A study of projects to reduce illegal wildlife trade based on least squares and structural equation modeling approaches
DOI:
https://doi.org/10.54097/5bx56110Keywords:
Illegal wildlife trade,Least squares,Structural equation modeling.Abstract
Illegal wildlife trade is a rapidly growing global threat to our environment and biodiversity[1]. Despite the establishment of wildlife protection organizations in various countries to combat this issue, the results have not been significant, and illegal wildlife trade continues to be rampant[2][3]. Urgent action is needed to curb this illegal activity.This paper analyzed the problems identified in the article and proposed the 'Stop Illegal Wildlife Trade' program. This paper evaluated the program's effectiveness using two data-driven methods: least squares (OLS) and structural equation modeling (SEM). The program aims to reduce illegal wildlife trade.
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Hübschle A,Gore LM.Lessons in resilience from the illegal wildlife trade during COVID-19 lockdowns [J].Science of the Total Environment, 2024, 916 170365-.
Moorhouse T,Elwin A,D'Cruze N.Demand reduction campaigns could reduce the domestic trade in illegal wildlife in Peru [J].Biological Conservation,2024,290 110458-.
Cayle L.Illegal wildlife trade: the critical role of the banking sector in combating money laundering [J].Journal of Money Laundering Control,2023,26 (7): 181-196.
Geoff K ,Anne K S ,Laurie M , et al.Corrigendum: Delineating origins of cheetah cubs in the illegal wildlife trade: improvements based on the use of hair δ18O measurements [J].Frontiers in Ecology and Evolution,2023,11
P.DUV,Mingxia Z.Illegal wildlife trade in two special economic zones in Laos: Underground–open-sale fluctuations in the Golden Triangle borderlands [J]. Frontiers in Conservation Science,2022,
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