Doing genomic research with a masonry trowel

When you think about genomic research and sequencing genomes like it is the goal of the Earth Biogenome Project (EBP), Biodiversity Genomics Europe (BGE) or InvertOmics you have in mind all these new fancy technologies called Next-Generation, Third-generation or High-through-put sequencing. All these amazing advances in technologies allowing […]

The importance of the small stuff for science

Yesterday, we published an preprint on the meiofauna and why it is important to study them and which scientific questions should be addressed next. The publication involved 42 researchers from 44 institutions all around the world. The research was initiated and led by Alejandro Martínez and Diego Fontaneto […]

The chosen ones or how to select species to genome sequence

The last years have seen an increasing number of sequencing consortia being established in support of the Earth Biogenome Project’s (EBP) goal of sequencing the genomes of each eukaryotic species. In Europe, these consortia are, for example, Darwin Tree of Life (DToL), EBP-Norway (EBP-Nor), ATLAsea or Biodiversity Genomics […]

Door 18: Ancestors in Evolutionary Biology: Linear Thinking about Branching Trees

As commented on a previous post of this 2022 Frontiers in Evolutionary Zoology advent calendar I have decided to briefly present you three works: a research paper, a researcher interview, and a book. Today, it is the turn of posting one of my favorite scientific books of the year. At least in life […]

Door 9: Challenging the Historical Perception of Arachnid Monophyly

The arthropod subphylum of Chelicerata are made up of three classes containing extant orders: Pycnogonida (Pantopoda: the sea spiders), Merostomata (Xiphosura: the horseshoe crabs) and the diverse class of Arachnida. Although the relationships between these three have proven difficult to untangle, the historical perception of arachnid monophyly has […]

Door 8: GENESPACE tracks regions of interest and gene copy number variation across multiple genomesss multiple genomes.” Elife 11 (2022): e78526.

During this year Frontiers in Evolutionary Zoology advent calendar I have decided to briefly present you three works: a research paper, a researcher interview, and a book. The first door to which I am contributing if this quite useful method paper to whoever is currently working with whole […]

Door 5: Immunity Genes Related to the Black Death

Published in October, startling results of natural selection in humans indicates certain immunity genes may have helped people survive the Black Death of the 1346-1350. Caused by the bacterium Yersinia pestis, bubonic plague has swept across the globe (as pandemics) numerous times over the centuries, resulting in untold […]

Door 3: How stable can a genome be?

The answer to this question may lay in the paper I am presenting today and at some level genomes seem to be very stable. It was probably one of the most discussed papers at the museum this year. It was the topic of several journal clubs and shows […]

Door 1: The origin of animals and fungi

Although frequently neglected, animals and fungi share a close evolutionary relationship. Despite the huge differences in morphology, ecology, life history and behaviour they represent the two major lineages within Opisthokonta, a clade that was earlier referred to as the “Fungi/Metazoa group” in the Tree of Life. You may […]

Launch of Biodiversity Genomics Europe – sequencing the genomes of European species

After two years of hard work and many meetings, we can officially announce that the Biodiversity Genomics Europe consortium has started this month. The road to this consortium at the European level started actually from two points. It is a collaboration between two of the most ambitious biological […]