Seabird species world‐wide are integral to both marine and terrestrial environments,
connecting the two systems by transporting vast quantities of marine‐derived nutrients and …

The lack of long-term monitoring data for many wildlife populations is a limiting factor in
establishing meaningful and achievable conservation goals. Even for well-monitored …

Human-induced environmental changes, such as the introduction of invasive species, are
driving declines in the movement of nutrients across ecosystems with negative …

Seabirds have been particularly affected by invasive non‐native species, which has led to
the implementation of numerous eradication campaigns for the conservation of these …

Eutrophication, which remains one of the greatest threats to water quality worldwide, is
particularly acute in agricultural areas. Here we assessed long-term drivers of potential …

Recent estimates indicate that∼ 70% of the world's seabird populations have declined since
the 1950s due to human activities. However, for almost all bird populations, there is …

The transfer of nutrients between marine and terrestrial systems has important ecological
consequences, and animal movement is an important driver of nutrient transfer. Coastal …

Aim To analyse the role of non‐frugivorous birds on seed dispersal, seed dispersal by gulls
is expected to be especially instrumental in island ecosystems, as these have a smaller …

Numerous seabird species are experiencing population declines, and this trend is expected
to continue or even accelerate in the future. To understand the effects of environmental …

Seabird colonies with long-term monitoring records, ie,> 50 years, are rare. The population
data for northern gannets (Morus bassanus) in Cape St. Mary's (CSM) Ecological Reserve …