAN INTERVENTION, THE MACHINE ACTS ON THE MESSAGE TRANSMISSION THEREBY A FARM MANAGER CAN TALK TO A LARGE GROUP OF FARMERS IN A LARGE AND DISTANT AREA. FEEDBACK CAN ALSO BE HEARD FROM THE LISTENERS.
2. APPLY DIGITAL OR MECHANICAL CONTROL TIMERS TO DISTRIBUTE WATER TO THE PLANT ON SPECIFIC SCHEDULES THEREBY REDUCING TIME AND EFFORT OF FARMERS TO WATER THE PLANT.
3. INSTALL AN INNOVATIVE METHOD OF FEEDING BIRDS BY PROVIDING FEEDS FOR A WEEKLY OR A NUMBER OF DAYS CONSUMPTION REQUIREMENT INSTEAD OF FEEDING DAILY
4. USE THE WATER FROM A CATFISH FISHPOND TO WATER THE PLANT FOR PLANT FERTILIZER. RAISE FISH THOUGH WITH LIMITED WATER RESOURCE BY RAISING PANTAT OR CATFISH
5. LEARN TO PROPAGATE BREADFRUIT THROUGH MARCOTTING AS PREPARATION FOR DROUGHT. BREADFRUIT CAN WITHSTAND DROUGHT. DURING STORMY WEATHER, BREADFRUIT REMAIN STEADFAST AND CONTINUE TO BEAR FRUITS FOR BOTH ANIMAL AND HUMAN CONSUMPTION.
6. LEARN THE ADVANTAGES OF PLANTING AND EATING ROOT CROPS FOR HEALTH AND DURING FOOD CRISES. ROOT CROPS ARE NUTRITIOUS AND CAN WITHSTAND CLIMATE CHANGES.
1. EXPAND COMMUNICATION CAPABILITIES BY CALLING A SOUND AMPLIFIER AND WITHOUT A TECHNICIAN OR HUMAN INTERVENTION, THE MACHINE ACTS ON THE MESSAGE TRANSMISSION THEREBY A FARM MANAGER CAN TALK TO A LARGE GROUP OF FARMERS IN A LARGE AND DISTANT AREA. FEEDBACK CAN ALSO BE HEARD FROM THE LISTENERS.
2. APPLY DIGITAL OR MECHANICAL CONTROL TIMERS TO DISTRIBUTE WATER TO THE PLANT ON SPECIFIC SCHEDULES THEREBY REDUCING TIME AND EFFORT OF FARMERS TO WATER THE PLANT.
3. INSTALL AN INNOVATIVE METHOD OF FEEDING BIRDS BY PROVIDING FEEDS FOR A WEEKLY OR A NUMBER OF DAYS CONSUMPTION REQUIREMENT INSTEAD OF FEEDING DAILY
4. USE THE WATER FROM A CATFISH FISHPOND TO WATER THE PLANT FOR PLANT FERTILIZER. RAISE FISH THOUGH WITH LIMITED WATER RESOURCE BY RAISING PANTAT OR CATFISH
5. LEARN TO PROPAGATE BREADFRUIT THROUGH MARCOTTING AS PREPARATION FOR DROUGHT. BREADFRUIT CAN WITHSTAND DROUGHT. DURING STORMY WEATHER, BREADFRUIT REMAIN STEADFAST AND CONTINUE TO BEAR FRUITS FOR BOTH ANIMAL AND HUMAN CONSUMPTION.
6. LEARN THE ADVANTAGES OF PLANTING AND EATING ROOT CROPS FOR HEALTH AND DURING FOOD CRISES. ROOT CROPS ARE NUTRITIOUS AND CAN WITHSTAND CLIMATE CHANGES.
The picture below is a
picture of Mr. Jun Lagnason,(by Engr. Roseller R. Balaod) living in a mountainous stony area. With the basic
technology in making an above ground
fish pond, he is able to grow water hyacinth as feed for land animals
after the fermentation and silage making process. The next step is to make a
ferro-cement laminar blocks using cement and lime which is abundant in the
area. Utilizing indigenous materials such a bamboo, will make the process less
expensive and combined with new technologies will make the pond more durable.
