Add to ORKGIt has long been recognized that alternative vegetation states may occur in terrestrial grazing systems. This phenomenon may be of great importance as small environmental fluctuations may lead to relatively sudden and irreversible jumps between vegetation states. Early theoretical studies emphasized saturation of herbivore feeding to explain multiple stable states and catastrophic behaviour. Recent studies on semi-arid grasslands and arctic salt marshes, however, relate catastrophic events in these systems to plant-soil interactions
Grazing ecosystems ranging from the arctic tundra to tropical savannas are often characterized by sm...
Recent theoretical studies have shown that spatial redistribution of surface water may explain the o...
<p>When vegetation is drastically reduced as a result of drought or an increase in herbivore n...
It has long been recognized that alternative vegetation states may occur in terrestrial grazing syst...
It has long been recognized that alternative vegetation states may occur in terrestrial grazing syst...
Models that explain the discontinuous behaviour of semi-arid grazing systems usually emphasize herbi...
When vegetation is drastically reduced as a result of drought or an increase in herbivore numbers, i...
Range expansion and increasing densities of large herbivores are held responsible for large-scale ha...
Grazing ecosystems ranging from the Arctic tundra to tropical savannas are often characterized by sm...
Ecosystems’ responses to changing environmental conditions can be modulated by spatial self-organiza...
Under gradual change of a driver, complex systems may switch between contrasting stable states. For ...
Grazing ecosystems ranging from the Arctic tundra to tropical savannas are often characterized by sm...
Models made to explain sudden and irreversible vegetation shifts in semi-arid grasslands typically a...
Recent theoretical studies have shown that spatial redistribution of surface water may explain the o...
There is an urgent need to develop a mechanistic understanding of how site-specific properties can l...
Grazing ecosystems ranging from the arctic tundra to tropical savannas are often characterized by sm...
Recent theoretical studies have shown that spatial redistribution of surface water may explain the o...
<p>When vegetation is drastically reduced as a result of drought or an increase in herbivore n...
It has long been recognized that alternative vegetation states may occur in terrestrial grazing syst...
It has long been recognized that alternative vegetation states may occur in terrestrial grazing syst...
Models that explain the discontinuous behaviour of semi-arid grazing systems usually emphasize herbi...
When vegetation is drastically reduced as a result of drought or an increase in herbivore numbers, i...
Range expansion and increasing densities of large herbivores are held responsible for large-scale ha...
Grazing ecosystems ranging from the Arctic tundra to tropical savannas are often characterized by sm...
Ecosystems’ responses to changing environmental conditions can be modulated by spatial self-organiza...
Under gradual change of a driver, complex systems may switch between contrasting stable states. For ...
Grazing ecosystems ranging from the Arctic tundra to tropical savannas are often characterized by sm...
Models made to explain sudden and irreversible vegetation shifts in semi-arid grasslands typically a...
Recent theoretical studies have shown that spatial redistribution of surface water may explain the o...
There is an urgent need to develop a mechanistic understanding of how site-specific properties can l...
Grazing ecosystems ranging from the arctic tundra to tropical savannas are often characterized by sm...
Recent theoretical studies have shown that spatial redistribution of surface water may explain the o...
<p>When vegetation is drastically reduced as a result of drought or an increase in herbivore n...