Hatching Asynchrony (extended hatching period) is apparently ubiquitous among altricial birds, and may represent a striking example of adaptive family planning. Research has focussed on evaluating various benefits to resulting brood loss. Current conclusions fall into three main categories: that hatching asynchrony is (1) an adaptation to food availability, (2) a means of saving time, ultimately to increase lifetime reproductive success, or (3) a maladaptation. Almost every new study develops a new explanation or qualifies an old one. Either most of them are wrong, or hatching asynchrony is an example of convergent evolution in a behavioural trait serving many functions
In many bird species, eggs in a brood hatch within days of each other, leading to a size asymmetry d...
1. Many species of altricial birds hatch their young asynchronously within broods. Although there ar...
At the core of the suite of adaptive hatching hypotheses advanced to explain asynchronous hatching i...
Many birds begin to incubate before their clutch is full, which results in the chicks hatching at di...
1. Birds are unique among animals in being able to influence the birthing intervals of their young t...
At least nine hypotheses have been advanced to account for why many passerine species hatch their cl...
The evolution of asynchronous hatching is a central yet controversial issue in evolutionary ecology ...
Many hypotheses have been proposed to explain why female birds start to incubate before clutch compl...
Brood reduction is a within-brood partial mortality due to sibling rivalry, and, in some species, th...
This bachelor thesis is about hatching synchrony in birds. Generally, among birds there are two type...
Breeding mistiming is increasingly frequent in several ecosystems in the face of current climate cha...
A summary of Lack's (1954) brood reduction hypothesis for hatching asynchrony in birds is given. A r...
We examined three hypotheses concerning hatching asynchrony in the Common Tern (Sterna hirundo). Sur...
Parental food allocation in birds has long been a focal point for life history and parent–offspring ...
Parent-offspring conflict over the supply of parental care results in offspring attempting to exert ...
In many bird species, eggs in a brood hatch within days of each other, leading to a size asymmetry d...
1. Many species of altricial birds hatch their young asynchronously within broods. Although there ar...
At the core of the suite of adaptive hatching hypotheses advanced to explain asynchronous hatching i...
Many birds begin to incubate before their clutch is full, which results in the chicks hatching at di...
1. Birds are unique among animals in being able to influence the birthing intervals of their young t...
At least nine hypotheses have been advanced to account for why many passerine species hatch their cl...
The evolution of asynchronous hatching is a central yet controversial issue in evolutionary ecology ...
Many hypotheses have been proposed to explain why female birds start to incubate before clutch compl...
Brood reduction is a within-brood partial mortality due to sibling rivalry, and, in some species, th...
This bachelor thesis is about hatching synchrony in birds. Generally, among birds there are two type...
Breeding mistiming is increasingly frequent in several ecosystems in the face of current climate cha...
A summary of Lack's (1954) brood reduction hypothesis for hatching asynchrony in birds is given. A r...
We examined three hypotheses concerning hatching asynchrony in the Common Tern (Sterna hirundo). Sur...
Parental food allocation in birds has long been a focal point for life history and parent–offspring ...
Parent-offspring conflict over the supply of parental care results in offspring attempting to exert ...
In many bird species, eggs in a brood hatch within days of each other, leading to a size asymmetry d...
1. Many species of altricial birds hatch their young asynchronously within broods. Although there ar...
At the core of the suite of adaptive hatching hypotheses advanced to explain asynchronous hatching i...