The next stage is to
make a simple biogas digester out of the manure of goat, rabbit and guinea pig.
There are those who would venture in raising hogs. in this case it will be done
through “hog-partment” system and all waste be collected to the biogas for
fuel. This will encourage farmers to reduce the use of firewood, thereby saving
the trees.
There shall be forage
trees that will be planted, such as madre de agua and other forage plants.
It is our view that the
farmers in the mountain barangays, will be able to live a little comfortable
life. The children will respect the work of their parents and develop to become
farmers with higher scientific knowledge and technological competencies and be
proud with the dignity and respect accorded to them by the community.
MR RICARDO UROT VISITED BY ME VIC CRUZ FROM REGION 10 TOGETHER WITH MR NIC MARCOS AND GALENZOGA ASSESSORS |
FARM PLAN
OF AN INTEGRATED
NATURAL FARMING AND
ORGANIC AGRICULTURE
SYSTEM WITH
APPLICATION OF SCIENCE
AND TECHNOLOGY
DESIGN PRINCIPLES:
1. DESIGNED TO REDUCE WORK AND TIME IN FARM TASKS
2. IMPLEMENT A NO- WASTE SYSTEM
3. FOLLOW THE RULE OF THIRDS TO PROVIDE AMPLE SPACE TO
AQUACULTURE, HORTICULTURE AND ANIMAL RAISING
4. KEEP IN MIND OF THE SYMMETRY AND BEAUTY OF THE FARM,
LANDSCAPING UTILIZING THE SALT OR SLOPING AGRICULTURAL LAND TECHNOLOGY AS
NECESSARY OR WHEN THE LAND IS SLOPING,
5. FARM SIZE START WITH THE NUMBER 50. INDICATING A MULTIPLE
OF 5O SUCH AS 5O SQ., 5OO SQ. , 5,000 SQ. 50,000 SQ AND SO ON
6. IT SHALL UTILIZE INDIGENOUS MATERIALS WITH ADDITION, ON
SMALL PERCENTAGE, MODERN TECHNOLOGY, SUCH AS THE FERRO- CEMENT UTILIZING CEMENT
AND LIME OR ANAPOG, BAMBOO INSTEAD OF IRON BARS
7. AQUACULTURE NC II IS APPLICABLE IN THIS FARM PLAN AS FISH
CAGES CAN ALSO BE SET-UP INSIDE A POND TO FACILITATE CAPTURE AND TRANSFER OF
FISH. CONTROL OF ODOR AND WATER QUALITY IS DONE THROUGH CONCOCTIONS AND WATER
PLANTS. THIS SHALL ALSO PROVIDE THE MATERIAL FOR THE FISH AMINO ACID, SOURCE OF
SILAGE MATERIALS, AND CONTROL OF MOSQUITO,
THE FISH POND SHALL BE ABOVE GROUND TO ENSURE THAT COST IN THE
CONSTRUCTION IS LOW UTILIZING APPROPRIATE TECHNOLOGY, THIS PRINCIPLE IS BASED ON THE PRACTICE OF ACES POLYTECHNIC COLLEGE SYSTEM UNDER THE LEADERSHIP OF DR. FRANCISCO P. DE LA PENA JR. PRES/CEO AND FOUNDER OF THE ACES POLYTECHNIC COLLEGES.
8. TAKE NOTE OF THE VERTICAL GARDEN, WHICH SHALL ALSO SERVE
AS FENCE AS THIS CAN BE UTILIZED IN URBAN SETTING OR A MARGINALIZED FARMER WITH
BARELY 50 SQ METERS OF AVAILABLE SPACE
9. ON A LARGER SPACE, WHICH CAN PROVIDE FOR A COMMUNITY, A
SHARED SERVICE FACILITY OR A COMMON SERVICE FACILITY CAN BE SET-UP UTILIZING
THE PRINCIPLE OF ACCESSABILITY AND INTEGRATION OF THE SYSTEM. THIS WILL UTILIZE
A BIOGAS DIGESTER TO SUPPORT THE CONVERSION OF ANIMAL WASTE TO FERTILIZER AND
ELIMINATE THE LONG PROCESS OF PUTREFACTION AND BAD ODOR OF FARM WASTE.
