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Agricultural intensification is one of the main causes of biodiversity loss world-wide. The inclusion of semi-natural features in agricultural landsca...
Read moreEmpirical, derived, and theoretical values of diet digestibility, DM intake requirements (DMI), diet nutrient content, and nitrogen and phosphorus bal...
Read moreThe success of grassland biodiversity restoration schemes is determined by many factors; as such their outcomes can be unpredictable. There is a need ...
Read moreVegetation and biogeomorphology are highly coupled in beach dune systems, but plant species effects on abating storm erosion are largely unexplored. W...
Read moreCulicoides biting midges (Diptera, Ceratopogonidae) are vectors of arboviruses that cause significant economic and welfare impact. Local-scale spread ...
Read moreThe widespread degradation of natural ecosystems requires cost-efficient restoration techniques that minimize risk and consider context-specific resto...
Read moreConserving viable large carnivore populations requires managing their interactions with humans in increasingly anthropogenic landscapes. Faced with de...
Read morePiecemeal changes in land use might have cumulative effects on regional biodiversity. However, this hypothesis is difficult to test experimentally at ...
Read moreOver the past three decades changes in agricultural management have resulted in increased crop and grass production. This intensification has been acc...
Read moreLeaf development and stem growth of ash were studied during 1993, in an experimental area installed in a mixed natural broadleaved stand in the state ...
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