进化与发展是进化和发育生物学界面快速发展的研究社区的代言人。经过近一个世纪的分离，这两个领域令人兴奋的重新整合，有望成为更广泛的生物学思想综合的焦点。进化与发展出版的作品从不同的角度解决了进化/发展的界面。该杂志欢迎古生物学家、种群生物学家、发育生物学家和分子生物学家的论文，但也鼓励其他正在进行相关研究的领域的专业人士提交论文，从数学到科学史和科学哲学。

Evolution and Development serves as a representative of the rapidly evolving research community at the interface of evolutionary and developmental biology. After nearly a century of separation, the exciting reintegration of these two fields is poised to become a focal point for a broader synthesis of biological thought. The journal publishes works that address the evolution/development interface from various perspectives. We welcome submissions from paleontologists, population biologists, developmental biologists, and molecular biologists, and also encourage contributions from professionals in other related fields, ranging from mathematics to the history and philosophy of science.

《Evolution and Development》是进化生物学与发育生物学交叉领域快速发展的研究社区的代表。经过近一个世纪的分离，这两个领域的重新整合有望成为更广泛生物学思想综合的核心。该杂志发表的作品从不同的视角探讨进化与发展的交界。我们欢迎古生物学家、种群生物学家、发育生物学家和分子生物学家的研究论文，同时也鼓励其他相关领域的专业人士提交稿件，包括数学、科学史和科学哲学等。

Evolution and Development

ABSTRACT Hybrid incompatibility, which plays a pivotal role in speciation, is expected to correlate with greater phylogenetic distance. Here, we investigate the fitness of interspecies hybrids within the Danionin subfamily, which includes the model species, Danio rerio , and its relatives ‐ Danio kyathit , Danio albolineatus , Danio margaritatus , and Devario aequipinnatus . We generated hybrids through in vitro fertilization, using Danio rerio as the maternal species, with normal fertilization rates showing no incompatibilities in sperm‐egg interactions within these two genera. Generally, all hybrids exhibit normal patterns and timelines in early developmental transitions, from cleavage stages to the initiation of epiboly, although inter‐genera Danio ‐ Devario hybrids subsequently exhibit fully penetrant embryonic lethality. Intra‐genus Danio hybrids, on the other hand, can survive through embryogenesis and into adulthood. However, rates of survival during these stages diminish according to phylogenetic distance, with increasing early lethality in hybrids from more distantly related species. Additionally, Danio hybrids exhibit increased growth rate variability during juvenile stages. All Danio hybrids have reduced testes sizes, sperm counts, and sperm viabilities, with sperm displaying defects in flagellum formation and integrity. Adult male intra‐genus hybrids are invariably sterile, except in the case of Danio rerio hybrids with the closely related Danio kyathit , which produced a backcrossed F2 generation that did not survive juvenile stages. Our studies highlight a loss of hybrid compatibility at various life stages in the Danio and Devario genera, based on deleterious effects and reduced developmental robustness, emphasizing a correlation between the severity of incompatibility outcomes and the degree of phylogenetic relatedness.

Ryan L. Trevena

Benton M. Veire

Trevor J. Chamberlain

Cara E. Moravec

Francisco Pelegri

Evolution & Development

Embryonic Lethality, Juvenile Growth Variation, and Adult Sterility Correlate With Phylogenetic Distance of Danionin Hybrids

胚胎致死、幼体生长变异及成年不育与鲃形目杂交种的系统发育距离相关

ABSTRACT Biologists have long been interested in understanding genetic constraints on the evolution of development. For example, noncoding changes in a gene might be favored over coding changes if they are less constrained by pleiotropic effects. Here, we evaluate the importance of coding‐sequence changes to the recent evolution of a novel anthocyanin pigmentation trait in the monkeyflower genus Mimulus . The magenta‐flowered Mimulus luteus var. variegatus recently gained petal lobe anthocyanin pigmentation via a single‐locus Mendelian difference from its sister taxon, the yellow‐flowered M. l. luteus . Previous work showed that the differentially expressed transcription factor gene MYB5a/NEGAN is the single causal gene. However, it was not clear whether MYB5a coding‐sequence evolution (in addition to the observed patterns of differential expression) might also have contributed to increased anthocyanin production in M. l. variegatus . Quantitative image analysis of tobacco leaves, transfected with MYB5a coding sequence from each taxon, revealed robust anthocyanin production driven by both alleles. Counter to expectations, significantly higher anthocyanin production was driven by the allele from the low‐anthocyanin M. l. luteus , a result that was confirmed through both a replication of the initial study and analysis by an alternative method of spectrophotometry on extracted leaf anthocyanins. Together with previously published expression studies, our findings support the hypothesis that petal pigment in M. l. variegatus was not gained by protein‐coding changes, but instead solely via noncoding cis‐regulatory evolution. Finally, while constructing the transgenes needed for this experiment, we unexpectedly discovered two sites in MYB5a that appear to be post‐transcriptionally edited—a phenomenon that has been rarely reported, and even less often explored, for nuclear‐encoded plant mRNAs.

