Editorial Board

Prof. Max Reuter, University College London, UK.

I am an evol­u­tion­ary genet­i­cist inter­ested in how the genet­ic encod­ing of traits affects and inter­feres with adapt­a­tion. My group stud­ies aspects of this ques­tion using fruit flies (sex-spe­cif­ic evol­u­tion and sexu­al ant­ag­on­ism) and fis­sion yeast (mul­tivari­ate responses to envir­on­ment­al stressors). The work com­bines labor­at­ory exper­i­ment­a­tion, gen­om­ics and bioin­form­at­ics, and some theory.

I have been an ESEB mem­ber and reg­u­lar con­fer­ence attendee since present­ing my Mas­ters thes­is in Arnhem in 1997. I star­ted my term as Edit­or in Chief in the sum­mer of 2021. 

Twit­ter: @MaxReuterEvo

Dr. Nicola Cook, University of St Andrews, UK.

I obtained my PhD at the Uni­ver­sity of Dun­dee in 2011 before mov­ing to the Uni­ver­sity of St Andrews as a Research Fel­low. I have been a mem­ber of ESEB since early in my career.

As Man­aging Edit­or, I think I have one of the best seats in the house! I see first-hand the broad range of research ques­tions being tackled by our evol­u­tion com­munity. It is a pleas­ure to work with our authors, our Edit­or­i­al Board and our pro­duc­tion team to guide manu­scripts through the peer review pro­cess and to pro­mote the fant­ast­ic research pub­lished in our soci­ety journal. 

Twit­ter: @evoNicki

Dr. Luke Holman, Edinburgh Napier University, UK.

I am inter­ested in sexu­al selec­tion, social evol­u­tion, quant­it­at­ive genet­ics, insects, and evol­u­tion­ary theory. 

As Com­mis­sion­ing Edit­or, I have an interest in bring­ing under-served top­ics in evol­u­tion­ary bio­logy to the fore­front and ensur­ing top­ic­al issues are covered by the soci­ety journ­al. I have been a reg­u­lar attendee at ESEB con­fer­ences since 2005 and pub­lished my first two papers in JEB in 2006. I also help run ESE­B’s Pro­gress Meet­ings in Evol­u­tion­ary Bio­logy. I wel­come all form­al and inform­al enquir­ies about review art­icles, spe­cial issues, and oth­er spe­cial fea­tures in JEB. 

Twit­ter: @LukeHolman_Evo

Dr. Sebastian Lequime, University of Groningen, Netherlands.

I am an evol­u­tion­ary vir­o­lo­gist, using gen­om­ics to explore RNA vir­us eco­logy and evol­u­tion in mul­tiple host organ­isms, from recent epi­dem­ics to deep evol­u­tion­ary his­tor­ies of these fas­cin­at­ing parasites. 

As Data Edit­or for JEB, I assist authors in shar­ing their data and code, not only to com­ply with the journal’s require­ments but also to allow rep­lic­a­tion and re-use of pub­lished data. I firmly believe that Open Sci­ence strongly sup­ports the excel­lent work pub­lished in JEB, and dir­ectly bene­fits authors and the whole evol­u­tion­ary bio­logy com­munity, from under­gradu­ate stu­dents to estab­lished researchers.

Twit­ter: @S_Lequime

Dr. Rebekah Rogers, University of North Carolina, Charlotte, USA.

I am an evol­u­tion­ary genet­i­cist work­ing in the field of genet­ic nov­elty.  How do new genes appear in nat­ur­al pop­u­la­tions?  How do selec­tion and drift act on that vari­ation?  Duplic­a­tions, dele­tions, TEs, and rearrange­ments are a cent­ral focus.  We are inter­ested in how these muta­tions may serve as ‘hope­ful mon­sters’, espe­cially under rap­id or drastic shifts in select­ive pressures. 

As the fields of genet­ics and molecu­lar eco­logy expand into new non-mod­el spe­cies, JEB offers a ven­ue that can sup­port these grow­ing research aven­ues.  As Hand­ling Edit­or, my primary goal is to offer a fair review pro­cess for authors, and a con­struct­ive path for pub­lic­a­tions that advance our under­stand­ing of evolution. 

Twit­ter: @evolscientist  

Dr. Xiang-Yi Li Richter, University of Neuchâtel, Switzerland.

