Abstract:
The main purpose of the study was to determine the adoption of selected ecological
agricultural practices by the farmers and the factors influencing the adoption. Proshikaselected
ecological
farmers
of
six selected upazilas of four districts of Dhaka division
constituted the population of the study. A total of 144 farmers were finally selected which
constituted the sample of the study by using random numbers. Data were collected from the
farmers during February to August, 2006 by using a pre-tested interview schedule. Two case
studies were conducted on a successful ecological farmer of Proshika and another successful
ICM farmer of DAE to compare the two types of farmers with reference to purposes, methods
and outcomes. Twenty five selected characteristics of the farmers were considered as the
independent variables. Adoption of selected ecological agricultural practices by the farmers
was the dependent variable. Overwhelming majority (86 percent) of the farmers had very low
to low composite adoption of selected ecological agricultural practices, ecological nutrient
management practices (84 percent) and ecological pest management practices (79 percent),
while none had high adoption of composite ecological agricultural practices, ecological
nutrient management practices and ecological pest management practices. Among ecological
nutrient management practices, adoption of cowdung ranked first followed by crop
residues/weed fertilizers, compost, poultry excreta, farmyard manure and others. Among
ecological pest management practices, adoption of proper weeding and eradication of
insect/disease attacked plants/plant parts ranked first followed by use of quality seed, crop
rotation, pest control by ash, pest control by hand/hand net and others. On the basis of
Average Standardized Benefit Index (ASBI) among the types of benefits obtained from
ecological agriculture, social benefits ranked first followed by technical & economical
benefit, environmental benefit and psychological benefit. On the basis of Average
Standardized Problem Index (ASPI) among the types of problems faced by the farmers in
using ecological agricultural practices, social problem ranked first followed by economical
problem, psychological problem, technical and marketing problem. The correlation coefficient
was
initially
computed
to
determine
the
relationships
among
the
variables.
Step-wise
multiple
regression
and
path
analyses
were
used
to
explore
the
contribution
and
effect
of
the
selected
characteristics
of
the
respondent
farmers
to/on
their
adoption
of
selected
ecological
agricultural
practices.
Regression
analysis
indicated
that among other variables ecological
agricultural knowledge of the farmers was the most crucial characteristics which strongly and
positively influenced their adoption of selected ecological agricultural practices. Benefit
obtained from ecological agriculture and attitude towards ecological agriculture also had
remarkable positive influence upon adoption of selected ecological agricultural practices by
the farmers. Training exposure, NGO contact, animal-poultry excreta availability,
commercialization and risk orientation
had somewhat positive influence on the adoption of
ecological agricultural practices. Individual local contact and annual family income had
somewhat negative influence on the adoption of ecological agricultural practices. The
standardized partial ‘b’ co-efficients of the above 10 independent variables formed the
equation contributing to 83.5 percent of the total variation in adoption. Results of path
analysis revealed that attitude towards ecological agriculture had the highest (0.595) total
indirect effects followed by risk orientation, benefit obtained from ecological agriculture,
animal-poultry excreta availability, ecological agricultural knowledge and training exposure
in the positive direction. Individual local contact and annual family income had appreciable
negative total indirect effect while commercialization had appreciable positive total indirect
effect. The variable NGO contact had the lowest (0.078) positive total indirect effect on
adoption of ecological agricultural practices.