Add to ORKGChanges in vegetation structure and composition over a 28 year period (1978–2006) following removal of human-induced disturbances, were examined in a calcareous coastal dune system in Point Nepean National Park (380 19’S, 1440 41’E) in south-eastern Victoria, Australia. In the early 1980s human habitation of Point Nepean was abandoned and disturbance regimes such as burning, slashing and land clearing were altered or removed, providing an opportunity to study the recovery of disturbed coastal vegetation. Broad-scale and community-level vegetation changes were assessed by comparing quadrat and GIS mapping data from 1978 with data collected in 2006. Results indicate a change in broad vegetation patterns; shrubland vegetation has replaced hind...
Dunes are important for coastal protection, but their presence can sometimes be seen as conflicting ...
Coastal sandy ecosystems are increasingly being threatened by human pressure, causing loss of biodiv...
Coastal sandy ecosystems are increasingly being threatened by human pressure, causing loss of biodiv...
We use historical information and extensive contemporary surveys to describe the pre-European vegeta...
International audienceStudies have shown that the impact of climate change, human and animal actions...
Coastal environments, not directly transformed by urbanisation but within an urban matrix, can be tr...
Sand mining has been responsible for much of the degradation of the indigenous flora of sand dunes i...
Coastal environments, not directly transformed by urbanisation but within an urban matrix, can be tr...
Coastal environments, not directly transformed by urbanisation but within an urban matrix, can be tr...
Coastal environments, not directly transformed by urbanisation but within an urban matrix, can be tr...
Coastal sandy ecosystems are increasingly being threatened by human pressure, causing loss of biodiv...
Coastal sandy ecosystems are increasingly being threatened by human pressure, causing loss of biodiv...
In the Australian Continent, in those areas occupied by Eurpoeans during the past 200 years, the nat...
In the Australian Continent, in those areas occupied by Eurpoeans during the past 200 years, the nat...
Vegetation zonation on coastal sand dunes at Bakers Beach consists of Spinifex hirsutus grassland, H...
Dunes are important for coastal protection, but their presence can sometimes be seen as conflicting ...
Coastal sandy ecosystems are increasingly being threatened by human pressure, causing loss of biodiv...
Coastal sandy ecosystems are increasingly being threatened by human pressure, causing loss of biodiv...
We use historical information and extensive contemporary surveys to describe the pre-European vegeta...
International audienceStudies have shown that the impact of climate change, human and animal actions...
Coastal environments, not directly transformed by urbanisation but within an urban matrix, can be tr...
Sand mining has been responsible for much of the degradation of the indigenous flora of sand dunes i...
Coastal environments, not directly transformed by urbanisation but within an urban matrix, can be tr...
Coastal environments, not directly transformed by urbanisation but within an urban matrix, can be tr...
Coastal environments, not directly transformed by urbanisation but within an urban matrix, can be tr...
Coastal sandy ecosystems are increasingly being threatened by human pressure, causing loss of biodiv...
Coastal sandy ecosystems are increasingly being threatened by human pressure, causing loss of biodiv...
In the Australian Continent, in those areas occupied by Eurpoeans during the past 200 years, the nat...
In the Australian Continent, in those areas occupied by Eurpoeans during the past 200 years, the nat...
Vegetation zonation on coastal sand dunes at Bakers Beach consists of Spinifex hirsutus grassland, H...
Dunes are important for coastal protection, but their presence can sometimes be seen as conflicting ...
Coastal sandy ecosystems are increasingly being threatened by human pressure, causing loss of biodiv...
Coastal sandy ecosystems are increasingly being threatened by human pressure, causing loss of biodiv...