The first EVOLTREE Conference, hosted by WSL Birmensdorf (Switzerland) from 14-17 September, 2021, focuses on the genomics and adaptation of trees and interacting species from evolutionary, demographic, and ecological perspectives.
Contributions that apply innovative approaches and consider the relevance of their research in the context of biodiversity conservation through natural dynamics or silvicultural interference are welcome.
EVOLTREE is a European network of research institutions and universities engaged in studying the evolution and functioning of forest ecosystems, in particular trees as the foundation species in forest stands. A prime topic in the face of ongoing climate change is to elucidate how trees, together with their associated organisms such as mycorrhizal fungi, respond to rapid environmental changes.
Please note that due to the COVID-19 pandemic, for now you can register only for the online conference. In early June 2021, decisions will be made if and how many attendees can participate on-site (subject to government travel restrictions that may change at short notice). You will then be able to acquire an additional on-site package.
EVOLTREE is organizing a second series of virtual events featuring leading experts in research on climate change adaptation – both in forest trees and other organisms. The series is an opportunity to hear the latest from relevant scientists in the field, exchange ideas and discuss potential collaborations and projects.
You can participate in the discussions that follow the presentations by registering through the links below or follow the seminars on the EVOLTREE YouTube channel
14 April 2021, 11:00-12.30 CEST: “Building genetic resilience in a rapidly changing world” Ary Hoffmann, Melbourne University, Australia
21 April 2021, 16:30-18.00 CEST: “Integrating niche evolution with life history theory can help us better understand the consequences of climate change” Ophélie Ronce, University of Montpellier, France
5 May 2021, 16:30-18.00 CEST: “Locally-adaptive mutations and their relevance for climate change ecology”Moisés Expósito-Alonso, Carnegie Institute for Science & Stanford University, California
The seats in the live sessions are limited to 150. All seminars will be streamed on the EVOLTREE YouTube channel and recorded to be available afterwards.
LIFE project LIFESySTEMiC, EVOLTREE and COST Action(s), in collaboration with the Slovenian Forestry Institute, is organising its 8th summer school on scientific writing, reviewing and publishing & forest genetic monitoring knowledge transfer into practice this coming August 9 to 14.
The summer school aims to provide Ph.d students, as well as junior and senior researchers training sessions on the production, the submission and the reviewing process of scientific publications.
Managed and natural forests provide essential ecosystem services worldwide. Due to the free of movement of people and goods across biogeographical zones, tree species are increasingly challenged by emergent invasive biotic threats. We can see large range expansions of pests and diseases, as well as sudden shifts to naïve host species. Moreover, climate change is also increasing abiotic tree stresses, which synergistically interact with tree resistance leading to negative effects on tree survival and forest resilience.
Although forest tree species are known to harbour high levels of genetic variation, most remain fairly unstudied, particularly in traits related to host tolerance and resistance to biotic and abiotic stressors. To understand such variations, within the framework of the genetics of tree-antagonist interactions, is necessary to forecast the survival and prevalence of forest populations in a changing environment. This knowledge can also be exploited in breeding programs aiming to improve forest health.
The scientific community is pushing for an urgent multidisciplinary and coordinated effort to solve these challenges, making use of current and new knowledge, strategies and technologies. Geneticists, evolutionary biologists, ecologists, phytopathologists, entomologists, plant physiologists, breeders and managers are all involved in this challenge. This workshop will provide the ideal forum for updating knowledge, evidences, solutions and failures between scientific, academic and practical approaches. It is also an opportunity to enhance the dialogue of long experienced expertise with the new generations of scientists, which will provide creative and new solutions in the near future.
The IS-ENES consortiumis organising its Second and Third IS-ENES3 virtual School on Climate Data Use for Impact Assessments.
The aim of the School is to help researchers make better use of available climate data and knowledge, in order to produce higher quality research outputs and services. This, in turn, will help to combat and adapt to climate change. Other aims are to develop a network of researchers who can turn to each other in the future for advice and cooperation.
The two schools will be organized as a virtual course with online sessions during six weeks combined with self-study and case studies in small groups.
Spring School : from 2 March to 16 April, 2021
Summer School from 19 May to 25 June, 2021
Participants can be PhD students, Postdocs, professionals, consultants, including climate services providers. An MSc in the natural sciences is required for fruitful participation.
A special issue of Forests (ISSN 1999-4907) will focus on Genetic control of forest tree traits and their interaction with the environment.
Deadline for manuscript submissions: 25 August 2021.
Guest editor: Dr. Rosario Garcia Gil
We call for research works in the field of forest genetics that advance our understanding on the genetic control of forest tree traits of economic and ecological value, and their interaction with a changing environment. We encourage research works that provide novel models for the implementation of genomics and remote sensing tools to accelerate and assist forest genetic adaptation to secure production and biodiversity.
EVOLTREE has launched a series of online seminars about polygenic adaptation in trees and other organisms. The events will be streamed on YouTube and recorded.
Variation in complex phenotypic traits, like growth, is known to be driven by many genes. For example, it has been shown that the height of humans is associated with thousands of regions in the genome. Approaches for detecting polygenic signals from genomic data, however, are still scarce and rarely applied. This seminar series aims to promote an exchange of knowledge among scientists working on polygenic adaptation in disparate organisms with the objective of facilitating development and wider uptake of the latest approaches.