My research focuses on the evol­u­tion of col­lect­ive social beha­viours in anim­als and microor­gan­isms. I work on devel­op­ing Evol­u­tion­ary Game The­ory and its applic­a­tions to study how com­plex biot­ic inter­ac­tions play out in spa­tially het­ero­gen­eous and tem­por­ally vary­ing nat­ur­al and social envir­on­ments. I also use wet-lab exper­i­ments with microor­gan­isms to test mod­el pre­dic­tions, and col­lab­or­ate with gen­om­icists, phys­i­cists, and food sci­ent­ists to answer multi-dis­cip­lin­ary questions.

I have been an ESEB mem­ber and a reg­u­lar attendee at ESEB con­fer­ences since 2016. As a hand­ling edit­or, I want to help raise JEB’s vis­ib­il­ity and to attract high-qual­ity sub­mis­sions from authors worldwide. 

Dr. Alejandro Gonzalez-Voyer, Universidad Nacional Autónoma de México (UNAM), Mexico.

I am a mac­ro­e­volu­tion­ary bio­lo­gist study­ing how phen­o­types evolve, how spe­cies rich­ness accu­mu­lates and the factors that drive it. I mostly employ phylo­gen­et­ic com­par­at­ive meth­ods across a diversity of sys­tems, includ­ing Neo­trop­ic­al amphi­bi­ans, kil­li­fish, Afric­an cich­lids, birds, mam­mals, and angiosperms.

Dur­ing my postdocs in Sweden and Spain I was lucky to join the ESEB com­munity by attend­ing the con­gresses, which I found both inspir­ing and fun. As Hand­ling Edit­or I am for­tu­nate to read a diversity of very inter­est­ing work and I strive to make the review pro­cess smooth and con­struct­ive for our authors.

Twit­ter: @AGonzalezVoyer

Dr. John Hunt, University of Western Sydney, Australia.

In my research I pre­dom­in­antly using insect mod­els to test a vari­ety of evol­u­tion­ary the­or­ies, work­ing at the inter­face between dif­fer­ent dis­cip­lines. This includes under­stand­ing main­ten­ance of genet­ic vari­ance in com­plex sexu­al traits, how indir­ect genet­ic effects and gen­o­type-by-social envir­on­ment inter­ac­tions can drive the evol­u­tion of male sexu­al traits and the factors (e.g. diet, sexu­al selec­tion) pro­mot­ing the evol­u­tion of sex dif­fer­ences in lifespan and ageing.

As Hand­ling Edit­or, I have the oppor­tun­ity to read and sup­port the excel­lent research we are pro­du­cing as a field. My aim is for JEB to be an inclus­ive soci­ety journ­al show­cas­ing sol­id evol­u­tion­ary bio­logy research.

Twit­ter: @The_Hunt_Lab

Diala Abu Awad, Université Paris-Saclay, France.

I am a the­or­et­ic­al pop­u­la­tion genet­i­cist work­ing to devel­op mod­els that account for com­plex genet­ic pro­cesses impact­ing the tra­ject­or­ies of spe­cies evol­u­tion. I am also inter­ested in expli­citly integ­rat­ing life-his­tory traits (self-fer­til­isa­tion, seed-dormancy, life-span, etc.) to under­stand how such traits affect selec­tion and adaptation.

Frédéric Austerlitz, CNRS, Paris, France.

I work on the­or­et­ic­al pop­u­la­tion genet­ics, devel­op­ing mod­els to study the impact of demo­graph­ic, select­ive and cul­tur­al pro­cesses on gen­om­ic diversity. Con­versely, I devel­op meth­ods to infer these pro­cesses from gen­om­ic diversity.

Neda Barghi, Institute of Population Genetics, Vetmeduni Vienna, Austria.

I am inter­ested in the genet­ic basis of adapt­a­tion in poly­gen­ic and quant­it­at­ive traits. I integ­rate exper­i­ment­al evol­u­tion in Dro­so­phila and com­puter sim­u­la­tions to study the pat­terns of rap­id adapt­ive pro­cesses and factors that con­trib­ute to these pro­cesses such as pleio­tropy and stand­ing genet­ic variation.

Twit­ter: @NedaBarghi

Trine Bilde, Aarhus University, Denmark.

I am par­tic­u­larly inter­ested in the evol­u­tion­ary eco­logy of social beha­viour, mat­ing sys­tems, and sexu­al selec­tion, and in pop­u­la­tion genet­ics and rela­tion­ships between life his­tory, eco­logy and pop­u­la­tion genet­ic diversity. I study these top­ics mostly in spiders.

Twit­ter: @TrineBilde, @Spiderlab2

Josefa Bleu, University of Strasbourg, France.

