When climatic conditions change and become outside the range experienced in the past, species may show life-history innovations allowing them to adapt in new ways. We report such an innovation for pied flycatchers Ficedula hypoleuca. Decades of breeding biological studies on pied flycatchers have rarely reported multiple breeding in this long-distance migrant. In two populations, we found 12 recent incidents of females with second broods, all produced by extremely early laying females in warm springs. As such early first broods are a recent phenomenon, because laying dates have gradually advanced over time, this innovation now allows individual females to enhance their reproductive success considerably. If laying dates continue advancing, p...
Phenological studies have demonstrated changes in the timing of seasonal events across multiple taxo...
Global climate change is rapidly altering the phenology and behaviour of species, leading to the occ...
Climate change has advanced the breeding dates of many bird species, but for few species we know whe...
When climatic conditions change and become outside the range experienced in the past, species may sh...
When climatic conditions change and become outside the range experienced in the past, species may sh...
Shifts in reproductive phenology due to climate change have been well documented in many species but...
Climate change is rapidly advancing spring phenology [1-3] but at different rates in different speci...
Climate change leads to rapid, differential changes in phenology across trophic levels, often result...
Climate change is rapidly advancing spring phenology [1, 2, 3] but at different rates in different s...
Advances in the phenology of organisms are often attributed to climate change, but alternatively, ma...
The timing of life history events is often critical for the fitness of organisms. Among birds, the t...
Animals in seasonal environments need to fit their annual-cycle stages, such as moult and migration,...
Phenological studies have demonstrated changes in the timing of seasonal events across multiple taxo...
Global climate change is rapidly altering the phenology and behaviour of species, leading to the occ...
Climate change has advanced the breeding dates of many bird species, but for few species we know whe...
When climatic conditions change and become outside the range experienced in the past, species may sh...
When climatic conditions change and become outside the range experienced in the past, species may sh...
Shifts in reproductive phenology due to climate change have been well documented in many species but...
Climate change is rapidly advancing spring phenology [1-3] but at different rates in different speci...
Climate change leads to rapid, differential changes in phenology across trophic levels, often result...
Climate change is rapidly advancing spring phenology [1, 2, 3] but at different rates in different s...
Advances in the phenology of organisms are often attributed to climate change, but alternatively, ma...
The timing of life history events is often critical for the fitness of organisms. Among birds, the t...
Animals in seasonal environments need to fit their annual-cycle stages, such as moult and migration,...
Phenological studies have demonstrated changes in the timing of seasonal events across multiple taxo...
Global climate change is rapidly altering the phenology and behaviour of species, leading to the occ...
Climate change has advanced the breeding dates of many bird species, but for few species we know whe...