dc.description.abstract |
Wastes are materials or objects that are discarded or disposed-off or intended for
disposal. The main objective of this study was to assess solid waste generation rate,
quantification, composition, and its management practice in Gondar city administration.
The study utilized a descriptive survey research design using both quantitative and
qualitative research approaches. The data for this research was obtained from primary
and secondary data. The researcher gathered information from the sample respondents
and key informant interview methods for data collection mechanisms. Regarding
sampling techniques, purposive or judgmental non-probability sampling techniques and
stratified sampling techniques were used to collect survey data. In addition to this
questionnaire, focus group discussion, observation, and field measurements were used to
collect data. Results of the survey showed that there was positive relationship between
income level and waste generation rate (0.909), and also a weak positive relationship
between family size and generation rate (0.342), while a weak negative relationship
exists between generation rate and educational level (-0.111). The per capita household
generation rate was 0.41kg, and its daily total solid waste generation amount was
154,980kg. Gondar city administration’s annual total generation of solid waste was
56,567.7tons. From commercial centers 4.8kg of waste in an individual/commercial
center was generated on average and 79459.2kg of waste was generated within a day
and also 29,002.608 tons of waste was generated annually. Therefore, based on those
results, a total of 85570.308 tons of waste was generated from Gondar city in households
and commercial centers. In both households and commercial centers, the largest portion
of waste was accommodated by food leftovers. The solid waste generated from
households was 38.6% and from commercial centers, it was 33.2%. The major amount of
the waste generated in the city was organic matter. Therefore, composting is a good
method for waste treatment which will be used for soil fertilizer. |
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