Download full text
(external source)
Citation Suggestion
Please use the following Persistent Identifier (PID) to cite this document:
https://doi.org/10.22178/pos.100-25
Exports for your reference manager
Policing Pests on Plants: Securitisation of Desert Locust Management Practices to Protect Human Security
[journal article]
Abstract The gregarious desert locust is one of the most dangerous pests that require urgent and extreme interventions. The study, therefore, sought to analyse desert locust management practices that were securitised to protect human security in Kenya. The study employed a mixed methods approach using ex-pos... view more
The gregarious desert locust is one of the most dangerous pests that require urgent and extreme interventions. The study, therefore, sought to analyse desert locust management practices that were securitised to protect human security in Kenya. The study employed a mixed methods approach using ex-post facto evaluation and cross-sectional survey designs. The target population included desert locust-affected persons. A multi-stage sampling approach using stratified and purposive random sampling techniques was used to target a sample size of 900 respondents drawn from 30 counties affected by desert locusts. Structured questionnaires and focus group discussions (FGD) were used to collect quantitative and qualitative data. Quantitative data was analysed through descriptive and inferential statistics using frequencies, percentages and ordinal logistic regression. Qualitative data was analysed using thematic analysis and incorporated in the discussion. The results showed that there was securitisation of chemical control, recovery programs, physical control, surveillance and indigenous technical knowledge and skills (ITKS), contributing 43%, 16%,16%, 15% and 10% in safeguarding food security against desert locusts. From the findings, the study concludes that all the phases of managing desert locusts were securitised to protect human security. Since the securitisation of chemical control had the highest contribution in protecting human security against desert locust risks, the study recommends research on and the application of biological pesticides rather than synthetic insecticides.... view less
Keywords
risk; threat; human security
Classification
Natural Science and Engineering, Applied Sciences
Free Keywords
Desert locust; Securitization
Document language
English
Publication Year
2023
Page/Pages
p. 5001-5015
Journal
Path of Science, 9 (2023) 11
ISSN
2413-9009
Status
Published Version; peer reviewed