My research lies at the inter­face between pop­u­la­tion eco­logy, evol­u­tion­ary eco­logy, eco­physiology and eco­tox­ic­o­logy. I am inter­ested in the effects of the envir­on­ment, in par­tic­u­lar urb­an envir­on­ment and met­al pol­lu­tion, on life-his­tory traits and physiology, with a par­tic­u­lar focus on the effects  of the par­ent­al envir­on­ment on their young.

Loreta Brandao De Freitas, Federal University of Rio Grande do Sul, Brazil.

My research interest is plant evol­u­tion, with an emphas­is on the mech­an­isms under­ly­ing diver­si­fic­a­tion and spe­ci­ation. To explore the com­plex pro­cesses that drive plant evol­u­tion at tem­por­al and spa­tial scales, my research employs a range of approaches, includ­ing phylo­gen­et­ics, phylo­geo­graphy, pop­u­la­tion gen­om­ics, demo­graph­ic mod­el­ling, and eco­lo­gic­al interactions.

Ignacio Bravo, CNRS, Montpellier, France.

I keep two main research lines. I am first inter­ested in the func­tion­al and evol­u­tion­ary import­ance of noise and fidel­ity dur­ing inform­a­tion flow in bio­logy. I am also inter­ested in the applic­a­tion of evol­u­tion­ary think­ing as a cent­ral ele­ment to under­stand the prox­im­ate and ulti­mate ori­gins of can­cer: from molecu­lar mech­an­isms and func­tions to adapt­a­tion; from the nat­ur­al his­tory of the infec­tion in the patient to the evol­u­tion of can­cer sus­cept­ib­il­ity across species.

Pau Carazo, University of Valencia, Spain.

I am gen­er­ally inter­ested in the evol­u­tion and func­tion of beha­viour, and in the role that beha­viour plays as a spear­head of evol­u­tion­ary change. Cur­rently, my main line of research is on biot­ic and abi­ot­ic factors mod­u­lat­ing the intens­ity of sexu­al selec­tion and sexu­al con­flict, and its con­sequences in terms of pop­u­la­tion viability.

Twit­ter: @paucarazo

Christopher Cooney, University of Sheffield, UK.

My research focuses on under­stand­ing the pro­cesses shap­ing the diversity of life, par­tic­u­larly the role of eco­lo­gic­al, social and evol­u­tion­ary pro­cesses in driv­ing the dynam­ics of phen­o­typ­ic evol­u­tion and spe­ci­ation. I devel­op and apply phylo­gen­et­ic com­par­at­ive meth­ods to address broad ques­tions in mac­ro­e­volu­tion and mac­roe­co­logy. Much of my work focuses on birds, but I fre­quently study a range of oth­er anim­al taxa (e.g. rep­tiles, mam­mals, fish, insects).

Twit­ter: @ChrisCooney101

Salvatore Cozzolino, University of Naples Federico II, Italy.

I am inter­ested in evol­u­tion­ary pro­cesses in plants. Cur­rent research pro­jects focus on the genet­ic basis of adapt­a­tion, the evol­u­tion of repro­duct­ive isol­a­tion and spe­ci­ation. In par­tic­u­lar I invest­ig­ate how dif­fer­ent inter­ac­tions of plants with their pol­lin­at­ors impact on the evol­u­tion of plant lin­eages and how pol­lin­at­or beha­vi­or impacts selec­tion on plants.

Mitch Cruzan

I util­ise eco­lo­gic­al and molecu­lar genet­ic tech­niques to address ques­tions in plant eco­logy and evol­u­tion­ary bio­logy. My research interests include the evol­u­tion­ary con­sequences of somat­ic muta­tion accu­mu­la­tion and devel­op­ment­al selec­tion in plants, and the eco­lo­gic­al and evol­u­tion­ary pro­cesses of hybrid­iz­a­tion, spe­cies inva­sion, phylo­geo­graphy, and dispersal.

Twit­ter: @mitchcruzan

Carmelo Fruciano, Institute for Marine Biological Resources and Biotechnology (IRBIM), Italy.

I am broadly inter­ested in phen­o­typ­ic evol­u­tion as well as its gen­om­ic, tran­scrip­tom­ic and eco­lo­gic­al cor­rel­ates. I have a strong meth­od­o­lo­gic­al interest in geo­met­ric morpho­met­ric tech­niques but in my empir­ic­al work I strive for an integ­rat­ive approach and try to com­bine — ideally quant­it­at­ively — dif­fer­ent data types. I have been work­ing on sev­er­al top­ics of gen­er­al interest includ­ing spe­ci­ation, adapt­a­tion, micro- and macro-evol­u­tion­ary patterns.

