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multipurpose tree species research for small farms: strategies ... - part

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grandis) <strong>tree</strong>s at 6x6m were planted. He planted<br />

100 Eucalyptus <strong>tree</strong>s, 40 Leucaena, 40 cassod <strong>tree</strong>s,<br />

and 100 clumps ofB. niana around the edges of his<br />

plot. The project did the initial plowing with a<br />

tractor.<br />

Update - One Year Later<br />

Boonserm Patangkam had planted 1,193 more<br />

<strong>tree</strong>s of 27 <strong>species</strong>. There are now approximately<br />

75 <strong>tree</strong>s/rai on his plots. He also grew plants to<br />

iiinrovc the soil, and <strong>tree</strong>s <strong>for</strong> boundary markers<br />

anat fences. During the growing season of 1988/89,<br />

he earned 14,180 Baht from his rice harvest. He<br />

received 5,44X) Baht from the field crops grown<br />

between the <strong>tree</strong>s. He raised fish in the rice paddy,<br />

kept a hive of bees, and started a <strong>small</strong> nursery. In<br />

1990 he will earn about 7,00()0 Baht from the<br />

propagation of four kinds of fruit <strong>tree</strong>s with a total<br />

of 350 cuttings.<br />

Boonhkcng Sansakorn planted 1,073 more <strong>tree</strong>s<br />

of 26 <strong>species</strong>. There are now about 74 <strong>tree</strong>s/rai.<br />

He cultivated plants to improve the soil and<br />

planted MPTS around the boundary of his plots as<br />

well as on his honieplot. During the growing<br />

season of 1988/89 he earned 8,910 Baht from rice,<br />

and 4,600 Baht from field crops and vegetables,<br />

Boonlieng expects to earn 4,(X)) Baht from<br />

propagating plants in 1990.<br />

Nual Dewa planted 1,817 more <strong>tree</strong>s of 27 <strong>species</strong>.<br />

There are now a )out 125 <strong>tree</strong>s/rai on his land. He<br />

interplantcd field crops with fruit <strong>tree</strong>s. He also<br />

planted MPTS around the boundary of his plots<br />

and his home. In 1988/89 lie earned 8,250 Baht<br />

from rice, and 4,600 Baht from field crops. Nual<br />

expects to earn about 5,000 Baht from a good<br />

variety of 250 propagated cutIivgs in 1990.<br />

Constraints to Research Activities<br />

The length of time to produce results is<br />

rather long, even with the fastest-growing <strong>tree</strong>s.<br />

This damrens the enthusiasm of both <strong>research</strong>ers<br />

and farmers. The length of time be<strong>for</strong>e harvest in<br />

agro<strong>for</strong>estry systems can be a problem. If the <strong>tree</strong>s<br />

are damaged or destroyed <strong>for</strong> any reason, the data<br />

will be skewed. It is difficult to start another trial<br />

and thus, the project runs the risk of failure.<br />

Research activities are nct continuous. The<br />

farmers have little time to observe results over a<br />

long time frame, even with fast-growing <strong>tree</strong>s, as<br />

there is constant work !o do in the fields. Farmers<br />

sometimes may <strong>for</strong>get to monitor growth.<br />

92<br />

Interference from other agricultural campaigns<br />

encourages farmers to focus on activities with<br />

higher sbort-term profits.<br />

The project lacks technicians in related fields<br />

such as economics, animal science, and<br />

agriculture so it is not possible to put together a<br />

multidisciplinary project.<br />

Recommendations<br />

Research should be undertaken only with<br />

farmers who are enthusiastic about<br />

<strong>part</strong>icipating. Good motivation will enable<br />

them to see the <strong>research</strong> through to .he end of<br />

the project.<br />

The farmers should have a role in designing<br />

and planning the <strong>research</strong> because they<br />

understand the problems they face in trying to<br />

maximize yields better than the <strong>research</strong>ers.<br />

The farmers need to be trained to collect<br />

data, with frequent visits and updates from the<br />

<strong>research</strong>ers so they will monitor the <strong>tree</strong>s in the<br />

trials more closely. They need to understand<br />

the progress of the experiment in order to take<br />

better care of the <strong>tree</strong>s under study.<br />

The <strong>research</strong> procedure should be simple<br />

enough <strong>for</strong> farmers to learn easily. Moreover,<br />

local resources should be utilized.<br />

The project design should complemeat the<br />

on-farm activities so the <strong>research</strong>ers and<br />

farmers can work together as a team. In<br />

addition, the new techniques should fit into the<br />

system already used by the farmers with the<br />

least disruption possible, ic. the design should<br />

not drastically alter the existing infrastructure<br />

such as dikes, fences, walls, etc.<br />

Research should not be undertaken where the<br />

farmers are put at risk. On-farm <strong>research</strong> is<br />

simultaneously used <strong>for</strong> purposes of<br />

demonstration, promotion and publicity.<br />

Research which fails means the farmers will be<br />

less willing to <strong>part</strong>icipate in subsequent <strong>research</strong>.<br />

Practical, ipplied <strong>research</strong> should be<br />

emphasized over theoretical <strong>research</strong> which is<br />

inappropriate <strong>for</strong> local conditions. Research<br />

closely matching what the farmers are already<br />

doing will be an incentive <strong>for</strong> the farmers to use<br />

the successful results to improve their present<br />

situation.

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