The 2022 CSEE meeting will be in Montréal from August 14-19. Check out the website here!
24th Evolutionary Biology Meeting at Marseilles: September 20 – 23 2022 (social events 24-25) (If the travel conditions are the same as this year then we will organize a virtual meeting. We are working on this possibility to be sure that the EBM will continue.)
The Evolutionary Biology Meeting at Marseilles is an annual congress which gathers together International scientists interested in the mechanisms of evolution that generate the incredible diversity of living things found on Earth (and possibly beyond).
If the congress was initially a local meeting, it quickly gained an important weight in the scientific life. Indeed, whereas the number of participants has been increasing, the geographical origin of the researchers has been diversifying and widening year by year.
Today, the Evolutionary Biology Meeting at Marseilles has reached a worldwide dimension and plays a paramount role in the international scientific life: allowing the gathering of high level specialists, it encourages the exchange of ideas and stimulates the works of the researchers all through the world.
The following subjects will be discussed:
- Evolutionary biology concepts and modeling;
- Biodiversity and Systematics;
- Comparative genomics and post-genomics (at all taxonomic levels);
- Self non Self Evolution
- Holobiome evolution
- Environment and biological evolution;
- Origin of life and exobiology;
- Non-adaptative versus adaptative evolution;
- The « minor » phyla: their usefulness in evolutionary biology knowledge;
- Convergent evolution
- Evolution of complex traits (Evo-Devo)
More info follow the link http://aeeb.fr/program-2/
The International Society for Ecological Modelling Global Conference 2022: Ecological Models for Tomorrow’s Solutions
3-7 May 2022 | University of Toronto, Scarborough, Canada
The International Society for Ecological Modelling Global Conference 2022 (ISEM 2022), under the theme ‘Ecological Models for Tomorrow’s Solutions’, will bring together scientists from all professions and applications that deal with the use of ecological models and systems ecology.
Toronto shall be the inspiring space for the Ecological Modelling community to meet, discuss and share ideas. In this conference, ecological modellers will join in their ongoing effort in advancing the concepts and methods of ecological modelling to develop ecological theory in a wide range of topics and modelling approaches.
Symposium submission deadline – 17 September 2021
Abstract submission deadline – 12 November 2021
Early registration deadline – 24 January 2022
Author registration deadline – 24 January 2022
Wishing you had more science in your life?
For the month of May, CSEE will be premiering the five fantastic winners of the Excellence in PhD Research Award, with a 30-min research talk by them every Friday. Talks will streamed LIVE on Youtube starting at 4pm ET and you’ll have a chance to ask questions for a live Q/A session afterwards.
Full schedule below:
May 1, 4pm ET – Quinn Webber
May 8, 4pm ET – Anne McLeod
May 15, 4pm ET – Sarah Amundrud
May 22, 4pm ET – Ruth Rivkin
May 29, 4pm ET – Ken Thompson
Visit our Youtube channel or click here to watch: https://www.youtube.com/channel/UCoP8jVN1m84wvV5PQKS8ziQ?view_as=subscriber
CSEE Excellence in PhD Research Award Talk
May 1st, 4pm ET
My core narrative as a PhD student has been to link animal social behaviour and space use. Animal social behaviour, habitat selection, and movement are inherently linked through density dependence and their effects on fitness. Using caribou (Rangifer tarandus) as a model system, I empirically tested these processes across scales and contexts. First, I tested whether social network position and habitat specialization are predictors of fitness in and vary as a function of population density. Second, I tested whether social group size varies as a function of population density. Third, I tested whether collective movement affects habitat selection. I found that social network position and group size are density-dependent, while habitat specialists tend to have higher fitness than generalists, but there was no effect of sociality on fitness. I found that individuals foraged alone, but moved together, highlighting that collective movement occurs between, but not within, foraging patches. The impact of my work is the establishment of the idea that social behaviour, habitat selection, movement, and population density are inter-related aspects of caribou socioecology. While much of my research is fundamental, caribou are federally threatened in Canada and my work has potential to inform caribou management.
