We investigated the presence and abundance of invasive alien plant species (IAS) in the
riparian zones of rivers in relation to different environmental parameters. We surveyed the …

Leaf litter decomposition plays an important role in nutrient cycling in both terrestrial and
aquatic systems. Decay rates vary based on species, habitat, climate, and local …

Global warming shifts climate zones to the north, resulting in changes in biodiversity. One of
the species adaptation strategies to survive is to change their phenology. In temperate …

Abstract Recently, New Jersey has experienced several droughts and declared several
critical water shortage areas, spurring interest in reducing freshwater resource depletion …

The vines Echinocystis lobata and Parthenocissus quinquefolia are spreading over the
natural vegetation in riparian zones, which may significantly affect riparian vegetation …

Biophysical condition is one indicator of the immediate success of efforts to restore
degraded rivers as well as longer‐term progress towards improving water quality. In the …

Aquatic plants are expanding their geographic distributions necessitating updated
inventories that include evaluations of potential impacts on biodiversity, environmental …

Soil seed banks along shorelines and the ability of seeds to survive submersion in water are
among potential factors that can influence seed supply, a frequent driver of riparian plant …

This project assessed the impacts of 741 potential land management actions, suitable for
agricultural land in England, on the Farming & Countryside Programme's Environmental …

Insect-plant interaction may have several unpredictable consequences, especially invasive,
non-native plants in novel habitats beyond their original distribution. During flowering …