This paper reviews the results of recent research on riparian vegetation recovery following the clearance of invasive alien plants. In Fynbos, Grassland and Savanna Biomes, riparian ecosystems were found to have relatively-high ecological resilience to invasion by alien plants, except in some situations of closed alien stands (75–100% aerial cover). Where alien invasion is the primary disturbance at a site, and invasion intensity is low (<75% cover, with some indigenous species present), the recovery of riparian vegetation structure and functioning is a realistic goal through alien clearance alone. Careful clearance of the aliens to avoid damage to indigenous species, while ensuring a high kill rate for resprouting alien species, is suffici...
The invasion of alien trees is a major threat to the freshwater resources and biodiversity of South ...
The outcomes of ecosystem restoration projects should be periodically monitored to inform subsequent...
CITATION: Richardson, D. M. et al. 2007. Riparian vegetation: degradation, alien plant invasions an...
CITATION: Esler, K.J. et al. 2008. Riparian vegetation management in landscapes invaded by alien pla...
Riparian habitats in many parts of South Africa are severely degraded by invasive alien plants, espe...
Riparian habitats in many parts of South Africa are severely degraded by invasive alien plants, espe...
Riparian habitats in many parts of South Africa are severely degraded by invasive alien plants, espe...
In 1998, a restoration field trial was initiated in a catchment near Wellington (Western Cape, South...
AbstractThe Working for Water programme is tasked with the important role of controlling invasive al...
AbstractIn 1998, a restoration field trial was initiated in a catchment near Wellington (Western Cap...
Includes abstract.Includes bibliographical references (leaves 113-134).Riparian zones are dynamic, a...
Riparian habitats in many parts of South Africa are severely degraded by invasive alien plants, esp...
AbstractRiparian zones are complex disturbance-mediated systems that are highly susceptible to invas...
Riparian zones are complex disturbance-mediated systems that are highly susceptible to invasion by a...
Headwater rivers are the predominant kind of aquatic ecosystem in South Africa's Cape Floristic Regi...
The invasion of alien trees is a major threat to the freshwater resources and biodiversity of South ...
The outcomes of ecosystem restoration projects should be periodically monitored to inform subsequent...
CITATION: Richardson, D. M. et al. 2007. Riparian vegetation: degradation, alien plant invasions an...
CITATION: Esler, K.J. et al. 2008. Riparian vegetation management in landscapes invaded by alien pla...
Riparian habitats in many parts of South Africa are severely degraded by invasive alien plants, espe...
Riparian habitats in many parts of South Africa are severely degraded by invasive alien plants, espe...
Riparian habitats in many parts of South Africa are severely degraded by invasive alien plants, espe...
In 1998, a restoration field trial was initiated in a catchment near Wellington (Western Cape, South...
AbstractThe Working for Water programme is tasked with the important role of controlling invasive al...
AbstractIn 1998, a restoration field trial was initiated in a catchment near Wellington (Western Cap...
Includes abstract.Includes bibliographical references (leaves 113-134).Riparian zones are dynamic, a...
Riparian habitats in many parts of South Africa are severely degraded by invasive alien plants, esp...
AbstractRiparian zones are complex disturbance-mediated systems that are highly susceptible to invas...
Riparian zones are complex disturbance-mediated systems that are highly susceptible to invasion by a...
Headwater rivers are the predominant kind of aquatic ecosystem in South Africa's Cape Floristic Regi...
The invasion of alien trees is a major threat to the freshwater resources and biodiversity of South ...
The outcomes of ecosystem restoration projects should be periodically monitored to inform subsequent...
CITATION: Richardson, D. M. et al. 2007. Riparian vegetation: degradation, alien plant invasions an...