The seats in the live sessions are limited to 100. All those registered participants who won’t make it to the virtual room because of the limited places are invited to follow the seminar on the EVOLTREE YouTube channel.
Our B4EST webinar held on 10 December introduced the Planter’s Guide.
The Planter’s Guide is a web-based decision support tool for improved Scots pine forest reproductive material (FRM) in Sweden and Finland. By selecting a regeneration site, the Planter’s Guide ranks all available seed orchards according to their predicted areal production over a rotation. However, as both growth and survival ability are shown separately the user can use this information for a more detailed selection.
January 27 – 31, 2020 – University of Avignon, Avignon, France
The international scientific conference “Genetics to the rescue: managing forests sustainably in a changing world” is for scientists in the fields of evolutionary biology, genomics, functional ecology, conservation genetics and political sciences interested in forests as model organisms and in applying results of these fields to the global challenge of sustainable forest management.
The conference is organized in four sessions, over two days (January 28 and 29, 2020).
Session 1: Genomes and the environment
Session 2: Local adaptation of climate change-related traits
Session 3: Conserving and using genetic diversity
Session 4: Evolutionary management of forests
The stakeholder event, following the conference, is aimed primarily to forest managers and policy makers, and focuses on the importance of genetics in forest management. During the stakeholder event, the implications of the conference findings for sustainable forest management and policy will be discussed.
A training session on how to use genomics resources and principles for forest ecology targets Master’s and PhD students and early stage researchers.
Finally, a Wikipedia session will train participants on how to edit Wikipedia pages and use the opportunity to edit those pages relevant to forest genetics and sustainable forest management.
The EVOLTREE Scientific Seminar will explore the ways in which forest tree genetics can be applied to increase local adaptation and resilience in future forests.
New genetic and genomics approaches, including new-generation breeding strategies, have great potential to harness natural genetic variation to promote forest health and productivity, in particular in the face of global disturbances, such as climate change, land fragmentation and emerging pests and diseases.
Delphine Grivet (INIA) – “Using genomics to characterize evolutionary potential for conservation” Christophe Orazio (EFI) – “REINFFORCE: First results from 35 forest tree species plasticity assessment in common gardens along the Atlantic Coast, from Portugal to Scotland” Duncan Ray (Forest Research) – “Using climate projection uncertainty to select FRM for future forest sites” Santiago C. González-Martínez (INRA) – “Gene networks and polygenic adaptation in two conifers with contrasted demography, maritime pine and English yew”
Sue Jones (The James Hutton Institute) – “Could viruses pose a threat to native tree species?” Markus Müller (University of Göttingen)- “Investigation of adaptive genetic variation in European beech by means of candidate gene and transcriptome analyses” Emma Bush (CEH) – “Tropical tree phenology in a time of change’” Lindsay Banin (CEH) – “Intra- and interspecific leaf trait variation, decomposition processes and the ‘home-field advantage’ in European woodlands”
As part of Gentree project (www.gentree-h2020.eu) dissemination and training activities, this workshop aims to provide a general conceptual background and hands-on experience in the analysis of molecular and quantitative genetic data, and of trait-based species distribution models (ΔTraitSDM), for conservation genetics relevant problems in tree species. Emphasis will be on statistical and modelling tools, rather than on the data acquisition process.
Topics will cover: summary of relevant population genetic parameters in conservation; estimation of effective population size and inbreeding; estimation of genetic connectivity and introgression; surveying genome-wide molecular diversity in natural populations; inferences of selection and historical demography; design and analysis of common garden experiments to assess adaptive quantitative genetic variation and phenotypic plasticity; estimation of additive genetic variance, heritability and evolvability; trait-based species distribution models (ΔTraitSDM) as forecast tools for genetic conservation.
Registration is free and the organization will cover the accommodation expenses, breakfast and lunches of up to 20 students.
The application deadline is July 25th, please visit the workshop’s website below for application instructions, the list of instructors, contact information, and other details:
Organised by the GENTREE project. Participants: forest managers and practitioners, forest breeders Deadline for application: 15 June 2019
Tree breeders must often consider conservation of genetic diversity, while at the same time they attempt to maximize genetic response to selection. This challenge is common to management of populations for both gene conservation and elite breeding, as well as to assembly of deployment populations, such as seed orchards and mixtures of selected clones. GenTree has developed several tools and advanced methods for addressing this challenge.
The purpose of this course is to provide participants with the background and user-skills necessary to apply these tools correctly in the context of applied forest tree breeding programs. Different tools for “optimum selection” will be presented, such as “OPSEL”, which uses state-of-the-art mathematical approaches to optimize selection with a specified constraint on gene diversity. Other approaches include managing genetic diversity at the genomic level to guarantee short- and long-term genetic gains or levels of fitness, notably under genomic-evaluation scenarios.
After “optimizing” genetic contributions to a selected population, the practitioner still faces the daunting task of preparing mating plans that respect these contributions, while avoiding excessive relatedness between parents. A generalized tool “XDesign” makes this task straightforward, allowing the user to specify a threshold on the maximum acceptable coancestry between mates.
The training will show the concepts and functioning of several strategies to account explicitly for diversity across the genome of candidates during selection and mating steps in the context of breeding and conservation programs. Breeding strategy evaluation will be addressed with R-scripts and the simulation package “POPSIM’.