One of the central, unresolved controversies in biology concerns the distribution of primitive versus advanced characters at different stages of vertebrate development. This controversy has major implications for evolutionary developmental biology and phylogenetics. Ernst Haeckel addressed the issue with his Biogenetic Law, and his embryo drawings functioned as supporting data. We re-examine Haeckel’s work and its significance for modern efforts to develop a rigorous comparative framework for developmental studies. Haeckel’s comparative embryology was evolutionary but non-quantitative. It was based on developmental sequences, and treated heterochrony as a sequence change. It is not always clear whether he believed in recapitulation of singl...
ERNST HAECKEL AND THE “PUZZLE” OF THE EMBRYONIC DEVELOPMENT BETWEEN ART AND SCIENCE Every biolog...
AbstractA new and more robust evolutionary synthesis is emerging that attempts to explain macroevolu...
One of the surprising insights gained from research in evolutionary developmental biology (evo-devo)...
fully developed,widely dissimilar."He inferredthat all vertebrates"arethemodifieddescendan...
el, became famous for advocating what he referred to as his great biogenetic law. This law stated ...
Every biological form can be explained as the product of two different processes: the development fr...
AbstractThere has been a resurgence of interest in comparative embryology. It is now important to be...
ABSTRACT Developmental biology is today unimaginable without the normal stages that define standard ...
Abstract.—Haeckel created much of our current vocabulary in evolutionary biology, such as the term p...
Embryos of different species of vertebrate share a common organisation and often look similar. Adult...
AbstractThe rise of evolutionary developmental biology was not the progressive isolation and charact...
More than 150 years ago, in 1866, Ernst Haeckel published a book in two volumes called Generelle Mor...
Abstract.—Some systematists, pattern cladists in particular, have recently argued that phylo-genetic...
AbstractOver the past two to three decades, developmental biology has demonstrated that all multicel...
Evolutionary theory is the philosophical backbone of biology. Interestingly, contemporary research i...
ERNST HAECKEL AND THE “PUZZLE” OF THE EMBRYONIC DEVELOPMENT BETWEEN ART AND SCIENCE Every biolog...
AbstractA new and more robust evolutionary synthesis is emerging that attempts to explain macroevolu...
One of the surprising insights gained from research in evolutionary developmental biology (evo-devo)...
fully developed,widely dissimilar."He inferredthat all vertebrates"arethemodifieddescendan...
el, became famous for advocating what he referred to as his great biogenetic law. This law stated ...
Every biological form can be explained as the product of two different processes: the development fr...
AbstractThere has been a resurgence of interest in comparative embryology. It is now important to be...
ABSTRACT Developmental biology is today unimaginable without the normal stages that define standard ...
Abstract.—Haeckel created much of our current vocabulary in evolutionary biology, such as the term p...
Embryos of different species of vertebrate share a common organisation and often look similar. Adult...
AbstractThe rise of evolutionary developmental biology was not the progressive isolation and charact...
More than 150 years ago, in 1866, Ernst Haeckel published a book in two volumes called Generelle Mor...
Abstract.—Some systematists, pattern cladists in particular, have recently argued that phylo-genetic...
AbstractOver the past two to three decades, developmental biology has demonstrated that all multicel...
Evolutionary theory is the philosophical backbone of biology. Interestingly, contemporary research i...
ERNST HAECKEL AND THE “PUZZLE” OF THE EMBRYONIC DEVELOPMENT BETWEEN ART AND SCIENCE Every biolog...
AbstractA new and more robust evolutionary synthesis is emerging that attempts to explain macroevolu...
One of the surprising insights gained from research in evolutionary developmental biology (evo-devo)...