Talk
February 14, 2025
Informative seminar on Women and Science at Colegio Sagrado Corazón (FECIB) in Palma…
February 3, 2025
The annelid family Syllidae represents a fascinating lineage of marine worms. It is the largest and most diverse family among the annelids, with more than 1,000 species that inhabit virtually all habitats and deep seas. These marine worms are known for their various modes of reproduction (sexual and asexual) and their incredible capacity for regeneration. Among them, certain species stand out for their unique branched body structures, such as the symbiotic “arboreal silica worms” (Ramisyllis spp.) that live within sponges. These worms possess a single head but develop a body that repeatedly branches into numerous posterior ends. By employing an integrative approach that combines morphology, molecular biology, and ecology, our research seeks to uncover how these branching worms have evolved and formed specialized relationships with their sponge hosts.
speaker
Dra. Maite Aguado (Biodiversity Museum of the Georg-August-University Göttingen)
When and where
03/02/2025
12:00h
Edifici complex M2 (Carrer Blaise Pascal, 7, Parc Bit)
February 3, 2025
While long-read sequencing made it possible to assemble genomes with resolved chromosomes, the bottleneck to achieving the goal of sequencing all life on Earth was the availability of high-quality samples. Scientific collections, rich with specimens from around the globe, offer an invaluable resource for short-read sequencing . I will present methods of using genome sequencing data for draft genomic assemblages and highlight their potential for phylogenomics, genomics, and biodiversity research, using nereid phylogeny as an example.
speaker
Dr. Christoph Bleidorn (Georg-August-University in Göttingen)
where and when
03/02/2025
12:00h
Edifici complex M2 (Carrer Blaise Pascal, 7, Parc Bit)
January 21-24, 2025
Measuring biodiversity is a cornerstone of ecological research, species conservation, and environmental monitoring. Over the years, this field has seen significant advancements, with increasingly precise and sophisticated methods developed to evaluate diversity across various levels, from genetic variation to entire ecosystems. These approaches range from traditional metrics, such as species richness, to cutting-edge tools that incorporate functional and phylogenetic dimensions, offering a more comprehensive and nuanced understanding of biodiversity.
Selecting the appropriate method, however, depends on several factors, including the ecosystem in question, the research objectives, and available resources. In this context, it is crucial to critically assess the limitations, biases, and assumptions underlying each methodology. By doing so, researchers can enhance the accuracy and relevance of their findings, ultimately contributing to a more rigorous and reliable foundation for biodiversity science.
teacher
where and when
21/01/2025 – 24/01/2025
9:30h – 16:30h
Edifici complex M2 (Carrer Blaise Pascal, 7, Parc Bit)
2024-2025
The goal of this project is to produce and publish a high-quality, chromosome-level reference genome for Naufraga balearica, a rare and endemic plant species native to Mallorca, first described by Constance and Cannon in 1967.
PI: Enrique Arboleda (UIB)
Source of funding: Institut d’Estudis Catalans, Catalan Biogenome Project.