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In this work, we investigate the decay behaviors of several higherstrangeonia into $\Lambda\bar\Lambda$ through a hadronic loop mechanism,enabling us to predict some physical observables, including the branchingratios. Furthermore, we assess the reliability of our research by successfullyreproducing experimental data related to the cross section of$e^+e^-\to\Lambda\bar{\Lambda}$ interactions. In this context, we account forthe contributions arising from higher strangeonia, specifically $\phi(4S)$ and$\phi(3D)$. Additionally, we extend this study to encompass higher strangeoniadecays into other light flavor baryon pairs, such as $\Sigma\bar\Sigma$ and$\Xi\bar\Xi$. By employing the same mechanism, we aim to gain valuable insightsinto the decay processes involving these particles. By conducting thisinvestigation, we hope to shed light on the intricate decay mechanisms ofhigher strangeonia and their interactions with various baryons pairs.

Higher strangeonium decays into light flavor baryon pairs like $\Lambda\bar{\Lambda}$, $\Sigma\bar{\Sigma}$, and $\Xi\bar{\Xi}$