Understanding the recovery rate of overgrazed lichen communities has value to mangers of lands in northern regions. We describe lichen community composition and present recovery rate measurements for a 12-year period following overgrazing by reindeer (Rangifer tarandus) on Hagemeister Island, Alaska. Reindeer were removed from the island in 1993 following overgrazing and average total lichen biomass increased from 504.2 kg/ha (SD 205.4) in 2003 to 795.3 (SD 489.6) in 2015. We estimate time to recovery with three competing growth curves which estimate grazeable biomass may be reached in 34-41 years. However, estimates of full recovery to climax biomass varied among the models, ranging from 71 to 400 years. ...
The impacts of reindeer grazing on Cladonia lichen ranges have been receiving increasing attention f...
We review and present a synthesis of the existing research dealing with changing Arctic tundra ecosy...
Increased fire activity due to climate change may impact the successional dynamics of boreal forests...
Lichens are the most sensitive part of vegetation cover to reindeer grazing. In this study we analys...
Heavy grazing by extremely high densities of reindeer (Rangifer tarandus) on St. Matthew Island in t...
Reindeer lichens are important in the structure and function of tundra and taiga ecosystems, as exem...
Cladonia alpestris, C. rangiferina and C. sylvatica may comprise 75-90% of all lichens eaten by rein...
Introduced reindeer, Rangifer tarandus, over exploited lichen-rich plant communities on St. Matthew ...
Lichens play an essential role in northern ecosystems as important contributors to the water, nutrie...
The responses of the reindeer lichens (Cladina stellaris, C. rangiferina, and C. mitis) to logging a...
Populations of reindeer (Rangifer tarandus) have fluctated greatly since their introduction to Alask...
Recent research suggests that partial-cut harvesting techniques can be used to alter successional tr...
Increased fire activity due to climate change may impact the successional dynamics of boreal forests...
Reindeer lichens are on a dramatic decline in Sweden, with a 71 % decrease in abundance over the las...
Lichen species in the genera Cladonia (subgenus Cladina), Cetraria, Stereocaulon and Alectoria are i...
The impacts of reindeer grazing on Cladonia lichen ranges have been receiving increasing attention f...
We review and present a synthesis of the existing research dealing with changing Arctic tundra ecosy...
Increased fire activity due to climate change may impact the successional dynamics of boreal forests...
Lichens are the most sensitive part of vegetation cover to reindeer grazing. In this study we analys...
Heavy grazing by extremely high densities of reindeer (Rangifer tarandus) on St. Matthew Island in t...
Reindeer lichens are important in the structure and function of tundra and taiga ecosystems, as exem...
Cladonia alpestris, C. rangiferina and C. sylvatica may comprise 75-90% of all lichens eaten by rein...
Introduced reindeer, Rangifer tarandus, over exploited lichen-rich plant communities on St. Matthew ...
Lichens play an essential role in northern ecosystems as important contributors to the water, nutrie...
The responses of the reindeer lichens (Cladina stellaris, C. rangiferina, and C. mitis) to logging a...
Populations of reindeer (Rangifer tarandus) have fluctated greatly since their introduction to Alask...
Recent research suggests that partial-cut harvesting techniques can be used to alter successional tr...
Increased fire activity due to climate change may impact the successional dynamics of boreal forests...
Reindeer lichens are on a dramatic decline in Sweden, with a 71 % decrease in abundance over the las...
Lichen species in the genera Cladonia (subgenus Cladina), Cetraria, Stereocaulon and Alectoria are i...
The impacts of reindeer grazing on Cladonia lichen ranges have been receiving increasing attention f...
We review and present a synthesis of the existing research dealing with changing Arctic tundra ecosy...
Increased fire activity due to climate change may impact the successional dynamics of boreal forests...