At the dawn of the Anthropocene, with the imminent threat of climate change delivering 34°C rise in temperature by the end of the century and biodiversity loss across the globe, restoration projects need to focus on re-establishing connectivity in vegetation structure at a landscape scale to facilitate the movement of wildlife. To achieve this requires long-term commitment, robust partnerships and planning and excellent planting technology underpinned by research. In this Special Issue, consisting of 15 papers, we present a multidisciplinary, multi-institutional, science-based approach to environmental restoration, focused on a single geographic region, the Midlands of Tasmania. This introductory paper describes the breadth of the material ...
Current strategies to stem global biodiversity losses are struggling to be effective, and this is pa...
Habitat loss and fragmentation are the leading cause of global biodiversity decline, with agricultur...
Global climate change will negatively impact major components of the world’s biodiversity over the n...
At the dawn of the Anthropocene, with the imminent threat of climate change delivering 34°C rise in ...
We synthesise the findings from 10 years of ecological restoration in the Midlands of Tasmania, Aust...
The conservation significance of the Tasmanian Midlands, an agricultural region that is largely priv...
There is an ongoing search for cost-effective, practical and successful methods for landscape-scale ...
Tasmanian woodlands range from the coast to the climatic treeline, from some of the poorest soils in...
Following 180 years of agricultural settlement, the Midlands area of Tasmania has been drastically t...
The Tasmanian Midlands is a nationally significant biodiversity hotspot. This means the landscape is...
Temperate grassy woodlands are often foci for human activity. Globally these landscapes exist in a c...
"There can be no purpose more inspiring than to begin the age of restoration, reweaving the wondrous...
We introduce an initiative to enhance the conservation of native vegetation in Tasmania. Our focus i...
Conserving landscapes rich in biodiversity requires long-term planning and understanding of how soci...
Since the arrival of European settlers to Australia, many of Australia’s unique ecosystems have been...
Current strategies to stem global biodiversity losses are struggling to be effective, and this is pa...
Habitat loss and fragmentation are the leading cause of global biodiversity decline, with agricultur...
Global climate change will negatively impact major components of the world’s biodiversity over the n...
At the dawn of the Anthropocene, with the imminent threat of climate change delivering 34°C rise in ...
We synthesise the findings from 10 years of ecological restoration in the Midlands of Tasmania, Aust...
The conservation significance of the Tasmanian Midlands, an agricultural region that is largely priv...
There is an ongoing search for cost-effective, practical and successful methods for landscape-scale ...
Tasmanian woodlands range from the coast to the climatic treeline, from some of the poorest soils in...
Following 180 years of agricultural settlement, the Midlands area of Tasmania has been drastically t...
The Tasmanian Midlands is a nationally significant biodiversity hotspot. This means the landscape is...
Temperate grassy woodlands are often foci for human activity. Globally these landscapes exist in a c...
"There can be no purpose more inspiring than to begin the age of restoration, reweaving the wondrous...
We introduce an initiative to enhance the conservation of native vegetation in Tasmania. Our focus i...
Conserving landscapes rich in biodiversity requires long-term planning and understanding of how soci...
Since the arrival of European settlers to Australia, many of Australia’s unique ecosystems have been...
Current strategies to stem global biodiversity losses are struggling to be effective, and this is pa...
Habitat loss and fragmentation are the leading cause of global biodiversity decline, with agricultur...
Global climate change will negatively impact major components of the world’s biodiversity over the n...