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E~zdowr~tcnt of l~ouselrol~f assets. Of <strong>the</strong> household assets that \\.ere<br />
considered, all adopters and 72% of nonadopters had radios (Table 16). More<br />
nonadopters o\\lned television sets than adopters. None of <strong>the</strong> nonadopters owned<br />
bicycles or motorbikes, but adopters did. A bus was owned by a nonadopter. There<br />
was no definite pattern ofdifferences in ownership of household assets. These<br />
findings are consistent with <strong>the</strong> marginally different personal incomes of adopters<br />
and nonadopters.<br />
hTzltritioti. Nutrition, which is one of <strong>the</strong> most important variables in<br />
measuring social well-being, plays a major role in enhancing health conditions and<br />
increasing <strong>the</strong> quality of labor. Calories and protein are <strong>the</strong> major components of a<br />
balanced diet.<br />
Each adopter consumed 2,126 cal/d; \\.hereas, each nonadopter consumed<br />
2,080 cal/d. Per capita consumption of protein per d:~y was 55 g for adopters and<br />
52 g for nonadopters. There \+.ere no significant differences in daily per capita<br />
calorie consuniption or protein consumption between adopters and nonadopters. No<br />
direct inipact of <strong>the</strong> technology on nutrition \\.;IS observecl.<br />
E.vpcnriitiir.c ur~rf .rrr\linss. Expenditures on food by both categories of farniers<br />
were very similar. Almost 40% of <strong>the</strong> total expenditure of adopters was spent on<br />
food consumption; whereas, nonadopters spent nearly 33% of <strong>the</strong>ir total<br />
expenditure 011 food (Table 17).<br />
Adopters had higher average savings than non:ldopters, l~ut <strong>the</strong> difference<br />
was not significant (Table 17). In <strong>the</strong> ahsence of any differe~ices in n~ltritional<br />
intake, <strong>the</strong> expenclitures and s:~vings tally well with <strong>the</strong> niargin:ll income advantage<br />
that farmers recei\.ed by adopting <strong>the</strong> new fClr~iiing sjJsterns technology.<br />
Limitations of <strong>the</strong> study<br />
The study, initiated in 1087-88, suffered :l break in d:itrl collection because of<br />
unstable conditions in <strong>the</strong> countrv. Therefore, some issues pertaining to <strong>the</strong> stability<br />
and sustainability of <strong>the</strong> te~Iiiiol6~~ could not be addressed. Howe\,er, <strong>the</strong> fact that<br />
overall cropping intensities \{,ere high, which ensured high f:lrni incomes, indicates a<br />
certain degree of stability o\.er time. The an;llysis of production functions for <strong>the</strong><br />
crops suffered from niulticolline:~rity. Therefore, input use per hectare had to be<br />
used in some cases as a proxy for <strong>the</strong> <strong>the</strong>oretically perfect ir:put [Ice per far~ii. This<br />
restricted <strong>the</strong> analysis to structural changes, but <strong>the</strong> cstirn;~tt.d coefficients could not<br />
be interpreted as production elr~sticities of inputs, and <strong>the</strong> :lnalysis could not be<br />
extended to determine returns to scale and factor shares. Therefore, <strong>the</strong> study of<br />
factor and income shares was limited to an accounting analysis at <strong>the</strong> average level.<br />
A more detailed analysis for above-average, average, and below-average farmers<br />
would have been preferable, but could not be conducted bec:luse <strong>the</strong> samples were<br />
limited to 19 adopters and 18 nonadopters.