The sloping flanks of peatlands are commonly patterned with non-random, contour-parallel stripes of distinct microhabitats such as hummocks, lawns and hollows. Patterning seems to be governed by feedbacks among peatland hydrological processes, plant micro-succession, plant litter production and peat decomposition. An improved understanding of peatland patterning may provide important insights into broader aspects of the long-term development of peatlands and their likely response to future climate change
Peatlands are complex systems that exhibit nonlinear dynamics due to internal and external feedback ...
Peatlands are complex systems that exhibit nonlinear dynamics due to internal and external feedback ...
Peatlands cover over 400 million hectares of the Earth's surface and store between one-third and one...
The sloping flanks of peatlands are commonly patterned with non-random, contour-parallel stripes of ...
Peatland surface patterning motivates studies that identify underlying structuring mechanisms. Theor...
Peatland surface patterning motivates studies that identify underlying structuring mechanisms. Theor...
Predicting how gradual changes in abiotic conditions affect ecosystem functioning is a key challenge...
Spatial surface patterns of hummocks, hollows, ridges, and pools (microtopography) are common featur...
Blanket peatlands are globally rare, and many have been severely eroded. Natural recovery and revege...
Copyright by the Ecological Society of America 2010, for personal or educational use only. Article i...
1. The acrotelm-catotelm model of peatland hydrological and biogeochemical processes posits that the...
Patterned peatlands of cool-temperate and subarctic regions have alternating low ridges (strings) an...
Spatial patterning of ecosystems can be explained by several mechanisms. One approach to disentangli...
Spatial patterning of ecosystems can be explained by several mechanisms. One approach to disentangl...
AbstractShallow, degraded peatlands differ in both their structure and function from deeper, peatlan...
Peatlands are complex systems that exhibit nonlinear dynamics due to internal and external feedback ...
Peatlands are complex systems that exhibit nonlinear dynamics due to internal and external feedback ...
Peatlands cover over 400 million hectares of the Earth's surface and store between one-third and one...
The sloping flanks of peatlands are commonly patterned with non-random, contour-parallel stripes of ...
Peatland surface patterning motivates studies that identify underlying structuring mechanisms. Theor...
Peatland surface patterning motivates studies that identify underlying structuring mechanisms. Theor...
Predicting how gradual changes in abiotic conditions affect ecosystem functioning is a key challenge...
Spatial surface patterns of hummocks, hollows, ridges, and pools (microtopography) are common featur...
Blanket peatlands are globally rare, and many have been severely eroded. Natural recovery and revege...
Copyright by the Ecological Society of America 2010, for personal or educational use only. Article i...
1. The acrotelm-catotelm model of peatland hydrological and biogeochemical processes posits that the...
Patterned peatlands of cool-temperate and subarctic regions have alternating low ridges (strings) an...
Spatial patterning of ecosystems can be explained by several mechanisms. One approach to disentangli...
Spatial patterning of ecosystems can be explained by several mechanisms. One approach to disentangl...
AbstractShallow, degraded peatlands differ in both their structure and function from deeper, peatlan...
Peatlands are complex systems that exhibit nonlinear dynamics due to internal and external feedback ...
Peatlands are complex systems that exhibit nonlinear dynamics due to internal and external feedback ...
Peatlands cover over 400 million hectares of the Earth's surface and store between one-third and one...