Read more about the article Predator versus practice: exploring predation and land management as drivers of small antelope occurrence
Study species; A = subset of the most common managed ungulates encountered (A1 = eland, A2 = bonsmara cattle, A3 = sheep), B = mesopredator (caracal), C = small antelope (C1 = steenbok, C2 = common duiker).

Predator versus practice: exploring predation and land management as drivers of small antelope occurrence

The way that we manage land influences species occurrence and interactions. However, in their recent study investigating species co-occurrence along the west coast of South Africa, Debbi Winterton, Nicola van Wilgen and Jan Venter discovered that intensive management of small areas also makes it difficult to detect ecological drivers.

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Read more about the article Identifying invasion syndromes to improve our capacity of understanding and managing biological invasions
Framework explaining the concept of invasion syndromes

Identifying invasion syndromes to improve our capacity of understanding and managing biological invasions

For decades, invasion scientists have been trying to identify generalisations that can allow us to understand which species will become invasive in the future, where and how they will be introduced, which impacts they will have in the invaded areas, and how we can efficiently manage them.

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Review confirms the value of biological control

A review of the economic benefits arising from the biological control of invasive alien plants has confirmed that the practice continues to deliver very attractive returns on investment.

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Read more about the article Accounting for commonness and rarity of species in turnover to understand biological invasions
Map of the 42 Pacific and 36 Atlantic islands considered in Latombe et al. (2019). The size of the symbols represents the ant richness of the islands for the subset of species considered (All, Natives, Exotics)

Accounting for commonness and rarity of species in turnover to understand biological invasions

Understanding how patterns of species turnover differ between alien and native communities while accounting for species rarity and commonness unveils potential context-dependent mechanisms of invasion.

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