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An important target for conservation planning is the minimum amount of habitat needed in a landscape to ensure the persistence of a species. Appropria...

Trajectories of plant communities can be described by different models of plant succession. While a Clementsian (gradual continuum model) or Gleasonia...

DNA-based methods offer a significant opportunity to monitor individual species and species assemblages where appropriate, for example those that may ...

Field trials were conducted in Mackenzie Country, South Island, New Zealand in 1975-82 at a low fertility site dominated by Festuca novae-zelandiae wi...

Conservationists routinely use species distribution models to plan conservation, restoration and development actions, while ecologists use them to inf...

Identifying those areas suitable for recolonization by threatened species is essential to support efficient conservation policies. Habitat suitability...

Understanding how emergent pathogens successfully establish themselves and persist in previously unaffected populations is a crucial problem in diseas...

Many migratory fish populations are declining, threatened by human-induced pressures such as habitat loss and fragmentation caused by dams, roads, lan...

Understanding the role of different species in the transmission of multi-host pathogens, such as rabies virus, is vital for effective control strategi...

It is important to understand the pollination processes that generate landscape-scale gene dispersal in plants, particularly in crop plants with genet...