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assets). Patterns of food consumption by farmers within a one-year period were<br />
taken into consideration to assess <strong>the</strong> impact of <strong>the</strong> new technology on nutrition.<br />
A pooled t-test was used to determine whe<strong>the</strong>r <strong>the</strong> differences in crilorie and<br />
protein-consuniption levels in <strong>the</strong> tn.0 groups were significantly different.<br />
Productivity anal3sis<br />
RESULTS AKD DISCUSSION<br />
Group averages of far~ner characteristics (i.e., age, number of years of schooling,<br />
and size of <strong>the</strong> farm family) of adopters and nonadopters in both study areas fell<br />
into narrow ranges. This indicated tllrit <strong>the</strong>re was ho~nogensity between <strong>the</strong> two<br />
oroups of farnlers in <strong>the</strong> tu.0 areas (Table 2). An average farmer was about 52-54 yr<br />
Eld, had about 4-7 yr of schooling, and supported a krinily of 5-6 members. Although<br />
<strong>the</strong> years of farming experience of adopters was nun~erically higher (about 32 yr)<br />
than nonadopters (25 yr), both groups had spent sufficiently long periods in<br />
agricultural production to fully understand <strong>the</strong>ir far111 practices. Therefore, a<br />
significant difference in production patterns of <strong>the</strong> tulo groups is highly unlikely to<br />
be induced by social background.<br />
The averxge farm size of an aclopter (0.81 ha) was ljigger than that of a<br />
nonadopter (0.76 ha). The average lo\vland size (0.42 ha) of adopters was also<br />
bigger than that of nonadopters (0.40 ha). Nonadoptsrs had larger highlands (0.40<br />
ha) than adopters (0.39 ha). hlajority of farmers in both groups had land holdings<br />
below 0.7 ha. Less than one-third of <strong>the</strong> farmers had land holdings larger than 1.0<br />
ha, and a slightly higher percentage of adopters owned holdings in this category.<br />
The distribution of loiipland by tenurial arrangement revealed that 42% of<br />
adopters and 43% of nonadopters were owner-operators (Table 3). Only a small<br />
percentage of farmers did not own lo\vlands. The f:irmers who did not own lands<br />
accounted for 22%- in <strong>the</strong> nonadopter group and 217c in <strong>the</strong> adopter group. Some<br />
farmers operated <strong>the</strong>ir o\4.n lowlands as \veil as some lowl:inds owned by o<strong>the</strong>rs<br />
(3770 of adopter farniers and 33% of no11:idopters). Ollly s small percentage of<br />
farmers in each group did not own hig1il;inds. Both adopters and non:ldopters<br />
operate \.cry slnall holdings and more than h;llf of <strong>the</strong>m are tenants. There is no<br />
substantial difference betn~een land ownership or tenurial patterns of aclopters and<br />
nonadopters.<br />
Input use in crop cullivntion in lowlnncis<br />
First-season rice cultivatiot~. Analysis of <strong>the</strong> first-season rice crop presents some<br />
interesting results. The cost of agrocheniicals used was significantly higher for<br />
nonadopters than adopters (Table 4). Although preharvest 1:ibor used was not<br />
different between <strong>the</strong> two groups of farmers, adopters used less labor for nursery<br />
and land preparation and Inore lrtbor for weeding. These differences can be<br />
attributed to land preparation using ani111;ll power or tractors.