10. INSTALL OTHER APPROPRIATE TECHNOLOGIES AS NECESSARY RELATIVE
TO THE SIZE OF THE FARM, INCLUDING WATER PUMPS, SOLAR POWER,R.
AREA 1
HORTICULTURE LEVEL 2
1. VEGETABLES : THESE VEGETABLES SHOULD BE CHEMICAL FREE AND
EASY TO GROW SUCH AS WATERCRESS OR GOTO COLA, SPINACH, KANGKONG, MORINGA, AND
OTHER VEGETABLES WITH HIGH VITAMIN AND MINERAL CONTENT
2. FLOWER GARDEN :
FLOWERS OR PLANTS THAT ARE EASY
TO GROW WITH MEDICINAL QUALITIES
3. PLANT NURSERY FOR BREAD FRUIT, LANGKA , CACAO, COFFEE AND
OTHER FRUIT BEARING TREES
AREA 2
AQUACULTURE
1. PANTAT OR CAT FISH
2. TILAPIA
3. ORNAMENTAL FISHES SUCH AS KOI, GOLD FISH AND OTHER EASY
TO RAISE FISH
AREA 3
ANIMAL RAISING AREA
1. RUMINANTS
2. FREE RANGE POULTRY
3. BIRDS OR AVIARY
These three areas show
the concern for the environment of the technology applied in the farm. There
will also be vermiculture to support horticulture, There shall also be biogas
digester depending on the size of the area and the number of animals in area 3
to hasten the conversion of animal waste to fertilizer.
In a larger area, the biogas digester shall serve a major role in the animal waste conversion
to fertilizer. There will also be a concoction area, to
ensure continuous availability of plant fertilizer and animal vitamins and
minerals.
This Farm
Plan Is a component to the Application of
Science And Technology to Natural Farming and Organic Agriculture System with
Intellectual Property Certificate Number 0-2016-0492 Issued By The Intellectual
Property Office Of The Republic Of The Philippines
This whole system covers HORTICULTURE LEVEL 2 TECHNOLOGY as
HORTICULTURE LEVEL 1 TECHNOLOGY is for farmers who love to plant but do not
have the opportunity to undergo training or the uneducated farmer.
We are including the HORTICULTURE LEVEL 2 in this
copyrighted document as the Training Regulation of TESDA on HORTICULTURE
focuses on HORTICULTURE NC III with competencies in mixing chemicals and weed
control. We believe that these are higher levels of competencies and core
competencies are directed towards large and intensive production of vegetables
and fruits.
It is also important to note that the ANIMAL PRODUCTION
NC II which was replaced by the Technical Education and Skills Development
Authority, TESDA , involves the raising of poultry, small and large ruminants
and swine. It is appropriate in an
integrated system as one form of animal can support the feeding requirement of
the other animals without necessarily intruding into the genetic system,
This farm plan is unique in itself as there are
electronic controls that will be installed to control water flow and
distribution inside the farm. Other appropriate technologies will also be
installed with the principle that farmers must be scientifically educated and
technology knowledgeable to reduce labor and time on farm work. Farmers should
also enjoy the benefits of new technologies and improve their dignity as
farmers.
The farm plan as presented is generally designed for the
marginalized farmers. There are families that need to remain together and find
difficulties in situations where members of the family go to urban centers to
find work to earn money and buy food. This farm will provide the farmer
families with the basic requirements of dignified life free from the pressures
of time and fast pace urban life. Illustrations below indicate the above ground fish pond model with corresponding dimensions and a computer aided design of the model farm covering 150 square meters
ABOVE GROUND FISH POND DIMENSIONS SIDE: 2 FT. , WIDTH 8'7 "' ; LENGTH 11'10.5"; SLANTED SIDES FOR WATER CIRCULATION |
PERSPECTIVE VIEWS OF THE INTEGRATED FARM WITH HORTICULTURE, ABOVE GROUND FISH POND, AND ANIMAL RAISING FOR DUNG AND FERTILIZER PRODUCER AND MILK FOR KEFIR, |
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