Walker E. Orr

Ji Yang Kim

Iker J. Sánchez Márquez

Caine J. Ryan

Tejas Raj

Ellen K. Hom

Ashley E. Person

Anne Vonada

John A. Stratton

Arielle M. Cooley

Coding‐Sequence Evolution Does Not Explain Divergence in Petal Anthocyanin Pigmentation Between Mimulus luteus Var luteus and M. l. variegatus

编码序列进化无法解释Mimulus luteus var luteus 与 M. l. variegatus 之间花瓣花青素色素分化的差异

ABSTRACT Evolutionary transitions toward gigantic body sizes have profound consequences for the structure and dynamics of ecological networks. Among elasmobranchs (sharks and rays), gigantism has evolved on several occasions, most notably in the iconic Megalodon ( Otodus megalodon †) and the extant whale shark ( Rhincodon typus ), basking shark ( Cetorhinus maximus ), and megamouth shark ( Megachasma pelagios ), all of which reach total lengths exceeding 6 m and, in some cases, reach 21 m or more. Comparative phylogenetic studies suggest that filter feeding and heterothermy provide two alternative evolutionary pathways leading to gigantism in sharks. These selection‐based explanations for gigantism are important; however, our understanding of evolutionary transitions in body size is fundamentally constrained without a proximate, mechanistic understanding of how the suite of adaptations necessary to facilitate gigantism evolved. Here we propose the heterochrony hypothesis for the evolution of the giant filter‐feeding shark ecomorphotype. We suggest that craniofacial adaptations for oophagy in embryonic stages of lamniform sharks are retained through ontogeny in C. maximus and M. pelagios by paedomorphosis, resulting in an enlarged head and mouth relative to the rest of the body, even in adulthood. This change in developmental timing enables these taxa to optimize prey acquisition, which is thought to be the limiting factor for the evolution of gigantism in filter‐feeding marine vertebrates. We discuss the concordance of this hypothesis with current developmental, morphological, and evolutionary data, and we suggest future means by which the hypothesis could be tested.

Joel H. Gayford

Duncan J. Irschick

Andrew Chin

Jodie L. Rummer

Heterochrony and Oophagy Underlie the Evolution of Giant Filter‐Feeding Lamniform Sharks

异时发育与卵食性在巨型滤食性鲭鲨进化中的作用

Cover caption: The cover image is based on the Article A new motile animal with implications for the evolution of axial polarity from the Ediacaran of South Australia by Scott D. Evans et al., https://doi.org/10.1111/ede.12491.

Scott D. Evans

Ian V. Hughes

Emily B. Hughes

Peter W. Dzaugis

Matthew P. Dzaugis

James G. Gehling

Diego C. García‐Bellido

Mary L. Droser

Front cover

封面

Abstract Annelids feature a diverse range of regenerative abilities, but complete whole‐body regeneration is less common, particularly in the context of the head and anterior body regeneration. This study provides a detailed morphological description of Syllis malaquini regenerative abilities. By replicating previous experiments and performing diverse surgical procedures, we explored the capacity of this species for whole‐body regeneration. We detailed the precise timing of regeneration of particular structures such as the eyes, proventricle, pharyngeal tooth, nuchal organs, and body pigmentation after amputation. Our high‐resolution scanning electron microscopy and confocal laser‐scanning microscopy images provide details of the blastema region, revealing that while anal opening remains in connection to the exterior environment, oral opening is formed “ de novo ” during blastema differentiation. Additionally, we performed amputations to isolate fragments consisting of one, two, and three segments from the intestinal trunk region. We found that S. malaquini requires at least two to three segments to successfully regenerate the whole body. In addition, we verified a variable capacity to regenerate depending upon the gut region, with structures of the foregut greatly impairing some steps of the regenerative process. Our work notably addresses the gap in knowledge concerning gut formation and its impact on regenerative capabilities. Ongoing research is crucial to unravel the role of gut tissue specificity and plasticity during regeneration in annelids, and particularly in syllids.

Vanessa Spieß

Rannyele P. Ribeiro

Conrad Helm

M. Teresa Aguado

From two segments and beyond: Investigating the onset of regeneration in Syllis malaquini

从两段到再生：探究Syllis malaquini的再生起始

Abbreviation	Evolution and Development
Journal Impact	2.60
Quartiles(Global)	GENETICS & HEREDITY(Q2)

ISSN	1520-541X, 1525-142X
h-index	87

Publication Information	Publisher: Wiley-Blackwell Publishing Ltd，Publishing cycle: Bimonthly，Journal Type: journal，Open Access Journals: No
Basic data	Year of publication: 1999，Proportion of original research papers: 90.48%，Self Citation Rate:0.00%， Gold OA Rate: 47.37%
Average review cycle	网友分享经验：>12周，或约稿
Average recruitment ratio	网友分享经验：一般

Evolution and Development

Journal Citation Format

A journal article with 1 author

A journal article with 2 authors

A journal article with 3 authors

A journal article with 5 or more authors

Books Citation Format

Thesis Citation Format

Web sites Citation Format

Patent Citation Format

Staying up late manually editing references? ivySCI automatically matches journals and helps you generate references with a single click.

Share Submission Experience

Embryonic Lethality, Juvenile Growth Variation, and Adult Sterility Correlate With Phylogenetic Distance of Danionin Hybrids

Coding‐Sequence Evolution Does Not Explain Divergence in Petal Anthocyanin Pigmentation Between Mimulus luteus Var luteus and M. l. variegatus

Heterochrony and Oophagy Underlie the Evolution of Giant Filter‐Feeding Lamniform Sharks

Front cover

From two segments and beyond: Investigating the onset of regeneration in Syllis malaquini

Embryonic Lethality, Juvenile Growth Variation, and Adult Sterility Correlate With Phylogenetic Distance of Danionin Hybrids

Heterochrony and Oophagy Underlie the Evolution of Giant Filter‐Feeding Lamniform Sharks

Coding‐Sequence Evolution Does Not Explain Divergence in Petal Anthocyanin Pigmentation Between Mimulus luteus Var luteus and M. l. variegatus

Front cover

From two segments and beyond: Investigating the onset of regeneration in Syllis malaquini