Twit­ter: @CarmeloFruciano

Juan Diego Gaitan-Espitia, University of Hong Kong, China.

I am inter­ested in mech­an­isms under­pin­ning phenotypic/genetic vari­ation in nat­ur­al pop­u­la­tions and geo­graph­ic dif­fer­ences in phen­o­typ­ic plas­ti­city and loc­al adapt­a­tion. Par­tic­u­larly, in under­stand­ing the ori­gin and reg­u­la­tion of physiolo­gic­al adapt­a­tions and the evol­u­tion of physiolo­gic­al traits in ecto­therms. I integ­rate com­par­at­ive physiology, quant­it­at­ive genet­ics and molecu­lar (phylo­gen­et­ics, omics’) approaches.

Twit­ter: @JDGaitanEspitia

Jenna Gallie, Max Planck Institute for Evolutionary Biology, Germany.

I invest­ig­ate fun­da­ment­al evol­u­tion­ary prin­ciples using microbes. Cur­rently, my work focuses on the evol­u­tion of gen­ome con­tent, with emphas­is on tRNA gene sets and pro­tein syn­thes­is. I am also inter­ested in genet­ic and molecu­lar routes to biofilm formation. 

Twit­ter: @gallie_jenna

Bengt Hansson

I have a broad interest in evol­u­tion­ary and con­ser­va­tion bio­logy. How­ever, I am par­tic­u­larly inter­ested in the evol­u­tion of sexu­al con­flicts and how sex-linked genes and gen­omes are shaped. 

Twit­ter: @BengtHanssonLU

Kavita Jain, Jawaharlal Nehru Centre for Advanced Scientific Research, Bangalore, India

The­or­et­ic­al invest­ig­a­tions of adapt­ive dynam­ics of micro­bi­al pop­u­la­tions; evol­u­tion­ary dynam­ics of com­plex traits; and evol­u­tion of genet­ic sys­tems— in par­tic­u­lar, muta­tion rates and sex and recombination.

Louise Johnson, University of Reading, UK.

I’m inter­ested in the evol­u­tion of genet­ic sys­tems, includ­ing mat­ing sys­tems, selfish and trans­pos­able ele­ments, can­cer, the evol­u­tion of the genet­ic code and of gene reg­u­lat­ory net­works. I also love exper­i­ment­al evol­u­tion, espe­cially applied to unusu­al sys­tems and problems. 

Twit­ter: @louisejjohnson

Imroze Khan, Ashoka University, India.

Our primary research interest is to under­stand vari­ous select­ive forces that determ­ine the adapt­ive evol­u­tion of immune responses and their impacts on infec­tion pre­val­ence and dis­ease spread in pop­u­la­tions. We com­bine diverse meth­ods – e.g., the use of exper­i­ment­al evol­u­tion with insect mod­els and life his­tory ana­lyses, physiolo­gic­al and molecu­lar manip­u­la­tions, and gen­om­ics – to gain a hol­ist­ic under­stand­ing, ran­ging from organis­mal bio­logy to molecu­lar bases. 

Twit­ter: @evoimmunoimroze

Jun Kitano, National Institute of Genetics, Japan.

I study the genet­ic mech­an­isms of adapt­a­tion, sexu­al dimorph­ism and spe­ci­ation mainly using stickle­back fishes. I take an integ­rat­ive approach com­bin­ing gen­om­ics, molecu­lar genet­ics, physiology and field eco­logy to link genet­ic changes and fit­ness in nat­ur­al populations.

Chris Klingenberg

I am inter­ested in the evol­u­tion of the shape and size of organ­isms and its genet­ic and devel­op­ment­al basis. I mostly use morpho­met­ric meth­ods but also occa­sion­ally the­or­et­ic­al models. 

Twit­ter: @Chlefelihuegu

Carolin Kosiol, University of St Andrews, UK.

I am a com­pu­ta­tion­al bio­lo­gist using phylo­gen­et­ics and pop­u­la­tion genet­ics to study the evol­u­tion­ary his­tor­ies. In par­tic­u­lar, I am inter­ested in the devel­op­ment of meth­ods for the recon­struc­tion of spe­cies trees and for exper­i­ment­al evol­u­tion stud­ies with the aim to under­stand evol­u­tion­ary forces act­ing in pop­u­la­tions over mil­lions of years as well as over a few gen­er­a­tions from gen­ome-wide data.

