# Methods of Control of Parasitic Weeds of the Genus Cuscuta—Current Status and Future Perspectives

## TL;DR

This paper reviews current and potential future methods for controlling parasitic dodder weeds, which are difficult to manage due to their harmful effects on crops.

## Contribution

The paper provides a comprehensive review of recent advances and future directions in controlling Cuscuta weeds.

## Key findings

- Mechanical and chemical control methods for Cuscuta are often ineffective or harmful to host plants.
- Biological control methods are promising but remain largely experimental.
- An integrated approach combining prevention, mechanical removal, and biological methods is recommended for long-term management.

## Abstract

Dodders (Cuscuta spp.; Convolvulaceae) are parasitic weeds that pose major challenges to agriculture due to their ability to infect a wide range of host plants, extract nutrients, and transmit pathogens. Their control is especially challenging because of the seed longevity, resistance to herbicides, and the capacity for vegetative regeneration. Mechanical methods such as hand-pulling or mowing are labour-intensive and often ineffective for large infestations. Chemical control is limited, as systemic herbicides often affect the host species equally, or even worse than the parasite. Current research is exploring biological control methods, including allelopathic compounds, host-specific fungal pathogens, and epiparasitic insects, though these methods remain largely experimental. An integrated approach that combines prevention, targeted mechanical removal, and biological methods offers the most promising path for long-term management. Continued research is essential to develop effective, sustainable control strategies while exploring possible beneficial uses of these complex parasitic plants. The present review aims to thoroughly summarise the existing literature, emphasising the most recent advances and discussing future perspectives.