This study shows how data from very different disciplines can be combined to address questions relevant to contemporary conservation and understanding. This novel, interdisciplinary approach provides new insights into the role of economic factors as a driver of biodiversity loss in the uplands. Biodiversity levels have varied considerably over 400 years, partly as a function of land management, suggesting that establishing baselines or "natural" target levels for biodiversity is likely to be problematic. Changes in livestock grazing pressures brought about by changes in prices had statistically significant effects on estimated plant diversity, as did land abandonment. This suggests that longterm management of upland areas for the conservati...
Recent decades have witnessed substantial losses of biodiversity in Europe, partly driven by the eco...
Agricultural intensification is best considered as the level of human appropriation of terrestrial n...
Conservation initiatives are failing to arrest the global loss of biodiversity. From our mechanistic...
1. Economic forces are recognized as an important driving factor behind current biodiversity losses....
This study shows how data from very different disciplines can be combined to address questions relev...
This paper presents a new approach for understanding the effects of economic factors on biodiversity...
This paper presents a new approach to understanding the effects of economic factors on biodiversity ...
This paper presents an econometric analysis of the relationship between economic and environmental f...
Economic determinants of biodiversity change over a 400 year period in the Scottish Upland
Long-term data are valuable for detecting changes in vegetation composition, and investigating how v...
Recent decades have witnessed substantial losses in biodiversity in Europe, partly driven by the eco...
This research has been carried out as part of the “Biodiversity and land-use change in the British I...
Recent decades have witnessed substantial losses in biodiversity in Europe, principally driven by th...
Marginal agricultural land, which in the UK refers particularly to upland grazings, will see changes...
European heathland habitats are cultural landscapes derived from previously-forested ecosystems. Hea...
Recent decades have witnessed substantial losses of biodiversity in Europe, partly driven by the eco...
Agricultural intensification is best considered as the level of human appropriation of terrestrial n...
Conservation initiatives are failing to arrest the global loss of biodiversity. From our mechanistic...
1. Economic forces are recognized as an important driving factor behind current biodiversity losses....
This study shows how data from very different disciplines can be combined to address questions relev...
This paper presents a new approach for understanding the effects of economic factors on biodiversity...
This paper presents a new approach to understanding the effects of economic factors on biodiversity ...
This paper presents an econometric analysis of the relationship between economic and environmental f...
Economic determinants of biodiversity change over a 400 year period in the Scottish Upland
Long-term data are valuable for detecting changes in vegetation composition, and investigating how v...
Recent decades have witnessed substantial losses in biodiversity in Europe, partly driven by the eco...
This research has been carried out as part of the “Biodiversity and land-use change in the British I...
Recent decades have witnessed substantial losses in biodiversity in Europe, principally driven by th...
Marginal agricultural land, which in the UK refers particularly to upland grazings, will see changes...
European heathland habitats are cultural landscapes derived from previously-forested ecosystems. Hea...
Recent decades have witnessed substantial losses of biodiversity in Europe, partly driven by the eco...
Agricultural intensification is best considered as the level of human appropriation of terrestrial n...
Conservation initiatives are failing to arrest the global loss of biodiversity. From our mechanistic...