Add to ORKGThe anthropogenic spread of exotic ecosystem engineers profoundly impacts native ecosystems. Exotic earthworms were shown to alter plant community composition of the understory of deciduous forests previously devoid of earthworms. We investigated the effect of two exotic earthworm species (Lumbricus terrestris L. and Octolasion tyrtae-um Savigny) belonging to different ecological groups (anecic and endogeic) on the emergence of plants from the seed bank of a northern North American deciduous forest using the seedling emergence method. We hypothesized that (1) exotic earthworms change the seedling emergence from the plant seed bank, (2) L. terrestris increase
In many mid-Atlantic forests where both native and non-native earthworms exist, it is the non-native...
Research over the past century has shown that where earthworms are abundant, they significantly infl...
Common buckthorn (Rhamnus cathartica L.) is one of the most abundant and ecologically harmful non-na...
The anthropogenic spread of exotic ecosystem engineers profoundly impacts native ecosystems. Exotic ...
Earth is experiencing a substantial loss of biodiversity at the global scale, while both species gai...
Forests north of the last glacial extent have no native earthworms. Exotic earthworms are now coloni...
Earthworms are keystone detritivores that can influence primary producers by changing seedbed condit...
European earthworms are invading previously worm-free hardwood forests across Minnesota and the Grea...
As ecosystem engineers, invasive earthworms are one of the main drivers of plant community changes i...
Biological invasions by non-native ‘ecosystem engineers’ can radically alter the ecological and soci...
Invasions of natural communities by non-indigenous species are currently rated as one of the most im...
Invasions of natural communities by non-indigenous species are currently rated as one of the most im...
International audienceAimsChalk grasslands are subject to vegetation dynamics that range from specie...
Theoretical predictions and empirical studies suggest that resident species diversity is an importan...
International audienceEarthworms can have strong direct effects on plant communities through consump...
In many mid-Atlantic forests where both native and non-native earthworms exist, it is the non-native...
Research over the past century has shown that where earthworms are abundant, they significantly infl...
Common buckthorn (Rhamnus cathartica L.) is one of the most abundant and ecologically harmful non-na...
The anthropogenic spread of exotic ecosystem engineers profoundly impacts native ecosystems. Exotic ...
Earth is experiencing a substantial loss of biodiversity at the global scale, while both species gai...
Forests north of the last glacial extent have no native earthworms. Exotic earthworms are now coloni...
Earthworms are keystone detritivores that can influence primary producers by changing seedbed condit...
European earthworms are invading previously worm-free hardwood forests across Minnesota and the Grea...
As ecosystem engineers, invasive earthworms are one of the main drivers of plant community changes i...
Biological invasions by non-native ‘ecosystem engineers’ can radically alter the ecological and soci...
Invasions of natural communities by non-indigenous species are currently rated as one of the most im...
Invasions of natural communities by non-indigenous species are currently rated as one of the most im...
International audienceAimsChalk grasslands are subject to vegetation dynamics that range from specie...
Theoretical predictions and empirical studies suggest that resident species diversity is an importan...
International audienceEarthworms can have strong direct effects on plant communities through consump...
In many mid-Atlantic forests where both native and non-native earthworms exist, it is the non-native...
Research over the past century has shown that where earthworms are abundant, they significantly infl...
Common buckthorn (Rhamnus cathartica L.) is one of the most abundant and ecologically harmful non-na...