Purpose: The purpose of this study was to examine pesticide contamination in bee products in Singida District Municipality of Tanzania, particularly at Kijiji cha Nyuki. The specific focus of the study was to assess the levels of pesticides residues in bee products harvested from the selected bee farms, identifying the common type of pesticides that contaminate honey and honey products on the quality of selected bee products. Material and Methods: A mixed methods approach was adopted for this study and collected data both primary and secondary data was collected using physical observation and survey, interviews and questionnaires, the purposive and random sampling techniques was used in this study to select total of 104 participants who was taken as a sample from universal populations. Qualitative and quantitative data were analysed using IBM Statistical Package for Social Sciences (SPSS) Computer Programme version 25, where statistics aspect was determined from the results obtained from both questionnaires and laboratory experiment to the four (4) honey sample Bee pollen One Kg, propolis 500gm, and Bee wax One Kg. Findings: The study found 252 pesticides residues ingredients in beeswax with a mean of 0.03 mg/kg. Lambda-cyhalothrin ingredient had 4.20 mg/kg of the total pesticide’s ingredient found in beeswax against 251 which represent the rest of the pesticides ingredient that were concentrated in the beeswax. In regards with the effect of lambda-cyhalothrin identified in beeswax, bee pollen and honey, the results indicate current concentrations of pesticides in beeswax, bee pollen and honey does not pose risk to human health neither to environment, this is an indication that honey produced in the Kijiji cha Nyuki is safe for consumers as there is very low concentrations of lambda-cyhalothrin in each studies area. Unique Contribution to the Theory, Practice and Policy: It was noted most of the pesticides that found in honey was agricultural pesticides therefore Theory of Planned Behaviour was relevancy in explain the relationship of individual to use pesticides to the agricultural. Therefore, study will contribute to the beekeeping programme guidelines for quality control of bee products to provide thoughtful mitigate to the amount of pesticide contamination in bee and honey products, the study could contribute to policy design and implementation to understanding of how the regulations outlining the use of insecticides is being implemented, and the current economic condition of studied farms.  

Purpose: The main purpose of this study was to identify the common type of pesticides used by bee farmers. Specifically, the study presents preliminary findings of an inquiry that examined pesticides used by bee farmers and evaluates the awareness among farmers on the negative effects of pesticides in bee products from Kijiji cha Nyuki located in Tanzania. Methodology: A mixed methods approach was adopted for this study and collected data both primary and secondary data were collected using physical observation and survey, interviews, and questionnaires, purposive and random sampling techniques were used in this study to select a total of 104 participants who was taken as a sample from universal populations. Qualitative and quantitative data were analyzed using IBM Statistical Package for Social Sciences (SPSS) Computer Programme version 25, where the statistics aspect was determined from the results obtained from both questionnaires and laboratory experiments. A preliminary investigation from Africa’s most renewed bee village in Tanzania; collected samples were analyzed at TBS & SGS laboratories. Findings: Based on the findings from informants comprises of two forest officers and two district agricultural officers showed despite a variety of pesticides that can contaminate bee and honey products, the widely observed are Insecticides (cynahalotrine, chlorpyrifos, clothianid), Fungicides (boscalid), and Herbicide (pendimethohele, and cyfluthrin). To mitigate the challenge posed by these pesticides, farmers always work hard to comply with pesticide regulations NBPIS, NBP, 1998, Beekeeping Act No. 15/2002; Beekeeping Regulations, 2005; NBP 2001-2010 and GCBP 2007. Unique Contribution to the Theory and Policy: the study suggests that participants should be guided to produce the expected outcome, and it has to start with the issue of power. In terms of the policy implementation process, the way policy regulating pesticides and policies activities are communicated should set the right tone that will encourage collaboration to ensure all participants will fully contribute.  So, by paying attention to the effect of power, the fundamental principles of openness and inclusiveness can be upheld during the policy design and implementation process. It also recommends further study that will examine the perceptions of decision-makers, consumers, beekeepers, and academicians about the extended use of pesticides in Tanzania, bearing in mind the health implication of the unauthorized use of pesticides.