Genetics Society of America

The Genetics Society of America (GSA) is a professional scientific membership organization serving researchers, educators, and other specialists who use genetics and genomics to study living systems. Established in 1931 through the reorganization of the Joint Genetics Sections of the American Society of Zoologists and the Botanical Society of America, the Society developed as a community for advancing genetics across biological disciplines rather than as a society restricted to one organism or research method. GSA’s membership includes more than 5,500 genetics researchers and educators. Its scientific scope encompasses both fundamental and applied work, including heredity, molecular biology, genomics, development, evolution, population biology, and quantitative genetics. Members work with a broad range of model organisms and experimental systems, including fruit flies, nematodes, yeast, zebrafish, humans, mice, bacteria, Arabidopsis, maize, green algae, frogs, fungi, and other plants and animals. This model-organism breadth is reflected in the Society’s conference program, publications, professional-development activities, and community structure. The Society’s stated mission is to cultivate an inclusive and diverse research community, communicate the excitement and implications of genetic discovery, engage with the public, and provide authoritative information. In practice, GSA operates through several connected activities. It publishes peer-reviewed research, convenes specialist and cross-disciplinary scientific meetings, supports early-career researchers and educators, and advocates for public policies that sustain biological research. It participates in broader science-policy networks including the Coalition for the Life Sciences, the Federation of American Societies for Experimental Biology, Research!America, and the American Institute of Biological Sciences. Publishing is a central part of GSA’s identity. Its journal GENETICS, founded in 1916, publishes research relating to heredity, genetics, biochemistry, and molecular biology. The Society also publishes G3: Genes|Genomes|Genetics, an open-access journal designed to make foundational genetic and genomic research broadly available, including genome maps, single-gene studies, genome-wide association studies, quantitative-trait studies, mutant screens, and methodological advances. In 2013, GSA announced an editorial partnership with the American Society for Cell Biology concerning CBE–Life Sciences Education. GSA’s meetings provide another major channel for scientific exchange. The Society supports recurring meetings focused on organisms and research communities such as Drosophila, C. elegans, yeast, fungi, zebrafish, Xenopus, Chlamydomonas, and mice. It also sponsors the Population, Evolutionary, and Quantitative Genetics Conference and the Allied Genetics Conference (TAGC), which brings several model-organism communities together. The 2020 TAGC was conducted virtually because of the COVID-19 pandemic. The organization also recognizes achievement through awards including the Thomas Hunt Morgan Medal, the Genetics Society of America Medal, the George W. Beadle Award, the Elizabeth W. Jones Award for Excellence in Education, the Edward Novitski Prize, the DeLill Nasser Awards for Professional Development in Genetics, the James F. Crow Early Career Researcher Award, the Genetics Society of America Early Career Medal, and the Rosalind Franklin Young Investigator Award. Overall, GSA functions as a membership society, publisher, conference organizer, educator, professional-development provider, and advocate for genetics research.

The Genetics Society of America traces its institutional formation to 1931, when the Joint Genetics Sections of the American Society of Zoologists and the Botanical Society of America were reorganized into a separate society devoted to genetics. Its creation reflected the increasing importance of heredity as a distinct scientific field and the need for a professional organization capable of serving researchers working across zoology, botany, microbiology, and related areas. Although GSA was founded in 1931, its publishing history reaches further back. GENETICS began publication in 1916 and became an important venue for research on heredity, genetics, biochemistry, and molecular biology. The journal helped provide continuity for the genetics community as the field expanded from classical inheritance studies into molecular genetics, developmental biology, population genetics, and genomics. Over subsequent decades, GSA developed as a membership society whose activities combined scientific communication with community building. Rather than concentrating on one narrow subfield, it supported researchers using diverse model organisms. Drosophila, yeast, nematodes, fungi, zebrafish, mice, frogs, algae, plants, bacteria, and humans all became part of the Society’s wider scientific constituency. Specialist meetings enabled researchers working on a particular organism or experimental system to exchange methods and results, while broader conferences created opportunities for connections across communities. The Society expanded its publication portfolio with G3: Genes|Genomes|Genetics in 2011. The open-access journal was intended to provide a venue for high-quality foundational research and useful genetic or genomic resources, including genome mapping, genome-wide association studies, quantitative-trait analysis, mutant screens, single-gene investigations, and advances in experimental and computational methods. In 2013, GSA also entered an editorial partnership with the American Society for Cell Biology involving CBE–Life Sciences Education, extending its engagement with biology education scholarship. GSA’s conference program has remained a major part of its institutional role. It organizes or sponsors recurring meetings for Drosophila, C. elegans, yeast, fungi, zebrafish, Xenopus, Chlamydomonas, and mouse researchers, along with the Population, Evolutionary, and Quantitative Genetics Conference. In 2016, the Society coordinated several of these communities in The Allied Genetics Conference, known as TAGC. The initiative was designed as a recurring cross-disciplinary event, generally held on a four-year cycle. The 2020 edition was delivered virtually because of the COVID-19 pandemic. Professional development and recognition have also become important elements of GSA’s work. The Society offers awards for lifetime achievement, recent scientific contributions, community service, educational leadership, creativity, early-career accomplishment, and young-investigator promise. Its DeLill Nasser Awards support professional development for young geneticists, including participation in meetings and laboratory courses. Through its Education Committee, GSA promotes the integration of genetics into education from primary and secondary schooling through college. It also communicates genetics research and its implications to journalists, policymakers, educators, and the public. In policy and public affairs, GSA advocates for sustained support of biological research and seeks to inform legislators about developments and issues in genetics. It pursues this work through relationships with organizations such as the Coalition for the Life Sciences, FASEB, Research!America, and AIBS. Today, GSA remains an active scholarly society with a membership of more than 5,500 researchers and educators, combining journals, conferences, awards, education, professional development, public communication, and science advocacy.

