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Both nitrogen (N) and phosphorus (P) enrichment have been identified to drive plant species losses from nutrient-poor semi-natural grasslands. The rel...
Read moreIn the face of large-scale environmental changes, predicting the consequences for species composition from species' traits can be a major step towards...
Read moreUnderstanding multiple ecological determinants of plant diversity and composition underpins good vegetation management. In mesic ecosystems, ecologica...
Read moreGrasslands are among the most imperilled ecosystems worldwide, and many have experienced degradation due to the loss of historical disturbance regimes...
Read moreProgressive loss of productivity and plant diversity is a concern in global rangelands. In African rangelands, this process is partly attributed to he...
Read moreStudies are increasingly investigating effects of large-scale management activities on grassland restoration outcomes. These studies are providing use...
Read moreThe potential of naturally pyritic peat as a soil amendment for the reconstruction of lowland heath on land with a long history of arable cultivation ...
Read moreClimate change is rarely taken into consideration in conservation management strategies aimed at protecting biodiversity from other threats. We examin...
Read moreThe complex, nonlinear response of dryland systems to grazing and climatic variations is a challenge to management of these lands. Predicted climatic ...
Read moreSeveral European thistle species of the genus Onopordum have become naturalized in Australia and are considered serious pasture weeds, leading to a pr...
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