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Despite their functional importance, little is known about how and where fungi can be conserved. It is important that we understand the consequences o...
Read moreCover crop mixtures with complementary plant functional traits including biological nitrogen fixation (BNF) may supply nitrogen (N) to farm fields whi...
Read moreTropical forest loss can drive the extinction of forest-dependent species. Yet, non-forest species can proliferate in deforested landscapes, thus enab...
Read morePlant diversity can increase nitrogen cycling and decrease soil-borne pests, which are feedback mechanisms influencing subsequent plant growth. The re...
Read moreHabitat degradation leads to biodiversity loss and concomitant changes in ecosystem processes. Tropical river floodplains are highly threatened by lan...
Read moreDespite high levels of disturbance and habitat modification, urban ecosystems still host substantial levels of biodiversity. The processes that mainta...
Read moreHuman land uses, such as agriculture, can leave long-lasting legacies as ecosystems recover. As a consequence, active restoration may be necessary to ...
Read moreThey can influence attitudes (i.e. positive or negative evaluations of objects), and they are involved in decision-making processes. In the context of...
Read moreProtected areas are central to biodiversity conservation. For marine fish, marine protected areas (MPAs) often harbour more individuals, especially of...
Read moreenThis link goes to a English sectionptThis link goes to a English section Upscaling trait-based restoration to regional levels is necessary as we ent...
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