|Workshop to Produce an Information Kit on Farmer-proven. Integrated Agriculture-aquaculture Technologies (IIRR, 1992, 119 p.)|
|Workshop of participants|
|Bibliography on integrated farming|
|Economic, sociocultural and environmental considerations in introducing integrated agriculture-aquaculture technology|
|Sociocultural considerations when introducing a new integrated agriculture - aquaculture technology|
|Economic considerations in introducing integrated agriculture-aquaculture technologies|
|Working with new entrants to integrated agriculture -aquaculture|
|Integrated agriculture-aquaculture and the environment|
|Integrated farming systems|
|Integrated grass-fish farming systems in China|
|Chinese embankment fish culture|
|The V.A.C. system in northern Vietnam|
|Fodder-fish integration practice in Malaysia|
|Indian integrated fish-horticulture vegetable farming|
|Culture of short-cycle species in seasonal ponds and ditches of Bangladesh|
|Integrated fish-duck farming|
|Integrated poultry-fish farming|
|Integrated fish-pig farming (1000 sq meter unit: India)|
|Backyard integrated pig-fish culture (100-150 sq m unit: philippines)|
|Low-input rice-fish farming system in irrigated areas in Malaysia|
|Rice-fish systems in Indonesia|
|Sawah Tambak rice-fish system in Indonesia|
|Rice-fish systems in China|
|Rice-fish system in Guimba, Hueva Ecija, Philippines|
|The case of rice-fish farmer mang isko,dasmarinas, cavite, the Philippines|
|Management for rice-fish|
|Site selection: where to culture fish with rice'|
|Preparation of field for Rich - fish culture|
|Stocking for rice-fish culture|
|Feeding and maintenance in rice-fish system|
|Rice management in rice-fish culture|
|Rice-fish benefits and problems|
|The rice-fish ecosystem|
|Fish as a component of integrated pest management (ipm) in rice production|
|Fish management and feeding|
|Using animal wastes in fish ponds|
|Biogas slurry in fish culture|
|Plant sources of feed for fish|
|Fish breeding and nursing|
|Carp breeding using off- season wheat fields|
|Nursery system for carp species|
|Fry nursing in rice-fish systems|
|Fingerling production in irrigated paddy|
The importance of economic analysis
HOW TO MAKE YOUR FARM BUDGET
FIRST, make a costs sheet.
· List the things that are
required for you to use the technology.
· Write down how much is needed, its price and the amount paid.
· Add all amounts paid to find out the total costs.
SECOND, make an income sheet.
· List all the products from the
technology that were sold.
· Write down how much is sold, at what price and the amount received.
· Add all amounts received to find out the total income.
THIRD, work your Affiance or profit sheet.
· Write down the total income received from the technology.
· Write down the total costs that were required in doing the technology.
· Subtract the total amount paid for you to use the technology from the total amount received from the sales of the technology.
HOW TO MAKE YOUR MONTHLY CASH FLOW
· Work out your cash outflows.. Note down the activities of the technology that required money and write these on the lower pare of the calendar. Also, write down the costs involved.
· Under January, the first month of the technology, record plowing and harrowing where hired laborers were paid P320 for four days. Record also the purchase of rice seeds which cost P620.
· For the second month of the technology, record transplanting activities which required P160 as wages for hired laborers. Also, record the purchases and money paid for fingerlings, rice bran and Inorganic fertilizer.
· Repeat recording on the calendar the activities of the technology that I money and the amount paid for the
· Work out your cash inflows. Note down the products sold and the money received from these sales and write these on the upper pan of the calendar.
· In April, the fourth month of the technology, 25 knot fish were sold for P875.
· In May, 3,000 kg of rice were sold for P12,000 and 100 kg of fish for P3,500.
· Smaller size fish were kept in the pond for further grout. A total fish harvest was done in June and 25 kg of fish were sold getting P875 in receipts.
· The previous illustration of activities of the technology and the cash flows can be summarized by: 1) adding all money required to do the technology in particular month to get the total monthly cash outflow; and, 2) adding all the money received from the sales of the product of the technology in a particular month to get the total monthly cash inflow.
· Draw another calendar showing
each month included in the previous calendar.
· Pat the total cash outflow by month on the lower part of the calendar.
· Pat the total cash inflow by month on the upper part of the calendar.
· The cash netflow is computed by subtracting the cash outflow from the cash inflow.
· A negative cash netflow, particularly the case in the first few months of the technology, means that the farmer spends money to buy and pay for things that are required by the technology. If he starts getting cash inflows, a negative cash netflow implies that more cash is required to pay for the technology than what is received from the sales of his products.
· A positive cash netflow implies that the farmer receives money from the sales of the products of the technology. When there are cash inflows and cash outflows in a particular month, a positive cash netflow means that the farmer receives more cash from the sales of his farm products which are able to pay for the tame expenses at that particular month.
OTHER ECONOMIC CONSIDERATIONS
· The farmer may have several alternatives in using his resources such as labor, land or cash capital as shown in the following diagrams.
· Before adopting a new technology (for example, rice-fish farming), the farmer would like to know whether using his resources for rice-fish farming would give him better income than investing these in other alternative income-generating activities.
· When the farmer has alternative uses for his resources, he should choose the activities that will generate more income from using his resources.
Farmers labor resource
Farmers land resource
Farmers cash capital resource
· The opportunity cost of a resource (for example, labor, land or cash capital) is the value of the best alternative use of that particular resource. A new technology is worth adopting if the income earned from the use of the farmer's resources are greater than the opportunity costs (or what could have been earned) in other activities.
Additional labor hours spent by the farmer's wife and children for rice fish farming
Farmers wife spends more time in the farm: feeding the fish with rice bran and cleaning the dikes instead of cooking at home for the family. Children also help in the farm chores, thus spends less time studying school lessons.
RISKS AND MARKET
· Is the produce from the technology meant for household and local consumptions or for export?
· How diversified will the farm operations become when the new component technology is adopted? Will it increase/reduce risks in crop failure?
· Will the products of new technology be subjected to high degree of price uncertainty because of unstable market? How sensitive is the net return to changes in input costs and output vices?
· Is it going to place significant demand for labor time from family members? Who will meet such labor demand? What is the opportunity cost of additional labor hours in terms of leisure, children's schooling, household work by female labor force, etc.?
REDUCED RISKS IN CROP FAILURE IN RICE-FISH FARMING
Heavy insect/disease damage to the rice crop will result to poor yields. Income from rice may not even be enough to recover farm expenses. However, as the fishes are kept safe in the pond refuge, sales from fish relieve this situation.
Heavy insect/disease damage to the rice crop
Prepared by: MAHFUZZUDIN AHMED & MARY ANN P. BIMBAO
FARMER-PROVEN INTEGRATED AGRICULTURE- AQUACULTURE:
A TECHNOLOGY INFORMATION KIT (II RR -ICLAR M)