• 2020

  TAGC is held virtually

  [1]Genetics Society of Americaen.wikipedia.org

  The Allied Genetics Conference was conducted online because of the COVID-19 pandemic.

• 2016

  First Allied Genetics Conference

  [1]Genetics Society of Americaen.wikipedia.org

  GSA brought several model-organism meetings together for The Allied Genetics Conference, or TAGC.

• 2013

  Editorial partnership with ASCB

  [1]Genetics Society of Americaen.wikipedia.org

  GSA announced an editorial partnership with the American Society for Cell Biology concerning CBE–Life Sciences Education.

• 2011

  G3 is launched

  [1]Genetics Society of Americaen.wikipedia.org

  GSA established G3: Genes|Genomes|Genetics as an open-access journal for foundational genetics and genomics research.

• 1931

  Genetics Society of America is established

  [1]Genetics Society of Americaen.wikipedia.org

  The Society was formed through the reorganization of the Joint Genetics Sections of the American Society of Zoologists and the Botanical Society of America.

• 1916

  GENETICS begins publication

  [1]Genetics Society of Americaen.wikipedia.org

  The journal GENETICS was established as a publication devoted to research on heredity and genetics and later became the Society’s principal journal.

An international-facing scholarly society centered on genetics research communities, model-organism science, scientific publishing, education, professional development, and advocacy for biological research.

• Scientific journal · 1916

  GENETICS

  GENETICS is GSA’s long-running peer-reviewed journal. It publishes research concerning heredity, genetics, biochemistry, and molecular biology, and serves as a major scholarly communication channel for the genetics research community.

• Open-access scientific journal · 2011

  G3: Genes|Genomes|Genetics

  G3 is an open-access journal focused on high-quality foundational work and useful genetic or genomic information. Its subject matter includes genome maps, single-gene studies, genome-wide association studies, quantitative-trait research, mutant screens, and new methods and technologies.

• Scientific conference · 2016

  The Allied Genetics Conference

  TAGC is a broad genetics meeting that brings together communities normally represented by separate model-organism and genetics conferences. It is intended to encourage exchange across research systems and is generally planned on a four-year cycle.

• 2016The Allied Genetics Conference

  International scientific community

  GSA coordinated several genetics meetings into a shared conference, creating a cross-disciplinary forum for researchers working with different model organisms and genetic approaches.

  Outcome. The conference became a recurring Society initiative, with a later edition moved online in 2020 because of the pandemic.

  Source

• 2020

  Move of TAGC to a virtual formatStrategy

  Background

  The COVID-19 pandemic made the planned in-person Allied Genetics Conference impractical.

  Action taken

  GSA held the conference virtually.

  Aftermath

  The Society maintained the conference’s scientific program while adapting its delivery to pandemic conditions.

  Source

• 2013

  Editorial collaboration with the American Society for Cell BiologyOther

  Background

  GSA sought to participate in broader biology education publishing and collaboration.

  Action taken

  The Society announced an editorial partnership with ASCB concerning CBE–Life Sciences Education.

  Aftermath

  The partnership connected GSA’s genetics and education activities with a wider cell-biology education publishing community.

  Source

• 2011

  Launch of G3: Genes|Genomes|GeneticsProduct launch

  Background

  GSA expanded its publishing program with an open-access journal intended to disseminate foundational genetics and genomics research.

  Action taken

  The Society established G3 as a separate publication focused on research outputs and resources useful to the genetics community.

  Aftermath

  G3 became one of the Society’s two principal scientific journals.

  Source

1. 1Genetics Society of Americaen.wikipedia.org
2. 2Genetics Society of America official websitegenetics-gsa.org