Ecological networks of species interactions are popular and provide powerful analytical
tools for understanding variation in community structure and ecosystem functioning …

Until recently, most ecological network analyses investigating the effects of species' declines
and extinctions have focused on a single type of interaction (eg feeding). In nature, however …

Understanding how biotic interactions shape ecosystems and impact their functioning,
resilience and biodiversity has been a sustained research priority in ecology. Yet, traditional …

It is widely acknowledged that biodiversity change is affecting human well‐being by altering
the supply of Nature's Contributions to People (NCP). Nevertheless, the role of individual …

Farmland ecosystem services frequently result from different ecological functions
simultaneous provided by specific biodiversity groups such as birds. These bundles of …

Plant–Lepidoptera interactions are often studied using the pollination or herbivore networks
only. Lepidoptera species are involved in two types of plant–insect interactions because …

Ecological networks can represent the structure of food webs, energy flow, and the many
and diverse types of interactions between species in ecosystems. Despite its tremendous …

Testing whether intra‐and interspecific biodiversity facets co‐vary spatially across trophic
levels is of utmost importance to generalize processes driving biodiversity patterns in natural …

Ecosystems are rapidly degraded by anthropogenic pressures, affecting the provision of
ecosystem services. Therefore, it is increasingly important that we can quantify and manage …

Since its inception, the keystone species concept has become a central theoretical
framework in ecology. Among many approaches, keystones have been operationalized in …