Abstract The Enemy Release Hypothesis (ERH) suggests that the absence of natural
enemies (herbivores, parasites, and diseases) in non-native environments allow exotic …

Abstract The Enemy Release Hypothesis (ERH) argues that escape from natural enemies
allows exotic plants to become invasive in new habitats. This study provides a critical review …

Biotic resistance of pervasive native species to invasion may be an effective managing tool
for exotic plants. The present study subjected the invasive aquatic plant in China …

Plant invasions pose significant threats to native ecosystems, human health, and global
economies. However, the complex and multidimensional nature of factors influencing plant …

The effects of invasive species on the local community (eg, structure and stability) are highly
environmentally dependent. Invasions of amphibious species usually take place in both …

Few studies have evaluated the relative importance of various factors in the invasion of
exotic plants in freshwater ecosystems due to the difficulty of observing numerous factors …

The study reports the micronutrient content of some underutilized and lesser-known aquatic
plants from urban water bodies that have enormous potential for contributing to improving …

Anthropogenic climate change and species invasion are two major threats to biodiversity,
affecting the survival and distribution of many species around the world. Studying the …

Understanding the responses of non‐native plants to climate change while accounting for
biotic interactions is key to predicting and mitigating future invasion risks. Non‐native …

Introduction In the invaded areas, it is believed that invasive species reduce their investment
in defense due to the absence of natural enemies. Methods By field investigation and a …