G. Kalinkat

The paper compiles and analyzes gut content data from six fish species in the Baltic Sea to study trophic interactions and foraging behavior in relation to environmental changes.

The paper shows that flexible foraging in fish leads to reduced consumption efficiency and biodiversity under warming conditions.

The paper investigates whether dispersing guppies exhibit different behavioral traits than those remaining in the source population, finding consistent behavioral syndromes across seasons and populations.

The paper analyzes public attention toward climate change and biological invasions using text data mining in three European countries, finding higher attention for climate change and a correlation with IUCN Red List severity.

This study examines how 31 major insect pests respond to climate change, finding that 55% show mixed effects on pest severity, complicating predictions of their impact.

The paper identifies European freshwater fish species most susceptible to climate change by comparing life-history traits and environmental characteristics with resilient species.

The paper shows that experimental duration and predator satiation significantly affect functional response parameters like attack rate and handling time, impacting population dynamics models.