Climate change may lead to phenological mismatches, where the timing of critical events
between interacting species becomes desynchronized, with potential negative …

Interactions between natural selection and population dynamics are central to both
evolutionary‐ecology and biological responses to anthropogenic change. Natural selection …

Temporal variation in natural selection is predicted to strongly impact the evolution and
demography of natural populations, with consequences for the rate of adaptation, evolution …

Frequency‐dependent (FD) selection is a central process maintaining genetic variation and
mediating evolution of population fitness. FD selection has attracted interest from …

The separation of abiotic and biotic factors affecting populations and communities is an
important step in understanding how climate change can influence ecological processes …

This study documents the advancement of laying dates in three species of tits (Paridae) in
southernmost Sweden during recent decades, and the absence of a similar response in the …

Correct reproductive timing is crucial for fitness. Breeding phenology even in similar species
can differ due to different selective pressures on the timing of reproduction. These selection …

Timing of reproduction is a critical life-history trait and implies major fitness consequences.
Differences in life history strategies can lead to different responses to the same …

Egg hatchability in birds is a critical component of individual reproductive success and is
associated with eggshell integrity. Contaminants, such as DDT, can influence eggshell …

Rapid changes in environmental climate trends have influenced the temperature and salinity
of marine ecosystems across the globe. This ongoing shift is predicted to have implications …