Twit­ter: @KosiolG

Krushnamegh Kunte, National Centre for Biological Sciences, India.

Diversity is the corner­stone of life on earth. I am an evol­u­tion­ary bio­lo­gist who stud­ies the ori­gins and mech­an­isms that under­lie the pro­lif­er­a­tion of biod­iversity in trop­ic­al regions such as India. My lab primar­ily uses but­ter­fly mim­icry rings, Papilio swal­low­tails and Indi­an but­ter­flies as main study systems.

Twit­ter: @krushnamegh

Erica Larson, University of Denver, USA.

I study spe­ci­ation and the evol­u­tion of repro­duct­ive traits.

Twit­ter: @ericallarson

Arnaud Le Rouzic, Université Paris-Saclay, France.

I am a the­or­et­ic­al evol­u­tion­ary bio­lo­gist, inter­ested in a broad range of ques­tions in pop­u­la­tion and quant­it­at­ive genet­ics. My recent research activ­ity focuses on gen­ome evol­u­tion, try­ing to com­bine the­or­et­ic­al pre­dic­tions and empir­ic­al data from exper­i­ment­al evolution. 

Mas­to­don: @arnaudlerouzic@fediscience.org

Carita Lindstedt-Kareksela, University of Helsinki, Finland.

I study exper­i­ment­ally how nat­ur­al selec­tion shapes adapt­a­tion and diversity in cooper­at­ive strategies, sig­nalling and anti-pred­at­or defences using both field- and lab-based insect study sys­tems. Key areas in my research are evol­u­tion of social beha­viour (e.g. cooper­a­tion and group liv­ing), warn­ing sig­nal evol­u­tion, pred­at­or-prey inter­ac­tions and anti­pred­at­or defence strategies, life-his­tory evol­u­tion, plant-herb­i­vore and host-patho­gen inter­ac­tions and forest entomology. 

Twit­ter: @LindstedtCarita

Wen-Juan Ma, Vrije Universiteit Brussel, Belgium.

I am broadly inter­ested in sexu­al con­flict and genet­ic con­flict, and espe­cially pas­sion­ate about the evol­u­tion of sex chro­mo­somes and their diversity, sex determ­in­a­tion, partheno­gen­es­is, mei­ot­ic drive, poly­ploidy and spe­ci­ation. I address these ques­tions using amphi­bi­ans, Dro­so­phila and wasps, plants and Micro­botry­um fungi systems.

Twit­ter: @WenJuanMa84

Stephen Montgomery, University of Bristol, UK.

I am inter­ested in how brains evolve to pro­duce beha­vi­our­al and eco­lo­gic­al diversity. To try to under­stand these links, my lab com­bines a range of approaches, includ­ing beha­viour and eco­logy, neuroana­tomy and devel­op­ment, and com­par­at­ive genomics.

Twit­ter: @eohomo

Charles Mullon, University of Lausanne, Switzerland.

I am inter­ested in the evol­u­tion­ary ori­gin and main­ten­ance of bio­lo­gic­al diversity in com­plex traits. I devel­op and ana­lyse math­em­at­ic­al mod­els to gen­er­ate gen­er­al and test­able pre­dic­tions about the eco­lo­gic­al con­di­tions that favour trait dif­fer­ences between indi­vidu­als and about the genet­ic basis of such differences.

Twit­ter: @MullonDlm

Nicola Nadeau, University of Sheffield, UK.

I am primar­ily an evol­u­tion­ary genet­i­cist, using the Hel­ic­oni­us but­ter­fly sys­tem to address ques­tions about adap­tion, spe­ci­ation and col­our production.

Twit­ter: @NicolaNadeau

Clarisse Palma da Silva, State University of Campinas, Brazil.

I have exper­i­ence in plant molecu­lar eco­logy and evol­u­tion­ary bio­logy. My stud­ies are focused on pop­u­la­tion genet­ics and gen­om­ics, tran­scrip­tom­ics, phylo­geo­graphy, spe­ci­ation and hybrid­iz­a­tion, and repro­duct­ive bio­logy. My work centres around defin­ing the eco­lo­gic­al and evol­u­tion­ary pro­cesses under­ly­ing spe­ci­ation in Neo­trop­ic­al Plants. 

Alexander Papadopulos, Bangor University, UK.

