Bruce A. Snyder

TL;DR: A number of endogenous and exogenous factors that may contribute to the successful establishment and spread of peregrine species are identified and quantification of these factors may help to determine why certain species become invasive while others do not.

TL;DR: How large obligate detritivores (earthworms, millipedes, and isopods) have been used to accomplish restoration goals, assess restoration progress, and function as bioindicators are reviewed.

TL;DR: The interaction between two of the most widespread earthworm invaders in the world is explored and the effects of species invasiveness and habitat invasibility separately are studied separately through an alternative approach of "third habitat" in Tennessee, USA.

TL;DR: Evidence for potentially negative interactions between millipedes and A. agrestis suggests that expansion of the non-native earthworm into new habitats in the Great Smoky Mountains National Park may alter soil physical properties and could pose a threat to native millipede diversity.

TL;DR: In this paper, the effects of earthworms and millipedes on soil structure were investigated in the southern Appalachian Mountains in southeastern North America and the results indicated that invasion of ecosystems by A. corticis is unlikely to be limited by litter species and these earthworms are likely to compete directly for food resources with native millipeds.