Synopsis: Several macroecological hypotheses have been postulated to describe large-scale diversity and body size patterns in several terrestrial and aquatic taxa, but the validity of them to cephalopods remain largely untested. The aim of this workshop is to update the current knowledge on large-scale diversity and body size patterns in cephalopods and test biogeographic and macroecological hypotheses. Day 1 will focus on presentations (10-15 minutes max.) given by participants to show new data on the distribution of cephalopods. Day 2 will consist on break-out theme groups to start drafting the different sections of the review paper and eventually to construct a world database, with a special focus on epipelagic and mesopelagic cephalopod fauna.
Synopsis: The aim of this workshop is to provide an overview in: methods to stimulate and increase spawning in laboratories, parental effects on embryo and hatchling quality; natural and artificial oocyte fertilization; egg collection and/or monitoring egg masses from the wild; environmental factors influencing embryonic development; incubation of eggs with and without maternal care; artificial incubation of eggs in laboratory; identification of different embryonic stages, egg pathologies; egg transport; factors related with premature hatching; characterization of competent hatchlings; hatchling variability; welfare, anaesthetics and humane killing of advanced embryos and hatchlings. Brief presentations during Day 1 and a general design during Day 2 to publish a multiauthor review on that subject, are planned.
Synopsis: Cephalopods play an important role in numerous marine ecosystems. Much information on their role comes from the diet of their natural predators, as numerous cephalopod species are difficult to catch using nets or other sampling methods. Through their mandibles (beaks), information can be obtained on size and mass but also on distribution, population dynamics, age, growth, reproduction, feeding ecology, behavior, spawning areas, post-spawning mortality, sexual dimorphism, in addition to cephalopod consumption by predators and both cephalopod and predator migrations. Such information has been used for example, in fisheries assessment and management and ecosystem models. The aim of this workshop is to review the latest developments and information on the use of cephalopod beaks in ecological studies and its applications. Day 1 will focus on presentations (10-15 minutes max.) given by participants to generate discussion for the definition of the general structure of a review research paper on the topic. Day 2 will consist on break-out theme groups to start drafting the different sections of the review paper. The workshop will end with a plenary meeting will all workshop participants to establish deadlines and possible journals.
Synopsis: The two-day workshop aims to bring together researchers working in the various emerging fields of cephalopod -omics and evolution. Building on previous workshops and interactions, the aim of this in-person event will be to consolidate and solidify exchanges of technical knowledge and protocols in the fields of cephalopod sequencing and evolutionary analyses, including but not limited to phylogenomics, (single cell) transcriptomics, regulatory genomics etc. A particular aim will be to discuss integration of those various aspects to begin understanding cephalopod gene regulation. First day will be dedicated to individual presentations, partitioned into thematic groups. Second day will discuss common problems faced by all cephalopod sequencing-related projects, emerging approaches and integration among different cephalopod systems. Together, we want to test the feasibility of combining those approaches to obtain a measure of how much (little) is known about cephalopod gene regulation. Finally, we will discuss future directions and meeting schedule, as well as eventual publications.