Cenchrus setaceus as an Invasive Weed: Invasiveness, Distribution, and Management (A Review)

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Authors: Sima Sohrabi, Antonia M. Rojano-Delgado, Javid Gherekhloo, Palma-Bautista Candelario, Rafael Balbín N. de Prado
Cited by: 3
References: 78

Abstract

Invasive alien plants (IAPs) disrupt biodiversity, ecosystem functions, rural livelihoods, and human health/well-being. Hence, the negative impact of Cenchrus setaceus (syn. Pennisetum setaceum) as an invasive weed poses many concerns in terms of environmental and socio-economic impact. The abundance in previous research on invasion ecology, weed biology, and the management of C. setaceus establishes the chance to carry out an in-depth evaluation of this invasive alien species for a cohesive understanding, closely linked to policy development. This systematic review aims to provide a comprehensive evaluation of previous research, identify knowledge gaps, and incorporate recent practical research findings on C. setaceus to elucidate management options. Standard methods were used to collect the literary evidence on multiple thematic aspects linked with its traits and management. Results revealed the substantial negative impacts of C. setaceus on ecosystems, ascribed to multiple physiological, biochemical, and ecological features. Further, a multitude of plant traits such as rapid seed distribution and efficient reproductive strategies imposed serious challenges in the control of C. setaceus. Deployment of integrated control methods for at least three years in depleting seed bank conjunction by planting native grass may help in its confinement. In conclusion, policy measures like strict biosecurity/legal regulations, explicit elucidation of weed biology, early detection and response, ecological modeling, and long-term monitoring with community participation can expand the horizon of C. setaceus control and help achieve its sustainable management.

Fields of Study & Subjects

Biological Control of Invasive Species Weed Control and Herbicide Applications Ecology and Vegetation Dynamics Studies

Publication details

Journal / source
Agronomy
Publisher
MDPI AG
Volume
16
Issue
1
Pages
125–125
Publication date
4 January 2026
Language
EN