My research com­bines genet­ics and gen­om­ics with eco­lo­gic­al ana­lyses and exper­i­ments to study adapt­a­tion and spe­ci­ation. I’m par­tic­u­larly inter­ested in how organ­isms adapt to rap­idly chan­ging envir­on­ments, the degree of par­al­lel­ism dur­ing rap­id adapt­a­tion and the influ­ence this has on repro­duct­ive isolation. 

Twit­ter: @metallophyte

Darren Parker, Bangor University, UK.

I am inter­ested in the causes and con­sequences of dif­fer­ent repro­duct­ive strategies, focus­ing par­tic­u­larly on partheno­gen­es­is. I use a com­bin­a­tion of field­work, ’omics, and beha­vi­our­al ana­lyses in insects to address ques­tions in this area.

Twit­ter: @DarrenJParker

Natalie Pilakouta, University of Aberdeen, UK.

My research spans anim­al beha­viour, eco­physiology, and devel­op­ment­al bio­logy. Cur­rent top­ics include sexu­al selec­tion, life-his­tory strategies, inbreed­ing depres­sion, and adapt­a­tion to envir­on­ment­al change. My research group uses a wide range of approaches, such as exper­i­ment­al evol­u­tion, beha­vi­our­al and physiolo­gic­al assays, molecu­lar bio­logy tech­niques, field exper­i­ments, and meta-ana­lyt­ic methods.

Twit­ter: @NPilakouta

Mark Ravinet

I am an evol­u­tion­ary bio­lo­gist with an interest in using gen­om­ics and bioin­form­at­ics to invest­ig­ate adapt­a­tion and spe­ci­ation. My work has focused on the role that gene flow plays in shap­ing and alter­ing the spe­ci­ation process. 

Twit­ter: @mark_ravinet

Melissah Rowe, Netherlands Institute of Ecology, Netherlands.

My research is primar­ily focused on under­stand­ing how eco­logy and evol­u­tion shape the repro­duct­ive bio­logy and beha­viour of indi­vidu­als, and the con­sequences of vari­ation in sexu­al traits for fit­ness. I am par­tic­u­larly inter­ested in the evol­u­tion and func­tion­al sig­ni­fic­ance of ejac­u­lates, and assess­ing how biot­ic and abi­ot­ic factors shape vari­ation in ejac­u­late traits. More broadly, I am inter­ested in under­stand­ing how eco­logy and sexu­al selec­tion shape adapt­a­tions that enable anim­als to sur­vive and repro­duce in dif­fer­ent environments. 

Twit­ter: @melissah_rowe

Yuval Sapir

I am a plant evol­u­tion­ary eco­lo­gist, inter­ested in the inter­face between genet­ics and eco­lo­gic­al inter­ac­tions, and how this shapes plant’s evol­u­tion.  I am espe­cially inter­ested in the evol­u­tion of flowers and how inter­ac­tions with pol­lin­at­ors are shap­ing flor­al traits, as well as the genet­ic basis that under­lie this process. 

Twit­ter: @yuval_sapir

Masahito Tsuboi, Lund University, Sweden.

I am inter­ested in the ori­gin and main­ten­ance of organis­mal biod­iversity across the tree of life. My research typ­ic­ally con­cerns two or more levels of bio­lo­gic­al organ­isa­tion, of which one is often mac­ro­e­volu­tion­ary infer­ences using phylo­gen­et­ic com­par­at­ive meth­ods. Recently, I became inter­ested in infer­ences that go across bio­lo­gic­al scales–from molecule to mac­ro­e­volu­tion or to eco­lo­gic­al community–and am par­tic­u­larly excited about learn­ing how we can com­bine dif­fer­ent approaches to help us in mak­ing such inferences.

Twit­ter: @MasahitoTsuboi

Craig Walling, University of Edinburgh, UK.

I am an evol­u­tion­ary bio­lo­gist with an interest in under­stand­ing the evol­u­tion of com­plex traits. In par­tic­u­lar, I use quant­it­at­ive genet­ic approaches to estim­ate the genet­ic (co)variation of com­plex traits and the selec­tion act­ing on them to pre­dict and under­stand their short-term evol­u­tion. I use both wild and labor­at­ory sys­tems and focus on life his­tory traits and trade-offs and the evol­u­tion of ageing.

Qi Zhou, Zhejiang University, China.

I am inter­ested in sex chro­mo­some evol­u­tion and the sex determ­in­a­tion mech­an­isms of vari­ous anim­al species.

Twit­ter: @zhouqi1982