In this study we sought to quantify the effects of invasive species Rhamnus frangula on the surrounding plant communities that it invades. We proposed that through competitive exclusion of the nitrogen fixing species Alnus rugosa, R. frangula invasion would lead to a decrease in biologically available nitrogen in the systems, and a subsequently lower floristic quality of the sites would result. We sampled for abundance of N15 in both target shrubs and the surrounding vegetation in hopes of measuring the contribution of A. rugosa to the systems, as well as identifying plants for use in a Floristic Quality Analysis. Our results on the contribution of A. rugosa to the nitrogen were inconclusive, but we did find a decrease in the overall floris...
We studied the effects of N deposition on shrub-moss competition and the establishment and growth of...
The outcome of competition for nitrogen (N) between native and invasive tree species is a major conc...
Rates of nitrogen (N) deposition have been historically high throughout much of the northeastern Uni...
This paper investigated the potential for the exotic shrub Rhamnus frangula L. (glossy buckthorn) to...
The objective of this research was to determine the impacts of the invasive plant Frangula alnus, gl...
Damage to terrestrial ecosystems from long-term atmospheric nitrogen pollution is a key conservation...
Wetlands are productive ecosystems known as areas of biogeochemical diversity. This diversity comes ...
Anthropogenic nitrogen deposition causes numerous ecological problems such as eutrophication, acidif...
<p><p>Invasive species are rapidly expanding in riparian wetlands while concurrently anthropogenic c...
Low doses of N addition to sub-arctic Racomitrium lanuginosum – Carex bigelowii moss heath caused re...
Carbon allocation demands from root-nodulating nitrogen-fixing bacteria (NFB) can modulate the host ...
The outcome of competition for nitrogen (N) between native and invasive tree species is a major conc...
1. In many ombrotrophic bog areas the invasion of grass (e.g. Molinia caerulea) and tree (e.g. Betul...
<p>Species invasions are more prevalent than ever before. While the addition of a species can dramat...
Invasion of exotic species is one of the most serious threats to native plant communities in North A...
We studied the effects of N deposition on shrub-moss competition and the establishment and growth of...
The outcome of competition for nitrogen (N) between native and invasive tree species is a major conc...
Rates of nitrogen (N) deposition have been historically high throughout much of the northeastern Uni...
This paper investigated the potential for the exotic shrub Rhamnus frangula L. (glossy buckthorn) to...
The objective of this research was to determine the impacts of the invasive plant Frangula alnus, gl...
Damage to terrestrial ecosystems from long-term atmospheric nitrogen pollution is a key conservation...
Wetlands are productive ecosystems known as areas of biogeochemical diversity. This diversity comes ...
Anthropogenic nitrogen deposition causes numerous ecological problems such as eutrophication, acidif...
<p><p>Invasive species are rapidly expanding in riparian wetlands while concurrently anthropogenic c...
Low doses of N addition to sub-arctic Racomitrium lanuginosum – Carex bigelowii moss heath caused re...
Carbon allocation demands from root-nodulating nitrogen-fixing bacteria (NFB) can modulate the host ...
The outcome of competition for nitrogen (N) between native and invasive tree species is a major conc...
1. In many ombrotrophic bog areas the invasion of grass (e.g. Molinia caerulea) and tree (e.g. Betul...
<p>Species invasions are more prevalent than ever before. While the addition of a species can dramat...
Invasion of exotic species is one of the most serious threats to native plant communities in North A...
We studied the effects of N deposition on shrub-moss competition and the establishment and growth of...
The outcome of competition for nitrogen (N) between native and invasive tree species is a major conc...
Rates of nitrogen (N) deposition have been historically high throughout much of the northeastern Uni...