Climate change ecology has focused on climate effects on trophic interactions through the
lenses of temperature effects on organismal physiology and phenological asynchronies …

Until the 1990s, herbivory on aquatic vascular plants was considered to be of minor
importance, and the predominant view was that freshwater and marine macrophytes did not …

In light of ongoing climate change, it is increasingly important to know how nutritional
requirements of ectotherms are affected by changing temperatures. Here, we analyse the …

Thermal acclimation is a key process enabling ectotherms to cope with temperature change.
To undergo a successful acclimation response, ectotherms require energy and nutritional …

Higher temperatures as a consequence of global climate change may considerably alter
trophic interactions. Ectothermic herbivores and carnivores generally ingest more food with …

Tadpoles are diverse and abundant consumers, and knowledge of their feeding ecology
and trophic status is essential in understanding their functional roles within aquatic habitats …

Global change puts coastal marine systems under pressure, affecting community structure
and functioning. Here, we conducted a mesocosm experiment with an integrated multiple …

Temperature can play an important role in determining the feeding preferences of
ectotherms. In light of the warmer temperatures arising with the current climatic changes …

The performance of herbivore consumers in freshwater ecosystems is influenced by food
quality and quantity, which are crucial factors in understanding energy flow. However, the …

Homeostatic responses of animals to environmentally induced changes in nutrient
requirements provide a powerful basis for predictive ecological models, and yet, such …