Natural communities are undergoing accelerated changes due to human pressures such as habitat fragmentation, over-harvesting, and species invasions. Here, I use bioinformatics and mathematical models to examine the environmental and ecological drivers of food-web structure and dynamics. First, I use a spatially expansive food-web to examine drivers of spatial turnover in food-web interactions across an environmental gradient. I demonstrate that predicting local realizations of community structure is very difficult, but critical since environmental perturbations occur at the local scale. Then, I integrate empirical data and mathematical models to explore the consequences of different structural metrics, including omnivory, on food-web stability and persistence. I demonstrate that the importance of omnivory depends on both the type of omnivory and the food-web within which it appears. Finally, I derive a novel multi-trophic metacommunity model which demonstrate how movement is a product of both a species’ ability to move and the landscape across which it moves. Treating patch connectivity as a species’ specific property can change our conclusions about multi-patch stability. Overall, my thesis integrates data and theory to test the impacts of environmental gradients and change on food webs and provide testable predictions to guide future research in spatial food web ecology.
Species distributions and the composition of ecological communities result from the interplay of three constraints: physical barriers to dispersal, species-specific environmental requirements, and species interactions. While the relative importance of these factors is known to depend on spatial scale, the effects of climate change on the interplay of abiotic and biotic constraints are still poorly understood. I combined manipulative experiments, observational surveys along environmental gradients, and species distribution models to explore the relative importance of abiotic and biotic constraints on aquatic invertebrate communities inside bromeliad plants across a range of spatial scales: the geographic scale (Central and South America), the landscape scale (elevational gradients in Costa Rica), and the local scale (the bromeliad system). While species interactions were the main drivers of community change at the local scale, biotic effects were not important in driving species distributions at the large geographic scale. Notably, the relative importance of abiotic and biotic processes at the landscape scale depended on environmental context, an important insight given that environmental conditions are already shifting as a result of climate change. This hierarchical set of studies demonstrates the scale-dependence of the interplay of abiotic and biotic processes in affecting species distributions and community assemblages, as well as the potential role of environmental context at the intermediate scale of the landscape.May 22nd, 4pm ET
Urban habitats are more fragmented and degraded than nonurban habitats, which can impact both the ecology and evolution of species interactions. Species interaction may be particularly sensitive to urbanization because the species involved may be responding to urbanization separately, and together through effects on the strength of and direction of the interaction. We studied the effects of urbanization on a mutualistic interaction and an antagonistic interaction. We measured reproductive success of Brassica rapa plants across 30 experimental sites in Toronto, ON, and tracked within-site pollen dispersal and pollinator community variation among these sites. We found that urbanization influences plants reproductive success, but whether the effects on fitness were positive or negative depended on season and pollinator dispersal. We also studied the interaction between Darwin’s finches and Tirbulus cistoides in towns on three Galapagos Islands. We tested the effects of urbanization on seed predation rates, selection on mericarp size and defense traits, and ground finch community composition across 40 sites per island. Predation rates were elevated in urban sites, which corresponded to stronger selection on mericarp morphology and altered ground finch communities due to urbanization. Together, our results demonstrate the sensitivity of the ecology and evolution of species interactions to urbanization.
In my talk, I’ll describe the progress I made during my Ph.D. to ‘push the peanut forward’ in arriving at generalities about the mechanisms of natural and sexual selection that act on hybrids in nature. Because the phenotype of otherwise viable and fertile hybrids determines their fate, we must document patterns and test theoretical predictions to better understand the mechanisms of so-called ‘extrinsic’ post-zygotic isolation and its importance for speciation. I’ll discuss the results of a systematic literature review where I find that hybrid traits are typically more dominant than intermediate, resulting in hybrids that are often quite ‘mismatched’ for divergent parental traits. Using recombinant hybrid sunflowers grown in a common field environment, I experimentally demonstrate negative fitness consequences of trait mismatches in the field. I’ll then talk about some preliminary results from ongoing work illustrating the extent to which mismatched traits are expressed in first-generation vs. segregating (backcross and F2) hybrids. Finally, I’ll conclude with a brief summary of an ongoing field experiment in threespine stickleback testing whether parallel phenotypic evolution is an engine of speciation in nature
PISCeS International Conference: Thursday, May 28 – Friday, May 29, 2020
Training Workshops: Wednesday May 27 & Saturday May 30, 2020
This spring, Pathway to Increase Standards and Competency of eDNA Surveys (PISCeS) International Conference will take place at the University of Guelph, Canada.
Registration and abstract submission now open!
PISCeS 2020 International Conference is envisioned as a conference where academia, regulators, and industry will join in a discussion on Pathways to Increase Standards and competency of Environmental DNA Surveys. The intent of the conference is to explore and inform public policy, industry strategies and future research on eDNA.
eDNA Analytical Methods: Wednesday, May 27th, 2020
The eDNA Analytical Methods workshop will focus on targeted (morning) and passive metabarcoding (afternoon) approaches to detect eDNA.
eDNA Sampling: Saturday, May 30th, 2020
The eDNA Sampling workshop will explore a variety of sample collection methodologies for both professionals (e.g. using dedicated equipment) and citizen science collaborators (e.g. using inexpensive DIY kits).
• Early Bird Registration Fee – February 14th, 2020
• Regular Registration Fee – April 30th, 2020
• Late Registration Fee – During May
For conference details and key dates visit our website: https://www.uoguelph.ca/ib/PISCeS_2020
The local organizing committee and the Canadian Society for Ecology and Evolution council executive regret to announce that we have decided to cancel the 15th Annual Meeting of the CSEE scheduled for May 28-31 in Edmonton, AB. While the risk in most parts of Canada, including Alberta, is currently low, we feel that the COVID-19 situation is changing so rapidly that the risks to the society membership and the broader community dictate that we cancel the meeting sooner rather than later. This step is aligned with many of the restrictions our institutions and local health authorities are placing on travel, hosting and participation in public events.
- Full reimbursement of registration fees will be handled by the University of Alberta’s Conference Services. Reimbursement will include any conference registrations and optional items paid for through the CSEE-SCEE 2020 on-line registration site.
- Membership fees – Memberships cover CSEE activities for the year and are not required to attend the conference. Membership fees will not be reimbursed.
- Travel & accommodation costs – Lister Residences accepts cancellations without charge up to 48 hours before your planned arrival date.
- Unfortunately, we cannot cover other travel and accommodation costs associated with disrupted travel plans by regular participants. However, the tri-council agencies have confirmed that the reimbursement of non-refundable travel fees from agency funds is acceptable considering the impacts of COVID-19.
- If you have an agreement for travel costs to be covered by the CSEE, non-recoverable travel costs may be reimbursed on a case-by-case basis. These reimbursements will be dealt with by the Treasurer of the CSEE (Yolanda Morbey, firstname.lastname@example.org).
We are happy to announce the upcoming Montreal Eco-Evo Symposium, 2019, on Dec 2nd. The formula is the same as last year’s edition where PIs and students are encouraged to present their research project or topic.
The symposium will take place all day in the Thomson House, with lunch, coffee breaks, and drinks/nachos afterward.
Registration for presentation is now opened! See guidelines in the attached file. You have until Nov 1st to register and we will get back to you soon after for confirmation.
Visit our webpage for further details at https://mtlecoevosymposium.weebly.com/.
Dates: 24-27 September 2019
Location: CANOPE – Centre Régional de Documentation Pédagogique (CRDP)31, Boulevard d’Athenes 13001, Marseille, FRANCE
* Evolutionary biology concepts / mathematical modeling;
* Biodiversity and Systematics;
* Comparative genomics and post-genomics (at all taxonomic levels);
* Functional phylogeny;
* Environment and biological evolution;
* Origin of life and exobiology;
* Non-adaptive versus adaptive evolution;
* The “minor” phyla: their usefulness in evolutionary biology knowledge;
* Convergent evolution
* Evolution of complex traits (Evo-Devo)
Registration (February – June 2019)
Academics and others…..430 Euros
Late Registration (July – September 2019)
Academics and others…..530 Euros
Registration fees include coffee breaks, lunches (24th-27th September), 24th and 26th dinners, 25th cocktail and social events during the week-end. Please see Social Events for more information about the week-end.
For more information, contact Don Stewart (email@example.com), Marie-Helene Rome (firstname.lastname@example.org) or visit the conference website at http://aeeb.fr/23rd-evolutionary-biology-meeting-at-marsei/